mhurhangee/patent-ind-claim-en huggingface dataset:
A yarn winding machine comprising: a winding device adapted to form a package by winding a yarn ; a first catching and guiding device having a suction opening adapted to suck the yarn from the package , the first catching and guiding device being adapted to suck and catch the yarn and to guide the yarn ; and a control section adapted to control the first catching and guiding device , wherein the control section is adapted to control the first catching and guiding device to perform a catching operation at a catching region (R1) to suck and catch the yarn from the package , a standby operation to be under standby at a standby region (R2) that is further away from the package than the catching region (R1), and a guiding operation to guide the yarn to a target region (R3), characterized in that the control section is adapted to adjust a stopped position of the suction opening at the standby region (R2) and a speed at which the suction opening moves from the catching region (R1) to the standby region (R2), and by an input section adapted to input a control value relating to the adjustment. a winding device adapted to form a package by winding a yarn ; a first catching and guiding device having a suction opening adapted to suck the yarn from the package , the first catching and guiding device being adapted to suck and catch the yarn and to guide the yarn ; and a control section adapted to control the first catching and guiding device , wherein the control section is adapted to control the first catching and guiding device to perform a catching operation at a catching region (R1) to suck and catch the yarn from the package , a standby operation to be under standby at a standby region (R2) that is further away from the package than the catching region (R1), and a guiding operation to guide the yarn to a target region (R3), characterized in that the control section is adapted to adjust a stopped position of the suction opening at the standby region (R2) and a speed at which the suction opening moves from the catching region (R1) to the standby region (R2), and by an input section adapted to input a control value relating to the adjustment.
A wafer construction for applying a collecting system around an ostomy, the wafer construction comprising: a. a central through-going aperture for bringing the ostomy in fluid communication with a collecting reservoir , b. an inner radially extending layer for attaching the wafer to the peri-stomal skin ; said inner layer comprising: i. a skin contacting surface ; ii. a moist vapour permeable layer ; iii. an outer surface ; c. an outer radially extending layer ; said outer layer comprising: i. a substantially moist vapour impermeable film ; ii. an outer surface ; iii. an inner surface ; iv. a bag element for engaging the wafer to a collecting reservoir ; d. a central stoma-adjacent-area comprising a first area of both the inner layer and the outer layer ; said central stoma-adjacent-area defined radially as the area of the wafer construction closer to the central through-going aperture than the bag element of the outer layer; e. an encircling area comprising a second area of at least the inner layer ; f. at least one radial space in fluid communication with the atmosphere ; said radial space being located between the outer surface of the inner layer and the inner surface of the outer layer ; and g. at least one attachment point ; said attachment point attaching the outer layer to the inner layer ; wherein at least a portion of the radial space is located in the central stoma-adjacent-area . a. a central through-going aperture for bringing the ostomy in fluid communication with a collecting reservoir , b. an inner radially extending layer for attaching the wafer to the peri-stomal skin ; said inner layer comprising: i. a skin contacting surface ; ii. a moist vapour permeable layer ; iii. an outer surface ; i. a skin contacting surface ; ii. a moist vapour permeable layer ; iii. an outer surface ; c. an outer radially extending layer ; said outer layer comprising: i. a substantially moist vapour impermeable film ; ii. an outer surface ; iii. an inner surface ; iv. a bag element for engaging the wafer to a collecting reservoir ; i. a substantially moist vapour impermeable film ; ii. an outer surface ; iii. an inner surface ; iv. a bag element for engaging the wafer to a collecting reservoir ; d. a central stoma-adjacent-area comprising a first area of both the inner layer and the outer layer ; said central stoma-adjacent-area defined radially as the area of the wafer construction closer to the central through-going aperture than the bag element of the outer layer; e. an encircling area comprising a second area of at least the inner layer ; f. at least one radial space in fluid communication with the atmosphere ; said radial space being located between the outer surface of the inner layer and the inner surface of the outer layer ; and g. at least one attachment point ; said attachment point attaching the outer layer to the inner layer ;
A method of forming a contact window structure, comprising: providing a target layer ; forming an annular pad on a surface of the target layer, wherein a central via , from which a partial surface of the target layer is exposed, is formed in a middle part of the annular pad; forming a dielectric layer covering the target layer and the annular pad; etching the dielectric layer to form an etch hole connected to the central via in the dielectric layer; and removing the annular pad to form the contact window structure. providing a target layer ; forming an annular pad on a surface of the target layer, wherein a central via , from which a partial surface of the target layer is exposed, is formed in a middle part of the annular pad; forming a dielectric layer covering the target layer and the annular pad; etching the dielectric layer to form an etch hole connected to the central via in the dielectric layer; and removing the annular pad to form the contact window structure.
