mhurhangee/patent-ind-claim-en huggingface dataset:
Coolant for machining processes of fiber-reinforced composites, said coolant including oil component, alkanolamine, corrosion inhibitor, emulsifier, defoamer and biocide, characterized in that the coolant comprises: (a) a sulfurized hydrocarbon with 4 to 30 carbon atoms and 1 to 5 sulfur atoms and/or a sulfurized triglyceride with 10 to 20 carbon atoms in the fatty acid residue, (b) an ethoxylated and/or propoxylated alkyl phosphate with 12 to 30 carbon atoms in the alkyl radical, (c) a phosphoric acid ester with fatty alcohol polyglycol ether, (d) a maleic acid dibutyl ester, polymerized with C 10-20 -1-alkenes, and (e) an epoxidized ester. (a) a sulfurized hydrocarbon with 4 to 30 carbon atoms and 1 to 5 sulfur atoms and/or a sulfurized triglyceride with 10 to 20 carbon atoms in the fatty acid residue, (b) an ethoxylated and/or propoxylated alkyl phosphate with 12 to 30 carbon atoms in the alkyl radical, (c) a phosphoric acid ester with fatty alcohol polyglycol ether, (d) a maleic acid dibutyl ester, polymerized with C 10-20 -1-alkenes, and (e) an epoxidized ester.
A laser mount assembly comprising: a lens holder including a collimating lens ; a laser subassembly positioned adjacent the lens holder and comprising: a vertical-cavity surface-emitting laser ; a thermal electric cooler ; and a thermistor ; a printed circuit board positioned adjacent the laser subassembly and including a plurality of heating components; characterized by a thermal assembly positioned adjacent the lens holder and the laser subassembly and comprising: a thermal insulator ; a thermal mass positioned adjacent the thermal insulator ; and a thermal heat transfer pad positioned adjacent the thermal mass , wherein the heating components heat the area between the lens holder and the laser subassembly . a lens holder including a collimating lens ; a laser subassembly positioned adjacent the lens holder and comprising: a vertical-cavity surface-emitting laser ; a thermal electric cooler ; and a thermistor ; a vertical-cavity surface-emitting laser ; a thermal electric cooler ; and a thermistor ; a printed circuit board positioned adjacent the laser subassembly and including a plurality of heating components; characterized by a thermal assembly positioned adjacent the lens holder and the laser subassembly and comprising: a thermal insulator ; a thermal mass positioned adjacent the thermal insulator ; and a thermal heat transfer pad positioned adjacent the thermal mass , wherein the heating components heat the area between the lens holder and the laser subassembly . a thermal insulator ; a thermal mass positioned adjacent the thermal insulator ; and a thermal heat transfer pad positioned adjacent the thermal mass , wherein the heating components heat the area between the lens holder and the laser subassembly .
Shower head holder system with a receptacle in which a shower head with shower nozzles directed towards the receptacle is mounted, and a holding means for fixing the shower head in the receptacle , wherein the receptacle has at least one through-opening in a region where the shower nozzles come to rest, and the shower head holder system additionally comprises a drainage box with a drainage pipe arranged behind the receptacle , wherein the at least one through-opening opens into the drainage box , and the outlet of the drainage box is connectable to a water outlet , characterised in that the shower head holder system comprises an electronic sensor which is designed to recognise whether a shower head is placed in the receptacle .
A non-therapeutic aroma substance delivery device adapted to deliver an aroma substance exclusively to the nasal cavities of an individual, comprising the following elements: (i) a source of carrier gas flow ; (ii) regulating means which receives the carrier gas flow, the regulating means comprising a plurality of channels through which the gas flows and through which the gas flow is regulated by the regulating means; (iii) downstream of the regulating means one aroma substance-containing cartridge , one on each channel, and (iv) disseminating means located in close proximity to the cartridges and adapted to deliver the individual aroma substances from the cartridges to nasal cavities by means of a conduit; characterised in that there is positioned in each channel on the upstream side and in close proximity to the origin of the channel a flow restrictor, the flow restrictor being configured such that the pressure drop across the flow restrictor is higher than the pressure drop across the rest of the device; and in that each aroma substance-containing cartridge comprises a reservoir containing an aroma substance and inlet and outlet channels to permit ingress of carrier gas into the reservoir and egress of aroma substance-containing carrier gas from the reservoir, the channels being defined by capillaries having internal diameter and length dimensions such that, when the carrier gas flow is interrupted, leakage of aroma substance from the reservoir into a head space external of the cartridge is below the detection level of a user. (i) a source of carrier gas flow ; (ii) regulating means which receives the carrier gas flow, the regulating means comprising a plurality of channels through which the gas flows and through which the gas flow is regulated by the regulating means; (iii) downstream of the regulating means one aroma substance-containing cartridge , one on each channel, and (iv) disseminating means located in close proximity to the cartridges and adapted to deliver the individual aroma substances from the cartridges to nasal cavities by means of a conduit; characterised in that there is positioned in each channel on the upstream side and in close proximity to the origin of the channel a flow restrictor, the flow restrictor being configured such that the pressure drop across the flow restrictor is higher than the pressure drop across the rest of the device; and in that each aroma substance-containing cartridge comprises a reservoir containing an aroma substance and inlet and outlet channels to permit ingress of carrier gas into the reservoir and egress of aroma substance-containing carrier gas from the reservoir, the channels being defined by capillaries having internal diameter and length dimensions such that, when the carrier gas flow is interrupted, leakage of aroma substance from the reservoir into a head space external of the cartridge is below the detection level of a user.
