mhurhangee/patent-ind-claim-en huggingface dataset:
Locking assembly for a bicycle transmission chain , comprising at least one articulating pin and a corresponding locking button plastically deformable to prevent deformations or movements of inner walls of said articulating pin in a radial direction, towards a relative longitudinal axis (X), the articulating pin comprising a central portion and a distal end which is at least in part elastically deformable suitable for the insertion through aligned holes of an outer link and of a corresponding inner link of said chain , the articulating pin being of the type intended to hinge said links to one another, characterised in that said locking button comprises an inner cavity suitable for the insertion of an outer deformation tool and/or of a guide element of the articulating pin in the insertion in the holes of said outer and inner links .
A liquid pharmaceutical composition comprising a therapeutic polypeptide, a buffer, and at least one N-acetyl-dipeptide, wherein the N-acetyl-dipeptide is N-acetyl-serine-arginine, N-acetyl-proline-arginine, or N-acetyl-proline-arginine-NH 2 , optionally wherein the therapeutic polypeptide is an antibody or an antigen-binding fragment thereof.
A process for modifying a heterogeneous catalyst, said process comprising steps of: a) contacting the heterogeneous catalyst with a solution of organometallic compound; b) reacting the heterogeneous catalyst with the solution of organometallic compound; c) contacting the reacted heterogeneous catalyst of step b) with inert hydrocarbon solvent; d) repeating the steps, a) to c) at least twice to obtain the heterogeneous catalyst having at least two modifying layers; and e) drying the heterogeneous catalyst obtained in step d), followed by calcinating the dried heterogeneous catalyst to obtain the modified heterogeneous catalyst, wherein the heterogeneous catalyst is a polymetallic catalyst, and wherein the organometallic compound is an organoaluminium compound. wherein the heterogenous catalyst is selected from a group comprising platinum-tin-iridium catalyst, platinum-tin-rhodium catalyst, platinum-tin-ruthenium catalyst, platinum-tin catalyst, platinum-rhenium catalyst and platinum-germanium catalyst, or any combination thereof. a) contacting the heterogeneous catalyst with a solution of organometallic compound; b) reacting the heterogeneous catalyst with the solution of organometallic compound; c) contacting the reacted heterogeneous catalyst of step b) with inert hydrocarbon solvent; d) repeating the steps, a) to c) at least twice to obtain the heterogeneous catalyst having at least two modifying layers; and e) drying the heterogeneous catalyst obtained in step d), followed by calcinating the dried heterogeneous catalyst to obtain the modified heterogeneous catalyst,
A masterbatch composition comprising: a propylene (co)polymer as component containing 0 to 3 wt% of ethylene or one or more C4-C10-α-olefin-derived units; and a propylene-ethylene copolymer as component comprising 25 to 35 wt% of ethylene-derived units, and wherein the masterbatch composition satisfies the following requirements: 1) the composition has a melt flow rate (230°C, load: 21.18 N) of 5 to 30 g/10 minutes; 2) xylene insolubles of the composition have an Mw of 10 × 10 4 to 30 × 10 4 and an Mw/Mn of 6 to 20 as measured by GPC; and 3) xylene solubles of the composition have an intrinsic viscosity of 5.5 to 9.0 dl/g; Wherein the masterbatch composition comprises 67 to 75 wt% of component and 25 to 33 wt% of component . a propylene (co)polymer as component containing 0 to 3 wt% of ethylene or one or more C4-C10-α-olefin-derived units; and a propylene-ethylene copolymer as component comprising 25 to 35 wt% of ethylene-derived units, and wherein the masterbatch composition satisfies the following requirements: 1) the composition has a melt flow rate (230°C, load: 21.18 N) of 5 to 30 g/10 minutes; 2) xylene insolubles of the composition have an Mw of 10 × 10 4 to 30 × 10 4 and an Mw/Mn of 6 to 20 as measured by GPC; and 3) xylene solubles of the composition have an intrinsic viscosity of 5.5 to 9.0 dl/g; 1) the composition has a melt flow rate (230°C, load: 21.18 N) of 5 to 30 g/10 minutes; 2) xylene insolubles of the composition have an Mw of 10 × 10 4 to 30 × 10 4 and an Mw/Mn of 6 to 20 as measured by GPC; and 3) xylene solubles of the composition have an intrinsic viscosity of 5.5 to 9.0 dl/g; Wherein the masterbatch composition comprises 67 to 75 wt% of component and 25 to 33 wt% of component .