A microbial oil comprising a triglyceride fraction of at least 70% by weight, wherein the docosahexaenoic acid content of the triglyceride fraction is at least 50% by weight, and wherein the oil comprises 5% by weight or less of heptadecanoic acid.
Blocking device , in particular to repel moles, the blocking device comprising at least one grid which has grid bars bordering grid openings , with spikes being attached to the grid , in particular to grid bars , each spike extending transversely, in particular perpendicularly, to the grid , characterised in that the maximum width of the grid openings is less than 20 mm.
Welding apparatus comprising a multi-axis robotic arm having a first end ; a welding tool attached to the first end and a control unit configured to control the robotic arm and the welding tool ; the welding apparatus further comprising: an image acquisition device attached to the first end , having a light filtering system , said image acquisition device being configured to monitor a welding target on a workpiece (WP) and to provide an image of said welding target to an operator; an input interface for a human operator, said input interface being associated to the control unit and configured to provide an input signal (SI) to said control unit and to control the robotic arm and welding tool substantially in real time; characterised by : a scanner positioned on the first end of the robotic arm upstream of the welding tool with respect to an advancing welding direction and configured to provide substantially in real time a profile of the workpiece (WP), wherein the input interface is configured to suggest instantaneously a preferred welding direction that in any case can be manually adjusted by the human operator as a function of said scan. the welding apparatus further comprising: an image acquisition device attached to the first end , having a light filtering system , said image acquisition device being configured to monitor a welding target on a workpiece (WP) and to provide an image of said welding target to an operator; an input interface for a human operator, said input interface being associated to the control unit and configured to provide an input signal (SI) to said control unit and to control the robotic arm and welding tool substantially in real time; characterised by : a scanner positioned on the first end of the robotic arm upstream of the welding tool with respect to an advancing welding direction and configured to provide substantially in real time a profile of the workpiece (WP), wherein the input interface is configured to suggest instantaneously a preferred welding direction that in any case can be manually adjusted by the human operator as a function of said scan.
A sputter deposition assembly comprising a sputtering chamber , a sputtering target , and a magnet assembly , the magnet assembly being mounted adjacent to a rear surface of the sputtering target , the magnet assembly comprising a magnetic backing plate and spaced-apart first and second permanent magnets , the first and second permanent magnets each having a proximal end and a distal end , the distal ends being further from the sputtering target than are the proximal ends, the magnet assembly creating a magnetic field comprising field lines that extend from the proximal end of the first magnet, through the sputtering target, along an arc located in front of the sputtering target, back through the sputtering target, to the proximal end of the second permanent magnet, through the second permanent magnet, along a return path, and to the distal end of the first permanent magnet, the return path passing through the magnetic backing plate of the magnet assembly, the magnetic backing plate being a plate-shaped wall formed of ferromagnetic or ferrimagnetic material, the plate-shaped wall extending between the first and second permanent magnets and defining a blind recess , the magnet assembly further comprising a magnetic control body mounted moveably relative to the magnetic backing plate, the magnetic control body having first and second positions, the magnetic control body when in the first position being disposed further into the blind recess of the magnetic backing plate than when in the second position, the magnet assembly being devoid of any moveable magnetic body located directly between the first and second permanent magnets.
A water filter media comprising: a pathogen-killing ply comprising: a structural scrim layer , and an electrospun thermoplastic elastomer layer spun onto the structural scrim layer, wherein the electrospun thermoplastic elastomer layer comprises biocides; a second scrim layer attached to the electrospun thermoplastic layer opposite the structural scrim layer ; and a pathogen-catching ply that is thermally bound to the electrospun thermoplastic elastomer layer such that the electrospun thermoplastic layer is attached to the pathogen-catching ply through pores in the second scrim layer ; wherein the melting temperature of the electrospun thermoplastic layer is higher than, but close to the temperature used to thermally bond the pathogen-catching ply to the electrospun thermoplastic elastomer layer through pores in the second scrim layer . a pathogen-killing ply comprising: a structural scrim layer , and an electrospun thermoplastic elastomer layer spun onto the structural scrim layer, wherein the electrospun thermoplastic elastomer layer comprises biocides; a structural scrim layer , and an electrospun thermoplastic elastomer layer spun onto the structural scrim layer, wherein the electrospun thermoplastic elastomer layer comprises biocides; a second scrim layer attached to the electrospun thermoplastic layer opposite the structural scrim layer ; and a pathogen-catching ply that is thermally bound to the electrospun thermoplastic elastomer layer such that the electrospun thermoplastic layer is attached to the pathogen-catching ply through pores in the second scrim layer ; wherein the melting temperature of the electrospun thermoplastic layer is higher than, but close to the temperature used to thermally bond the pathogen-catching ply to the electrospun thermoplastic elastomer layer through pores in the second scrim layer .