A method for optical inspection of a waste liquid including a water content affecting a quality of the waste liquid and for determining a value of the waste liquid , comprising the steps of: draining the waste liquid and passing it through a transparent part of a draining device ; illuminating the transparent part while the waste liquid passes through the transparent part and acquiring light from the transparent part , for generating at least one image signal; determining a quality of the waste liquid according to the at least one generated image signal by converting the at least one generated image signal into quantitative values associated with the water content of the waste liquid and instantaneously determining the quality of the waste liquid according to the quantitative values, wherein the quantitative values correspond to spectrum information and/or color information and/or transparency information associated with the at least one generated image signal and vary according to the quality of the waste liquid ; measuring the amount of waste liquid ; and determining the value of the waste liquid according to the measured amount of the waste liquid and the determined quality of the waste liquid ; characterized in that the draining device includes a draining nozzle and a draining pipeline , wherein the draining nozzle is inserted into a container (A) so that the waste liquid inside the container (A) is drained, and the pipeline is coupled to the transparent part for guiding the waste liquid from the draining nozzle to the transparent part . draining the waste liquid and passing it through a transparent part of a draining device ; illuminating the transparent part while the waste liquid passes through the transparent part and acquiring light from the transparent part , for generating at least one image signal; determining a quality of the waste liquid according to the at least one generated image signal by converting the at least one generated image signal into quantitative values associated with the water content of the waste liquid and instantaneously determining the quality of the waste liquid according to the quantitative values, wherein the quantitative values correspond to spectrum information and/or color information and/or transparency information associated with the at least one generated image signal and vary according to the quality of the waste liquid ; measuring the amount of waste liquid ; and determining the value of the waste liquid according to the measured amount of the waste liquid and the determined quality of the waste liquid ; characterized in that the draining device includes a draining nozzle and a draining pipeline , wherein the draining nozzle is inserted into a container (A) so that the waste liquid inside the container (A) is drained, and the pipeline is coupled to the transparent part for guiding the waste liquid from the draining nozzle to the transparent part .
An inhaler device comprising two flexible substrates and a membrane located between the two flexible substrates , characterized in that the two flexible substrates being connected at two opposing edges and unconnected at two further opposing edges , wherein the device is configured to move between a first configuration where the two flexible substrates are substantially flat and in contact with one another, and a second configuration where the two flexible substrates are flexed such that a channel is formed between the two flexible substrates, wherein the membrane is mounted within the channel on a support comprising a gas impermeable material that occludes the channel and at least one aperture, the membrane being mounted within the at least one aperture such that an active agent provided on the membrane may be inhaled during use by a user when the device is in the second configuration.
