mhurhangee/patent-ind-claim-en huggingface dataset:
A decontamination apparatus for decontaminating an enclosed room, the decontamination apparatus comprising: a source comprising a UVC bulb and a reflective shield arranged adjacent to the UVC bulb and configured to reflect UVC light emitted by the UVC bulb toward a region of the enclosed room to be decontaminated; a mounting system that is adjustable to secure the source at a desired location within the enclosed room; a controller operatively-connected to the source to terminate operation of the UVC bulb in response to a determination that an occupant is present within the enclosed room, wherein the reflective shield comprises a plurality of regions, each of the plurality of regions having a different arcuate shape comprising a different radius of curvature to reflect the UVC light emitted by the UVC bulb toward the region of the enclosed room to be decontaminated; and a housing in which the UVC bulb and the reflective shield are mounted, the housing being adjustably coupled to pivot about a first axis of rotation and wherein the reflective shield is pivotally coupled to the housing as to pivot about a second axis of rotation that is perpendicular to the first axis of rotation. a source comprising a UVC bulb and a reflective shield arranged adjacent to the UVC bulb and configured to reflect UVC light emitted by the UVC bulb toward a region of the enclosed room to be decontaminated; a mounting system that is adjustable to secure the source at a desired location within the enclosed room; a controller operatively-connected to the source to terminate operation of the UVC bulb in response to a determination that an occupant is present within the enclosed room, wherein the reflective shield comprises a plurality of regions, each of the plurality of regions having a different arcuate shape comprising a different radius of curvature to reflect the UVC light emitted by the UVC bulb toward the region of the enclosed room to be decontaminated; and a housing in which the UVC bulb and the reflective shield are mounted, the housing being adjustably coupled to pivot about a first axis of rotation and wherein the reflective shield is pivotally coupled to the housing as to pivot about a second axis of rotation that is perpendicular to the first axis of rotation.
A surgical instrument , comprising: a displacement member configured to translate within the surgical instrument; a motor coupled to the displacement member, wherein the motor is configured to translate the displacement member at a velocity, and wherein the velocity is set by a velocity mode; a display ; and a control circuit coupled to the motor and the display, wherein the control circuit is configured to: cause the displacement member to translate a first distance; determine a first time period required for the displacement member to translate the first distance; cause the display to present a selection menu indicia that is indicative of the velocity mode, wherein the selection menu indicia displayed is limited by the first distance and the first time period; receive a user input corresponding to the velocity mode; and set the motor velocity based on the user input. a displacement member configured to translate within the surgical instrument; a motor coupled to the displacement member, wherein the motor is configured to translate the displacement member at a velocity, and wherein the velocity is set by a velocity mode; a display ; and a control circuit coupled to the motor and the display, wherein the control circuit is configured to: cause the displacement member to translate a first distance; determine a first time period required for the displacement member to translate the first distance; cause the display to present a selection menu indicia that is indicative of the velocity mode, wherein the selection menu indicia displayed is limited by the first distance and the first time period; receive a user input corresponding to the velocity mode; and set the motor velocity based on the user input. cause the displacement member to translate a first distance; determine a first time period required for the displacement member to translate the first distance; cause the display to present a selection menu indicia that is indicative of the velocity mode, wherein the selection menu indicia displayed is limited by the first distance and the first time period; receive a user input corresponding to the velocity mode; and set the motor velocity based on the user input.
A valve including: a base ; a fluid communication channel formed adjacent to the base ; a protruding valve element on the base , extending into the fluid communication channel; a first bubble element on the base , positioned on a product side of the protruding valve element and extending into the fluid communication channel, wherein inflation of the first bubble element blocks flow in the fluid communication channel to the protruding valve element , and deflation of the first bubble element allows flow in the fluid communication channel to the protruding valve element ; and a second bubble element separated from the first bubble element , wherein inflation of the second bubble element allows deflation of the first bubble element . a base ; a fluid communication channel formed adjacent to the base ; a protruding valve element on the base , extending into the fluid communication channel; a first bubble element on the base , positioned on a product side of the protruding valve element and extending into the fluid communication channel, wherein inflation of the first bubble element blocks flow in the fluid communication channel to the protruding valve element , and deflation of the first bubble element allows flow in the fluid communication channel to the protruding valve element ; and a second bubble element separated from the first bubble element , wherein inflation of the second bubble element allows deflation of the first bubble element .
