mhurhangee/patent-ind-claim-en huggingface dataset:
A method for fabricating a flexible module, comprising, attaching a bottom film to a back surface of a flexible panel with an adhesive layer, the flexible panel having a bending area and a non-bending area , wherein the attaching comprises forming a low surface energy layer on the back surface of the bending area of the flexible panel, and then adhering the bottom film to the back surface of the flexible panel with a first adhesive glue, wherein the first adhesive glue forms the adhesive layer; and at least removing the bottom film on the back surface of the bending area of the flexible panel, wherein the removing comprises removing the first adhesive glue and the bottom film on the back surface of the bending area of the flexible panel; and bending the flexible panel so that the bending area of the flexible panel bends to complete the fabrication of the flexible module. attaching a bottom film to a back surface of a flexible panel with an adhesive layer, the flexible panel having a bending area and a non-bending area , wherein the attaching comprises forming a low surface energy layer on the back surface of the bending area of the flexible panel, and then adhering the bottom film to the back surface of the flexible panel with a first adhesive glue, wherein the first adhesive glue forms the adhesive layer; and at least removing the bottom film on the back surface of the bending area of the flexible panel, wherein the removing comprises removing the first adhesive glue and the bottom film on the back surface of the bending area of the flexible panel; and bending the flexible panel so that the bending area of the flexible panel bends to complete the fabrication of the flexible module.
Cover of a rooftop air conditioning system , - having an outer skin made from a first plastic which is located on an outside of the cover , - having an inner skin which is located on an inner side of the cover and which consists of a second plastic which is different to the first plastic of the outer skin , characterised in that the inner skin is sprayed onto the outer skin . - having an outer skin made from a first plastic which is located on an outside of the cover , - having an inner skin which is located on an inner side of the cover and which consists of a second plastic which is different to the first plastic of the outer skin ,
A sprinkler , comprising: a body defining a fluid passage; a frame coupled to the body , the frame disposed in an internal volume of the body proximate the fluid passage, wherein the frame defines a plurality of apertures ; a first toggle movably coupled to the body; a first slider disposed within the internal volume of the body and coupled to the first toggle , the first slider defining a plurality of apertures ; and a first plurality of jets coupled to the frame, wherein each jet in the first plurality of jets is received by an aperture of each of the first slider and the frame, and wherein fluid from the fluid passage is selectively provided to the first plurality of jets; characterized in that the first toggle is movable between a first position and a second position, wherein movement of the first toggle to the second position moves the first slider in a same direction as the first toggle, wherein the movement of the first slider in the same direction causes the first slider to move at least one jet in the first plurality of jets in the same direction such that the at least one jet moves in the same direction as the first toggle. a body defining a fluid passage; a frame coupled to the body , the frame disposed in an internal volume of the body proximate the fluid passage, wherein the frame defines a plurality of apertures ; a first toggle movably coupled to the body; a first slider disposed within the internal volume of the body and coupled to the first toggle , the first slider defining a plurality of apertures ; and a first plurality of jets coupled to the frame, wherein each jet in the first plurality of jets is received by an aperture of each of the first slider and the frame, and wherein fluid from the fluid passage is selectively provided to the first plurality of jets; characterized in that the first toggle is movable between a first position and a second position, wherein movement of the first toggle to the second position moves the first slider in a same direction as the first toggle, wherein the movement of the first slider in the same direction causes the first slider to move at least one jet in the first plurality of jets in the same direction such that the at least one jet moves in the same direction as the first toggle.
A heart valve prosthesis comprising: a tubular stent having a compressed configuration for delivery within a vasculature and a deployed configuration for deployment within a native heart valve; a prosthetic valve component disposed within and secured to the stent; and at least two positioning elements coupled to an outflow end of the stent, wherein each positioning element is attached to the tubular body of the stent by two V-shaped connectors such that there are four connection points between each positioning element and the tubular body of the stent , each positioning element including a generally U-shaped or V-shaped support arm configured to be approximately parallel with a longitudinal axis (L A ) of the stent and to extend downstream from the outflow end of the stent when the stent is in the compressed configuration, wherein during deployment of the prosthesis each positioning element is configured to bend radially outward and then towards an outer surface of the stent such that the support arm translates between 135 degrees and 180 degrees from the compressed configuration to extend upstream from the outflow end of the stent when the stent is in the deployed configuration. a tubular stent having a compressed configuration for delivery within a vasculature and a deployed configuration for deployment within a native heart valve; a prosthetic valve component disposed within and secured to the stent; and at least two positioning elements coupled to an outflow end of the stent, wherein each positioning element is attached to the tubular body of the stent by two V-shaped connectors such that there are four connection points between each positioning element and the tubular body of the stent , each positioning element including a generally U-shaped or V-shaped support arm configured to be approximately parallel with a longitudinal axis (L A ) of the stent and to extend downstream from the outflow end of the stent when the stent is in the compressed configuration, wherein during deployment of the prosthesis each positioning element is configured to bend radially outward and then towards an outer surface of the stent such that the support arm translates between 135 degrees and 180 degrees from the compressed configuration to extend upstream from the outflow end of the stent when the stent is in the deployed configuration.
