mhurhangee/patent-ind-claim-en huggingface dataset:
Vessel closure made of metal or plastic for a vessel for holding food or beverages, with a sealing insert made of a sealing material which comprises at least one polymer in a mixture with further substances, wherein - the vessel closure is embodies as a screw cap for a bottle, a glass or the like, - and in the closed state demonstrates vacuum retention, - the sealing material contains no PVC and essentially no cross-linked polymers; - relative to the total weight of the sealing material, the sealing material comprises between 20% and 50% SEES and up to 25% LLDPE; between 10% and 50% PP, and/or between 10% and 50% PP-based polymer, and at least one oil component, - the oil component content is up to 35%, and - the sealing insert is sterilisable. - the vessel closure is embodies as a screw cap for a bottle, a glass or the like, - and in the closed state demonstrates vacuum retention, - the sealing material contains no PVC and essentially no cross-linked polymers; - relative to the total weight of the sealing material, the sealing material comprises between 20% and 50% SEES and up to 25% LLDPE; between 10% and 50% PP, and/or between 10% and 50% PP-based polymer, and at least one oil component, - the oil component content is up to 35%, and - the sealing insert is sterilisable.
Wall for a household refrigeration appliance , which has at least one wall region with a thermally insulating effect, which has a covering that surrounds a thermal insulation space , wherein the covering is embodied as a multi-layer film , at least in regions, and at least one support element , which is embodied for accommodating a further functional part (17 to 21), is fastened such that it cannot be released in a non-destructive manner to an outer side of the film that faces away from the insulation space , wherein the insulation space is a vacuum insulation space, in which a vacuum is generated for the thermal insulation effect of the wall , characterised in that an outer layer of the film that faces towards the support element features styrene, wherein the support element is welded on the outer side and wherein the connection that cannot be released in a non-destructive manner is an ultrasonic welding connection.
A vessel hull stabilizer comprising a housing having a shaft , the shaft connected to a fin such that the fin is configured to be located on an outside of the vessel hull and the housing is configured to be located on an inside of the vessel hull, the housing having a first side from which the fin extends and a second side spaced relative to the first side and characterized by : bearings (160/162) positioned in the housing and spaced apart at a distance (X), the bearings supporting the shaft and located between the first and second sides; a drive system (2/4) mounted on the second side of said housing, said drive system including a motor and a drive element , the drive element including a central rotating element and an outer element , wherein the motor drives the central rotating element about an axis to cause a plurality of teeth , positioned between the outer element and the central rotating element, to oscillate inwards and outwards and thereby cause the plurality of teeth to progressively interface with outer element teeth of the outer element such that as the plurality teeth oscillate they progressively move into engagement with different ones of the outer element teeth to create a rotational movement; wherein the drive system (2/4) is connected to the shaft such that the rotational movement causes rotation of the fin . bearings (160/162) positioned in the housing and spaced apart at a distance (X), the bearings supporting the shaft and located between the first and second sides; a drive system (2/4) mounted on the second side of said housing, said drive system including a motor and a drive element , the drive element including a central rotating element and an outer element , wherein the motor drives the central rotating element about an axis to cause a plurality of teeth , positioned between the outer element and the central rotating element, to oscillate inwards and outwards and thereby cause the plurality of teeth to progressively interface with outer element teeth of the outer element such that as the plurality teeth oscillate they progressively move into engagement with different ones of the outer element teeth to create a rotational movement; wherein the drive system (2/4) is connected to the shaft such that the rotational movement causes rotation of the fin .
An accommodation structure comprising an internal accommodation space and a space heating system , the space heating system comprising: a space heater having at least one air inlet and at least one air outlet ; and at least one radiator duct , wherein at least part of said at least one duct is formed from thermally conductive material such that it acts, in use, as a heat radiator, characterized in that at least one of said at least one radiator ducts has a first open end connected to a respective one of said at least one outlets, and a second open end connected to a respective one of said at least one air inlets to form a radiator loop, said radiator loop comprising a forward portion of the respective radiator duct extending from the respective outlet to a return point , and a return portion of the respective radiator duct extending from the return point to the respective inlet , wherein said forward and return portions run side-by-side, wherein said radiator loop is shaped and dimensioned to fit around the periphery of said accommodation space, and wherein one or more closable vents are provided in the or each duct that is configured to form said radiator loop. a space heater having at least one air inlet and at least one air outlet ; and at least one radiator duct , wherein at least part of said at least one duct is formed from thermally conductive material such that it acts, in use, as a heat radiator, characterized in that at least one of said at least one radiator ducts has a first open end connected to a respective one of said at least one outlets, and a second open end connected to a respective one of said at least one air inlets to form a radiator loop, said radiator loop comprising a forward portion of the respective radiator duct extending from the respective outlet to a return point , and a return portion of the respective radiator duct extending from the return point to the respective inlet , wherein said forward and return portions run side-by-side, wherein said radiator loop is shaped and dimensioned to fit around the periphery of said accommodation space, and wherein one or more closable vents are provided in the or each duct that is configured to form said radiator loop.