A cartridge to be installed in a tape printing device , the cartridge comprising: a platen roller ; a paying-out core on which an ink ribbon is wound; and a winding core that winds up the ink ribbon paid out from the paying-out core , wherein, a rotational axis direction parallel to a rotational axis of the paying-out core and a rotational axis of the winding core is parallel to a gravity direction (Z) in a state in which the cartridge is installed in the tape printing device , and when seen from the rotational axis direction the paying-out core and the winding core are arranged to at least partially overlap an imaginary line (L) that passes through a center of the platen roller and extends in a longitudinal direction of the cartridge . a platen roller ; a paying-out core on which an ink ribbon is wound; and a winding core that winds up the ink ribbon paid out from the paying-out core , wherein, a rotational axis direction parallel to a rotational axis of the paying-out core and a rotational axis of the winding core is parallel to a gravity direction (Z) in a state in which the cartridge is installed in the tape printing device , and when seen from the rotational axis direction the paying-out core and the winding core are arranged to at least partially overlap an imaginary line (L) that passes through a center of the platen roller and extends in a longitudinal direction of the cartridge .
A soft capsule comprising (a) a first soft capsule configured for targeted delivery to the mouth and (b) a second soft capsule configured for targeted delivery to the stomach, wherein the first soft capsule comprises one or more active ingredients capable of blocking adhesion of harmful bacteria to the oral cavity, a metal salt, and a prebiotic fibre, wherein the one or more active ingredients capable of blocking adhesion of harmful bacteria to the oral cavity are selected from the group consisting of cranberry extract, wild blueberry extract, strawberry extract, tea tree oil, and chamomile oil, and wherein the metal salt is a zinc salt; the second soft capsule comprises one or more active ingredients capable of blocking adhesion of harmful bacteria to the stomach and an alginate, wherein the one or more active ingredients capable of blocking adhesion of harmful bacteria to the stomach are selected from the group consisting of cranberry extract, wild blueberry extract, strawberry extract, tea tree oil, chamomile oil, tea extract, neem stick extract, snowdrop extract, seaweed extract, hop bract extract, Galla chinensis extract, avocado, and legume storage proteins; and the second soft capsule is contained in the first soft capsule.
A cooling system which accommodates a plurality of electronic devices in a cooling bath , wherein the cooling bath defines an open space of an unsealed structure provided with an inlet port and an outlet port for a liquid coolant and which directly cools the plural electronic devices by immersion of the electronic devices in the liquid coolant circulated in the open space, characterized in that the liquid coolant contains a perfluorinated compound as a main component thereof and has a liquid weight loss percentage of 1.5 % or less as determined by allowing 10 ml of the liquid coolant in a 10-mlmeasuring cylinder (opening diameter: 11.5 mm) to spontaneously evaporate under normal environment at a room temperature of 25 °C for 100 hours.
An ultrasonic vibration device having a sonotrode and a converter , wherein the converter has a piezoelectric actuator for converting an electrical alternating voltage into a mechanical vibration, wherein there is provided a first piezoelectric sensor element which outputs a first measurement signal which varies in dependence on the vibration amplitude of the mechanical vibration, and wherein there is provided a second piezoelectric sensor element which outputs a second measurement signal which varies in dependence on the vibration amplitude of the mechanical vibration, characterised in that the second piezoelectric sensor element differs in a physical property from the first piezoelectric sensor element , such that the first and the second measurement signal show a different dependency on an intensive state variable.
A flexible fastener product comprising an elongated resin strip having lateral edges and defining a longitudinal direction; and an array of discrete, spaced-apart fastener elements carried on one side of the strip , each fastener element having a stem of resin extending integrally from the strip and forming, together with resin of the strip, a single contiguous mass of resin; and a head disposed at a distal end of the stem and having arms that extend in opposite directions from the stem toward the lateral edges of the strip to form overhangs for retaining fibers; wherein the stems have molded side surfaces and each have width, measured in the longitudinal direction of the strip , that narrows with distance from the strip surface, the flexible fastener product being characterised in that the width of these side surfaces of the stems also narrows with distance from a parting line extending from the strip surface to the head between the arms . a stem of resin extending integrally from the strip and forming, together with resin of the strip, a single contiguous mass of resin; and a head disposed at a distal end of the stem and having arms that extend in opposite directions from the stem toward the lateral edges of the strip to form overhangs for retaining fibers; wherein the stems have molded side surfaces and each have width, measured in the longitudinal direction of the strip , that narrows with distance from the strip surface, the flexible fastener product being characterised in that the width of these side surfaces of the stems also narrows with distance from a parting line extending from the strip surface to the head between the arms .