Device for the automated removal of workpieces arranged in a container, comprising a detecting unit for detecting the workpieces, and a gripper which is movable by means of a robotic arm having six axles, and is intended for gripping and removing the workpiece from the container, and a control unit for evaluating the data of the detecting unit, for trajectory planning and for actuating the robotic arm and the gripper, wherein the robotic arm comprises a gripper arm element , having at least two further movement axles, for moving the gripper.
A method for producing a folding core for a lightweight structure, wherein, in a first method step, bending lines are applied onto a deformable flat semi-finished product which is deformed in two congruent partial areas with square outer contours and a shared bending line , with a deforming tool comprising two tool halves , by one tool half generating a first deformation force which is directed against a second deformation force generated by another tool half and which two forces act orthogonally in relation to the flat semi-finished product and then, in a second method step, a three-dimensional folding core is produced, by transverse forces being simultaneously applied, which have an orthogonal direction of impact in relation to each other and to the first and second deformation force , characterized in that the one tool half has bending lines which in the center in a section provided for the first partial area of the one tool half form a square , the edges of which run parallel to the outer contours of the first partial area , and the one tool half has further bending lines which, in a section provided for the second partial area of the one tool half , form two rectangles which lie on the outer contours with one edge respectively, and the one and the other tool half have collinear bending lines , the stringing together of which halves each of the two partial areas with square outer contours into two rectangles and divides the two partial areas with square outer contours into four rectangles in total, and the one and the other tool half have diagonally aligned bending lines , the extensions of which cut the outer contours at a 45-degree angle (a), wherein all diagonal bending lines which are assigned to the one tool half and lie in the section for the first partial area have a total length that is identical to all diagonal bending lines of the one tool half in the section for the second partial area , and all diagonal bending lines which are assigned to the other tool half and lie in the section for the first partial area have a total length that is identical to all diagonal bending lines of the other tool half in the section for the second partial area .
Humidifier comprising - a water distributor having a water connection that supplies water to the water distributor and at least one water distribution opening that discharges water, - at least one humidification element that extends from the water distributor and receives water from the at least one water distribution opening, and - an actuator which applies mechanical stress to the at least one humidification element in order to clean the at least one humidification element, characterized in that the actuator is formed from at least one rotor that has at least one rotor blade and is arranged adjacent to the at least one humidification element, which rotor blade is designed as a scraper that acts on the at least one humidification element, and a drive which rotates the rotor. - a water distributor having a water connection that supplies water to the water distributor and at least one water distribution opening that discharges water, - at least one humidification element that extends from the water distributor and receives water from the at least one water distribution opening, and - an actuator which applies mechanical stress to the at least one humidification element in order to clean the at least one humidification element,
Windscreen wiper device according to the fin ray principle, for a vehicle, in particular a motor vehicle, comprising a wiper blade having - an elongate upper part , which is configured to be at least partially bendable, - an elongate lower part , which is configured to be at least partially bendable, and - a plurality of connecting elements for connecting the upper part and the lower part , wherein the connecting elements are spaced apart from one another along a longitudinal extent of the wiper blade , wherein the connecting elements are designed in order to permit a movement of the upper part and of the lower part relative to each other with a movement component along a longitudinal extent of the wiper blade , wherein the connecting elements are arranged relative to the lower part in such a manner that, in an unloaded state of the wiper blade , an angle α n of the respective longitudinal axes of the connecting elements relative to the lower part at least partially changes along a longitudinal extent of the wiper blade . - an elongate upper part , which is configured to be at least partially bendable, - an elongate lower part , which is configured to be at least partially bendable, and - a plurality of connecting elements for connecting the upper part and the lower part , wherein the connecting elements are spaced apart from one another along a longitudinal extent of the wiper blade , wherein the connecting elements are designed in order to permit a movement of the upper part and of the lower part relative to each other with a movement component along a longitudinal extent of the wiper blade , wherein the connecting elements are arranged relative to the lower part in such a manner that, in an unloaded state of the wiper blade , an angle α n of the respective longitudinal axes of the connecting elements relative to the lower part at least partially changes along a longitudinal extent of the wiper blade .
