mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the in-line remineralization of water, wherein: - demineralized water is circulated in a channel (2; 67) into which carbon dioxide is introduced inside which anhydrous carbonic enzymes are immobilized to catalyze the reaction of the carbon dioxide and water to form bicarbonate, - a predetermined quantity of solid mineral is introduced into the circulating water by injection of a mineral powder, wherein the carbon dioxide is dissolved in the demineralized water by circulating the water on the enzymes upstream of the introduction of the solid minerals, and - the water is circulated through a filter selectively retaining organic substances placed along the channel downstream of the enzymes in order to eliminate all traces of enzymes or enzyme residues in the water produced, without, nonetheless, eliminating either the minerals or the carbonic acid or the bicarbonate. - demineralized water is circulated in a channel (2; 67) into which carbon dioxide is introduced inside which anhydrous carbonic enzymes are immobilized to catalyze the reaction of the carbon dioxide and water to form bicarbonate, - a predetermined quantity of solid mineral is introduced into the circulating water by injection of a mineral powder, wherein the carbon dioxide is dissolved in the demineralized water by circulating the water on the enzymes upstream of the introduction of the solid minerals, and - the water is circulated through a filter selectively retaining organic substances placed along the channel downstream of the enzymes in order to eliminate all traces of enzymes or enzyme residues in the water produced, without, nonetheless, eliminating either the minerals or the carbonic acid or the bicarbonate.
An assembly for the rescue or extrication of a rescuee, comprising: a base member configured to be wearable by a rescuer; a rescue strap comprising first and second graspable handle portions on opposing end portions of said rescue strap ; a coupler independently disposed on each half of said rescue strap capable of providing a connection between said rescuer and said rescuee; and characterised in that the rescue strap is reversibly coupled to said base member. a base member configured to be wearable by a rescuer; a rescue strap comprising first and second graspable handle portions on opposing end portions of said rescue strap ; a coupler independently disposed on each half of said rescue strap capable of providing a connection between said rescuer and said rescuee; and characterised in that the rescue strap is reversibly coupled to said base member.
A toothbrush, comprising at least one application unit (12a-d), at least one grip unit (14a-d) and at least one fastening unit (16a-d) that has at least one suction cup (18a-d) and is configured for an at least temporary fastening to surfaces, wherein the suction cup (18a-d) has a non-circular cross section perpendicular to the longitudinal axis of the oral hygiene means and parallel to a placement surface of the suction cup (18a-d), characterized in that the cross section is oval, wherein the suction cup (18a-d) is formed in one piece with the grip unit (14a-d).
Medical incubator with space for a person and a measuring device for determining a surface temperature of a baby , comprising an infrared camera with a focus , a calibration apparatus being connected to the infrared camera via a data connection, the calibration apparatus having an outer shell with an external emissivity similar to that of the baby , a temperature sensor being arranged within the outer shell , a heating element that is driven by a temperature controller being arranged in the outer shell , the temperature sensor having a data connection to the temperature controller and the measuring device being configured to carry out the following steps: a) adjusting the temperature (T) in the outer shell to a value at which the outer shell emits the same radiant flux in the wavelength range (W1, W2) as the measurement surface of the baby ; b) outputting the temperature (T) at which the radiant flux of the emitted wavelength range (W1) of the outer shell equals the radiant flux of the emitted wavelength range (W2) of the measurement surface . a calibration apparatus being connected to the infrared camera via a data connection, the calibration apparatus having an outer shell with an external emissivity similar to that of the baby , a temperature sensor being arranged within the outer shell , a heating element that is driven by a temperature controller being arranged in the outer shell , the temperature sensor having a data connection to the temperature controller and the measuring device being configured to carry out the following steps: a) adjusting the temperature (T) in the outer shell to a value at which the outer shell emits the same radiant flux in the wavelength range (W1, W2) as the measurement surface of the baby ; b) outputting the temperature (T) at which the radiant flux of the emitted wavelength range (W1) of the outer shell equals the radiant flux of the emitted wavelength range (W2) of the measurement surface . a) adjusting the temperature (T) in the outer shell to a value at which the outer shell emits the same radiant flux in the wavelength range (W1, W2) as the measurement surface of the baby ; b) outputting the temperature (T) at which the radiant flux of the emitted wavelength range (W1) of the outer shell equals the radiant flux of the emitted wavelength range (W2) of the measurement surface .
