mhurhangee/patent-ind-claim-en huggingface dataset:
A method of injection moulding of an elongated hollow article , such as a urinary catheter, said method comprising the steps of: injecting a liquidised moulding compound into a mould comprising a heated central mould with an inlet opening for entering the liquidised moulding compound into a substantially tubular cavity formed in said central mould, said mould further comprising an elongated central mould core which is provided in the tubular cavity and extending beyond said tubular cavity and into a tip mould cavity of a tip mould part which is aligned with the tubular mould cavity in the longitudinal axis of the central mould core; moving, once the tip mould cavity is filled, the tip mould part in a linear direction along the longitudinal axis of the central mould core from a first position where the tip mould part is abutting the central mould to a second position at a predetermined distance from said first position via a sledge; and cooling the hollow article when the tip mould part has reached the second position, whereby the cooling is performed by a set of cooling mould blocks which are provided for encompassing and preferably also clamping the moulded portion of the article by radially inward movement when the tip mould is approaching said second position, wherein the cooling mould blocks are provided with inner contacting surfaces resembling the shape of the tubular mould cavity. injecting a liquidised moulding compound into a mould comprising a heated central mould with an inlet opening for entering the liquidised moulding compound into a substantially tubular cavity formed in said central mould, said mould further comprising an elongated central mould core which is provided in the tubular cavity and extending beyond said tubular cavity and into a tip mould cavity of a tip mould part which is aligned with the tubular mould cavity in the longitudinal axis of the central mould core; moving, once the tip mould cavity is filled, the tip mould part in a linear direction along the longitudinal axis of the central mould core from a first position where the tip mould part is abutting the central mould to a second position at a predetermined distance from said first position via a sledge; and cooling the hollow article when the tip mould part has reached the second position, whereby the cooling is performed by a set of cooling mould blocks which are provided for encompassing and preferably also clamping the moulded portion of the article by radially inward movement when the tip mould is approaching said second position, wherein the cooling mould blocks are provided with inner contacting surfaces resembling the shape of the tubular mould cavity.
Process for the manufacture of a timepiece comprising at least one first part produced by a microfabrication or microforming process in at least one first material, said process comprising at least: - a stage of deposition on said first part , without moulding, of at least one second part of said piece in at least one second material and - a stage of treatment of the second material in order to bond together the components thereof on the first part; characterized in that it comprises at least the following stages of - nebulisation of an ink in the form of a solution or suspension of micrometric, submicronic or preferentially nanometric particles of at least one second material, - spraying of the nebulised ink over the first part of the piece in order to form said second part , and - curing of said second part comprising a heat treatment which comprises at least a stage of annealing and/or a stage of localised sintering or a polymerisation by photocrosslinking and/or a chemical crosslinking; - or at least the following stages of - deposition of a powder of at least one second material on the first part of the piece in order to form the second part , and - localised laser sintering on said second part . - a stage of deposition on said first part , without moulding, of at least one second part of said piece in at least one second material and - a stage of treatment of the second material in order to bond together the components thereof on the first part; characterized in that it comprises at least the following stages of - nebulisation of an ink in the form of a solution or suspension of micrometric, submicronic or preferentially nanometric particles of at least one second material, - spraying of the nebulised ink over the first part of the piece in order to form said second part , and - curing of said second part comprising a heat treatment which comprises at least a stage of annealing and/or a stage of localised sintering or a polymerisation by photocrosslinking and/or a chemical crosslinking; - or at least the following stages of - deposition of a powder of at least one second material on the first part of the piece in order to form the second part , and - localised laser sintering on said second part .
A method of driving a pile into a seabed floor (F) adjacent to an existing foundation structure , the method comprising: lowering a lead longitudinally oriented in a first direction toward the subsea floor (F); engaging a lead indexing foot of the lead with the existing foundation structure ; and advancing the pile , along the lead , in the first direction into the subsea floor (F). lowering a lead longitudinally oriented in a first direction toward the subsea floor (F); engaging a lead indexing foot of the lead with the existing foundation structure ; and advancing the pile , along the lead , in the first direction into the subsea floor (F).
