mhurhangee/patent-ind-claim-en huggingface dataset:
A powder coating resin comprising: a first carboxylic acid terminated polymer having ester and amide functionality, wherein the first carboxylic acid terminated polymer is the reaction product of a first intermediate polyol and a first diacid, and wherein the first intermediate polyol is the reaction product of a first C 12 to C 23 diester and a first reactant comprising an amine alcohol, or a mixture of a polyamine and a polyol, or a mixture of an amine alcohol and a polyamine, or a mixture of an amine alcohol and a polyol, or combinations thereof, wherein the first carboxylic acid terminated polymer has - an acid value in the range of 20-90 mg KOH/g; - a peak melting point of 90-130°C; and - a viscosity of less than 4000 mPa·s (4000 centipoise) at 125°C and - the C 12 to C 23 diesters are biobased C 12 to C 23 diesters prepared via the olefin metathesis of fatty esters or the methoxycarbonylation of fatty esters. - an acid value in the range of 20-90 mg KOH/g; - a peak melting point of 90-130°C; and - a viscosity of less than 4000 mPa·s (4000 centipoise) at 125°C and - the C 12 to C 23 diesters are biobased C 12 to C 23 diesters prepared via the olefin metathesis of fatty esters or the methoxycarbonylation of fatty esters.
An absorbable copolymer of the structure A-B-A comprising end segments A and middle segment B, wherein end-segments A comprise polymerized p-dioxanone blocks and the middle segment B is a copolymer comprising a polymerized p-dioxanone-co-epsilon-caprolactone block, and wherein said middle segment B is fully amorphous and contains 60 mole percent to 90 mole percent of polymerized epsilon-caprolactone, and 10 mole percent to 40 mole percent of polymerized p-dioxanone, and wherein the total amount of polymerized p-dioxanone in the absorbable copolymer is between 80 mole percent to 95 mole percent.
Plug guide for a nail-setting appliance , having a bore for receiving a nail having a head and a shank over which a skirt is slid, the bore having a given and constant circular passage cross section determined such that the head and the skirt of the nail ensure the guidance of the latter therein, a forwardly flared frustoconical recess being formed in the front part of the plug guide for the ejection and expansion of the guide skirt , said plug guide being characterized in that the recess has at least one radial protrusion projecting towards the inside so as to extend the wall of the bore in the plug guide and form a nail-guiding constriction .
A method, performed by a first device of a user, of providing information regarding an emergency of the user to a second device , the method comprising: receiving at the first device a first message broadcast from a communication apparatus when the first device is located within a near field communication range of the communication apparatus; receiving at the first device a second message from the second device as the first and second devices come into near field contact with each other after the first message is received, the second device being located within the near field communication range of the communication apparatus; the first device authenticating the second device by using the second message; and the first device providing predetermined information related to the communication apparatus and the second device when the second device is authenticated. receiving at the first device a first message broadcast from a communication apparatus when the first device is located within a near field communication range of the communication apparatus; receiving at the first device a second message from the second device as the first and second devices come into near field contact with each other after the first message is received, the second device being located within the near field communication range of the communication apparatus; the first device authenticating the second device by using the second message; and the first device providing predetermined information related to the communication apparatus and the second device when the second device is authenticated.
A method of manufacturing a multi-phase electrical machine, the method comprising the steps of: casting in a mould a conductor for a winding of the stator of the multi-phase electrical machine, the conductor being cast having first and second substantially parallel legs and a bridge portion extending, in a direction substantially perpendicular to the legs, between respective first ends of the first and second legs, to electrically connect the first and second legs, the bridge portion being cast so as to comprise: a first bridge part extending in a first plane substantially perpendicular to the first and second legs, from a first end of the first leg; a second bridge part , extending from a first end of the second leg, in a second plane substantially perpendicular to the first and second legs, to connect the second leg to the first bridge part; and a longitudinally extending portion extending longitudinally to the stator and connecting the first bridge part and the second bridge part; removing the conductor from the mould; and inserting the first and second legs of the conductor into slots in a stator core of the multi-phase electrical machine, such that at least a portion of the bridge portion lies in a plane substantially parallel with an end face of the core, the legs of the conductor being cast so as to extend within the first and second slots of the stator core, from the bridge portion located at a first longitudinal end of the stator core, to a second longitudinal end of the stator core. casting in a mould a conductor for a winding of the stator of the multi-phase electrical machine, the conductor being cast having first and second substantially parallel legs and a bridge portion extending, in a direction substantially perpendicular to the legs, between respective first ends of the first and second legs, to electrically connect the first and second legs, the bridge portion being cast so as to comprise: a first bridge part extending in a first plane substantially perpendicular to the first and second legs, from a first end of the first leg; a second bridge part , extending from a first end of the second leg, in a second plane substantially perpendicular to the first and second legs, to connect the second leg to the first bridge part; and a longitudinally extending portion extending longitudinally to the stator and connecting the first bridge part and the second bridge part; removing the conductor from the mould; and inserting the first and second legs of the conductor into slots in a stator core of the multi-phase electrical machine, such that at least a portion of the bridge portion lies in a plane substantially parallel with an end face of the core, the legs of the conductor being cast so as to extend within the first and second slots of the stator core, from the bridge portion located at a first longitudinal end of the stator core, to a second longitudinal end of the stator core.
