mhurhangee/ep-ind-claims huggingface dataset:
A dentifrice composition comprising: (a) 45% to 75% water, by weight of the composition; (b) 25% to 50% of a calcium-containing abrasive by weight of the composition; (c) greater than 0.10 % to 0.30 % benzyl alcohol, by weight of the composition; (d) 0.01% to 0.11% of a paraben by weight of the composition; wherein the paraben comprises a combination of methyl paraben and propyl paraben, wherein there is a greater weight ratio of methyl paraben to propyl paraben and (e) an alkaline pH. (a) 45% to 75% water, by weight of the composition; (b) 25% to 50% of a calcium-containing abrasive by weight of the composition; (c) greater than 0.10 % to 0.30 % benzyl alcohol, by weight of the composition; (d) 0.01% to 0.11% of a paraben by weight of the composition; wherein the paraben comprises a combination of methyl paraben and propyl paraben, wherein there is a greater weight ratio of methyl paraben to propyl paraben and (e) an alkaline pH.
A system for providing non-invasive nasal ventilation to a patient during a general anesthetic operative procedure, comprising: a flow generator configured to deliver gases for oxygenating a patient via a nasal interface during a general anesthetic operative procedure, a humidifier to humidify the gases to contain greater than 10mg/L of water; and a controller configured to signal the flow generator to deliver the gases at: a first predetermined gas flow rate prior to onset of general anesthesia, and a second predetermined gas flow rate during general anesthesia while the patient is apneic which is greater than the first predetermined flow rate, depending on data received by the controller relating to the patient. a flow generator configured to deliver gases for oxygenating a patient via a nasal interface during a general anesthetic operative procedure, a humidifier to humidify the gases to contain greater than 10mg/L of water; and a controller configured to signal the flow generator to deliver the gases at: a first predetermined gas flow rate prior to onset of general anesthesia, and a second predetermined gas flow rate during general anesthesia while the patient is apneic which is greater than the first predetermined flow rate, depending on data received by the controller relating to the patient. a first predetermined gas flow rate prior to onset of general anesthesia, and a second predetermined gas flow rate during general anesthesia while the patient is apneic which is greater than the first predetermined flow rate, depending on data received by the controller relating to the patient.
An apparatus for nitriding a grain-oriented electrical steel sheet for continuously nitriding a strip continuously being fed after cold rolling and before secondary recrystallization annealing in a production line of a grain-oriented electrical steel sheet, comprising: a nitriding zone for nitriding the strip; a cooling zone for cooling the strip; and an optional heating zone provided upstream of the nitriding zone for heating the strip, wherein the nitriding zone contains positive electrodes for glow discharge provided opposite to the strip and negative electrodes for glow discharge provided proximate to the strip between the positive electrodes and the strip, and glow discharge is generated between the positive electrodes and the negative electrodes and the generated plasma is applied to the strip to nitride the strip; wherein the inside of the nitriding zone is divided into multiple zones in the width direction of the strip to allow individual controls of nitriding inside each divided zone. a nitriding zone for nitriding the strip; a cooling zone for cooling the strip; and an optional heating zone provided upstream of the nitriding zone for heating the strip,
A method for molding a vehicle component having integrated flexible and rigid portions, comprising the steps of: injecting a first thermoformable material into a mold at predetermined gate locations of the mold (100, 104), wherein the first material travels into the mold (100, 104) until a cavity of the mold (100, 104) is filled and a portion of the first material which travels along mold walls (100A, 104A) cools and hardens faster than a remaining portion of the first material, the first material being a flexible material; co-injecting a second thermoformable material at the same or other predetermined gate locations of the mold (100, 104), the gate locations being in the vicinity of rigid portions to be formed in the vehicle component such that the second material stays inboard of the first material, the second material being a rigid material including reinforcing fibers; characterized in introducing, before the second material is allowed to cool appreciably in the mold, a liquid as a fluid into the second material to form a fluid channel in the vehicle component and to displace still molten second material thus resulting in a reorientation of the reinforcing fibers in the still molten second material in vicinity of knit lines in a first layer of solidified material, such that when said still molten second material solidifies to form a second layer of solidified material devoid of knit lines in the vicinity of the knit lines in the first layer, fibers in the second layer being oriented transverse to the knit lines in the first layer. injecting a first thermoformable material into a mold at predetermined gate locations of the mold (100, 104), wherein the first material travels into the mold (100, 104) until a cavity of the mold (100, 104) is filled and a portion of the first material which travels along mold walls (100A, 104A) cools and hardens faster than a remaining portion of the first material, the first material being a flexible material; co-injecting a second thermoformable material at the same or other predetermined gate locations of the mold (100, 104), the gate locations being in the vicinity of rigid portions to be formed in the vehicle component such that the second material stays inboard of the first material, the second material being a rigid material including reinforcing fibers; characterized in introducing, before the second material is allowed to cool appreciably in the mold, a liquid as a fluid into the second material to form a fluid channel in the vehicle component and to displace still molten second material thus resulting in a reorientation of the reinforcing fibers in the still molten second material in vicinity of knit lines in a first layer of solidified material, such that when said still molten second material solidifies to form a second layer of solidified material devoid of knit lines in the vicinity of the knit lines in the first layer, fibers in the second layer being oriented transverse to the knit lines in the first layer.