A method for controlling a pump , the method comprising the steps of providing a pump: including a motor configured to actuate a pumping action of the pump on receiving a power supply ; and including providing a controller communicably coupled to the motor , the controller configured to: control the power supply to the motor ; and pair with a wireless control unit ; wherein the controller scans an environment of the pump for detecting a pairing signal (S), characterized in that: the controller is further configured to suspend the power supply to the motor upon detecting the pairing signal (S). including a motor configured to actuate a pumping action of the pump on receiving a power supply ; and including providing a controller communicably coupled to the motor , the controller configured to: control the power supply to the motor ; and pair with a wireless control unit ; control the power supply to the motor ; and pair with a wireless control unit ; wherein the controller scans an environment of the pump for detecting a pairing signal (S), characterized in that: the controller is further configured to suspend the power supply to the motor upon detecting the pairing signal (S).
Facade or roof element comprising several photovoltaic solar cells or modules, respectively, a heat conducting layer being connected to the solar cells or modules, respectively, as well as at least a thermal insulation , which is arranged at the surface of the heat conducting layer , the surface being opposite to the solar cells or modules, the heat conducting layer being formed by several segments and receiving several solar cells or modules, respectively, such that one or several gradations are provided in the heat conducting layer or the segments of the heat conducting layer , that the overlapping of the solar cells or modules is provided in the area of the gradations of the heat conduction layer or the segments, and that means to supply or divert of heat to and from the heat conducting layer are arranged in or at the heat conducting layers .
A method for controlling a cooling system for a device during operation of the device , the device comprising a processing system and the cooling system including a fan, the method comprising: determining a power load of the device ; setting a first thermal setpoint based at least in part on the power load, the first thermal setpoint being based at least in part on a determined first corresponding acoustic response curve of fan acoustics that corresponds to a first acoustic behavior of the cooling system when thermally regulating the device according to the set first thermal setpoint; determining a temperature of the device ; adjusting a response of the cooling system based at least in part on the first thermal setpoint; detecting a change in the power load of the device to a higher power load having a higher magnitude acoustic response on the first corresponding acoustic response curve ; in response to detecting the change in the power load to the higher power load, setting a second thermal setpoint having a lower magnitude acoustic response at the higher power load, the second thermal setpoint being based at least in part on a determined second corresponding acoustic response curve of fan acoustics; and adjusting the response of the cooling system based at least in part on the second thermal setpoint. determining a power load of the device ; setting a first thermal setpoint based at least in part on the power load, the first thermal setpoint being based at least in part on a determined first corresponding acoustic response curve of fan acoustics that corresponds to a first acoustic behavior of the cooling system when thermally regulating the device according to the set first thermal setpoint; determining a temperature of the device ; adjusting a response of the cooling system based at least in part on the first thermal setpoint; detecting a change in the power load of the device to a higher power load having a higher magnitude acoustic response on the first corresponding acoustic response curve ; in response to detecting the change in the power load to the higher power load, setting a second thermal setpoint having a lower magnitude acoustic response at the higher power load, the second thermal setpoint being based at least in part on a determined second corresponding acoustic response curve of fan acoustics; and adjusting the response of the cooling system based at least in part on the second thermal setpoint.
An apparatus comprising circuitry configured to perform a transport channel processing chain, the transport channel processing chain comprising keeping, in each subframe of a composite transmission time interval, a set composed of a single subcarrier or of a consecutive subset of subcarriers from at least one mapped physical resource block; and wherein the circuitry is configured to map an identical set of physical bits and/or different redundancy versions, the different redundancy versions containing different sets of rate matched bits, in subsequent subframes and to keep the set of subcarriers so that the sets of subcarriers that are kept are different between subframes of a composite transmission time interval; and wherein the transport channel processing comprises rearranging the kept subcarriers in the frequency domain to occupy the same frequency resources.