An implantable microphone for use in hearing systems comprising: a housing having a sidewall ; a first membrane coupled to a top portion of the housing , the first membrane configured to move in response to movement from an auditory ossicle ; a second membrane coupled to the sidewall such that an interior volume of the housing is divided into a first volume and a second volume , wherein the first volume is between the first membrane and the second membrane and a vibration sensor configured to measure the movement of the second membrane and convert the measurement into an electrical signal characterised in that the vibration sensor is coupled to the second membrane such that the vibration sensor is moved in response to movement from the second membrane and either an opening in the second membrane or a venting channel connecting the first volume and the second volume is provided that permits fluid to flow from the first volume to the second volume or from the second volume to the first volume when the first membrane moves. a housing having a sidewall ; a first membrane coupled to a top portion of the housing , the first membrane configured to move in response to movement from an auditory ossicle ; a second membrane coupled to the sidewall such that an interior volume of the housing is divided into a first volume and a second volume , wherein the first volume is between the first membrane and the second membrane and a vibration sensor configured to measure the movement of the second membrane and convert the measurement into an electrical signal characterised in that the vibration sensor is coupled to the second membrane such that the vibration sensor is moved in response to movement from the second membrane and either an opening in the second membrane or a venting channel connecting the first volume and the second volume is provided that permits fluid to flow from the first volume to the second volume or from the second volume to the first volume when the first membrane moves.
Method for producing a packaged viscoelastic polymer substance, comprising the steps of: a) providing and plastifying a viscoelastic polymer substance at elevated temperatures, the polymer substance being a polymer substance based on poly(meth)acrylates having a weight-average molecular weight of 500 000 g/mol or more; b) continuously dispensing the plastified viscoelastic polymer substance into a protective polymer film, which has no self-adhesive properties and which before being filled with the viscoelastic polymer substance has been brought into a tubular form, to give a strandlike polymer assembly having a diameter of 55 to 70 mm, comprising a core of the plastified viscoelastic polymer substance and a shell of the protective polymer film, where the fraction of the protective polymer film, based on the total weight of protective polymer film and viscoelastic polymer substance, is less than 1.0 wt%, and where the plastified viscoelastic polymer substance has a viscosity of more than 100 Pas at the instant of being dispensed into the tubular protective polymer film; c) converting the strandlike polymer assembly into a flattened strandlike polymer assembly whose smallest cross section has a ratio of width to height of about 2:1 to 7:1; d) cooling the flattened strandlike polymer assembly to a temperature at which the polymer assembly is still plastically deformable; e) and subsequently winding the flattened strandlike polymer assembly onto a reel, where the strandlike polymer assembly wound onto the reel has a length of more than 30 meters. a) providing and plastifying a viscoelastic polymer substance at elevated temperatures, the polymer substance being a polymer substance based on poly(meth)acrylates having a weight-average molecular weight of 500 000 g/mol or more; b) continuously dispensing the plastified viscoelastic polymer substance into a protective polymer film, which has no self-adhesive properties and which before being filled with the viscoelastic polymer substance has been brought into a tubular form, to give a strandlike polymer assembly having a diameter of 55 to 70 mm, comprising a core of the plastified viscoelastic polymer substance and a shell of the protective polymer film, where the fraction of the protective polymer film, based on the total weight of protective polymer film and viscoelastic polymer substance, is less than 1.0 wt%, and where the plastified viscoelastic polymer substance has a viscosity of more than 100 Pas at the instant of being dispensed into the tubular protective polymer film; c) converting the strandlike polymer assembly into a flattened strandlike polymer assembly whose smallest cross section has a ratio of width to height of about 2:1 to 7:1; d) cooling the flattened strandlike polymer assembly to a temperature at which the polymer assembly is still plastically deformable; e) and subsequently winding the flattened strandlike polymer assembly onto a reel, where the strandlike polymer assembly wound onto the reel has a length of more than 30 meters.