Forming tool for thermoforming a pouch film into a bag half of a pouch bag, the forming tool being adjustable between an open position and a closed position, comprising - a die as a negative mold of the bag half , - a shaping punch for shaping the pouch film into the die , and - a blank holder for securing the pouch film , which blank holder secures the pouch film by clamping when the forming tool is closed, - a coil arrangement for magnetically forming the pouch film being integrated into the shaping punch , - the shaping punch being movable between a lower punch position, in which the shaping punch does not engage in the die , and an upper dead center position, in which the shaping punch engages in the die , characterized in that the shaping punch in the lower punch position projects beyond the blank holder at least in portions. - a die as a negative mold of the bag half , - a shaping punch for shaping the pouch film into the die , and - a blank holder for securing the pouch film , which blank holder secures the pouch film by clamping when the forming tool is closed, - a coil arrangement for magnetically forming the pouch film being integrated into the shaping punch , - the shaping punch being movable between a lower punch position, in which the shaping punch does not engage in the die , and an upper dead center position, in which the shaping punch engages in the die ,
Oil pan filter combination in particular of an engine lubricating system of an internal combustion engine, in particular of a motor vehicle, with an oil pan , an oil filter disposed on or in the oil pan , which oil filter comprises an openable filter housing with a housing interior area in which a filter element can be replaceably disposed, wherein the housing interior area of the filter housing is connected to a pan interior space of the oil pan using at least one housing passage , which pan interior space can be closed using a housing passage closing device , wherein the oil pan features an oil drain opening which can be closed using a closing element , wherein the at least one housing passage features a sealing section on its side facing the oil drain opening and the closing element features, at an area facing the housing passage , a closing section matching the sealing section , which closing section can cooperate in a closing manner with the sealing section for closing the housing passage , characterized in that the sealing section and the oil drain opening are coaxial with regard to a common axis , wherein an axial extension , with respect to the common axis , of a housing sealing area in which, in the closing state of the closing element , the closing section sealingly abuts against the sealing section of the housing passage , is smaller than an axial extension of an oil drain sealing area in which, in the closed state, an oil drain closing section of the closing element tightly abuts against an oil drain sealing section of the oil drain opening .
A composition comprising an anti-BMP-6 neutralizing antibody that preferably inhibits human BMP-6 over BMP-2 or BMP-4, wherein the antibody competitively inhibits BMP-6 binding by soluble human hemojuvelin protein (HJV) and wherein the antibody binds BMP-6 with at least 5-fold greater affinity than BMP-7, for use in the treatment of anemia of inflammation.
A compound of the formula wherein X is CH or N; Q is CH 3 or H; R is or a pharmaceutically acceptable salt thereof, X is CH or N; Q is CH 3 or H; R is or a pharmaceutically acceptable salt thereof,
Method of making accessible interactive graphical elements for user interaction in stored information in a rendering system for displaying the stored information, which displaying includes displaying the interactive graphical elements, the stored information being arranged according to a first predefined format for rendering in a basic mode rendering device that provides a basic application mode according to the first predefined format, the first format comprising first format interactive graphical elements to be displayed, the stored information being further arranged according to a second predefined format for rendering in an enhanced mode rendering device that provides an enhanced application mode according to the second predefined format for executing application programs, the second format comprising second format interactive graphical elements to be displayed, which method comprises the step of - translating a subset of the stored information representing at least one of the first format interactive graphical elements to a new subset of information for displaying a simulated interactive graphical element in the enhanced application mode, and - making available an application program interface (API) for the application programs to access the new subset of information, the API defined according to a predefined programming language. - translating a subset of the stored information representing at least one of the first format interactive graphical elements to a new subset of information for displaying a simulated interactive graphical element in the enhanced application mode, and - making available an application program interface (API) for the application programs to access the new subset of information, the API defined according to a predefined programming language.
Steam ironing appliance comprising a steam generating base and an iron connected to each other by a duct for the transport of steam, the iron comprising an ironing surface provided with at least one steam outlet hole and a first electrical resistor intended to heat the ironing surface, said first electrical resistor being associated with a first regulating element, the iron also comprising a second electrical resistor intended to heat a steam-generating chamber into which the steam coming from the duct is sent before being diffused through the steam outlet hole, characterised in that the first electrical resistor and the second electrical resistor are arranged in a single-piece heated soleplate and in that the steam chamber is at least partially formed in said heated soleplate .