mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a low-odor polyether polyol, characterized by comprising the following steps: an initial polymerization reaction step, comprising: adding an initiator and an alkaline catalyst into a reaction container, and then inputting an epoxy olefin into the reaction container for a polymerization reaction to obtain a mixed material; a circulation distribution polymerization step, comprising: taking the mixed material for outputting, splitting and spraying into the reaction container at a high speed, followed by circulating the above operations while inputting the epoxy olefin and maintaining a rotation speed of 90-105 r/min for stirring the mixed material that has been sprayed into the reaction container, continuing to proceed with the polymerization reaction, and curing to obtain a crude polyether polyol; and a refining step, comprising: taking the crude polyether polyol for a neutralization or dilution treatment to obtain a mixed solution of the crude polyether polyol, then aggregating a mixed solution stream by means of a hydrophilic medium, settling and separating to obtain the low-odor polyether polyol; wherein in the circulation distribution polymerization step, a ratio of a flow rate of the mixed material sprayed into the reaction container to a volume of the reaction container is 2-5 tons/hour: 1 cubic meter. an initial polymerization reaction step, comprising: adding an initiator and an alkaline catalyst into a reaction container, and then inputting an epoxy olefin into the reaction container for a polymerization reaction to obtain a mixed material; a circulation distribution polymerization step, comprising: taking the mixed material for outputting, splitting and spraying into the reaction container at a high speed, followed by circulating the above operations while inputting the epoxy olefin and maintaining a rotation speed of 90-105 r/min for stirring the mixed material that has been sprayed into the reaction container, continuing to proceed with the polymerization reaction, and curing to obtain a crude polyether polyol; and a refining step, comprising: taking the crude polyether polyol for a neutralization or dilution treatment to obtain a mixed solution of the crude polyether polyol, then aggregating a mixed solution stream by means of a hydrophilic medium, settling and separating to obtain the low-odor polyether polyol; wherein in the circulation distribution polymerization step, a ratio of a flow rate of the mixed material sprayed into the reaction container to a volume of the reaction container is 2-5 tons/hour: 1 cubic meter.
Sausage processing apparatus, comprising a circulating first transport device in the form of a compartmented belt, wherein a sausage can be received in each compartment, a downstream compartmented roller, wherein in each case one sausage can be transferred from a compartment of the first transport device into a compartment of the compartmented roller, and a second circulating transport device, onto which the sausages can be transferred from the compartments (7, 7a, 7b, 7c, 7d) of the compartmented roller, a control device which controls the conveying operation of the second transport device and of the compartmented roller, and a sensor device for detecting the occupancy of the compartments of the first transport device, wherein the control device is configured to control the conveying operation of the compartmented roller and of the second transport device in a manner dependent on the detection result of the sensor device such that, upon detection of one or more successive unoccupied compartments (4a, 4b) of the first transport device, the conveying operation of the compartmented roller and of the second transport device is stopped or slowed when the unoccupied compartment (4a, 4b) is situated in or is entering a transfer position (Ü1) and, upon detection of an occupied compartment, said conveying operation is resumed when the occupied compartment is situated in or is entering the transfer position (Ü1).
Functional system subjected to a change in environment from air to water such as an underwater countermeasure designed to be launched in particular from a surface structure, of the type comprising a countermeasure body co-operating with an inflatable bag, characterised in that it comprises means constituting air inlets (4, 5) for inflating the bag biased into an open position when the latter is launched, and in that these air inlets (4, 5) co-operate with closing means (10, 11) once the system has been launched and the bag has been inflated, the means constituting air inlets (4, 5) comprising valves (8, 9) articulated on the rest of the system and biased by elastic means (6, 7) when the means constituting air inlets (4, 5) are in the open position once the system has been launched, the valves (8, 9) of the means constituting air inlets being connected to linking means at the base of the bag for triggering their displacement and thus closing the air inlets (4, 5) by opposing the biasing action of the elastic means (6, 7) once the bag has been inflated.
