mhurhangee/patent-ind-claim-en huggingface dataset:
Buccal dosage form intended for the oral administration of an active pharmaceutical compounds formulation to visually impaired users, which is multi-layered, wherein it comprises a first layer consisting of a drug loaded film compartment and a second layer to act as a substrate for the formation and as an isolating screen serving as effective barrier which limits the drug release towards the oral cavity or promoting unidirectional release of the drug and forming a support layer for formation of Braille identifiers , on which said first layer is arranged and attached thereto at a first side of said second layer , wherein said second layer further comprises a set of dedicated identifiers which are arranged on said second layer of said dosage form representing the load, wherein said second layer constitutes a substrate for said identifiers in said dosage form on the side thereof which is opposite to its said fixation side , wherein said Identifiers indicate the dosage strength of said formulation, wherein said identifiers are grouped together into predetermined identifiers patterns corresponding to a specific load, in that said identifiers are perceptible by said visually impaired user straightforwardly by a tactile contact therewith, and in that said identifiers are formed by Braille-coded characters which are supported on said second layer and which are protruding from said second layer , thereby forming specific Braille-coded patterns , wherein each said specific Braille-coded pattern represents a specific load individually for said visually impaired user. wherein it comprises a first layer consisting of a drug loaded film compartment and a second layer to act as a substrate for the formation and as an isolating screen serving as effective barrier which limits the drug release towards the oral cavity or promoting unidirectional release of the drug and forming a support layer for formation of Braille identifiers , on which said first layer is arranged and attached thereto at a first side of said second layer , wherein said second layer further comprises a set of dedicated identifiers which are arranged on said second layer of said dosage form representing the load, wherein said second layer constitutes a substrate for said identifiers in said dosage form on the side thereof which is opposite to its said fixation side , wherein said Identifiers indicate the dosage strength of said formulation, wherein said identifiers are grouped together into predetermined identifiers patterns corresponding to a specific load, in that said identifiers are perceptible by said visually impaired user straightforwardly by a tactile contact therewith, and in that said identifiers are formed by Braille-coded characters which are supported on said second layer and which are protruding from said second layer , thereby forming specific Braille-coded patterns , wherein each said specific Braille-coded pattern represents a specific load individually for said visually impaired user.
Method for applying a fiber layer in the manufacture of tank structures (T) comprising domes by winding a winding core with fiber strips of a strip width B, each consisting of n rovings, whereby, depending on the dimensioning of the domes of the tank structure (T) to be produced, a geodesic track of the strip width XB is calculated and the geodesic track calculated in this way is subdivided in X winding paths by determining a middle path from the number X of winding paths as master track which is unwound from one pole opening to the other by a distance (XB-B)/2 to the pole openings , thus modifying the winding pattern in the area of the domes in such a way that an X-fold strip width XB is achieved.
A system for manufacturing books on demand , comprising at least a book block input and forming equipment , a cover forming equipment for forming pre-shaped covers from respective cover sheets and a binding machine for gluing a rib of the book block with a spine of a pre-shaped cover , wherein the binding machine receives the pre-shaped covers from a cover input (IC) in a pre-defined pre-assembling configuration and feeding along an assembling direction (A) parallel to the spine and in which the said cover forming equipment comprises a feeding mechanism for entering and moving the cover sheets along a direction of shaping (FD) transversal to the direction of the spine of the cover to be accomplished; a cover trimming mechanism , actuatable for executing the trimming of the cover sheets to define an edge of the pre-shaped cover transversally to the direction of shaping (FD); a marking mechanism , actuatable for executing bending markings on the cover sheets for the spine of the cover transversally to the direction of shaping (FD); a cover cutting mechanism , actuatable for executing on the cover sheets the cutting associated to the height of the pre-shaped cover of the requested book ; and a diverting station for receiving the pre-shaped cover along the direction of shaping (FD) and arranging the pre-shaped cover in a position associated to the pre-assembling configuration; a moving mechanism being provided for arranging the pre-shaped cover at the cover input (IC) of the binding machine .
