mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: multiple sippers including a nozzle sipper and multiple reagent sippers, the reagent sippers extending into different corresponding reagent reservoirs (124, 126, 128) containing different reagents (130, 132, 134) therein such that respective distal tips of the reagent sippers contact the reagents in the reagent reservoirs, the nozzle sipper extending into a mixing reservoir (136, 172); a cache channel extending between a pump end and a reservoir end, the pump end of the cache channel operatively connected to a pump, the reservoir end of the cache channel fluidly connected to the sippers through a reagent selector valve and corresponding fluid channels and wherein the cache channel includes an alternating pattern of the designated amounts of the different reagents along a length of the cache channel in response to aspirating the reagents into the cache channel; and a control circuitry operatively connected to the pump and the reagent selector valve, the control circuitry implementing a mixing protocol by controlling the pump and the reagent selector valve to automatically aspirate the reagents through the corresponding reagent sippers one at a time in an ordered sequence into the cache channel at designated amounts of the corresponding reagents based on the mixing protocol, the control circuitry subsequently controlling the pump and the reagent selector valve to discharge the reagents from the cache channel through the nozzle sipper into the mixing reservoir (136, 172) and mix the reagents within the mixing reservoir to form a reagent mixture. multiple sippers including a nozzle sipper and multiple reagent sippers, the reagent sippers extending into different corresponding reagent reservoirs (124, 126, 128) containing different reagents (130, 132, 134) therein such that respective distal tips of the reagent sippers contact the reagents in the reagent reservoirs, the nozzle sipper extending into a mixing reservoir (136, 172); a cache channel extending between a pump end and a reservoir end, the pump end of the cache channel operatively connected to a pump, the reservoir end of the cache channel fluidly connected to the sippers through a reagent selector valve and corresponding fluid channels and wherein the cache channel includes an alternating pattern of the designated amounts of the different reagents along a length of the cache channel in response to aspirating the reagents into the cache channel; and a control circuitry operatively connected to the pump and the reagent selector valve, the control circuitry implementing a mixing protocol by controlling the pump and the reagent selector valve to automatically aspirate the reagents through the corresponding reagent sippers one at a time in an ordered sequence into the cache channel at designated amounts of the corresponding reagents based on the mixing protocol, the control circuitry subsequently controlling the pump and the reagent selector valve to discharge the reagents from the cache channel through the nozzle sipper into the mixing reservoir (136, 172) and mix the reagents within the mixing reservoir to form a reagent mixture.
A method for minimizing loss of data while using a computer application (100, 200, 300) comprising the steps of: monitoring a call from the computer application to a routine to detect the presence of a fault, wherein the step of monitoring the call from the computer application to the routine comprises monitoring the output of the routine call for faults such as exceptions, bad return codes or other incorrect behavior, and on return, inspecting results of the call; if a fault has not occurred, returning control back to the computer application; and if a fault has occurred, selecting a method for handling the fault, the method for handling the fault being selected from the following methods: redirecting execution of code of the computer application, and suspending the computer application; and performing the selected method for handling the fault, wherein performing a redirection comprises invoking an identified save logic of the computer application in order to save data. monitoring a call from the computer application to a routine to detect the presence of a fault, wherein the step of monitoring the call from the computer application to the routine comprises monitoring the output of the routine call for faults such as exceptions, bad return codes or other incorrect behavior, and on return, inspecting results of the call; if a fault has not occurred, returning control back to the computer application; and if a fault has occurred, selecting a method for handling the fault, the method for handling the fault being selected from the following methods: redirecting execution of code of the computer application, and suspending the computer application; and performing the selected method for handling the fault, wherein performing a redirection comprises invoking an identified save logic of the computer application in order to save data.
An additive composition consisting of 1) at least one salt of a phosphate hydrocarbon ester wherein the salt of a phosphate hydrocarbon ester comprises a monoalkyl phosphate, dialkyl phosphate, or mixture thereof, and 2) at least one N-hydrocarbyl substituted imidazoline, wherein the N-hydrocarbyl substituted imidazoline is of formula: wherein the dashed line indicates resonance, R 7 is a hydrocarbyl group containing from 2 to 18 carbon atoms and at least one heteroatom, R 8 is hydrogen or a hydrocarbyl group containing from 1 to 40 carbon atoms, and R 9 and R 10 are independently hydrogen or a hydrocarbyl group containing from 1 to 4 carbon atoms; wherein the ratio by weight of the at least one salt of a phosphate hydrocarbon ester of to the at least one N-hydrocarbyl substituted imidazoline of is from 1:10 to 10:1. the dashed line indicates resonance, R 7 is a hydrocarbyl group containing from 2 to 18 carbon atoms and at least one heteroatom, R 8 is hydrogen or a hydrocarbyl group containing from 1 to 40 carbon atoms, and R 9 and R 10 are independently hydrogen or a hydrocarbyl group containing from 1 to 4 carbon atoms; wherein the ratio by weight of the at least one salt of a phosphate hydrocarbon ester of to the at least one N-hydrocarbyl substituted imidazoline of is from 1:10 to 10:1.