A component mounting apparatus comprising: mounting means for mounting a component on a board ; inspection means for inspecting a mounted state of the component mounted on the board ; and imaging means capable of imaging a component mounted on the board , wherein the inspection means is configured to inspect the mounted state of the component based on an image captured by the imaging means , wherein in a case where the components include a check unnecessary component that does not require checking of a mounted state of another component before being mounted and a check necessary component that requires checking of a mounted state of the other component before being mounted, the mounting means is configured to mount the check necessary component on the board after checking that the mounted state of the check unnecessary component is normal based on an inspection result of the inspection means after the check unnecessary component is mounted on the board , and the component mounting apparatus being characterized in that the mounting means is configured to mount the next check unnecessary component on the board while the check unnecessary component which is an inspection target and which has been mounted is imaged, in a case where said check unnecessary component is included in a visual field range of the imaging means when the next check unnecessary component is mounted. mounting means for mounting a component on a board ; inspection means for inspecting a mounted state of the component mounted on the board ; and imaging means capable of imaging a component mounted on the board , wherein the inspection means is configured to inspect the mounted state of the component based on an image captured by the imaging means , wherein in a case where the components include a check unnecessary component that does not require checking of a mounted state of another component before being mounted and a check necessary component that requires checking of a mounted state of the other component before being mounted, the mounting means is configured to mount the check necessary component on the board after checking that the mounted state of the check unnecessary component is normal based on an inspection result of the inspection means after the check unnecessary component is mounted on the board , and the component mounting apparatus being characterized in that the mounting means is configured to mount the next check unnecessary component on the board while the check unnecessary component which is an inspection target and which has been mounted is imaged, in a case where said check unnecessary component is included in a visual field range of the imaging means when the next check unnecessary component is mounted.
A method for preparing a cold fusion cement composition comprising combining: (a) from 20 to 70% by weight of mining waste; (b) from 5 to 30% by weight of an alkali metasilicate or alkali metasilicate pentahydrate; (c) from 1 to 15% by weight of a set reducing agent selected from the group consisting of sodium tetraborate, boric acid, citric acid, and combinations thereof; (d) from 20 to 70% by weight of an agent selected from the group consisting of synthetic or natural pozzolan that contains about 1 to 60% by weight of calcium hydroxide, granulated ground blast furnace slag, fly ash, and combinations thereof; (e) from 0.01 to 2% by weight of an agent that aids in the formation of covalent bonds selected from the group consisting of sodium caseinate, calcium caseinate, natural protein, synthetic protein, and combinations thereof; and (f) from 0.01 to 2% by weight of an agent capable of minimizing composition shrinkage selected from the group consisting of oxides, hydroxides, sulfates, and combinations thereof to form a cold fusion cement composition. (a) from 20 to 70% by weight of mining waste; (b) from 5 to 30% by weight of an alkali metasilicate or alkali metasilicate pentahydrate; (c) from 1 to 15% by weight of a set reducing agent selected from the group consisting of sodium tetraborate, boric acid, citric acid, and combinations thereof; (d) from 20 to 70% by weight of an agent selected from the group consisting of synthetic or natural pozzolan that contains about 1 to 60% by weight of calcium hydroxide, granulated ground blast furnace slag, fly ash, and combinations thereof; (e) from 0.01 to 2% by weight of an agent that aids in the formation of covalent bonds selected from the group consisting of sodium caseinate, calcium caseinate, natural protein, synthetic protein, and combinations thereof; and (f) from 0.01 to 2% by weight of an agent capable of minimizing composition shrinkage selected from the group consisting of oxides, hydroxides, sulfates, and combinations thereof to form a cold fusion cement composition.
A bone clamp assembly for providing stabilization as a bone anchor in spinal surgery, the assembly comprising: a one-piece housing defining a longitudinal axis, the one-piece housing having a base , a center recess extending along the longitudinal axis, the center recess defined by opposing arms extending from the base , the arms each having an internal surface which includes a mating engagement surface for engagement with a locking element, and a concave-shaped surface for accepting a rod placed within the opposing arms , and at least one slot; a locking element having an external circumferential surface for engagement in a coaxial relationship with the internal mating engagement surface of the center recess of the one-piece housing ; a rod insertable into the center recess to be accepted by the concave-shaped surface; and a band sized for travel along a predetermined path defined in part by the at least one slot in the one-piece housing wherein, the band is passable along the predetermined path and underneath the rod ; wherein a first end of the band is securable to the one-piece housing by manipulation of the locking element along the longitudinal axis to tighten the locking element against the rod and thereby pinch a portion of the band between the rod and the one-piece housing ; and characterised in that a second end of the band is secured to the one-piece housing at one of the at least one slots. a one-piece housing defining a longitudinal axis, the one-piece housing having a base , a center recess extending along the longitudinal axis, the center recess defined by opposing arms extending from the base , the arms each having an internal surface which includes a mating engagement surface for engagement with a locking element, and a concave-shaped surface for accepting a rod placed within the opposing arms , and at least one slot; a locking element having an external circumferential surface for engagement in a coaxial relationship with the internal mating engagement surface of the center recess of the one-piece housing ; a rod insertable into the center recess to be accepted by the concave-shaped surface; and a band sized for travel along a predetermined path defined in part by the at least one slot in the one-piece housing wherein, the band is passable along the predetermined path and underneath the rod ; wherein a first end of the band is securable to the one-piece housing by manipulation of the locking element along the longitudinal axis to tighten the locking element against the rod and thereby pinch a portion of the band between the rod and the one-piece housing ; and characterised in that a second end of the band is secured to the one-piece housing at one of the at least one slots.