Method for sorting micro- and nano-fibers in suspension in an aerosol likely to contain fibers of different sizes and possibly non-fibrous particles, comprising the following steps: a/ charging of the particles in suspension in the aerosol, by unipolar ion diffusion; b/ application of an electrical field between two electrically conductive flat surfaces, arranged substantially horizontally; the electrical field being directed in such a way that it exerts an electrostatic force on the charged particles, in opposition to the gravitational force; c/ introduction of an aerosol flow from an input of a height corresponding to at least a part of the height of the space delimited between the two flat surfaces; the flow of the flow of air being non-turbulent in the space between flat surfaces; the flow of air circulating from and/or around the input to one or more outputs; d/ recovery of the part of air flow charged with fibers and circulating at at least one of the outputs in the upper part of the space, or collection of the fibers on the flat surface on top which is in the form of a filtering membrane; the fibers recovered in the part of air flow or collected on the filtering membrane being sorted from the particles exhibiting a smaller form factor or that are non-fibrous initially present in the aerosol. a/ charging of the particles in suspension in the aerosol, by unipolar ion diffusion; b/ application of an electrical field between two electrically conductive flat surfaces, arranged substantially horizontally; the electrical field being directed in such a way that it exerts an electrostatic force on the charged particles, in opposition to the gravitational force; c/ introduction of an aerosol flow from an input of a height corresponding to at least a part of the height of the space delimited between the two flat surfaces; the flow of the flow of air being non-turbulent in the space between flat surfaces; the flow of air circulating from and/or around the input to one or more outputs; d/ recovery of the part of air flow charged with fibers and circulating at at least one of the outputs in the upper part of the space, or collection of the fibers on the flat surface on top which is in the form of a filtering membrane; the fibers recovered in the part of air flow or collected on the filtering membrane being sorted from the particles exhibiting a smaller form factor or that are non-fibrous initially present in the aerosol.
A sand grain corrosion testing device, comprising a substrate and universal wheels which are arranged at the bottom of the substrate and mounted through supporting legs, wherein hydraulic devices are arranged on one side of the top of the substrate ; the output ends of the hydraulic devices are connected with first guiding rods through supporting blocks correspondingly; the same sides of the top ends of the first guiding rods are provided with a collecting hopper with a sealing cover plate , wherein the collecting hopper is fixed on the first guiding rods through support blocks , and locking bolts penetrate through the support blocks ; the inner side wall of the collecting hopper is provided with three sets of buffer plates downwards inclined; a scale rod is arranged at the same sides of the hydraulic devices ; an impact box body is supported and mounted on the part, on one side of the scale rod , of the substrate through supporting legs; one side of the impact box body is obliquely provided with a clamp through a supporting rod ; a discharging tube at the bottom of the collecting hopper extends into the impact box body and is located at the top of the clamp ; a discharging outlet at the bottom of the impact box body communicates with a collecting tank ; one side of the collecting tank is connected with a sand pump through a guide tube ; and one side of the sand pump penetrates through the sealing cover plate through a material conveying tube and communicates with the interior of the collecting hopper .
A trailer vehicle function control system for a trailer, the system comprising a control valve operable by an electronic control unit , which electronic control unit is provided with a standards compliant communications interface adapted to communicate wirelessly with a portable electronic device, characterised in that if the electronic control unit is enabled to receive vehicle control functions from a portable electronic device, the signal strength of the standards compliant communications interface is controlled to a level to ensure that the portable electronic device is within a predetermined distance from the communications bus.
A centrifugal fan assembly comprising: a blade assembly integrally formed, comprising: a plurality of blades ; a hub at the center of the blade assembly ; and a fixing portion ; the centrifugal fan assembly further comprises a hub plate configured to couple to the fixing portion , wherein the hub plate comprises a concave portion and a convex portion configured to couple to the blade assembly ; wherein the fixing portion is configured to be inserted into the concave portion , wherein each blade of the plurality of blades has a twisted shape with a first portion of a hub end of each blade facing a first adjacent blade , and a second portion of an outer end of each blade diagonal to the first portion of the hub end facing a second adjacent blade , the hub end being located near the hub and the outer end being located near an outer circumference of the blade assembly , wherein the centrifugal fan assembly is a non-shrouded centrifugal fan assembly, wherein the fixing portion is connected to a hub plate side of each of the blades and extends from each of the blades on a same plane, and wherein the fixing portion comprises at least one opening formed between each of the blades to enable an extraction of the blade assembly from a mold during integral injection-molding, the at least one opening being at least in those parts of the fixing portion where the plurality of blades overlap the plane formed by the fixing portion in a front view of the blade assembly . a plurality of blades ; a hub at the center of the blade assembly ; and a fixing portion ; the centrifugal fan assembly further comprises a hub plate configured to couple to the fixing portion , wherein the hub plate comprises a concave portion and a convex portion configured to couple to the blade assembly ; wherein the fixing portion is configured to be inserted into the concave portion , wherein each blade of the plurality of blades has a twisted shape with a first portion of a hub end of each blade facing a first adjacent blade , and a second portion of an outer end of each blade diagonal to the first portion of the hub end facing a second adjacent blade , the hub end being located near the hub and the outer end being located near an outer circumference of the blade assembly , wherein the centrifugal fan assembly is a non-shrouded centrifugal fan assembly, wherein the fixing portion is connected to a hub plate side of each of the blades and extends from each of the blades on a same plane, and wherein the fixing portion comprises at least one opening formed between each of the blades to enable an extraction of the blade assembly from a mold during integral injection-molding, the at least one opening being at least in those parts of the fixing portion where the plurality of blades overlap the plane formed by the fixing portion in a front view of the blade assembly .