A manipulator arrangement for transporting and/or handling components , in particular sheet metal parts , comprising a first manipulator with a first rotatably mounted coupling member for a gripping tool and a second manipulator with a second coupling member for a gripping tool ; a coupler element comprising a first coupling element for the first manipulator , a second coupling element for the second manipulator and a first rotatable bearing device for a gripping tool , characterized in that the first coupling element comprises a second rotatable bearing device , wherein the second bearing device is mechanically coupled to the first bearing device ; and wherein a rotational movement acting on the first coupling element can be transmitted to the first bearing device via the second bearing device . a first manipulator with a first rotatably mounted coupling member for a gripping tool and a second manipulator with a second coupling member for a gripping tool ; a coupler element comprising a first coupling element for the first manipulator , a second coupling element for the second manipulator and a first rotatable bearing device for a gripping tool , characterized in that the first coupling element comprises a second rotatable bearing device , wherein the second bearing device is mechanically coupled to the first bearing device ; and wherein a rotational movement acting on the first coupling element can be transmitted to the first bearing device via the second bearing device .
A tire for vehicle wheels comprising a tire component comprising a crosslinked elastomeric material obtained by crosslinking a crosslinkable elastomeric composition, wherein said elastomeric composition comprises a polymer blend comprising: (a) 50 to 95 percent by weight of a first elastomeric polymer; and (b) 5 to 50 percent by weight of a second elastomeric polymer; wherein the first elastomeric polymer (a) is obtainable by: (I) anionic polymerization of at least one conjugated diene monomer and one or more α-olefin monomer(s) in the presence of a polymerization initiator in an organic solvent and (II) optionally coupling of the polymer chains obtained in (I) by a coupling agent; wherein the second elastomeric polymer (b) is obtainable by: (i) anionic polymerization of at least one conjugated diene monomer and one or more α-olefin monomer(s) in the presence of a polymerization initiator in an organic solvent, and (ii) coupling the polymer chains obtained in (i) by a coupling agent; wherein the first elastomeric polymer (a) has a weight-average molecular weight (Mw) of 300,000 to 4,000,000 g/mol; wherein the second elastomeric polymer (b) has a weight-average molecular weight (Mw) in the range of 5,000-40,000 g/mol; wherein a coupling rate of the second elastomeric polymer (b) is at least 50 percent by weight; and wherein the amounts of the components (a) and (b) are based on the total weight of the polymer blend. (a) 50 to 95 percent by weight of a first elastomeric polymer; and (b) 5 to 50 percent by weight of a second elastomeric polymer; wherein the first elastomeric polymer (a) is obtainable by: (I) anionic polymerization of at least one conjugated diene monomer and one or more α-olefin monomer(s) in the presence of a polymerization initiator in an organic solvent and (II) optionally coupling of the polymer chains obtained in (I) by a coupling agent; wherein the second elastomeric polymer (b) is obtainable by: (i) anionic polymerization of at least one conjugated diene monomer and one or more α-olefin monomer(s) in the presence of a polymerization initiator in an organic solvent, and (ii) coupling the polymer chains obtained in (i) by a coupling agent; (I) anionic polymerization of at least one conjugated diene monomer and one or more α-olefin monomer(s) in the presence of a polymerization initiator in an organic solvent and (II) optionally coupling of the polymer chains obtained in (I) by a coupling agent; (i) anionic polymerization of at least one conjugated diene monomer and one or more α-olefin monomer(s) in the presence of a polymerization initiator in an organic solvent, and (ii) coupling the polymer chains obtained in (i) by a coupling agent;
A reader that reads information from a RF tag attached to an article, comprising: an antenna that radiates radio waves to communicate with the RF tag; and a shield that accommodates the antenna placed on a bottom side and has an opening larger than a shopping basket and facing upward, the reader reading information from the RF tag while keeping the shield open, and the shield is characterised by including a radio wave absorption layer that absorbs the radio waves; and a radio wave reflection layer disposed on an outside of the radio wave absorption layer, the radio wave reflection layer reflecting the radio waves, wherein of the radio wave absorption layer and the radio wave reflection layer, which extend from the opening toward the antenna, the radio wave reflection layer extends longer than the radio wave absorption layer does. an antenna that radiates radio waves to communicate with the RF tag; and a shield that accommodates the antenna placed on a bottom side and has an opening larger than a shopping basket and facing upward, the reader reading information from the RF tag while keeping the shield open, and the shield is characterised by including a radio wave absorption layer that absorbs the radio waves; and a radio wave reflection layer disposed on an outside of the radio wave absorption layer, the radio wave reflection layer reflecting the radio waves, wherein of the radio wave absorption layer and the radio wave reflection layer, which extend from the opening toward the antenna, the radio wave reflection layer extends longer than the radio wave absorption layer does.