Filter medium for purifying fluids, comprising: - at least one filter layer , formed from a filter material, which defines a preferably pleated path of the filter medium with a longitudinal direction (X) and a transverse direction (Y), and - at least one plastic grid , which comprises linear elements in contact with at least one filter layer as support layer, which joined together delimit passage openings , wherein the linear elements with a smaller diameter (d 2 ) are in direct contact with the respective filter layer of the filter medium and wherein the linear elements with respectively individually larger diameter (d 1 ) by comparison and with a larger spacing between them than is the case with the linear elements having smaller diameter (d 2 ), fit over the said linear elements spaced away from the associated filter layer , characterised in that the linear elements with the smaller diameters (d 2 ) have a displaced position at the respective nodes and that the displacement at this displacement position corresponds approximately to the smaller diameter (d 2 ) of the linear elements . - at least one filter layer , formed from a filter material, which defines a preferably pleated path of the filter medium with a longitudinal direction (X) and a transverse direction (Y), and - at least one plastic grid , which comprises linear elements in contact with at least one filter layer as support layer, which joined together delimit passage openings ,
A ceiling-embedded air conditioner, comprising: a box-shaped main unit that includes an air blower and a heat exchanger and is disposable in a ceiling back space (T2) of an air conditioning room (R); and a decorative panel that is attached to a bottom surface of the main unit along a ceiling surface of the air conditioning room (R), the decorative panel being provided with an air suction part disposed on an air suction side of the air blower and an air blowing part disposed on an air sending side of the air blower, wherein the air blowing part includes a raised portion having an elliptical shape in plan view in which a part of the decorative panel is raised toward the air conditioning room (R), characterized in that the raised portion is formed with a fixed air blowing portion and movable air blowing portions disposed on both left and right sides, the movable air blowing portion includes a truncated cone-shaped rotation unit that is rotatable about an axis orthogonal to a panel surface of the decorative panel or the ceiling surface, semi-circular portions are formed on both ends of the raised portion by a part of the rotation unit , a first air blowing opening is provided on a side surface of the fixed air blowing portion , and a second air blowing opening is provided on a side surface of the rotation unit , and in use a conditioned air is blown out from the fixed air blowing portion and the second air blowing opening along the panel surface. a box-shaped main unit that includes an air blower and a heat exchanger and is disposable in a ceiling back space (T2) of an air conditioning room (R); and a decorative panel that is attached to a bottom surface of the main unit along a ceiling surface of the air conditioning room (R), the decorative panel being provided with an air suction part disposed on an air suction side of the air blower and an air blowing part disposed on an air sending side of the air blower, wherein the air blowing part includes a raised portion having an elliptical shape in plan view in which a part of the decorative panel is raised toward the air conditioning room (R), characterized in that the raised portion is formed with a fixed air blowing portion and movable air blowing portions disposed on both left and right sides, the movable air blowing portion includes a truncated cone-shaped rotation unit that is rotatable about an axis orthogonal to a panel surface of the decorative panel or the ceiling surface, semi-circular portions are formed on both ends of the raised portion by a part of the rotation unit , a first air blowing opening is provided on a side surface of the fixed air blowing portion , and a second air blowing opening is provided on a side surface of the rotation unit , and in use a conditioned air is blown out from the fixed air blowing portion and the second air blowing opening along the panel surface.
Device for sequentially switching at least one first and at least one second Venetian blind , the slats of which can be moved synchronously in rotation by means of at least one respective coupling rod to open and close the blinds, comprising an actuator for generating a rotary movement of the slats through 80° to 90°, a coupling for rotatably coupling the actuator to a slat of the first Venetian blind , a link rod having a part-circular guide , and a transmission rod , wherein the actuator has an eccentric pin parallel to its axis of rotation , which engages in the part-circular guide of the link rod, characterised in that a fixed, rotatably mounted transmission rod is provided, which has pivot levers and attached thereto, wherein the link rod acts on the pivot lever to rotate the transmission rod and the pivot lever acts on the coupling rod of the at least second Venetian blind, so that the linear movement of the link rod can be transmitted via the transmission rod to the coupling rod of the at least second Venetian blind . an actuator for generating a rotary movement of the slats through 80° to 90°, a coupling for rotatably coupling the actuator to a slat of the first Venetian blind , a link rod having a part-circular guide , and a transmission rod , wherein the actuator has an eccentric pin parallel to its axis of rotation , which engages in the part-circular guide of the link rod, characterised in that a fixed, rotatably mounted transmission rod is provided, which has pivot levers and attached thereto, wherein the link rod acts on the pivot lever to rotate the transmission rod and the pivot lever acts on the coupling rod of the at least second Venetian blind, so that the linear movement of the link rod can be transmitted via the transmission rod to the coupling rod of the at least second Venetian blind .