Method for determining a corrected current-voltage curve (I*-V) of an electrical system which comprises two terminals and which is intended to deliver an electrical current as a function of an output voltage (V2) between its two terminals, characterized in that it comprises the following steps: - obtaining a first current-voltage characteristic curve (I A -V A ) of the electrical system, by varying the voltage at its terminals with a first measurement speed, - obtaining a second current-voltage characteristic curve (I R -V R ) of the electrical system, by varying the voltage at its terminals with a second measurement speed, different from the first speed, - determining several voltage operating points belonging to both the first current-voltage curve and the second current-voltage curve, - modelling, via a single hypothetical capacitance (C), an intrinsic stray effect to be corrected between an input voltage (V1) without said stray effect and said output voltage (V2), - and in that it comprises, for each voltage (V) operating point, a step of determining a correction value representative of said stray effect and a step of determining a corrected current value from the determined correction value. - obtaining a first current-voltage characteristic curve (I A -V A ) of the electrical system, by varying the voltage at its terminals with a first measurement speed, - obtaining a second current-voltage characteristic curve (I R -V R ) of the electrical system, by varying the voltage at its terminals with a second measurement speed, different from the first speed, - determining several voltage operating points belonging to both the first current-voltage curve and the second current-voltage curve, - modelling, via a single hypothetical capacitance (C), an intrinsic stray effect to be corrected between an input voltage (V1) without said stray effect and said output voltage (V2), - and in that it comprises, for each voltage (V) operating point, a step of determining a correction value representative of said stray effect and a step of determining a corrected current value from the determined correction value.
A method of energy efficient wireless communication, comprising: obtaining a signal pattern defining resources for use in transmitting or receiving signals with variable signal density over time, wherein the signals include: a first set (902; 1002) of signals (904; 1004) having a first density and a first periodicity (908; 1010); and a second set (906; 1006) of signals (912, 914; 1008) having a second density and a second periodicity (910; 1012), wherein the first density is less than the second density, the first periodicity (908; 1010) provides a shorter maximum duration without signal present than the second periodicity (910; 1012) and the second set of signals (912, 914; 1008) comprises a signal burst ; configuring the resources based on the signal pattern , including aligning a discontinuous reception, DRX, period (1018; 1020) to correspond to a duration of the signal burst ; and transmitting or receiving the signals, including the signal burst aligned with the DRX period (1018; 1020), according to the signal pattern to achieve variable density signal transmission or reception over time. obtaining a signal pattern defining resources for use in transmitting or receiving signals with variable signal density over time, wherein the signals include: a first set (902; 1002) of signals (904; 1004) having a first density and a first periodicity (908; 1010); and a second set (906; 1006) of signals (912, 914; 1008) having a second density and a second periodicity (910; 1012), wherein the first density is less than the second density, the first periodicity (908; 1010) provides a shorter maximum duration without signal present than the second periodicity (910; 1012) and the second set of signals (912, 914; 1008) comprises a signal burst ; a first set (902; 1002) of signals (904; 1004) having a first density and a first periodicity (908; 1010); and a second set (906; 1006) of signals (912, 914; 1008) having a second density and a second periodicity (910; 1012), wherein the first density is less than the second density, the first periodicity (908; 1010) provides a shorter maximum duration without signal present than the second periodicity (910; 1012) and the second set of signals (912, 914; 1008) comprises a signal burst ; configuring the resources based on the signal pattern , including aligning a discontinuous reception, DRX, period (1018; 1020) to correspond to a duration of the signal burst ; and transmitting or receiving the signals, including the signal burst aligned with the DRX period (1018; 1020), according to the signal pattern to achieve variable density signal transmission or reception over time.