A light receiver designed to determine a position and/or orientation relative to a reference light in form of a free light beam or light fan, particularly in form of a laser light beam or fan, wherein • the light receiver comprises an elongated rod-shaped light receptor with two ends (e1, e2), a light coupler and a light guide , and light detection means (6, 6a-6c) designed for light detection at one or both ends (e1, e2), • the light coupler and the light guide are designed to receive and conduct at least part of the reference light impinging on the light receptor towards one or both ends (e1, e2) such that reference light is detectable by the detection means, • the light detection means (6, 6a-6c) are designed to put out at least one signal (I, Ia-Id, Sa, Sb, S1, S2) responsive to reference light detected at a respective end (e1, e2) of the light receptor , • the light receiver further comprises a signal processor to process the signal (I, Ia-Id, Sa, Sb, S1, S2) generated by the light detection means (6, 6a-6c) and to determine the relative position and/or orientation by evaluation of the signal (I, Ia-Id, Sa, Sb, S1, S2), characterized in that the light coupler comprises at least one light absorbing and emitting material (9, 9a-9d), particularly fluorescent and/or phosphorescent material, and the light guide is guiding light virtually losslessly. • the light receiver comprises an elongated rod-shaped light receptor with two ends (e1, e2), a light coupler and a light guide , and light detection means (6, 6a-6c) designed for light detection at one or both ends (e1, e2), • the light coupler and the light guide are designed to receive and conduct at least part of the reference light impinging on the light receptor towards one or both ends (e1, e2) such that reference light is detectable by the detection means, • the light detection means (6, 6a-6c) are designed to put out at least one signal (I, Ia-Id, Sa, Sb, S1, S2) responsive to reference light detected at a respective end (e1, e2) of the light receptor , • the light receiver further comprises a signal processor to process the signal (I, Ia-Id, Sa, Sb, S1, S2) generated by the light detection means (6, 6a-6c) and to determine the relative position and/or orientation by evaluation of the signal (I, Ia-Id, Sa, Sb, S1, S2),
A method for producing electric trigger elements for pyrotechnic articles, characterized in that , - in a first photolithographic stage a lacquer is applied to an electrically non-conductive substrate, to coat the substrate in a large region and leave a free a region of the substrate surface of defined width; - an electrically conductive layer is applied by means of a PVD process on the lacquer and the substrate so that an electrically conductive layer between terminal poles of the trigger element is produced; - the lacquer is released from the substrate so that an a resistor region of defined width is obtained, through which current can flow; - in a second photolithographic stage a defined region of the resistor strip is covered with photoresist so that a defined length of the resistor region is defined; - the entire substrate surface is covered with a layer of readily conductive metal, e.g. a galvanic gilding, wherein the application of the metal is configured so that in regions which have a bare substrate from the first photolithographic process, no metal adheres; - the lacquer from the second photolithographic process is removed, wherein a defined region defined by the lacquer remains, which is formed only by the layer of metal with a high specific resistance; - wherein first photolithographic process defines the width of the resistor layer and provides for insulation in the surrounding regions, wherein the second photolithographic process defines the length and provides for good electrical conductivity and good contact at the terminal poles. - in a first photolithographic stage a lacquer is applied to an electrically non-conductive substrate, to coat the substrate in a large region and leave a free a region of the substrate surface of defined width; - an electrically conductive layer is applied by means of a PVD process on the lacquer and the substrate so that an electrically conductive layer between terminal poles of the trigger element is produced; - the lacquer is released from the substrate so that an a resistor region of defined width is obtained, through which current can flow; - in a second photolithographic stage a defined region of the resistor strip is covered with photoresist so that a defined length of the resistor region is defined; - the entire substrate surface is covered with a layer of readily conductive metal, e.g. a galvanic gilding, wherein the application of the metal is configured so that in regions which have a bare substrate from the first photolithographic process, no metal adheres; - the lacquer from the second photolithographic process is removed, wherein a defined region defined by the lacquer remains, which is formed only by the layer of metal with a high specific resistance; - wherein first photolithographic process defines the width of the resistor layer and provides for insulation in the surrounding regions, wherein the second photolithographic process defines the length and provides for good electrical conductivity and good contact at the terminal poles.
An arc welding control method of alternating a feeding rate (Fw) of a welding wire between a forward feeding period and a reverse feeding period, controlling a welding voltage (Vw) based on a voltage setting value and alternating short-circuiting periods and arc periods to perform welding, the voltage setting value being set depending on the welding condition such as joint shape, welding speed or welding posture, the arc welding control method is characterized in that it comprises: changing a cycle (Tf) of the feeding rate (Fw) based on the voltage setting value.