Anti-trip mechanism for limiting the angular travel of a timepiece balance of a timepiece movement, said balance including a staff and a pin projecting from said staff, said anti-trip mechanism including at least one flexible bistable element which is arranged to be fixed, via flexible and elastic connecting members that said mechanism comprises, to a rigid structural element of said timepiece movement, and which bistable element is carrying at least one anti-trip stop member which includes two arms (61, 62), whose respective ends (63, 64) can each interfere with the trajectory of said pin said flexible bistable element being arranged to be fixed to said rigid structural element via at least two flexible strips (91; 92) forming such said flexible and elastic connecting elements, and which flexible strips (91; 92) are mounted prestressed and buckled relative to said structure or relative to a frame comprised in said flexible bistable element, said at least two flexible strips (91; 92) forming a first prestressed and buckled beam according to an embodiment wherein said first beam adopts an S or Z shape, a pivot forcing said beam to have a nodal point in a middle area thereof, said flexible bistable element being carried out by buckling under stress of said at least two flexible strips (91; 92) via two eccentric screws (94; 95), a third beam arranged to be fixed to said structure or to said frame forcing said beam to deform in the embodiment wherein it adopts an S or Z shape, this third beam forming said pivot.
A chimeric protein comprising: (a) a modified human IFN-γ, said modified human IFN-γ having one or more mutations as compared to a wild type IFN-γ, the mutations being selected from a truncation at the C-terminus of 14, 15, or 16 amino acid residues or an A23G and D24G double substitution; (b) one or more targeting moieties, said targeting moieties comprising recognition domains which specifically bind to antigens or receptors of interest; and wherein the modified human IFN-γ and the one or more targeting moieties are optionally connected with one or more linkers. (a) a modified human IFN-γ, said modified human IFN-γ having one or more mutations as compared to a wild type IFN-γ, the mutations being selected from a truncation at the C-terminus of 14, 15, or 16 amino acid residues or an A23G and D24G double substitution; (b) one or more targeting moieties, said targeting moieties comprising recognition domains which specifically bind to antigens or receptors of interest; and wherein the modified human IFN-γ and the one or more targeting moieties are optionally connected with one or more linkers.
Holder for holding wiping covers for cleaning means, in particular wiping covers for mops, having: - a central portion, - two lockable folding wings which are mounted pivotably on the central portion, - a locking device (17, 18) for locking the two folding wings in a pivot position relative to the central portion, and - a device for releasing the lock of the locked folding wings relative to the central portion, so that the folding wings can be pivoted, wherein the locking device (17, 18) is biased towards the state in which the two folding wings are locked, so that when the lock is released upon movement of the two folding wings towards a state in which the lower surfaces of the two folding wings lie substantially in one plane, the holder automatically locks the folding wings by means of the locking device (17, 18), wherein the locking device has for at least one folding wing, preferably for both, a stop on the folding wing and a contact portion which is movable relative to the central portion and which has at least one contact portion stop, and wherein the stop on the folding wing and the contact portion stop are engaged with each other when the folding wing is locked and they become disengaged upon release of the lock by movement of the contact portion, characterised in that the contact portion is movable substantially parallel to the pivot shaft of the folding wing. - a central portion, - two lockable folding wings which are mounted pivotably on the central portion, - a locking device (17, 18) for locking the two folding wings in a pivot position relative to the central portion, and - a device for releasing the lock of the locked folding wings relative to the central portion, so that the folding wings can be pivoted,
A motor vehicle interior trim, of the type comprising a multilayer panel having at least one support and an appearance skin covering the support, the trim comprising a hole extending through the panel, a switch positioned in the hole and a plug for closing the hole and covering the switch, the plug allowing actuation of the switch through the plug, characterized in that the plug is attached on the skin by means of mating snap-fit attachment reliefs provided on the plug and the skin so that the plug is removably mounted on the skin.