A method to improve data access control, the method comprising: assigning at least one threshold to at least one contextual criterion, wherein the at least one contextual criterion includes a permitted geographic area of permitted accessibility defined by a permitted virtual data boundary; receiving contextual information from a claimant including a geographical location of the claimant when the claimant is attempting to access the data, wherein determining the geographical location comprises using satellite geolocation techniques, which use at least one signal for authentication in order to obtain the geographical location of the claimant; determining whether the contextual information from the claimant meets the at least one threshold to the at least one contextual criterion; authenticating the claimant, if the contextual information from the claimant meets at least one of the at least one threshold to the at least one contextual criterion; and allowing the claimant access to the data, if the claimant is authenticated. wherein using at least one signal for authentication in order to obtain the geographical location of the claimant further comprises transmitting spot beams, the spot beams including a "beam zero" authentication beam, and one or more guard spot beams, such that each geographical location within the guard beams and "beam zero" authentication beam receives a unique authentication signals which is a composite signal resulting from multiple overlapping spot beams. assigning at least one threshold to at least one contextual criterion, wherein the at least one contextual criterion includes a permitted geographic area of permitted accessibility defined by a permitted virtual data boundary; receiving contextual information from a claimant including a geographical location of the claimant when the claimant is attempting to access the data, wherein determining the geographical location comprises using satellite geolocation techniques, which use at least one signal for authentication in order to obtain the geographical location of the claimant; determining whether the contextual information from the claimant meets the at least one threshold to the at least one contextual criterion; authenticating the claimant, if the contextual information from the claimant meets at least one of the at least one threshold to the at least one contextual criterion; and allowing the claimant access to the data, if the claimant is authenticated.
An unitary structure comprising: at least one controlled air, sealable, sterilizable cleanroom, and a mechanical system room adjacent to the cleanroom comprising: at least two air handling units in a support room adjacent the cleanroom that provide redundant air to the cleanroom with at least Class 100,000 air purity, the air handling units connected to a one or more supply ducts to the cleanroom, and an exhaust duct in communication with the cleanroom and the air handling unit exhaust, wherein a pressure gradient is formed between the cleanroom and the exterior of the structure; the structure being characterised in that it further comprises at least two power supplies that provide power to electrical outlets in the cleanroom from two sources, wherein the at least two power supplies are connectable to one or more external electrical power sources. at least one controlled air, sealable, sterilizable cleanroom, and a mechanical system room adjacent to the cleanroom comprising: at least two air handling units in a support room adjacent the cleanroom that provide redundant air to the cleanroom with at least Class 100,000 air purity, the air handling units connected to a one or more supply ducts to the cleanroom, and an exhaust duct in communication with the cleanroom and the air handling unit exhaust, wherein a pressure gradient is formed between the cleanroom and the exterior of the structure; the structure being characterised in that it further comprises at least two power supplies that provide power to electrical outlets in the cleanroom from two sources, wherein the at least two power supplies are connectable to one or more external electrical power sources. at least two air handling units in a support room adjacent the cleanroom that provide redundant air to the cleanroom with at least Class 100,000 air purity, the air handling units connected to a one or more supply ducts to the cleanroom, and an exhaust duct in communication with the cleanroom and the air handling unit exhaust, wherein a pressure gradient is formed between the cleanroom and the exterior of the structure; the structure being characterised in that it further comprises at least two power supplies that provide power to electrical outlets in the cleanroom from two sources, wherein the at least two power supplies are connectable to one or more external electrical power sources.
A filter holder for a filter capsule stack, the filter holder comprising: a base for supporting the filter holder on a work surface; a tilting mechanism attached to the base; and a holder arm attached to the tilting mechanism at a tilt axis, the holder arm comprising: a base end, a compression plate proximate the base end, a distal end, a holding plate proximate the distal end, a front support bar, and a rear support bar, the holding plate being slibably connected to the front support bar and the rear support bar, and the holder arm being tiltable about the tilt axis to a service position and an ergonomic loading position; wherein upon installation, the filter capsule stack is held between the compression plate and the holding plate; and wherein the compression plate is continuously adjustable by a filter compression adjustment, which is coupled to the compression plate. a base for supporting the filter holder on a work surface; a tilting mechanism attached to the base; and a holder arm attached to the tilting mechanism at a tilt axis, the holder arm comprising: a base end, a compression plate proximate the base end, a distal end, a holding plate proximate the distal end, a front support bar, and a rear support bar, the holding plate being slibably connected to the front support bar and the rear support bar, and the holder arm being tiltable about the tilt axis to a service position and an ergonomic loading position; wherein upon installation, the filter capsule stack is held between the compression plate and the holding plate; and wherein the compression plate is continuously adjustable by a filter compression adjustment, which is coupled to the compression plate.