A method for reproducing a texture feeling by means of a touch interface including a surface, at least one actuator capable of vibrating said surface, and a control unit, characterised in that the control unit (UC) is configured to generate a drive signal (s i ) for driving said at least one actuator (ai) as a harmonic signal including a carrier signal at a non-radiative frequency for the actuator, the actuator covering a zone of the surface; a non-radiative frequency for an actuator being a frequency generating vibratory waves destroying interference on the whole perimeter of the actuator, so that when the actuator is excited by the drive signal, the amplitude of vibrations generated by the actuator outside the zone covered by the actuator is less than the amplitude of vibrations generated by the actuator in the zone covered by the actuator (ai) by at least 10 dB; and in that said method includes: - using the control unit (UC), the step of generating said drive signal including a harmonic signal comprising a carrier signal at a non-radiative frequency for the actuator, - the step of sending this drive signal by the control unit (UC) to the actuator so as to generate modification of a friction coefficient of the zone of the surface covered by the actuator. the control unit (UC) is configured to generate a drive signal (s i ) for driving said at least one actuator (ai) as a harmonic signal including a carrier signal at a non-radiative frequency for the actuator, the actuator covering a zone of the surface; a non-radiative frequency for an actuator being a frequency generating vibratory waves destroying interference on the whole perimeter of the actuator, so that when the actuator is excited by the drive signal, the amplitude of vibrations generated by the actuator outside the zone covered by the actuator is less than the amplitude of vibrations generated by the actuator in the zone covered by the actuator (ai) by at least 10 dB; and in that said method includes: - using the control unit (UC), the step of generating said drive signal including a harmonic signal comprising a carrier signal at a non-radiative frequency for the actuator, - the step of sending this drive signal by the control unit (UC) to the actuator so as to generate modification of a friction coefficient of the zone of the surface covered by the actuator. - using the control unit (UC), the step of generating said drive signal including a harmonic signal comprising a carrier signal at a non-radiative frequency for the actuator, - the step of sending this drive signal by the control unit (UC) to the actuator so as to generate modification of a friction coefficient of the zone of the surface covered by the actuator.
A support and retention frame for carrying two different machine guns , as an alternative to one another, the frame comprising: - an intermediate portion comprising fixing means for coupling the frame in a fixed position; - a first and a second end portion arranged on opposite sides of said intermediate portion along a transverse axis ; said first end portion having a seat configured so as to house a buttstock of said machine guns; said second end portion comprising a locking member with a lock for holding a barrel or mouth of said machine guns; characterized in that said seat is delimited by at least: - an upper tooth and a lower tooth , protruding towards said second end portion and vertically defining, between each other, a first slot adapted for being engaged by a sight provided on the buttstock of one of said machine guns; - at least a first wall facing one of said upper and lower teeth so as to horizontally define a second slot adapted to be engaged by a side projection provided on the buttstock of the other of said machine guns. - an intermediate portion comprising fixing means for coupling the frame in a fixed position; - a first and a second end portion arranged on opposite sides of said intermediate portion along a transverse axis ; said first end portion having a seat configured so as to house a buttstock of said machine guns; said second end portion comprising a locking member with a lock for holding a barrel or mouth of said machine guns; characterized in that said seat is delimited by at least: - an upper tooth and a lower tooth , protruding towards said second end portion and vertically defining, between each other, a first slot adapted for being engaged by a sight provided on the buttstock of one of said machine guns; - at least a first wall facing one of said upper and lower teeth so as to horizontally define a second slot adapted to be engaged by a side projection provided on the buttstock of the other of said machine guns. said first end portion having a seat configured so as to house a buttstock of said machine guns; said second end portion comprising a locking member with a lock for holding a barrel or mouth of said machine guns; characterized in that said seat is delimited by at least: - an upper tooth and a lower tooth , protruding towards said second end portion and vertically defining, between each other, a first slot adapted for being engaged by a sight provided on the buttstock of one of said machine guns; - at least a first wall facing one of said upper and lower teeth so as to horizontally define a second slot adapted to be engaged by a side projection provided on the buttstock of the other of said machine guns. - an upper tooth and a lower tooth , protruding towards said second end portion and vertically defining, between each other, a first slot adapted for being engaged by a sight provided on the buttstock of one of said machine guns; - at least a first wall facing one of said upper and lower teeth so as to horizontally define a second slot adapted to be engaged by a side projection provided on the buttstock of the other of said machine guns.
Preparation sled for assembling a vehicle, said preparation sled comprising a support , a set of mechanical components to be assembled indexed on said support , and a moving part to be assembled, said preparation sled further comprising a guide device of a flexible elongate member of said set of mechanical members, said guide device being a protective housing having a base indexed with respect to said support and an opposite free end of open section, characterized in that said guide device comprises a housing open towards said free end and of complementary shape to said moving part .
