mhurhangee/patent-ind-claim-en huggingface dataset:
Package material blank comprising a multilayer material structure having a layer of cellulosic material and one or more layers of plastic laminate, the package material blank comprising: - a first side and a second side opposite the first side and a penetration area ; - a plastic opening device , the plastic opening device comprising: a first portion on the first side having a proximal end adjacent to the first side and a distal end displaced from the first side; a second portion attached to the second side; a material bridge penetrating through the package material blank in the penetration area connecting the proximal end to the second portion ; a grip portion for a consumer to grab and by pulling the grip portion rupturing the package material blank; wherein the grip portion is attached to the distal end of the first portion and displaced (D) from the first side of the package material blank and characterized in that the penetration area is attenuated as comprising a smaller thickness or another layer composition than the surrounding package material; and it comprises an area larger than an area covered by the material bridge . - a first side and a second side opposite the first side and a penetration area ; - a plastic opening device , the plastic opening device comprising: a first portion on the first side having a proximal end adjacent to the first side and a distal end displaced from the first side; a second portion attached to the second side; a material bridge penetrating through the package material blank in the penetration area connecting the proximal end to the second portion ; a grip portion for a consumer to grab and by pulling the grip portion rupturing the package material blank; wherein the grip portion is attached to the distal end of the first portion and displaced (D) from the first side of the package material blank and characterized in that the penetration area is attenuated as comprising a smaller thickness or another layer composition than the surrounding package material; and it comprises an area larger than an area covered by the material bridge . a first portion on the first side having a proximal end adjacent to the first side and a distal end displaced from the first side; a second portion attached to the second side; a material bridge penetrating through the package material blank in the penetration area connecting the proximal end to the second portion ; a grip portion for a consumer to grab and by pulling the grip portion rupturing the package material blank;
An enhanced bending machine suitable for performing bending operations according to determined forms and/or patterns for a tubular element or profile , comprising a framework which supports and accommodates working members suitable for bending a tubular element or profile , driving and moving members for driving and moving said working members, and adjustment members for adjusting the working members, the working members comprising three operating rollers or pulleys supported by their respective output shafts , one output shaft being movable hence capable of getting closer to/moving away from the output shafts whose position is fixed by means of adjustment members which comprises a guide supporting said output shaft and slidable with respect to the framework , the bending machine being characterized in that all three output shafts supporting the operating rollers or pulleys are drivers by way of the same driving member that comprises a worm-toothed shaft arranged internally to the framework and rotatably supported, the axis of rotation being perpendicular to that of the output shafts , the rotational driving of the movable output shaft being performed by way of a toothed wheel , which meshes said worm-toothed shaft and which is secured to the movable shaft and with said toothed wheel which forces the movable output shaft to rotate with respect to its own axis, and the rotational driving of the fixed output shafts being performed by way of a transmission , which receives motion from the same worm-toothed shaft .
Guide bar for a motor-driven chainsaw, wherein the guide bar has a clamping section and a free end , wherein a redirection section is arranged at the free end , wherein the guide bar has two single-part side plates , wherein the side plates extend from the clamping section to the redirection section and form the redirection section , wherein the guide bar has a peripheral guide groove , wherein the guide bar has a bar tip at which a longitudinal central axis of the guide bar intersects the redirection section , wherein the guide bar has a first longitudinal side and a second longitudinal side , and wherein a guide surface is formed on each side plate , said guide surface extending continuously over the first longitudinal side of the guide bar , the redirection section and the second longitudinal side of the guide bar , characterized in that the guide surfaces of the side plates both on the longitudinal sides and on the bar tip each have at least one hardened region with a hardness which is increased in comparison to a central region of the side plates , in that a respective intermediate region which is less hard than the hardened region extends on the guide surfaces between the longitudinal sides and the redirection section , and - in that the intermediate region is arranged at a distance (a) from the bar tip , as measured parallel to the longitudinal central axis , the distance (a) being from 40% to 70% of the height (b) of the guide bar , and/or - in that the intermediate region has a length (c) of less than 20 mm, as measured parallel to the central longitudinal axis . - in that the intermediate region is arranged at a distance (a) from the bar tip , as measured parallel to the longitudinal central axis , the distance (a) being from 40% to 70% of the height (b) of the guide bar , and/or - in that the intermediate region has a length (c) of less than 20 mm, as measured parallel to the central longitudinal axis .