A medical system, comprising a. a housing; b. a preassembled functional module received in the housing, the preassembled functional module comprising b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor; b3. an insertion component for inserting the analytical sensor into a body tissue of the user, wherein the insertion component comprises at least one insertion cannula, with the analytical sensor partially received therein; and b4. at least one sterility cap at least partially surrounding the insertion component; c. at least one removable protective cap connected to the housing, covering the preassembled functional module; wherein the sterility cap is configured for being pulled off from the insertion component when the protective cap is pulled off from the housing, wherein the sterility cap is connected to the protective cap at a distal end of the sterility cap by one or more of a form-fit connection, a force-fit connection. a. a housing; b. a preassembled functional module received in the housing, the preassembled functional module comprising b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor; b3. an insertion component for inserting the analytical sensor into a body tissue of the user, wherein the insertion component comprises at least one insertion cannula, with the analytical sensor partially received therein; and b4. at least one sterility cap at least partially surrounding the insertion component; b1. an analytical sensor for detecting at least one analyte in a body fluid of a user; b2. an electronics unit electrically connected to the analytical sensor; b3. an insertion component for inserting the analytical sensor into a body tissue of the user, wherein the insertion component comprises at least one insertion cannula, with the analytical sensor partially received therein; and b4. at least one sterility cap at least partially surrounding the insertion component; c. at least one removable protective cap connected to the housing, covering the preassembled functional module;
A method of controlling at least one light source to generate glare towards at least one spectator area in a stadium comprising a plurality of spectator areas, the method comprising: receiving, from a sound transducer in the stadium, an audio signal, analyzing, by a processor, the audio signal to recognize a specific sound or sound pattern indicative of unwanted behavior, detecting, by the processor, based on said analysis, that at least one spectator is exhibiting unwanted behavior within a first spectator area; determining, by a source localization module, a location of the first spectator area; identifying, by the processor, a second spectator area as being a target of the unwanted behavior, determining, by the processor, a line of sight between the first spectator area and the second spectator area; and controlling at least one light source to increase an amount of glare along the determined line of sight thereby discouraging the at least one spectator from looking towards the second spectator area to discourage the unwanted behavior. receiving, from a sound transducer in the stadium, an audio signal, analyzing, by a processor, the audio signal to recognize a specific sound or sound pattern indicative of unwanted behavior, detecting, by the processor, based on said analysis, that at least one spectator is exhibiting unwanted behavior within a first spectator area; determining, by a source localization module, a location of the first spectator area; identifying, by the processor, a second spectator area as being a target of the unwanted behavior, determining, by the processor, a line of sight between the first spectator area and the second spectator area; and controlling at least one light source to increase an amount of glare along the determined line of sight thereby discouraging the at least one spectator from looking towards the second spectator area to discourage the unwanted behavior.
Smoking article with a distal end and a proximal end and extending in a longitudinal direction from said proximal end to said distal end, wherein the smoking article comprises a longitudinal axis, along which at least one tobacco segment comprising tobacco and at least one filter segment comprising at least one or more parts are arranged, wherein the tobacco segment and/or the filter segment is/are surrounded by a wrapper, wherein the wrapper comprises at least a first layer comprising paper material and a second layer comprising reconstituted tobacco, wherein the first layer is adjoined to the second layer, wherein the first and second layer are attached to one another with glue, wherein the glue is positioned between the first and second layer, wherein the first and second layer have the same or at least similar dimensions, characterized in that the glue positioned between the first and the second layer is formed as a full layer.
Method of cleaning and after treatment of optical surfaces in an irradiation unit, said irradiation unit comprising a radiation source (1, 31) emitting EUV-radiation and/or soft X-rays, a first volume following said radiation source (1, 31) and containing first optical components (3, 33) with said optical surfaces, and a second volume following said first volume and containing second optical components, said method comprising at least one cleaning step in which a first gas or gas mixture is brought into contact with said optical surfaces, thereby forming volatile compounds with contaminations deposited on said optical surfaces, wherein said compounds are pumped out of the first volume together with the first gas or gas mixture, characterized in that in an after treatment step following said cleaning step the radiation source (1, 31) is operated once or several times in order to release residues of the cleaning step from the optical surfaces by irradiating said optical surfaces with said EUV-radiation or soft X-rays while the first volume is separated from the second volume, wherein said released residues are pumped out of the first volume.
A compound having a formula: or a pharmaceutically acceptable salt thereof wherein: X is hydroxyl or hydroxymethyl; Y is hydrogen or alkyl; or X and Y together form hydroxyalkylidenyl, or oxime; provided that the compound is not 4-(4-hydroxycyclohexyl)phenol. X is hydroxyl or hydroxymethyl; Y is hydrogen or alkyl; or X and Y together form hydroxyalkylidenyl, or oxime; provided that the compound is not 4-(4-hydroxycyclohexyl)phenol.