A method for three-dimensional tracking of a target located within a body, the method performed by at least one processing system, and comprising the steps of: processing a two-dimensional scanned image of the body including the target to obtain a two-dimensional image of the target, wherein the two-dimensional scanned image is acquired from a scanning device; predicting a first present dataset of the target by using a previous dataset of the target and a state transition model, wherein the first present dataset includes at least a three-dimensional present position value of the target, and wherein the previous dataset includes at least a three-dimensional previous position value of the target; measuring a second present dataset of the target by template-matching of the two-dimensional image of the target with a model of the target, wherein the second present dataset includes at least a two-dimensional present position value of the target; estimating a third present dataset of the target by statistical inference using the first present dataset and the second present dataset, wherein the third present dataset includes at least a three-dimensional present position value of the target; and updating the previous dataset of the target to match the third present dataset. processing a two-dimensional scanned image of the body including the target to obtain a two-dimensional image of the target, wherein the two-dimensional scanned image is acquired from a scanning device; predicting a first present dataset of the target by using a previous dataset of the target and a state transition model, wherein the first present dataset includes at least a three-dimensional present position value of the target, and wherein the previous dataset includes at least a three-dimensional previous position value of the target; measuring a second present dataset of the target by template-matching of the two-dimensional image of the target with a model of the target, wherein the second present dataset includes at least a two-dimensional present position value of the target; estimating a third present dataset of the target by statistical inference using the first present dataset and the second present dataset, wherein the third present dataset includes at least a three-dimensional present position value of the target; and updating the previous dataset of the target to match the third present dataset.
A steerable introducer comprising a shaft with a proximal end portion , a distal end portion , and a shaft longitudinal axis extending between the proximal end portion and the distal end portion ; a steerable distal tip section attached to the distal end portion of the shaft , the steerable distal tip section comprising an articulation support member ; a retroflex pull wire (46(d)) extending from the proximal end portion of the shaft to the distal end portion of the shaft , wherein the retroflex pull wire (46(d)) is anchored at a first anchor position on a distal pull ring portion of the articulation support member , the first anchor position being laterally offset from the shaft longitudinal axis in a first direction; at least one tension pull wire (46(a)) extending from the proximal end portion of the shaft to the distal end portion of the shaft , wherein the at least one tension pull wire (46(a)) is anchored at a second anchor position on a proximal pull ring portion of the articulation support member , the second anchor position being (i) laterally offset from the shaft longitudinal axis in a second direction and (ii) angularly offset from the first anchor position on the distal pull ring portion by a first angle, wherein the first direction is different from the second direction; and a handle assembly operably attached to the shaft , the handle assembly comprising at least one stud ; wherein tension on the retroflex pull wire (46(d)) causes the steerable distal tip section to bend in the first direction; and wherein the tension pull wire (46(a)) is designed to oppose bending bias caused by the retroflex wire (46(d)) in the first direction; and wherein one of the retroflex pull wire (46(d)) or the tension pull wire (46(a)) is anchored to a guitar peg connection , the guitar peg connection located within the stud and operably connected to the stud .
A non-tobacco oral nicotine pouch composition comprising water in an amount of at least 15 % by weight of the pouch composition, nicotine, and at least one sugar alcohol, wherein the at least one sugar alcohol comprises non-directly compressible (non-DC) grade sugar alcohol, wherein the pouch composition is free of humectants consisting of alginate, propylene glycol, hydroxypropyl cellulose and glycerol, and wherein the pouch composition comprises at least one water-insoluble fiber selected from the list consisting of wheat fibers, pea fibers, rice fiber, maize fibers, oat fibers, tomato fibers, barley fibers, rye fibers, sugar beet fibers, buckwheat fibers, potato fibers, cellulose fibers, apple fibers, cocoa fibers, cellulose fibers, bran fibers, bamboo fibers, powdered cellulose, and combinations thereof. water in an amount of at least 15 % by weight of the pouch composition, nicotine, and at least one sugar alcohol, wherein the at least one sugar alcohol comprises non-directly compressible (non-DC) grade sugar alcohol, wherein the pouch composition is free of humectants consisting of alginate, propylene glycol, hydroxypropyl cellulose and glycerol, and wherein the pouch composition comprises at least one water-insoluble fiber selected from the list consisting of wheat fibers, pea fibers, rice fiber, maize fibers, oat fibers, tomato fibers, barley fibers, rye fibers, sugar beet fibers, buckwheat fibers, potato fibers, cellulose fibers, apple fibers, cocoa fibers, cellulose fibers, bran fibers, bamboo fibers, powdered cellulose, and combinations thereof.