A component formed by an additive manufacturing process, the component comprising: a body formed from an additive manufacturing material, the body defining at least a first cavity completely enclosed within the body ; and a first vibration damper disposed within the first cavity , the first vibration damper comprising: a flowable medium ; and a first solidified element formed by the same additive manufacturing process used to fabricate the component , wherein the flowable medium surrounds the first solidified element . a body formed from an additive manufacturing material, the body defining at least a first cavity completely enclosed within the body ; and a first vibration damper disposed within the first cavity , the first vibration damper comprising: a flowable medium ; and a first solidified element formed by the same additive manufacturing process used to fabricate the component , wherein the flowable medium surrounds the first solidified element . a flowable medium ; and a first solidified element formed by the same additive manufacturing process used to fabricate the component , wherein the flowable medium surrounds the first solidified element .
Apparatus for cutting vegetable products such as tubers, e.g. potatoes, in two or more parts, the apparatus comprising: - at least one movable cup-shaped seat for holding the product to be cut, the seat comprising a passage , - a knife and - drive means for pulling the seat along a path crossed by the knife while the knife goes through the passage in the seat, wherein at the position of the knife the path extends along a straight line extending in a direction parallel to the knife wherein the seat comprises at least two oppositely arranged centering arms for resiliently engaging opposite sides of a product to be cut characterized in that the knife is stationary and comprises at least two crossing knife blades , the passage in the seat having a matching cross shape, wherein the center of the cross shaped passage coincides with the center of the seat . - at least one movable cup-shaped seat for holding the product to be cut, the seat comprising a passage , - a knife and - drive means for pulling the seat along a path crossed by the knife while the knife goes through the passage in the seat, wherein at the position of the knife the path extends along a straight line extending in a direction parallel to the knife wherein the seat comprises at least two oppositely arranged centering arms for resiliently engaging opposite sides of a product to be cut characterized in that the knife is stationary and comprises at least two crossing knife blades , the passage in the seat having a matching cross shape, wherein the center of the cross shaped passage coincides with the center of the seat .
A loading and unloading station for sequentially unloading CO 2 from at least one storage tank in a vessel and for loading LPG into a storage tank of the same vessel, comprising: an LPG production unit ; an LPG storage unit , the storage unit being in fluid communication with the LPG production unit ; a first connector for fluid connection to the LPG storage unit for loading the LPG into the storage tank of the vessel; a second connector for unloading the CO 2 into a CO 2 storage unit ; a CO 2 compression unit that compresses the CO 2 above a predetermined pressure; a supercritical CO 2 unit that receives CO 2 from the compression unit , wherein the supercritical CO2 unit is characterised by an internal heat exchanger , an external heat exchanger , and a CO2 turbine , wherein the internal and external heat exchangers are configured to heat a high pressure, cold CO2 stream to form a high pressure, high temperature CO2 stream, and wherein the CO2 turbine is configured to expand the high pressure, high temperature CO2 stream to generate power; and thermal linkages that put the high pressure, cold CO 2 stream from the supercritical CO 2 unit and the CO 2 compression unit in contact with the LPG production unit and the LPG storage unit , including: (A) a first thermal linkage that is configured to transfer coldness from the cold CO 2 stream to facilitate liquefaction of the LPG in the LPG production unit and (B) a second thermal linkage that is configured to maintain temperature of the LPG storage unit . an LPG production unit ; an LPG storage unit , the storage unit being in fluid communication with the LPG production unit ; a first connector for fluid connection to the LPG storage unit for loading the LPG into the storage tank of the vessel; a second connector for unloading the CO 2 into a CO 2 storage unit ; a CO 2 compression unit that compresses the CO 2 above a predetermined pressure; a supercritical CO 2 unit that receives CO 2 from the compression unit , wherein the supercritical CO2 unit is characterised by an internal heat exchanger , an external heat exchanger , and a CO2 turbine , wherein the internal and external heat exchangers are configured to heat a high pressure, cold CO2 stream to form a high pressure, high temperature CO2 stream, and wherein the CO2 turbine is configured to expand the high pressure, high temperature CO2 stream to generate power; and thermal linkages that put the high pressure, cold CO 2 stream from the supercritical CO 2 unit and the CO 2 compression unit in contact with the LPG production unit and the LPG storage unit , including: (A) a first thermal linkage that is configured to transfer coldness from the cold CO 2 stream to facilitate liquefaction of the LPG in the LPG production unit and (B) a second thermal linkage that is configured to maintain temperature of the LPG storage unit .