Method for cleaning pipe bundles having ends which are open at the end side, in particular the pipe bundles of heat exchangers, air coolers or condensers, in which a cleaning apparatus which has at least one cleaning device is positioned adjacent to the open ends of the pipe bundle and subsequently the cleaning device which has at least one high-pressure hose is arranged by a control device in alignment one after the other with respect to the respective pipe of the pipe bundle and the cleaning device is inserted into the respective pipe and acted on with fluid under high pressure, wherein during the insertion of the at least one cleaning device into the respective pipe the insertion depth Z is measured and monitored by the control device , and the respective insertion depth is stored in the control device or a storage and documentation device which is connected to the control device and is documented for the respective cleaning operation, characterised in that the documentation involves the production of a three-dimensional contamination profile of the pipe bundle .
A method of controlling arc welding performed in a manner that a short-circuit period, in which a short circuit is generated between a welding wire and an object to be welded, and an arc period, in which an arc is generated after release of the short circuit, are repeated alternately, the method being characterized in that it comprises: increasing welding current from an arc-regeneration-before current to a first welding current at a detection of release of the short circuit such that an increase gradient of the welding current shows a steep increase, said increase gradient of the welding current being at least 750 A/msec and at most 4000 A/msec, and in that the first welding current is not less than 300A.
A cover window protective film , comprising: a base layer ; and a first protective layer disposed on the base layer , wherein the first protective layer includes a lower surface adjacent to the base layer and an upper surface opposite to the lower surface, and the first protective layer includes a fluorine-based compound, and has an atomic ratio of fluorine higher at the upper surface of the first protective layer than at the lower surface of the first protective layer or gradually increasing from the lower surface toward the upper surface, wherein the cover window protective film further comprising a second protective layer including an organic and inorganic compound and a fluorine compound and being disposed on the upper surface of the first protective layer , wherein an upper surface of the second protective layer has a modulus of elasticity in a range of 4.5 GPa to 10 GPa and a hardness in a range of 0.35 GPa to 1.00 GPa and an atomic ratio of fluorine, F, in a range of about 10 % to about 40 % and a ratio of the atomic ratio of fluorine, F, to the atomic ratio of carbon, C, in a range of about 0.15 to about 1.20. a base layer ; and a first protective layer disposed on the base layer , wherein the first protective layer includes a lower surface adjacent to the base layer and an upper surface opposite to the lower surface, and the first protective layer includes a fluorine-based compound, and has an atomic ratio of fluorine higher at the upper surface of the first protective layer than at the lower surface of the first protective layer or gradually increasing from the lower surface toward the upper surface, wherein the cover window protective film further comprising a second protective layer including an organic and inorganic compound and a fluorine compound and being disposed on the upper surface of the first protective layer , wherein an upper surface of the second protective layer has a modulus of elasticity in a range of 4.5 GPa to 10 GPa and a hardness in a range of 0.35 GPa to 1.00 GPa and an atomic ratio of fluorine, F, in a range of about 10 % to about 40 % and a ratio of the atomic ratio of fluorine, F, to the atomic ratio of carbon, C, in a range of about 0.15 to about 1.20.
A sawhorse comprising: a modular work surface having a first side portion , a second side portion and a central portion , wherein said modular work surface is configured to move between a compact configuration and an expanded configuration, wherein in the compact configuration the first side portion and the second side portion are adjacent to one another to provide a compact worktop and the central portion is positioned beneath the compact worktop, and wherein in the expanded configuration, the first side portion and the second side portion are distal to one another and the central portion is positioned therebetween to create an expanded worktop; a frame supporting the modular work surface that includes a support rod spanning two support mechanisms , and wherein each support mechanism includes a housing and a plurality of legs attached to the housing ; and characterized in that the first side portion and the second side portion are in horizontal sliding engagement with the support rod , and the central portion is configured to rotate about the support rod and selectively engage the support rod via axial sliding engagement. a modular work surface having a first side portion , a second side portion and a central portion , wherein said modular work surface is configured to move between a compact configuration and an expanded configuration, wherein in the compact configuration the first side portion and the second side portion are adjacent to one another to provide a compact worktop and the central portion is positioned beneath the compact worktop, and wherein in the expanded configuration, the first side portion and the second side portion are distal to one another and the central portion is positioned therebetween to create an expanded worktop; a frame supporting the modular work surface that includes a support rod spanning two support mechanisms , and wherein each support mechanism includes a housing and a plurality of legs attached to the housing ; and characterized in that the first side portion and the second side portion are in horizontal sliding engagement with the support rod , and the central portion is configured to rotate about the support rod and selectively engage the support rod via axial sliding engagement.