A urinary catheter assembly comprising: a catheter tube including a proximal end and a distal end , said catheter tube defining a flow path and including one or more access eyelets at or adjacent to said proximal end ; a connector including first and second surfaces, with the distal end of the catheter tube associated with the first surface of the connector ; a urine collection bag associated with the second surface of the connector , wherein the connector defines a flow path between said catheter tube and said urine collection bag , and the connector is deformable between a compact configuration and an expanded configuration in which the catheter tube is spaced a greater distance from the urine collection bag than in the compact configuration; and a package including a body receiving the catheter tube and said urine collection bag , with the connector and said urine collection bag in the compact configuration, characterized in that at least a portion of the connector is positioned outside of the body of the package . a catheter tube including a proximal end and a distal end , said catheter tube defining a flow path and including one or more access eyelets at or adjacent to said proximal end ; a connector including first and second surfaces, with the distal end of the catheter tube associated with the first surface of the connector ; a urine collection bag associated with the second surface of the connector , wherein the connector defines a flow path between said catheter tube and said urine collection bag , and the connector is deformable between a compact configuration and an expanded configuration in which the catheter tube is spaced a greater distance from the urine collection bag than in the compact configuration; and the connector defines a flow path between said catheter tube and said urine collection bag , and the connector is deformable between a compact configuration and an expanded configuration in which the catheter tube is spaced a greater distance from the urine collection bag than in the compact configuration; and a package including a body receiving the catheter tube and said urine collection bag , with the connector and said urine collection bag in the compact configuration, characterized in that at least a portion of the connector is positioned outside of the body of the package .
Motor vehicle seat comprising a squab and a foldable backrest having a rear face provided with a tray , the backrest being able to be folded onto the squab so as to bring its rear face into a substantially horizontal position, the tray being removable and fixed against the rear face of the backrest inside a housing provided in the rear face of the seat backrest, characterized in that said tray comprises a plurality of magnets , and in that said seat has, on its rear face , receiving elements for said magnets that are intended to accommodate the magnets of the tray when the latter is placed in the housing , the rear face of the backrest being provided with at least two grooves which are aligned along the same axis, making it possible to receive the tray and to hold it in an upright position when said backrest is placed substantially horizontally, the two grooves being separated by a holding space , and in that the holding space comprises a cutout intended to receive a magnet of the tray when the latter is placed in the upright position.
An adhesive composition comprising: (a) one or more epoxy resins; (b) a urethane resin having a polyether structure; (c) a core-shell rubber in the form of secondary particles in which two or more core-shell rubbers in the form of primary particles are aggregated; and (d) one or more epoxy curing agents, wherein the core-shell rubber in the form of primary particles has a ratio of the core particle diameter to the total particle diameter of the core-shell satisfying 0.80 to 0,99, determined as indicated in the specification. (a) one or more epoxy resins; (b) a urethane resin having a polyether structure; (c) a core-shell rubber in the form of secondary particles in which two or more core-shell rubbers in the form of primary particles are aggregated; and (d) one or more epoxy curing agents,
Quick connector for fluid lines comprising a coupling sleeve for receiving a coupling plug and a locking device, which has a locking sleeve axially displaceable on the coupling sleeve as well as at least one locking ball radially movable in a bore of the coupling sleeve, which at least one locking ball is radially movable and lockable via the locking sleeve, characterised in that at the coupling sleeve or at the locking sleeve a temperature-controlled locking means is arranged, which engages in an undercut arranged at the locking sleeve or at the coupling sleeve when a limit temperature is exceeded.
It is continuous multi-pass inkjet digital printing machine with the feature that; inkjet printhead groups , which are lined up along with width of the machine in a way to leave no printing gap and stand steady through the time of printing, consist of multi-canal inkjet printheads that include a particular color print material enabling the spraying of the same color print materials to a particular point at different time instances from different sections.
A method for manufacturing a pellicle for lithography, said pellicle for lithography comprising a pellicle membrane , a pellicle frame on which the pellicle membrane is bonded via an adhesive layer formed on an upper annular face of said pellicle frame , and a thermosetting agglutinant layer formed on a lower annular face of said pellicle frame , wherein the thermosetting agglutinant layer has a substantially rectangular or a substantially trapezoidal cross section in which the upper base of the cross section is parallel to the lower annular face of the pellicle frame and the lateral sides of the cross section are respectively forming with the lower annular face of the pellicle frame an angle alpha equal to or smaller than 90 degrees; said method comprises steps (i) to (iii) in the following order: (i) laying said agglutinant layer on said lower annular face of the pellicle frame , (ii) half-curing said agglutinant layer , (iii) shaping said agglutinant layer into a flat layer by pressure. (i) laying said agglutinant layer on said lower annular face of the pellicle frame , (ii) half-curing said agglutinant layer , (iii) shaping said agglutinant layer into a flat layer by pressure.