A method performed by a Radio Access Management Function, RAMF, for handling connectivity to a Data Network, DN,, the method comprising: receiving (401, 504, 602, 703, 1101), from a User Equipment, UE,, a request associated with connectivity to the DN for an application having a subscription ID, wherein the request comprises the subscription ID, and wherein the application is co-located or incorporated into the UE or located in a separate device; selecting (402, 505, 603, 704, 706, 1102), based on at least a part of the subscription ID, which Session Management Function, SMF, (108, 310) the request should be forwarded to; forwarding (403, 506, 605, 705, 1103) the request to the selected SMF (108, 310); receiving (406, 509, 606, 708, 1106), from the SMF (108, 310), accept information indicating whether the request is accepted, a temporary ID for at least a part of the subscription ID, a SMF ID and a connection ID; and transmitting (511, 608, 710, 1107) at least one of the accept information, the temporary ID and the connection ID to the UE. receiving (401, 504, 602, 703, 1101), from a User Equipment, UE,, a request associated with connectivity to the DN for an application having a subscription ID, wherein the request comprises the subscription ID, and wherein the application is co-located or incorporated into the UE or located in a separate device; selecting (402, 505, 603, 704, 706, 1102), based on at least a part of the subscription ID, which Session Management Function, SMF, (108, 310) the request should be forwarded to; forwarding (403, 506, 605, 705, 1103) the request to the selected SMF (108, 310); receiving (406, 509, 606, 708, 1106), from the SMF (108, 310), accept information indicating whether the request is accepted, a temporary ID for at least a part of the subscription ID, a SMF ID and a connection ID; and transmitting (511, 608, 710, 1107) at least one of the accept information, the temporary ID and the connection ID to the UE.
An attachment for attaching to a hauler having a height adjustable support frame at which at least one work assembly such as a mower, a rotary rake, a soil cultivation device, or the like is adjustably suspended between a lowered working position and a raised transport position suspended by means of at least one support arm that is pivotably supported about a horizontal support arm pivot axis at a height adjustable support frame, wherein at least one detection means for detecting the height position of the support frame and a display terminal for displaying the detected height position of the support frame are provided, with said display terminal being positionable at the driver's cabin of the hauler in the field of view of the machine operator, characterized in that the display terminal has a range display (17, 18) for displaying a desired range of the support frame height and an actual display for displaying the detected actual height position of the support frame relative to said desired range, with the display terminal having a first range display for displaying a desired range of the support frame height for the work position of the attachment in which the support arm is downwardly pivoted and a second range display for displaying a desired range of the support frame height for the work position of the attachment in which the support arm is upwardly pivoted.
A method for detecting and/or classifying an anticoagulant at a therapeutically relevant amount or higher in a patient suspected of having an anticoagulant comprising: a) subjecting a first sample of a blood component from the patient to a clotting assay in the presence of a Factor Xa reagent to obtain a patient Factor Xa clotting measurement, b) subjecting a second sample of the blood component from the patient to a clotting assay in the presence of an ecarin reagent to obtain a patient ecarin clotting measurement; and c) comparing the patient Factor Xa clotting measurement to a control Factor Xa clotting measurement from a control blood component known to lack the anticoagulant and comparing the patient ecarin clotting measurement to a control ecarin clotting measurement from the control blood component; wherein the patient Factor Xa clotting measurement of greater than the control Factor Xa clotting measurement indicates the presence of the anticoagulant at or above a therapeutically relevant amount in the patient and identifies the anticoagulant as an anti-Factor Xa anticoagulant, and wherein a patient Factor Xa clotting measurement less than or equal to the control Factor Xa clotting measurement indicates the absence of any anticoagulant at or above a therapeutically relevant amount in the patient; and wherein the patient ecarin clotting measurement greater than the control ecarin clotting measurement indicates the presence of the anticoagulant at or above a therapeutically relevant amount in the patient and identifies the anticoagulant as a Direct Thrombin Inhibitor. a) subjecting a first sample of a blood component from the patient to a clotting assay in the presence of a Factor Xa reagent to obtain a patient Factor Xa clotting measurement, b) subjecting a second sample of the blood component from the patient to a clotting assay in the presence of an ecarin reagent to obtain a patient ecarin clotting measurement; and c) comparing the patient Factor Xa clotting measurement to a control Factor Xa clotting measurement from a control blood component known to lack the anticoagulant and comparing the patient ecarin clotting measurement to a control ecarin clotting measurement from the control blood component;