A cutting module comprising: a carriage supported by a support structure , the carriage being capable of reciprocating movement along a cutting path , the cutting path being perpendicular to a media path ; and a cutting blade having a fitting pin to engage the carriage, wherein the fitting pin has a first portion movable laterally with respect to the media path so that the position of the fitting pin during movement of the carriage in a first direction along the cutting path provides a first cutting-edge angle between the cutting blade and the cutting path and the position of the fitting pin during a movement of the carriage in a second direction opposite to the first direction provides a second cutting-edge angle between the cutting blade and the cutting path, the second cutting-edge angle being different than the first cutting-edge angle, characterised in that the movement of the first portion is constrained by a radial clearance between the first portion and the carriage, and in that the fitting pin has a second portion attached to a joining element , wherein the joining element biases the fitting pin towards an alignment position substantially parallel to the media path. a carriage supported by a support structure , the carriage being capable of reciprocating movement along a cutting path , the cutting path being perpendicular to a media path ; and a cutting blade having a fitting pin to engage the carriage, wherein the fitting pin has a first portion movable laterally with respect to the media path so that the position of the fitting pin during movement of the carriage in a first direction along the cutting path provides a first cutting-edge angle between the cutting blade and the cutting path and the position of the fitting pin during a movement of the carriage in a second direction opposite to the first direction provides a second cutting-edge angle between the cutting blade and the cutting path, the second cutting-edge angle being different than the first cutting-edge angle, characterised in that the movement of the first portion is constrained by a radial clearance between the first portion and the carriage, and in that the fitting pin has a second portion attached to a joining element , wherein the joining element biases the fitting pin towards an alignment position substantially parallel to the media path.
An energy-absorbing structure comprising: a frame member forming a part of a vehicle body framework; an energy-absorbing member formed from fiber-reinforced resin and provided at an end portion of the frame member; a load-receiving member provided on the energy-absorbing member on a side opposite of the frame member; and a tearing element provided adjacent an end portion of the energy-absorbing member that corresponds to at least one of the load-receiving member and the frame member so as to tear the energy-absorbing member upon an impact load being inputted from the load-receiving member toward the energy-absorbing member, wherein reinforcing fibers that extend in a direction intersecting an input direction of the impact load in the energy-absorbing member, and that are severed by the tearing element upon the energy-absorbing member being torn, characterized in that : the load-receiving member and the energy-absorbing member overlap in a direction that intersects with the input direction of the impact load to form an overlapping portion ; the overlapping portion has a mounting hole that extends in a direction of the overlap; and the tearing element is constituted by a fastener inserted into the mounting hole. a frame member forming a part of a vehicle body framework; an energy-absorbing member formed from fiber-reinforced resin and provided at an end portion of the frame member; a load-receiving member provided on the energy-absorbing member on a side opposite of the frame member; and a tearing element provided adjacent an end portion of the energy-absorbing member that corresponds to at least one of the load-receiving member and the frame member so as to tear the energy-absorbing member upon an impact load being inputted from the load-receiving member toward the energy-absorbing member, wherein reinforcing fibers that extend in a direction intersecting an input direction of the impact load in the energy-absorbing member, and that are severed by the tearing element upon the energy-absorbing member being torn, characterized in that : the load-receiving member and the energy-absorbing member overlap in a direction that intersects with the input direction of the impact load to form an overlapping portion ; the overlapping portion has a mounting hole that extends in a direction of the overlap; and the tearing element is constituted by a fastener inserted into the mounting hole. the load-receiving member and the energy-absorbing member overlap in a direction that intersects with the input direction of the impact load to form an overlapping portion ; the overlapping portion has a mounting hole that extends in a direction of the overlap; and the tearing element is constituted by a fastener inserted into the mounting hole.
Negative functional modulators of erythropoietin (EPO) for use in the treatment of glioblastoma multiforme, wherein said modulators are molecules that bind EPO selected from the group consisting of: (i) anti EPO-antibodies, that recognize and bind the AA 28-189 of human EPO (SEQ ID NO: 2); (ii) anti-EPO receptor antibodies (EPOR) recognizing the C-terminal cytoplasmic portion of EPOR; and (iii) peptides or mimetic peptides that recognize and bind the AA 28-189 of human EPO. (i) anti EPO-antibodies, that recognize and bind the AA 28-189 of human EPO (SEQ ID NO: 2); (ii) anti-EPO receptor antibodies (EPOR) recognizing the C-terminal cytoplasmic portion of EPOR; and (iii) peptides or mimetic peptides that recognize and bind the AA 28-189 of human EPO.