A method for manufacturing of laminated electrochromic devices, comprising the steps of: providing a solid-electrochromic-layer layered polymer-based structure, positioning said solid-electrochromic-layer layered polymer-based structure between a first glass pane and a second glass pane, with a respective interlayer film between each side of said solid-electrochromic-layer layered polymer-based structure and said first glass pane and said second glass pane, respectively, forming a stack; exposing said stack to a lamination temperature, preferably being at most 120°C, for a hot lamination time period; and cooling-down of said stack at at least atmospheric pressure after said hot lamination time period; characterized in that said step of providing a solid-electrochromic-layer layered polymer-based structure comprises the part steps of: providing a first polymer substrate sheet; covering , at least partially, a side of said first polymer substrate sheet with a first electron conducting layer; depositing a first solid electrochromic layer for at least partially covering said first electron conducting layer; providing a second polymer substrate sheet; covering , at least partially, a side of said second polymer substrate sheet with a second electron conducting layer; depositing a solid counter electrode layer for at least partially covering said second electron conducting layer; and providing an electrolyte layer between, and at least partially covering, said first electrochromic layer and said counter electrode layer; and in that said electrolyte layer is an ion conducting interlayer film. providing a solid-electrochromic-layer layered polymer-based structure, positioning said solid-electrochromic-layer layered polymer-based structure between a first glass pane and a second glass pane, with a respective interlayer film between each side of said solid-electrochromic-layer layered polymer-based structure and said first glass pane and said second glass pane, respectively, forming a stack; exposing said stack to a lamination temperature, preferably being at most 120°C, for a hot lamination time period; and cooling-down of said stack at at least atmospheric pressure after said hot lamination time period; providing a first polymer substrate sheet; covering , at least partially, a side of said first polymer substrate sheet with a first electron conducting layer; depositing a first solid electrochromic layer for at least partially covering said first electron conducting layer; providing a second polymer substrate sheet; covering , at least partially, a side of said second polymer substrate sheet with a second electron conducting layer; depositing a solid counter electrode layer for at least partially covering said second electron conducting layer; and providing an electrolyte layer between, and at least partially covering, said first electrochromic layer and said counter electrode layer;
A liquid liner implosion system for forming a cavity in a liquid liner and collapsing the cavity by imploding the liquid liner, the system comprising: (a) a vessel having an outer wall ; (b) a rotating member inside the vessel and rotatable about a rotation axis, the rotating member comprising - a first end and a second end along the rotation axis; - an inner surface defining an interior volume and curving with respect to the axis of rotation; - a plurality of passages ; said liquid liner implosion system further comprising: (c) a rotational driver operationally coupled to the rotating member to rotate the rotating member; (d) a liquid medium in the rotating member, the liquid medium at least partially filling the passages and forming said liquid liner when the rotating the member is rotating, an inner interface of the liquid liner defining said cavity , said cavity being coaxial with the rotation axis; and (e) an implosion driver engageable with the rotating member to change the acceleration of the rotating member and cause the liquid liner to implode towards a central region of the interior volume, thereby collapsing the cavity; characterised in that said plurality of passages of the rotating member is a plurality of curved passages each having an inboard opening at the inner surface and an outboard end , wherein a curvature of each passage is a function of a distance between the outboard end of the passage and the first or the second end, and wherein one or more of the passages have an outboard end in a vicinity of the first or second end and curves in three dimensions (X, Y, Z) from the outboard end to the inboard opening in a direction towards a central region of the interior volume. (a) a vessel having an outer wall ; (b) a rotating member inside the vessel and rotatable about a rotation axis, the rotating member comprising - a first end and a second end along the rotation axis; - an inner surface defining an interior volume and curving with respect to the axis of rotation; - a plurality of passages ; said liquid liner implosion system further comprising: - a first end and a second end along the rotation axis; - an inner surface defining an interior volume and curving with respect to the axis of rotation; - a plurality of passages ; said liquid liner implosion system further comprising: (c) a rotational driver operationally coupled to the rotating member to rotate the rotating member; (d) a liquid medium in the rotating member, the liquid medium at least partially filling the passages and forming said liquid liner when the rotating the member is rotating, an inner interface of the liquid liner defining said cavity , said cavity being coaxial with the rotation axis; and (e) an implosion driver engageable with the rotating member to change the acceleration of the rotating member and cause the liquid liner to implode towards a central region of the interior volume, thereby collapsing the cavity; characterised in that
A policy and charging rules function comprising: receiving means for receiving a notification informing that a user equipment is to be included into a policy controlled group, checking means for checking whether the policy controlled group is controlled by the policy and charging rules function, and causing means for causing, in case the policy controlled group is not controlled by the policy and charging rules function, a transfer of a policy control session for the user equipment to a second policy and charging rules function controlling the policy controlled group. receiving means for receiving a notification informing that a user equipment is to be included into a policy controlled group, checking means for checking whether the policy controlled group is controlled by the policy and charging rules function, and causing means for causing, in case the policy controlled group is not controlled by the policy and charging rules function, a transfer of a policy control session for the user equipment to a second policy and charging rules function controlling the policy controlled group.