A workcell, comprising - a base structure with at least three support surfaces , in particular for ground contact; - a column with a lower part which is connected to the base structure and with an upper part which is height-adjustable, in particular electromechanically height-adjustable, relative to the lower part ; - a first support structure which is mechanically connected to the upper part of the column via a first joint element , the first joint element allowing axial rotation of the first support structure about the column ; and - an at least second support structure mechanically connected to the upper part of the column via a second joint element , the second joint element allowing axial rotation of the second support structure about the column ; - wherein at least one of said first and second joint elements comprises a latching mechanism configured to block movement of said joint element with respect to said column in a normal state and to release movement of said joint element during an adjustment operation initiated by a user of said workcell; and characterized in that the latching mechanism comprises at least one electromechanical element which causes the blocking and the release of the movement of the joint element. - a base structure with at least three support surfaces , in particular for ground contact; - a column with a lower part which is connected to the base structure and with an upper part which is height-adjustable, in particular electromechanically height-adjustable, relative to the lower part ; - a first support structure which is mechanically connected to the upper part of the column via a first joint element , the first joint element allowing axial rotation of the first support structure about the column ; and - an at least second support structure mechanically connected to the upper part of the column via a second joint element , the second joint element allowing axial rotation of the second support structure about the column ; - wherein at least one of said first and second joint elements comprises a latching mechanism configured to block movement of said joint element with respect to said column in a normal state and to release movement of said joint element during an adjustment operation initiated by a user of said workcell; and
An isopropylparabene free topical composition comprising an inorganic UV-filter characterized in that the composition further comprises a polyester comprising (i) between 20 to 50 wt.-%, based on the total weight of the polyester, of 2-(4-C 1-8 alkoxybenzylidene)malonate units and (ii) between 50 to 80 wt.-%, based on the total weight of the polyester, C36 dimer fatty units, and with the proviso that the polyester has a hydroxyl value selected in the range of 0 to 120 mg KOH/g, a number average molecular weight (Mn) selected in the range of 1000 to 8000 g/mol and a viscosity of less than 250 Pa s (25°C). (i) between 20 to 50 wt.-%, based on the total weight of the polyester, of 2-(4-C 1-8 alkoxybenzylidene)malonate units and (ii) between 50 to 80 wt.-%, based on the total weight of the polyester, C36 dimer fatty units, and
A balancing apparatus (20; 30) for a rotary element (21; 31) including a central hub portion (210; 310) and radial elements (211; 311) each extending radially outwardly from the central hub portion (210; 310) and being provided as hub arms, the balancing apparatus being configured to direct a movement of heavy liquid into and out of the central hub portion and along the radial elements , wherein the balancing apparatus (20; 30) comprises: a mass balancing system (22; 32) which directs a movement of the heavy liquid within a first piping system that contains a first portion of the heavy liquid and is configured for extending through the central hub portion and along a first pair of opposite hub arms , and a second piping system that contains a second portion of the heavy liquid and is configured for extending through the central hub portion and along a second pair of opposite hub arms , and further comprises a first pump disposed along the first piping system ; a second pump disposed along the second piping system ; pressurized volumes disposed at distal ends of the first and second piping systems ; and diaphragms for separating the pressurized volumes from the heavy liquid contained in the first and second piping systems . a mass balancing system (22; 32) which directs a movement of the heavy liquid within a first piping system that contains a first portion of the heavy liquid and is configured for extending through the central hub portion and along a first pair of opposite hub arms , and a second piping system that contains a second portion of the heavy liquid and is configured for extending through the central hub portion and along a second pair of opposite hub arms , and further comprises a first pump disposed along the first piping system ; a second pump disposed along the second piping system ; pressurized volumes disposed at distal ends of the first and second piping systems ; and diaphragms for separating the pressurized volumes from the heavy liquid contained in the first and second piping systems .