A safety catheter assembly comprising: a catheter hub; a catheter tube attached to the catheter hub; a needle hub; a needle attached to the needle hub and projecting through the catheter tube; a needle guard positioned in an interior cavity of the catheter hub; wherein the needle guard comprises a proximal wall having an opening and two arms (134, 136) each comprising an end (138,140); characterized in that a support formed with the catheter hub, spaces the two ends (138, 140) of the needle guard from the needle in a ready position. a catheter hub; a catheter tube attached to the catheter hub; a needle hub; a needle attached to the needle hub and projecting through the catheter tube; a needle guard positioned in an interior cavity of the catheter hub; wherein the needle guard comprises a proximal wall having an opening and two arms (134, 136) each comprising an end (138,140); characterized in that a support formed with the catheter hub, spaces the two ends (138, 140) of the needle guard from the needle in a ready position.
A method for reducing ammonia in a stream, the method comprising: (i) - providing a plant influent wastewater stream that is raw water that has not yet been treated and containing ammonia; (ii) - contacting the ammonia-containing wastewater stream with an oxygen-containing return activated sludge stream, which is a portion of activated sludge recycled from step (iv), including a microbial mass comprising phosphorus-consuming bacteria, residual oxygen, nitrates, and nitrites in an anoxic first tank having a concentration of dissolved oxygen of less than 1.0 mg/l; forming a first product stream by contacting the ammonia-containing wastewater stream with the oxygen-containing stream, the ratio of ammonia in the ammonia-containing wastewater stream to oxygen in the oxygen-containing stream being 2.28 g dissolved O 2 /g N-NH 3 (2.28 grams of dissolved oxygen per gram of nitrogen in ammonia) or less; and (iii) - exposing the first product stream to fermented organic matter comprising particulate organic matter and dissolved organic matter in a second tank operating under microaerophilic conditions and in a ratio of 0.57 g COD/g N-NH 3 (0.57 grams of chemical oxygen demand per gram of nitrogen in ammonia) or less, and (iv) - transferring a mixed liquor formed in the second tank to a third tank for solid-liquid separation whereby at least two exit streams, including treated plant effluent and activated sludge result. (i) - providing a plant influent wastewater stream that is raw water that has not yet been treated and containing ammonia; (ii) - contacting the ammonia-containing wastewater stream with an oxygen-containing return activated sludge stream, which is a portion of activated sludge recycled from step (iv), including a microbial mass comprising phosphorus-consuming bacteria, residual oxygen, nitrates, and nitrites in an anoxic first tank having a concentration of dissolved oxygen of less than 1.0 mg/l; forming a first product stream by contacting the ammonia-containing wastewater stream with the oxygen-containing stream, the ratio of ammonia in the ammonia-containing wastewater stream to oxygen in the oxygen-containing stream being 2.28 g dissolved O 2 /g N-NH 3 (2.28 grams of dissolved oxygen per gram of nitrogen in ammonia) or less; and (iii) - exposing the first product stream to fermented organic matter comprising particulate organic matter and dissolved organic matter in a second tank operating under microaerophilic conditions and in a ratio of 0.57 g COD/g N-NH 3 (0.57 grams of chemical oxygen demand per gram of nitrogen in ammonia) or less, and (iv) - transferring a mixed liquor formed in the second tank to a third tank for solid-liquid separation whereby at least two exit streams, including treated plant effluent and activated sludge result.