A composition comprising a) 55-98.9 wt% of at least one type of triblock copolymer (A) of formula R-B-A-B-R b) 0.1-15 wt% of at least one surfactant (B) and c) 1-30 wt% of water, wherein A is a hydrophilic block having a number average molecular weight (Mn) of 100-1,000 Da, B is a hydrophobic block made from monomers comprising at least a monomer B1 and a monomer B2, wherein B1 and B2 have the largest weight contents in the hydrophobic block and B1 has a lower molecular weight than B2, wherein R is an end group which is H or a C1-C30 organic moiety, wherein the composition is fluid in a temperature range of 0°C to 37°C, wherein the weight % are relative to the sum of a), b) and c), and wherein the sum of components a), b) and c) is at least 80 wt% of the entire composition, preferably at least 90 wt%. a) 55-98.9 wt% of at least one type of triblock copolymer (A) of formula R-B-A-B-R b) 0.1-15 wt% of at least one surfactant (B) and c) 1-30 wt% of water,
A method for manufacturing an electro active polymer layer structure comprising a dielectric elastomer layer and at least one electrode layer that is arranged on a first surface of the dielectric elastomer layer, the method comprising: - providing the dielectric elastomer layer; - applying a layer of conductive material on the first surface of the dielectric elastomer layer,; characterized in that the layer of conductive material consists of agglomerated graphene based nanoplatelets, the nanoplatelets having a flattened shape between two main surfaces substantially parallel to the graphene molecular lattice plane; and in that the method comprises: - obtaining a texture of the graphene based nanoplatelets in the applied layer by orienting the graphene based nanoplatelets on the first surface of the dielectric elastomer layer with the main surfaces of the nanoplatelets being substantially parallel with said first surface of the dielectric elastomer layer, such that the graphene molecular lattice plane of the nanoplatelets is substantially parallel to said first surface of the dielectric elastomer layer. - providing the dielectric elastomer layer; - applying a layer of conductive material on the first surface of the dielectric elastomer layer,; - obtaining a texture of the graphene based nanoplatelets in the applied layer by orienting the graphene based nanoplatelets on the first surface of the dielectric elastomer layer with the main surfaces of the nanoplatelets being substantially parallel with said first surface of the dielectric elastomer layer, such that the graphene molecular lattice plane of the nanoplatelets is substantially parallel to said first surface of the dielectric elastomer layer.
A blade pivot with adjustable orientation for a turbomachine fan hub, comprising: a stud extending along a radial axis (Z-Z) and having, at an external radial end, means for retaining a fan blade root and, at an internal radial end, coupling means for the transmission of a torsional torque; a rolling bearing for absorbing the centrifugal forces having an inner bushing mounted in transverse abutment against an external radial portion of the stud; a ring for radially retaining the stud relative to the rolling bearing housed in an annular groove formed in the stud; a plurality of clamping parts each mounted in transverse abutment, that is to say along a direction orthogonal to the radial axis (Z-Z), against the retaining ring and in radial abutment, that is to say along the radial axis (Z-Z), against the inner bushing of the rolling bearing; and a clamping nut screwed onto an outer thread of the stud to come into conical abutment against the clamping parts such that said clamping parts ensure a clamping of the inner bushing of the rolling bearing on the stud and a clamping of the retaining ring in the groove. a stud extending along a radial axis (Z-Z) and having, at an external radial end, means for retaining a fan blade root and, at an internal radial end, coupling means for the transmission of a torsional torque; a rolling bearing for absorbing the centrifugal forces having an inner bushing mounted in transverse abutment against an external radial portion of the stud; a ring for radially retaining the stud relative to the rolling bearing housed in an annular groove formed in the stud; a plurality of clamping parts each mounted in transverse abutment, that is to say along a direction orthogonal to the radial axis (Z-Z), against the retaining ring and in radial abutment, that is to say along the radial axis (Z-Z), against the inner bushing of the rolling bearing; and a clamping nut screwed onto an outer thread of the stud to come into conical abutment against the clamping parts such that said clamping parts ensure a clamping of the inner bushing of the rolling bearing on the stud and a clamping of the retaining ring in the groove.
A channel sounding method, comprising: sending, by a first access point AP, an announcement frame, wherein the announcement frame is used to indicate at least one second AP and at least one station STA to participate in channel sounding; and sequentially sending, by the first AP, a channel sounding poll frame to each second AP in the at least one second AP, wherein the channel sounding poll frame is used to trigger the at least one second AP to send a channel sounding frame, wherein the announcement frame comprises at least one AP information field, a length of one AP information field is an integer multiple of 4 bytes, the 28th bit in every 4 bytes in the AP information field is set to 1, the at least one AP information field is in a one-to-one correspondence with each second AP in the at least one second AP, and each AP information field comprises identification information of a corresponding second AP. sending, by a first access point AP, an announcement frame, wherein the announcement frame is used to indicate at least one second AP and at least one station STA to participate in channel sounding; and sequentially sending, by the first AP, a channel sounding poll frame to each second AP in the at least one second AP, wherein the channel sounding poll frame is used to trigger the at least one second AP to send a channel sounding frame, wherein the announcement frame comprises at least one AP information field, a length of one AP information field is an integer multiple of 4 bytes, the 28th bit in every 4 bytes in the AP information field is set to 1, the at least one AP information field is in a one-to-one correspondence with each second AP in the at least one second AP, and each AP information field comprises identification information of a corresponding second AP.