Device for controlling the electrical supply of at least one branch of an electronic circuit comprising at least one light source of a motor vehicle, the device comprising a converter circuit configured to convert a constant current input voltage V IN into a load voltage, and in particular a load voltage, applied to said at least one circuit branch , and control means configured to control the converter circuit by means of a periodic signal S having a predetermined frequency f, characterized in that the device comprises detection means configured to detect a disturbance in the input voltage V IN , and to determine the frequency f p of that disturbance ; matching means configured to modify the frequency of said periodic signal S as a function of the detected frequency f p of the disturbance.
A water-based ink for an inkjet comprising a pigment, a fixing resin, an organic solvent and water, wherein the fixing resin comprises an A-B block polymer having an A block and a B block, the A block contains a structural unit (P-1) having an anionic functional group, the A block and the B block are each, independently, a block containing one type of polymer selected from among a styrene-based polymer, a (meth)acrylic-based polymer and a styrene-(meth)acrylic-based polymer, an amount of structural units contained in the A block is 5 to 25 mol% of a total molar amount of structural units contained in the A-B block polymer, an amount of the structural unit (P-1) having an anionic functional group contained in the A block is at least 85 mol% of a total molar amount of the structural unit (P-1) having an anionic functional group contained in the A-B block polymer, and the acid value of the A-B block polymer is from 5 to 80 mgKOH/g. the fixing resin comprises an A-B block polymer having an A block and a B block, the A block contains a structural unit (P-1) having an anionic functional group, the A block and the B block are each, independently, a block containing one type of polymer selected from among a styrene-based polymer, a (meth)acrylic-based polymer and a styrene-(meth)acrylic-based polymer, an amount of structural units contained in the A block is 5 to 25 mol% of a total molar amount of structural units contained in the A-B block polymer, an amount of the structural unit (P-1) having an anionic functional group contained in the A block is at least 85 mol% of a total molar amount of the structural unit (P-1) having an anionic functional group contained in the A-B block polymer, and the acid value of the A-B block polymer is from 5 to 80 mgKOH/g.
Device for transporting and optionally packaging small-sized articles (A), in particular confectionery items, such as hard or soft caramels, chocolate pieces or the like, the device comprising at least two rotary heads that are rotatable about parallel axes of rotation in order to transport the articles (A) in the product stream at least in sections along the pitch circles (T2, T3) of the two rotary heads and to transfer them from a first to a second of the rotary heads , the pitch circles (T2, T3) of the rotary heads intersecting when projected onto a projection plane (E) perpendicular to their axes of rotation , characterized in that the first rotational head is designed to pivot each article (A) individually from the receiving position to the delivery position about a pivot axis parallel to the rotational axis against the direction of rotation of the first rotational head .
A method for starting inter-frequency measurement, wherein the method is applied to an inter-frequency network, the inter-frequency network comprises a first base station and a second base station, there is an overlapping area between a signal coverage area of the first base station and a signal coverage area of the second base station, an access priority of the second base station is higher than an access priority of the first base station, and the first base station and the second base station are located in different frequencies; user equipment accesses the first base station; a distance between the second base station and a wireless access point, AP, is less than a first distance threshold, and the AP is controlled by an access controller, AC; and the method comprises: receiving , by the AC, a user authentication request sent by the user equipment, wherein the user authentication request is used to request to authenticate whether the user equipment is able to access the AP, and the user authentication request comprises an identifier of the user equipment; obtaining , by the AC, the identifier of the user equipment from the user authentication request; and sending , by the AC, an inter-frequency measurement request to the user equipment for measuring the signal of the second base station according to the identifier of the user equipment, wherein the inter-frequency measurement request is used to request the user equipment to start inter-frequency measurement. receiving , by the AC, a user authentication request sent by the user equipment, wherein the user authentication request is used to request to authenticate whether the user equipment is able to access the AP, and the user authentication request comprises an identifier of the user equipment; obtaining , by the AC, the identifier of the user equipment from the user authentication request; and sending , by the AC, an inter-frequency measurement request to the user equipment for measuring the signal of the second base station according to the identifier of the user equipment, wherein the inter-frequency measurement request is used to request the user equipment to start inter-frequency measurement.
A Cas9 protein comprising: an isolated Streptococcus pyogenes Cas9 (SpCas9) protein comprising an amino acid sequence that has at least 80% sequence identity to the amino acid sequence of SEQ ID NO:1, with an amino acid substitution at D1135, wherein the SpCas9 protein has an altered PAM specificity .