A biogas and organic Rankine cycle power generation system comprising a heat exchanger receiving prime mover heat energy from a biogas-burning prime mover heat energy source, an expander rotationally coupled to a power receiving component, a pump, and a working fluid circulating among said heat exchanger, said expander, and said pump, the system further characterized by and comprising: A. a biogas-producing digestion tank; and B. a heat coupling subsystem in working fluid receiving communication with said expander and comprising: (i) an intermediate heat exchanger; (ii) a tank heat exchanger; (iii) a pumping apparatus; and (iv) a secondary media circulating between said intermediate heat exchanger, said heat exchanger, and said pumping apparatus; wherein said system is capable of: a. heating said working fluid via said heat exchanger and expanding said heated working fluid via said expander to provide rotational mechanical power; b. communicating heat energy from said working fluid to said digestion tank via said heat coupling subsystem; c. using said heat energy to generate biogas in said digestion tank and communicating said biogas to said biogas-burning prime mover for prime mover heat energy generation; and d. directing at least a portion of said generated prime mover heat energy to said heat exchanger. A. a biogas-producing digestion tank; and B. a heat coupling subsystem in working fluid receiving communication with said expander and comprising: (i) an intermediate heat exchanger; (ii) a tank heat exchanger; (iii) a pumping apparatus; and (iv) a secondary media circulating between said intermediate heat exchanger, said heat exchanger, and said pumping apparatus; (i) an intermediate heat exchanger; (ii) a tank heat exchanger; (iii) a pumping apparatus; and (iv) a secondary media circulating between said intermediate heat exchanger, said heat exchanger, and said pumping apparatus; a. heating said working fluid via said heat exchanger and expanding said heated working fluid via said expander to provide rotational mechanical power; b. communicating heat energy from said working fluid to said digestion tank via said heat coupling subsystem; c. using said heat energy to generate biogas in said digestion tank and communicating said biogas to said biogas-burning prime mover for prime mover heat energy generation; and d. directing at least a portion of said generated prime mover heat energy to said heat exchanger.
Method for transmitting data over a serial communications bus (102; 104; 106), in which the data are transmitted with a modified transmission frame, wherein the modified transmission frame has at least one arbitration field and one data field, wherein the arbitration field is used to control the bus access according to the CSMA-CR method, corresponding to Carrier Sense Multiple Access with Collision Resolution, by prioritization of the messages based on an identifier, wherein a low bit rate is set for the arbitration phase and a higher bit rate is set for the transmission of the data in the data field, characterized in that a start field is provided in the transmission frame and the data are packaged in the form of an Ethernet transmission frame which in turn is inserted into the data field of the modified transmission frame, wherein the arbitration field and the start field replace a preamble and a start frame delimiter of the Ethernet transmission frame, wherein the identifier in the arbitration field is sub-divided into the sections "Message Content" identifier and "Device" identifier, wherein the section with the higher-order bits is reserved for the prioritization of the message content and the section with the lower-order bits is provided for the device identification.
A caulking tool, comprising: a protrusion portion which is formed in a columnar shape; a main body portion which is disposed on a base end side of the protrusion portion and is formed in a columnar shape having a larger diameter than that of the protrusion portion; and a connection portion which connects a base end of the protrusion portion and the main body portion to each other, an outer surface of the connection portion is a radiused surface which is annular about an axis of the protrusion portion and is formed in a recessed shape, and wherein a surface of the main body portion facing the protrusion portion side is an inclined surface which is smoothly continued to the radiused surface and is inclined to a side separated from the protrusion portion toward the outside in a radial direction of the protrusion portion; characterized in that a tip portion of the protrusion portion has a conical shape about the axis. a protrusion portion which is formed in a columnar shape; a main body portion which is disposed on a base end side of the protrusion portion and is formed in a columnar shape having a larger diameter than that of the protrusion portion; and a connection portion which connects a base end of the protrusion portion and the main body portion to each other, an outer surface of the connection portion is a radiused surface which is annular about an axis of the protrusion portion and is formed in a recessed shape, and wherein a surface of the main body portion facing the protrusion portion side is an inclined surface which is smoothly continued to the radiused surface and is inclined to a side separated from the protrusion portion toward the outside in a radial direction of the protrusion portion; characterized in that
A non-therapeutic method of improving at least one of milk yield and milk quality of a ruminant, comprising administering at least one of cashew nut shell liquid, which may be a cashew nut shell itself, heat-treated cashew nut shell liquid, which may be a heat-treated cashew nut shell itself, anacardic acid, cardanol, and cardol to the ruminant.