Power detection circuitry, comprising: voltage reference circuitry coupled to a source voltage V cc and operative to provide to a reference node a reference voltage V REF ranging from a power-off voltage level to a fixed voltage level; logic circuitry (330, 332, 334) coupled to receive said reference voltage and an input voltage derived from said source voltage, said logic circuitry operative to selectively change the state of a POWER-UP ENABLE signal based on a comparison of said reference voltage and said input voltage; characterised by startup circuitry coupled to said reference circuitry and further coupled to receive a FAST STARTUP signal resulting from said comparison in said logic circuitry, said FAST STARTUP signal selectively causing said startup circuitry to provide a current to said reference circuitry that enables said reference circuitry to couple said reference node to said source voltage; and wherein said reference circuitry provides said fixed voltage level to said reference node when said source voltage approaches said fixed voltage level. voltage reference circuitry coupled to a source voltage V cc and operative to provide to a reference node a reference voltage V REF ranging from a power-off voltage level to a fixed voltage level; logic circuitry (330, 332, 334) coupled to receive said reference voltage and an input voltage derived from said source voltage, said logic circuitry operative to selectively change the state of a POWER-UP ENABLE signal based on a comparison of said reference voltage and said input voltage; characterised by startup circuitry coupled to said reference circuitry and further coupled to receive a FAST STARTUP signal resulting from said comparison in said logic circuitry, said FAST STARTUP signal selectively causing said startup circuitry to provide a current to said reference circuitry that enables said reference circuitry to couple said reference node to said source voltage; and wherein said reference circuitry provides said fixed voltage level to said reference node when said source voltage approaches said fixed voltage level.
A cartridge for delivering an intraocular lens into the eye of a subject, comprising: a body disposed along a longitudinal axis having a distal end and a proximal end; and a tapered lumen disposed along the longitudinal axis having an aperture at the distal end of the body; the aperture and at least a portion of the tapered lumen each consisting of an upper portion and a lower portion; characterized in that: the upper portions each have a first width (a) and a cross-section that is generally arcuate; the lower portions each have a cross-section that is generally horizontally disposed and having a second width (b) that is greater than the first width; wherein the upper and lower portions are arranged such that when the lumen is used to deliver the intraocular lens, the center of the intraocular lens is generally disposed in the upper portion, while portions of the edges of the intraocular lens are substantially disposed in the lower portion. a body disposed along a longitudinal axis having a distal end and a proximal end; and a tapered lumen disposed along the longitudinal axis having an aperture at the distal end of the body; the aperture and at least a portion of the tapered lumen each consisting of an upper portion and a lower portion; characterized in that: the upper portions each have a first width (a) and a cross-section that is generally arcuate; the lower portions each have a cross-section that is generally horizontally disposed and having a second width (b) that is greater than the first width; wherein the upper and lower portions are arranged such that when the lumen is used to deliver the intraocular lens, the center of the intraocular lens is generally disposed in the upper portion, while portions of the edges of the intraocular lens are substantially disposed in the lower portion. the upper portions each have a first width (a) and a cross-section that is generally arcuate; the lower portions each have a cross-section that is generally horizontally disposed and having a second width (b) that is greater than the first width;
A phase stable pharmaceutical topical composition comprising a therapeutically effective amount of an antiviral substance which is acyclovir and a therapeutically effective amount of an anti-inflammatory glucocorticoid which is hydrocortisone, wherein the composition comprises 10.0-15.0% (w/w) of cetostearyl alcohol and 7.5-12.5% (w/w) of isopropyl myristate.
A barrel assembly for firearms, comprising one or more tubes associated with a mono-block, said mono-block comprising at least one partial chamber and one or more cylindrical protrusions which allow the connection of one or more of said tubes and subsequent joining thereof to said mono-block, by welding, adhesive bonding, or forcing; wherein each of said protrusions has a length which is substantially smaller than an axial length of said mono-block, as measured in a firing direction.
A pressure control valve for setting an opening pressure defined by a control spring and a conical member urged on by the control spring onto a seat and a lower closing pressure defined by the control spring and a piston head constituting a lifting aid, wherein, downstream of the seat, the pressure control valve includes a chamber with a low pressure connection, in which the piston head is slidably guided, wherein the piston head cooperates in the guide direction in the chamber and in the closed position of the conical member on the seat with a lower edge of the low pressure connection positioned laterally in the chamber with a positive overlap and defines within the positive overlap between the seat and the lower edge of the low pressure connection a throttling region, over which lifting movements of the conical member from the seat may be amplified or accelerated and/or closing movements of the conical member towards the seat may be delayed, characterised in that the impingement area directed from the piston head towards the seat is a multiple of the impingement area (d) of the conical member in the seat.