A terminal apparatus , comprising: a carrier sense unit equipped with a function of performing carrier sense for checking a situation of a channel using a threshold of carrier sense, and a function of changing the threshold of carrier sense from a predetermined value of a threshold of the carrier sense, a reception unit equipped with a function of receiving a frame from another terminal apparatus, wherein the frame comprises at least information relating to how a transmit power can be changed from a predetermined transmit power value, a transmit power control unit equipped with a function of changing the transmit power from the predetermined transmit power value based on at least the information included in the frame when the threshold of carrier sense is changed from the predetermined value of the threshold of the carrier sense, and setting the transmit power to the predetermined transmit power value when the threshold of carrier sense is identical to the predetermined value of the threshold of the carrier sense, and a transmission unit equipped with a function of transmitting a transmit frame based on the transmit power determined by the transmit power control unit . a carrier sense unit equipped with a function of performing carrier sense for checking a situation of a channel using a threshold of carrier sense, and a function of changing the threshold of carrier sense from a predetermined value of a threshold of the carrier sense, a reception unit equipped with a function of receiving a frame from another terminal apparatus, wherein the frame comprises at least information relating to how a transmit power can be changed from a predetermined transmit power value, a transmit power control unit equipped with a function of changing the transmit power from the predetermined transmit power value based on at least the information included in the frame when the threshold of carrier sense is changed from the predetermined value of the threshold of the carrier sense, and setting the transmit power to the predetermined transmit power value when the threshold of carrier sense is identical to the predetermined value of the threshold of the carrier sense, and a transmission unit equipped with a function of transmitting a transmit frame based on the transmit power determined by the transmit power control unit .
Device for measuring the internal temperature of a reforming tube comprising: - a first structure made up of at least a part of tubular shape positioned in the lengthwise direction of the tube and of an expansion of this tubular-shaped part projecting radially towards the central axis of the reforming tube, - at least a second structure of oblong shape comprising at least one thermocouple made of welded Nicrosil/Nisil conductors arranged longitudinally against the tubular-shaped part of the first structure and radially against the expansion of the first structure, and - an outer sheath enveloping the first and second structure. - a first structure made up of at least a part of tubular shape positioned in the lengthwise direction of the tube and of an expansion of this tubular-shaped part projecting radially towards the central axis of the reforming tube, - at least a second structure of oblong shape comprising at least one thermocouple made of welded Nicrosil/Nisil conductors arranged longitudinally against the tubular-shaped part of the first structure and radially against the expansion of the first structure, and - an outer sheath enveloping the first and second structure.
A bearing and/or seal assembly comprising: a rotatable shaft ; an annular housing disposed concentric to the rotatable shaft and defining an annular cavity about the rotatable shaft; and a permeable body supported by the annular housing, the permeable body based on structural features selectively engineered to convey a pressurized gas (Ps) from an inlet side disposed at a radially-outward side of the permeable body to an outlet side disposed at a radially-inward side of the permeable body to form an annular film of the pressurized gas relative to the rotatable shaft, wherein a desired distribution pattern of the pressurized gas is formed based on the selectively engineered structural features, characterised in that the structural features are selectively engineered to form conduits non-uniformly distributed along a longitudinal axis and/or about a circumferential axis of the permeable body for selectively controlling the spatial density of jets of the pressurized gas conveyed through the permeable body . a rotatable shaft ; an annular housing disposed concentric to the rotatable shaft and defining an annular cavity about the rotatable shaft; and a permeable body supported by the annular housing, the permeable body based on structural features selectively engineered to convey a pressurized gas (Ps) from an inlet side disposed at a radially-outward side of the permeable body to an outlet side disposed at a radially-inward side of the permeable body to form an annular film of the pressurized gas relative to the rotatable shaft, wherein a desired distribution pattern of the pressurized gas is formed based on the selectively engineered structural features, characterised in that the structural features are selectively engineered to form conduits non-uniformly distributed along a longitudinal axis and/or about a circumferential axis of the permeable body for selectively controlling the spatial density of jets of the pressurized gas conveyed through the permeable body .