Medicament delivery device comprising a housing (12, 14): - a medicament container holder, arranged movable in relation to said housing (12, 14) and capable of accommodating a medicament container; - an activator comprising a plunger rod, which plunger rod is arranged to be moved in the proximal direction of the medicament delivery device by the activator to act on a stopper of the medicament container for delivering a dose of medicament through a medicament delivery member when said activator is operated; - a delay mechanism arranged between the activator and the plunger rod, characterised in that the delay mechanism is provided with delay elements (180, 182) allowing movement of the activator in the proximal direction after movement of the plunger rod has terminated, wherein said delay elements (180, 182) comprise resilient elements capable of exerting a resilient force between the plunger rod and the activator, and wherein the resilient force is chosen larger than the force required to move the stopper when delivering a dose. - a medicament container holder, arranged movable in relation to said housing (12, 14) and capable of accommodating a medicament container; - an activator comprising a plunger rod, which plunger rod is arranged to be moved in the proximal direction of the medicament delivery device by the activator to act on a stopper of the medicament container for delivering a dose of medicament through a medicament delivery member when said activator is operated; - a delay mechanism arranged between the activator and the plunger rod, characterised in that the delay mechanism is provided with delay elements (180, 182) allowing movement of the activator in the proximal direction after movement of the plunger rod has terminated,
A blade icing state identification method for a wind generator set, characterized by comprising: setting a preset wind speed threshold and a preset rotating speed threshold, and setting the preset rotating speed threshold as a lower limit value of a maximum limited rotating speed (n_limit) of the wind generator set operating under a limited power condition; obtaining a current wind speed and a current rotating speed of the wind generator set, and comparing the current wind speed and the current rotating speed of the wind generator set with the preset wind speed threshold and the preset rotating speed threshold respectively; progressively increasing a blade icing possibility index when the current wind speed is greater than the preset wind speed threshold and the current rotating speed of the wind generator set is smaller than the preset rotating speed threshold, and otherwise, progressively decreasing the blade icing possibility index; and determining that blades are in an icing state when the blade icing possibility index is greater than a preset index, wherein the preset rotating speed threshold is greater than a minimum rotating speed (n_min) of the wind generator set and is smaller than an intermediate value between the minimum rotating speed (n_min) and a maximum rotating speed of the wind generator set. setting a preset wind speed threshold and a preset rotating speed threshold, and setting the preset rotating speed threshold as a lower limit value of a maximum limited rotating speed (n_limit) of the wind generator set operating under a limited power condition; obtaining a current wind speed and a current rotating speed of the wind generator set, and comparing the current wind speed and the current rotating speed of the wind generator set with the preset wind speed threshold and the preset rotating speed threshold respectively; progressively increasing a blade icing possibility index when the current wind speed is greater than the preset wind speed threshold and the current rotating speed of the wind generator set is smaller than the preset rotating speed threshold, and otherwise, progressively decreasing the blade icing possibility index; and determining that blades are in an icing state when the blade icing possibility index is greater than a preset index, wherein the preset rotating speed threshold is greater than a minimum rotating speed (n_min) of the wind generator set and is smaller than an intermediate value between the minimum rotating speed (n_min) and a maximum rotating speed of the wind generator set.
A composite filter aid, comprising: a mineral associated with an antimicrobial metal compound, wherein the filter aid has a permeability ranging from 9.86 × 10 -14 m 2 to 1.97 × 10 -11 m 2 (0.1 to 20 darcys), further wherein the mineral includes one or more of diatomaceous earth and perlite.
Mixing system for a nitrogen oxide (NO x) abatement system, which comprises - a flow passage for conducting a NO x comprising exhaust gas stream in an exhaust gas stream flow direction; - one or more injection lances positioned inside the flow passage and arranged with one or more injection points for introducing a NO x reducing agent into the exhaust gas stream; and - flat deflector plates operatively associated with one or more injection lances and positioned inside the flow passage; characterised in that the flat deflector plates are positioned downstream from the one or more injection points and in a transverse direction on the exhaust gas flow direction for mixing the NO x reducing agent with the exhaust gas stream by inducing turbulent flows, wherein the flat deflector plates are connected by means of one or more spacers to an injection lance. - a flow passage for conducting a NO x comprising exhaust gas stream in an exhaust gas stream flow direction; - one or more injection lances positioned inside the flow passage and arranged with one or more injection points for introducing a NO x reducing agent into the exhaust gas stream; and - flat deflector plates operatively associated with one or more injection lances and positioned inside the flow passage;