A modified bleached softwood kraft fiber exhibiting: a total carbonyl content of less than about 2.5 mmoles/100 g and a CED viscosity of less than about 5.5 mPa•s.
A composition comprising a first peptide selected from the group consisting of a tripeptide, a tetrapeptide, and mixtures thereof; a second peptide selected from the group consisting of a pentapeptide, a hexapeptide, and mixtures thereof; at least one extract from the Laminaria genus; and whey protein.
A machine for drying inks of the UV type, comprising: a supporting frame , which forms at least one exposure chamber , which can be accessed from the outside and accommodates at least one UV ray emission source , at least one carriage which is arranged on said supporting frame and which supports rotatably at least one pan for supporting at least one object to be processed which is provided, on its surface, with at least one print provided by means of UV inks, means for the rotational actuation of said at least one pan about its own axis being provided in order to rotate said at least one object to be processed, said carriage being movable with respect to said supporting frame in order to move said at least one pan from an exposure position, in which said at least one pan is arranged within said exposure chamber , in order to subject the UV inks applied to the object to be processed to the action of the UV rays emitted by said at least one emission source , to at least one respective access position, in which said at least one pan is arranged outside of said exposure chamber , in order to allow the loading of said at least one object to be processed on said at least one pan or the unloading of the processed object from said at least one pan , said rotational actuation means being activatable on command at least with said at least one pan in said exposure position. a supporting frame , which forms at least one exposure chamber , which can be accessed from the outside and accommodates at least one UV ray emission source , at least one carriage which is arranged on said supporting frame and which supports rotatably at least one pan for supporting at least one object to be processed which is provided, on its surface, with at least one print provided by means of UV inks, means for the rotational actuation of said at least one pan about its own axis being provided in order to rotate said at least one object to be processed, said carriage being movable with respect to said supporting frame in order to move said at least one pan from an exposure position, in which said at least one pan is arranged within said exposure chamber , in order to subject the UV inks applied to the object to be processed to the action of the UV rays emitted by said at least one emission source , to at least one respective access position, in which said at least one pan is arranged outside of said exposure chamber , in order to allow the loading of said at least one object to be processed on said at least one pan or the unloading of the processed object from said at least one pan , said rotational actuation means being activatable on command at least with said at least one pan in said exposure position.
Floor threshold for a sliding door , having a threshold profile on which a running rail for the sliding door is provided on an upper side, wherein the threshold profile has, spaced from the running rail , a drainage channel with a bottom sloping downwards towards an outer side, and the drainage channel is bounded on the side facing the running rail by an upwardly projecting step and on the outside by an upwardly projecting web , in which a plurality of drainage openings are formed, via which the floor can be drained, characterized in that the drainage channel of the threshold profile is covered on an upper side by a first cover with openings for drainage and a second cover for fixing a fixed panel .
A device for aspirating and dispensing more than one liquid sample, said device comprising - a main frame body - more than one pipetting units , said pipetting units extending side by side in parallel with each other; wherein each pipetting unit comprises - an interface for interacting with an interface of a pipette tip , - a first module for aspirating and dispensing a liquid, - a second module for Y-axis movement, and third module for Z-Axis movement, wherein said second and third modules are function independently; - a fourth module for controlling functions of said pipette unit; - an upper frame and a lower frame for receiving at least one of said modules , wherein said at least one module is mounted in one of said frames , the other frame being left empty, wherein said lower frame is arranged underneath said upper frame , - an X-transfer mechanism connected to said main frame body to which said pipetting units are connected; wherein said at least one module of the immediately adjacent pipette unit is mounted in one of said two frames in the location corresponding to the frame being empty of the pipette unit of said more than one pipetting units . - a main frame body - more than one pipetting units , said pipetting units extending side by side in parallel with each other; wherein each pipetting unit comprises - an interface for interacting with an interface of a pipette tip , - a first module for aspirating and dispensing a liquid, - a second module for Y-axis movement, and third module for Z-Axis movement, wherein said second and third modules are function independently; - a fourth module for controlling functions of said pipette unit; - an upper frame and a lower frame for receiving at least one of said modules , wherein said at least one module is mounted in one of said frames , the other frame being left empty, wherein said lower frame is arranged underneath said upper frame , - an interface for interacting with an interface of a pipette tip , - a first module for aspirating and dispensing a liquid, - a second module for Y-axis movement, and third module for Z-Axis movement, wherein said second and third modules are function independently; - a fourth module for controlling functions of said pipette unit; - an upper frame and a lower frame for receiving at least one of said modules , wherein said at least one module is mounted in one of said frames , the other frame being left empty, wherein said lower frame is arranged underneath said upper frame , - an X-transfer mechanism connected to said main frame body to which said pipetting units are connected; wherein said at least one module of the immediately adjacent pipette unit is mounted in one of said two frames in the location corresponding to the frame being empty of the pipette unit of said more than one pipetting units .