A method of treating a keratinous material, the method comprising contacting the material with a composition comprising a hydroxy-substituted aldehyde selected from 2-hydroxydecanal, 2-hydroxydodecanal, 2-hydroxytetradecanal, 2-hydroxyhexanal, 2-hydroxyoctanal and 6-hydroxyhexanal.
Cyclobenzaprine for use in a method for treating depression in a fibromyalgia patient, said method comprising administering to the fibromyalgia patient said cyclobenzaprine, wherein treatment with cyclobenzaprine ameliorates or eliminates the depression, and wherein the amount of cyclobenzaprine administered is less than 5 mg/day.
A plug-in joining member for connecting ends of window profiles, formed as an elongated piece with an U-shaped cross-section, having a bottom wall and side walls adjacent to the said bottom wall down its side edges, where the joining member has a beading in the bottom wall , and further the joining member has friction claws provided on side walls on both sides of the central line (O) and turned towards the said central line (O) of the joining member , and having at least one central stop, characterized in that the beading in the bottom wall is a longitudinal central beading and further the bottom wall has two longitudinal side beadings arranged at the both sides of the central beading , where the bottom of the central beading extends lower than bottoms of side beadings .
A sound damping filter for a hearing protector placeable in the auditory duct of a person, said sound damping filter comprising a sound damping canal, wherein said sound damping canal comprises a first tube part connected to a second tube part, wherein said first tube part provides for a sound inlet opening and wherein said second tube part provides for a sound outlet opening such that a sound passage extends in said sound damping canal from said sound inlet opening to said sound outlet opening, wherein said first tube part comprises at least one membrane providing a sound damping function, and wherein said sound inlet opening is larger than said sound outlet opening, wherein - said first tube part is formed such that said sound inlet opening has a diameter of between 4mm - 6mm, preferably substantially 5mm, and - said second tube part is formed such that said sound outlet opening has a diameter of between 0,3mm - 1,0mm, preferably substantially 0,6mm - a length of said second tube part is between 1 mm - 2mm, preferably substantially 1,5mm. - said first tube part is formed such that said sound inlet opening has a diameter of between 4mm - 6mm, preferably substantially 5mm, and - said second tube part is formed such that said sound outlet opening has a diameter of between 0,3mm - 1,0mm, preferably substantially 0,6mm - a length of said second tube part is between 1 mm - 2mm, preferably substantially 1,5mm.
Recombinant strain of Mycobacterium bovis Bacillus Calmette Guerin (BCG) characterized in that it expresses a mutant Escherichia coli heat-labile toxin LT mutated at position 63, or a mutant A subunit thereof, and the mutation is a substitution of serine by lysine, for use as a medicament for preventing or treating disease and/or infections caused by bacteria of the genus Mycobacterium in animals.
A method of manufacturing a wood-based panel using a binder system comprising the steps of: a) Providing wood particles, b) Glueing wood particles in the order: b1) applying a first component comprising at least one sugar, at least one sugar alcohol, at least one starch or a mixture thereof to the wood particles; b2) applying a second component comprising at least one polyvinyl alcohol to the wood particles; b3) applying a third component comprising at least one isocyanate to the wood particles; (c) placing the glued wood particles on a conveyor belt; and d) Pressing of the glued wood particles arranged on the conveyor belt. a) Providing wood particles, b) Glueing wood particles in the order: b1) applying a first component comprising at least one sugar, at least one sugar alcohol, at least one starch or a mixture thereof to the wood particles; b2) applying a second component comprising at least one polyvinyl alcohol to the wood particles; b3) applying a third component comprising at least one isocyanate to the wood particles; b1) applying a first component comprising at least one sugar, at least one sugar alcohol, at least one starch or a mixture thereof to the wood particles; b2) applying a second component comprising at least one polyvinyl alcohol to the wood particles; b3) applying a third component comprising at least one isocyanate to the wood particles; (c) placing the glued wood particles on a conveyor belt; and d) Pressing of the glued wood particles arranged on the conveyor belt.