A method of securing a clock synchronization between a master clock node and a client clock node for a packet-compatible network, the method comprising: during a cycle of exchanging Precision Time Protocol, PTP, messages between the master clock node and the client clock node, generating , by the master clock node , a paired message for each PTP message generated thereby and informative of accurate t 1 timestamp or of t 4 timestamp provided by the master clock node, the paired messages being copies of respective PTP messages or being derived therefrom, wherein the cycle is constitute by PTP messages to be used for a single clock - correction; sending , by the master clock node , each paired message to a validation entity, wherein the paired messages are sent via a secured channel between the master clock node and the validation entity, therein the secured channel is a peer-to-peer channel configured to deliver the paired messages encrypted whilst enabling authorization of the peers and integrity of data sent across the way; using , by the validation entity, the paired messages to provide a validation of the cycle; and providing a synchronization-related task subject to successful validation of the cycle by the validation entity. during a cycle of exchanging Precision Time Protocol, PTP, messages between the master clock node and the client clock node, generating , by the master clock node , a paired message for each PTP message generated thereby and informative of accurate t 1 timestamp or of t 4 timestamp provided by the master clock node, the paired messages being copies of respective PTP messages or being derived therefrom, wherein the cycle is constitute by PTP messages to be used for a single clock - correction; sending , by the master clock node , each paired message to a validation entity, wherein the paired messages are sent via a secured channel between the master clock node and the validation entity, therein the secured channel is a peer-to-peer channel configured to deliver the paired messages encrypted whilst enabling authorization of the peers and integrity of data sent across the way; using , by the validation entity, the paired messages to provide a validation of the cycle; and providing a synchronization-related task subject to successful validation of the cycle by the validation entity.
Gemcitabine (GEM) for use in treating a gemcitabine-sensitive tumor, or inducing regression of a GEM-sensitive tumor, in a subject of a species, wherein GEM is to be orally administered to the subject in a formulation that, upon oral ingestion, releases in a bioavailable form less than half the maximum tolerated dose (MTD) of GEM for the species, wherein the formulation is a self-emulsifying pharmaceutical (SEP) composition comprising: (a) a therapeutically effective amount of the GEM or a pharmaceutically acceptable salt thereof, the amount being a fraction of the MTD for GEM when orally administered to humans in the SEP composition; (b) one or more solvent(s) capable of dissolving the drug or salt to form a GEM-solvent solution; (c) a surfactant system comprising one or more surfactants, the surfactant system exhibiting an HLB value from 8 to 17; and (d) one or more hydrophilic carrier(s) which are compatible with the GEM-solvent solution and the surfactant system, wherein the formulation is administered to the subject multiple times on a regular schedule without a significant interruption for a sustained period of time. (a) a therapeutically effective amount of the GEM or a pharmaceutically acceptable salt thereof, the amount being a fraction of the MTD for GEM when orally administered to humans in the SEP composition; (b) one or more solvent(s) capable of dissolving the drug or salt to form a GEM-solvent solution; (c) a surfactant system comprising one or more surfactants, the surfactant system exhibiting an HLB value from 8 to 17; and (d) one or more hydrophilic carrier(s) which are compatible with the GEM-solvent solution and the surfactant system,
Controller block (PID_Temp_1, PID_Temp_2, PID_Temp_3) for use in an industrial automation arrangement, wherein the controller block (PID_Temp_1, PID_Temp_2, PID_Temp_3) is designed for use with a number of controller blocks (PID_Temp_1, PID_Temp_2, PID_Temp_3) of the same type or having substantially the same function in a cascaded closed-loop control system, and wherein the controller block (PID_Temp_1, PID_Temp_2, PID_Temp_3) is optionally configurable either as master controller, as follower controller or as master and follower controller in collaboration with other controllers of the cascaded closed-loop control system, characterized in that the controller block (PID_Temp_1, PID_Temp_2, PID_Temp_3) has a data interface for communication with other controller blocks (PID_Temp_1, PID_Temp_2, PID_Temp_3), wherein the data interface is designed at least for the exchange of information about • a control output limiting, • a present operating mode, and • the type of currently used setpoint value at the operating time of the closed-loop control system, wherein there is provision, on the basis of the information, for a restriction of the increase or a continuation of an integral component of the control parameters of the controller block. • a control output limiting, • a present operating mode, and • the type of currently used setpoint value at the operating time of the closed-loop control system,