A method for provisioning and/or configuring hardware elements of a home automation system, comprising: advertising presence on a wireless personal area network, WPAN, by a first WPAN-discoverable hardware element of the home automation system that is not accessible on an in-home local area network, LAN, used by the home automation system, to enable the first WPAN-discoverable hardware element to be discovered by a mobile application, app, ; receiving, at the first WPAN-discoverable hardware element over the WPAN, user-provided network credentials from the mobile app ; configuring the first WPAN-discoverable hardware element on the in-home LAN using the network credentials; storing the network credentials in a storage device of the first WPAN-discoverable hardware element ; and provisioning a second WPAN-discoverable hardware element of the home automation system using the network credentials from the first WPAN-discoverable hardware element on the second WPAN-discoverable hardware element. advertising presence on a wireless personal area network, WPAN, by a first WPAN-discoverable hardware element of the home automation system that is not accessible on an in-home local area network, LAN, used by the home automation system, to enable the first WPAN-discoverable hardware element to be discovered by a mobile application, app, ; receiving, at the first WPAN-discoverable hardware element over the WPAN, user-provided network credentials from the mobile app ; configuring the first WPAN-discoverable hardware element on the in-home LAN using the network credentials; storing the network credentials in a storage device of the first WPAN-discoverable hardware element ; and provisioning a second WPAN-discoverable hardware element of the home automation system using the network credentials from the first WPAN-discoverable hardware element on the second WPAN-discoverable hardware element.
An apparatus for fetching a blank from a magazine holding a number of blanks, each of said blanks being a sleeve shaped piece of packaging material folded planar, said apparatus comprising a rotary feeder provided with a gripper , wherein said rotary feeder and said gripper are arranged to rotate around a main rotational axis (MR), such that said gripper is moved between a fetching position in which a blank is fetched and a releasing position in which said blank is released, wherein said gripper is arranged to rotate around a gripper specific rotational axis (GR), such that fetching said blank in said fetching position is facilitated, and wherein a gripper cam curve is provided for controlling rotation of said gripper around said gripper rotational (GR) axis when said rotary feeder is rotated around said main rotational (MR) axis, and wherein said gripper comprises a gripper head, wherein said gripper head is arranged to rotate around a gripper head specific rotational (GHR) axis and the gripper head specific rotational axis is substantially aligned with a plane of orientation of the blank, in the magazine, to be fetched, characterized in that a guide assembly is fixedly attached to a frame of the feeder , and has an upper guiding track forming the cam curve, being attached to the frame through a stationary axle, and further has a lower guiding track also forming a cam curve, being directly attached to the frame, the gripper being arranged in engagement with the guide assembly and having a base structure and a receiving unit , the receiving unit extending vertically upwards from the base structure and including suction cups , one end of the base structure being pivotally connected to an associated support , such that the base structure is arranged to move as the support is moving, the base structure is further provided with a lower roller , or any other low friction element, which engages with the lower guiding track , and the receiving unit is pivotally arranged relative its own vertical axis, and an upper roller is provided which engages with the cam curve of the upper guiding track .
A composition, comprising: a thermosetting resin ; characterized in that the composition further comprises: a plurality of polymer nanoparticles wherein the polymer nanoparticles include a first polymer nanoparticle and a second polymer nanoparticle, the second polymer nanoparticle being formed from a different material to the first polymer nanoparticle; and at least some of the polymer nanoparticles being configured to release either a catalyst or a hardener during a resin curing process, the catalyst or hardener being configured to alter a reaction rate of the resin. a thermosetting resin ; characterized in that the composition further comprises: a plurality of polymer nanoparticles wherein the polymer nanoparticles include a first polymer nanoparticle and a second polymer nanoparticle, the second polymer nanoparticle being formed from a different material to the first polymer nanoparticle; and at least some of the polymer nanoparticles being configured to release either a catalyst or a hardener during a resin curing process, the catalyst or hardener being configured to alter a reaction rate of the resin. a plurality of polymer nanoparticles wherein the polymer nanoparticles include a first polymer nanoparticle and a second polymer nanoparticle, the second polymer nanoparticle being formed from a different material to the first polymer nanoparticle; and at least some of the polymer nanoparticles being configured to release either a catalyst or a hardener during a resin curing process, the catalyst or hardener being configured to alter a reaction rate of the resin.
A mixing device for mixing a spray from an injector into a gas flowing through a substantially tubular chamber from an upstream side to a downstream side, said mixing device comprising: - a partially open wall on a side upstream of said spray ; and - a closed wall on a side downstream of said spray ; said closed wall and said partially open wall together forming a surface closed onto itself defining a mixing cavity, said mixing cavity comprising: - a spray inlet opening for receiving a conical spray from said injector; and - an outlet opening in a plane intersecting an axis of said injector; characterized in that a downstream side of said mixing device is shaped so as to define a helicoidal groove for circumferentially guiding said gas from said outlet opening in a downstream direction. - a partially open wall on a side upstream of said spray ; and - a closed wall on a side downstream of said spray ; - a spray inlet opening for receiving a conical spray from said injector; and - an outlet opening in a plane intersecting an axis of said injector;