A torque coil comprising: an inner wire layer helically wound in a constricted state; an intermediate wire layer helically wound over the inner wire layer in a constricted state an outer wire layer helically wound over the inner and intermediate wire layer in a constricted state; and an outer polymer cover surrounding the inner, intermediate and outer wire layers thereby securing the wire layers within the outer polymer cover; characterized in that the outer polymer cover secures the inner, intermediate and outer layers without use of welding, brazing or soldering. an inner wire layer helically wound in a constricted state; an intermediate wire layer helically wound over the inner wire layer in a constricted state an outer wire layer helically wound over the inner and intermediate wire layer in a constricted state; and an outer polymer cover surrounding the inner, intermediate and outer wire layers thereby securing the wire layers within the outer polymer cover; characterized in that the outer polymer cover secures the inner, intermediate and outer layers without use of welding, brazing or soldering.
A polymer composition comprising: - a polyphenylene sulfide (PPS), - at least 3 wt. % of polyamide 6 (PA6), - 25 to 60 wt. % of reinforcing agents, - 3 to 8 wt. % of a functionalized, non-aromatic elastomer, wherein the weight ratio PPS/PA6 is at least 4, and wherein wt. % are based on the total weight of the composition. - a polyphenylene sulfide (PPS), - at least 3 wt. % of polyamide 6 (PA6), - 25 to 60 wt. % of reinforcing agents, - 3 to 8 wt. % of a functionalized, non-aromatic elastomer,
A hard tissue slice anti-falling pretreatment device, comprising a box and a slice frame , wherein the slice frame is used for placing one or more slides on which the hard tissue slice is attached, a buffer plate is arranged in the box , and a plurality of small holes are evenly formed in the buffer plate ; a box cover is arranged above the box , a bottom of the box is communicated with a liquid discharge pipe through a liquid outlet , and the liquid discharge pipe is provided with a valve ; the slice frame is arranged on the buffer plate and comprises two longitudinal support frames and a plurality of layers of transverse support frames fixed between the two longitudinal support frames ; each layer of transverse support frame comprises a plurality of first support rods , the gradient of each first support rod relative to the horizontal plane is 0-15 degrees, the end, with the low horizontal height, of each first support rod extends upwards to form a baffle, and the other end of each baffle is fixed to a second support rod ; two ends of each longitudinal support frame are each provided with a vertical support rod , a plurality of second support rods are fixed in parallel between the two vertical support rods , the same ends of the plurality of first supports rods at the same layer are fixed on same second support rod .
A method of manufacturing a screenprinting screen for obtaining glazings provided with electroconductive patterns, comprising the following steps: a) coating a mesh with a photocrosslinkable emulsion, then b) drying the mesh thus coated, then c) applying a self-supported photocrosslinkable film on at least one area, called film area , on one face of the coated mesh , then d) insolating the coated mesh in order to cross-link the photocrosslinkable emulsion and the, or each, self-supported photocrosslinkable film in predetermined areas called cross-linking areas, the cross-linking areas in at least a portion of the, or each, film zone being in the form of a network of points or lines, then e) washing the coated mesh to eliminate the emulsion and the, or each, self-supported film in the areas other than the cross-linking areas. a) coating a mesh with a photocrosslinkable emulsion, then b) drying the mesh thus coated, then c) applying a self-supported photocrosslinkable film on at least one area, called film area , on one face of the coated mesh , then d) insolating the coated mesh in order to cross-link the photocrosslinkable emulsion and the, or each, self-supported photocrosslinkable film in predetermined areas called cross-linking areas, the cross-linking areas in at least a portion of the, or each, film zone being in the form of a network of points or lines, then e) washing the coated mesh to eliminate the emulsion and the, or each, self-supported film in the areas other than the cross-linking areas.