A method for managing data in a data storage system including a host and at least one Data Storage Device , DSD, which includes a plurality of zones for storing data, the method comprising: determining an initial location for data to be stored in the at least one DSD based on at least one attribute defined by the host ; assigning, based on the at least one attribute, a zone of the plurality of zones as a destination portion in the at least one DSD for storing data resulting from a garbage collection operation; assigning multiple remaining zones of the plurality of zones as at least one logical volume used by the host for storing data, wherein the zone assigned as the destination portion is outside of the at least one logical volume; identifying, based on the at least one attribute defined by the host , a source portion from a plurality of source portions for the garbage collection operation, wherein the source portion is one of the multiple remaining zones assigned as the at least one logical volume; performing garbage collection of data in the source portion into the destination portion; and after completion of garbage collection, designating the source portion as a new destination portion for a new garbage collection operation. determining an initial location for data to be stored in the at least one DSD based on at least one attribute defined by the host ; assigning, based on the at least one attribute, a zone of the plurality of zones as a destination portion in the at least one DSD for storing data resulting from a garbage collection operation; assigning multiple remaining zones of the plurality of zones as at least one logical volume used by the host for storing data, wherein the zone assigned as the destination portion is outside of the at least one logical volume; identifying, based on the at least one attribute defined by the host , a source portion from a plurality of source portions for the garbage collection operation, wherein the source portion is one of the multiple remaining zones assigned as the at least one logical volume; performing garbage collection of data in the source portion into the destination portion; and after completion of garbage collection, designating the source portion as a new destination portion for a new garbage collection operation.
Multi-part sprocket wheel system, comprising: - a selection of periphery elements where each periphery element has an outer edge and an inner edge , where sprocket teeth are provided on the outer edge , and where the inner edge has an engagement surface, and where each periphery element has fastening means fastening one periphery element to an adjacent periphery element , such that the two or more periphery elements' outer edges form a full circle, where a plurality of types of periphery elements are provided, where the periphery elements are provided in different sizes, such that when one type of periphery elements are assembled they form a full circle with one diameter, and when a second type of periphery elements are assembled they form a circle with a second diameter and so forth, and where all periphery elements has identical inner edges; where the multipart sprocket wheel system further comprises adapter members where each of said adapter members has an outer face and an inner face , said outer face firmly engages the inner edge of the periphery elements , and said inner face is adapted to engage a conveyor drive axle, and where the sprocket teeth are arranged in a common plane, and that when mounted on a conveyor drive axle said adapter members have an extend (a 1 ,a 2 ) extending a desired distance in a direction orthogonal to the common plane of the sprocket teeth , optionally on both sides of said common plane. - a selection of periphery elements where each periphery element has an outer edge and an inner edge , where sprocket teeth are provided on the outer edge , and where the inner edge has an engagement surface, and where each periphery element has fastening means fastening one periphery element to an adjacent periphery element , such that the two or more periphery elements' outer edges form a full circle,
A chip , configured to communicate with a host , wherein the chip is configured to: establish a communication connection with the host through a data bus and receive first data transmitted from the host to the chip , wherein the chip interferes the first data through interfering the data bus during a downlink period of receiving the first data, such that data detected on the data bus is second data, wherein the second data received by the chip is different from the first data. establish a communication connection with the host through a data bus and receive first data transmitted from the host to the chip , wherein the chip interferes the first data through interfering the data bus during a downlink period of receiving the first data, such that data detected on the data bus is second data, wherein the second data received by the chip is different from the first data.
Gripper comprising at least one structural beam , at least one gripping tool and at least one support means for a gripping tool , said support means comprising an arm at the end of which a tool holder is mounted, the arm comprising a base for fixing to a structural beam and a support part of the tool holder, the arm further comprising a fusible part showing at least one area of reduced mechanical strength so as to break under the application of a force greater than a given threshold, said fusible piece being arranged between the support piece of the tool holder and the base , characterized in that said fusible piece is a tubular piece which has two ends (29; 31) and a shoulder along its length so that one of the ends shows a diameter greater than the diameter shown by the other end , preferably the end 1) of larger diameter is intended to cooperate with the support part of the tool holder, and in that said fusible part shows a zone of reduced mechanical strength arranged at the base of the shoulder .