Non-therapeutic use of an edible composition to impart a feeling in a healthy adult consumer which is selected from the group consisting of: a) increased energy b) an increase in sustained attention and faster reaction times, and information processing; or c) increased quality of sleep; and d) increased feelings of well-being or happiness wherein the composition is a food or food supplement comprising a hen egg lysozyme hydrolysate having a tryptophan to large neutral amino acid ratio ("Trp/LNAA") of greater than 0.15 (hereinafter "Trp-containing protein hydrolysate"), and wherein the dosage of Trp-hydrolysate provides 10-100 mg Trp per day such that the consumer receives 10-100 mg tryptophan per day for a chronic period of time which is at least 19 days. a) increased energy b) an increase in sustained attention and faster reaction times, and information processing; or c) increased quality of sleep; and d) increased feelings of well-being or happiness
A steam iron, comprising a lower plate with steam supply holes and at least a first conduit for the flow of steam to said plate, the supply of steam into said conduit being controlled by a button which controls steam production means housed in said iron or in a machine body external to it, comprising a second conduit which branches from said first conduit to carry the steam to at least one hole of outflow of the steam from at least one side of the box-shaped body of the iron, for example the front side, being downstream of the branch-point of said first and second conduits (2, 2a) and means (8, 21, 31) of opening and closing said first conduit being positioned in one of said first and second conduits (2, 2a), controllable from the outside and enabled to allow or not to allow the flow of steam into it, characterised by comprising a supply valve positioned in the second conduit with a duly calibrated valve shutter which opens automatically, thanks to the pressure of the steam flowing into said second conduit when said means (8, 21, 31) close the relative first conduit and which closes automatically when said means (8, 21, 31) open the relative first conduit and channel the steam into it.
A method for manufacturing micro molds for electroforming a piece having at least two levels, said method comprising the following steps: irradiation through a first photomask of a first photoresist layer applied to a substrate covered with a first conductive layer and defining the first level, polymerization of the first photoresist layer and removal of the unpolymerized photoresist layer, the upper horizontal surfaces of said first polymerized layer defining the base for a second level, depositing a second conductive layer on the cured first photoresist layer and on the parts of the first conductive layer not covered by the cured first layer, selective application of a protective layer to the horizontal surfaces of the first polymerized layer covered by the conductive layer by means of a stamp, removing the second conductive layer on the areas not protected by the protective layer removal of the protective layer, deposition, irradiation through a second photomask, and development of a second photoresist layer having a thickness, with respect to the substrate, greater than the first photostructured layer, the upper horizontal surfaces of said polymerized layer defining a second level of the micro mold and a base for a possible third level. irradiation through a first photomask of a first photoresist layer applied to a substrate covered with a first conductive layer and defining the first level, polymerization of the first photoresist layer and removal of the unpolymerized photoresist layer, the upper horizontal surfaces of said first polymerized layer defining the base for a second level, depositing a second conductive layer on the cured first photoresist layer and on the parts of the first conductive layer not covered by the cured first layer, selective application of a protective layer to the horizontal surfaces of the first polymerized layer covered by the conductive layer by means of a stamp, removing the second conductive layer on the areas not protected by the protective layer removal of the protective layer, deposition, irradiation through a second photomask, and development of a second photoresist layer having a thickness, with respect to the substrate, greater than the first photostructured layer, the upper horizontal surfaces of said polymerized layer defining a second level of the micro mold and a base for a possible third level.
A multimedia display method, comprising: receiving, by user equipment, a multimedia type selection command; after receiving a multimedia type selection command, searching, by the user equipment, for service devices in a specified range, where the specified range is a range in which the user equipment can communicate with the service devices, and traversing and accessing, by the user equipment, all found service devices accessible with access permission, wherein each service device stores at least one multimedia file; searching the service devices accessible with access permission for all multimedia files corresponding to the multimedia type selection command; generating and displaying a multimedia file list according to the multimedia files corresponding to the multimedia type selection command, wherein the multimedia list comprises name information of the multimedia files corresponding to the multimedia type selection command; receiving a selection play command, wherein the selection play command is used to select a to-be-played multimedia file from the multimedia list; acquiring a multimedia file corresponding to the selection play command from the service device according to the selection play command; downloading a first download part of the multimedia file into a buffer of the user equipment, and playing the first download part while downloading; and after the first download part of the multimedia file is played, deleting the first download part of the multimedia file from the buffer of the user equipment. receiving, by user equipment, a multimedia type selection command; after receiving a multimedia type selection command, searching, by the user equipment, for service devices in a specified range, where the specified range is a range in which the user equipment can communicate with the service devices, and traversing and accessing, by the user equipment, all found service devices accessible with access permission, wherein each service device stores at least one multimedia file; searching the service devices accessible with access permission for all multimedia files corresponding to the multimedia type selection command; generating and displaying a multimedia file list according to the multimedia files corresponding to the multimedia type selection command, wherein the multimedia list comprises name information of the multimedia files corresponding to the multimedia type selection command; receiving a selection play command, wherein the selection play command is used to select a to-be-played multimedia file from the multimedia list; acquiring a multimedia file corresponding to the selection play command from the service device according to the selection play command; downloading a first download part of the multimedia file into a buffer of the user equipment, and playing the first download part while downloading; and after the first download part of the multimedia file is played, deleting the first download part of the multimedia file from the buffer of the user equipment.