Flexible composite organic aerogel comprising: - a textile reinforcement , - an organic aerogel placed within said textile reinforcement , characterized in that said organic aerogel is based on a resin resulting at least in part from polyhydroxybenzene monomer(s) R selected from di- or trihydroxybenzenes and from a formaldehyde monomer F, said organic aerogel being an organic polymer gel comprising at least one water-soluble cationic polyelectrolyte P, said organic aerogel having a specific thermal conductivity of between 10 and 40 mW.m -1 .K -1 at atmospheric pressure, the organic aerogel comprising the product of a polymerization reaction in an aqueous solvent W of polyhydroxybenzene(s) R and of formaldehyde F, in the presence of at least one water-soluble cationic polyelectrolyte P dissolved in said aqueous solvent and in the presence of a catalyst, and wherein the product of the polymerization reaction comprises said at least one water-soluble cationic polyelectrolyte P in a mass fraction of between 0.2% and 2%. - a textile reinforcement , - an organic aerogel placed within said textile reinforcement ,
Device for reactive power compensation in a high-voltage network , which has at least one phase conductor , wherein the device has at least one high-voltage connection which is set up to connect to a specified phase conductor in each case, wherein as part of the device for each specified high-voltage connection - a first and a second core section which are part of a closed magnet circuit of the device, - a first high-voltage winding which encloses the first core section, - a second high-voltage winding which encloses the second core section and is connected in parallel to the first high-voltage winding, - at least one saturation switching branch which is set up to saturate at least one specified core section and has controllable power semiconductor switches and - a control unit for controlling the power semiconductor switches are provided, characterized in that at least one specified high-voltage winding has a central connection and is connected at its winding ends to the saturation switching branch and, via the central connection, to the high-voltage connection . - a first and a second core section which are part of a closed magnet circuit of the device, - a first high-voltage winding which encloses the first core section, - a second high-voltage winding which encloses the second core section and is connected in parallel to the first high-voltage winding, - at least one saturation switching branch which is set up to saturate at least one specified core section and has controllable power semiconductor switches and - a control unit for controlling the power semiconductor switches are provided,
Stabilization bearing system for a geared turbofan engine , in particular an aircraft engine, with a stabilization bearing for an input shaft device to an epicyclic gearbox device of the geared turbofan engine , the stabilization bearing being located axially in front of an input shaft device location bearing system , characterized in that the axial distance (D) between the input shaft device location bearing system and the stabilization bearing is 1 to 8 times the mean diameter of the input shaft device and the axial distance of the stabilization bearing from the centerline of the epicyclic gearbox device is 2 to 4 times the mean diameter of the input shaft device at the epicyclic gearbox device . characterized in that the axial distance (D) between the input shaft device location bearing system and the stabilization bearing is 1 to 8 times the mean diameter of the input shaft device and the axial distance of the stabilization bearing from the centerline of the epicyclic gearbox device is 2 to 4 times the mean diameter of the input shaft device at the epicyclic gearbox device .
A method of forming an array of membranes comprising amphipathic molecules, the method comprising: providing an apparatus comprising a support that comprises partitions defining an array of compartments , the partitions comprising inner portions and outer portions , the inner portions defining inner recesses without gaps therebetween that are capable of constraining volumes comprising polar medium that may be contained in neighbouring inner recesses from contacting each other, and the outer portions extending outwardly from the inner portions and having gaps allowing the flow of an apolar medium between the compartments , whereby the compartments have openings through which polar medium may be introduced; disposing polar medium and apolar medium onto the support to provide volumes comprising polar medium within respective compartments so that the volumes comprising polar medium are constrained from contacting volumes comprising polar medium in neighbouring compartments , and a layer comprising apolar medium extending across the openings in the support in contact with the volumes comprising polar medium; and flowing polar medium across the openings in the support to displace apolar medium and form a layer comprising polar medium extending across the openings in the support in contact with the volumes comprising polar medium and membranes comprising amphipathic molecules at the interfaces between the layer comprising polar medium and the volumes comprising polar medium. providing an apparatus comprising a support that comprises partitions defining an array of compartments , the partitions comprising inner portions and outer portions , the inner portions defining inner recesses without gaps therebetween that are capable of constraining volumes comprising polar medium that may be contained in neighbouring inner recesses from contacting each other, and the outer portions extending outwardly from the inner portions and having gaps allowing the flow of an apolar medium between the compartments , whereby the compartments have openings through which polar medium may be introduced; disposing polar medium and apolar medium onto the support to provide volumes comprising polar medium within respective compartments so that the volumes comprising polar medium are constrained from contacting volumes comprising polar medium in neighbouring compartments , and a layer comprising apolar medium extending across the openings in the support in contact with the volumes comprising polar medium; and flowing polar medium across the openings in the support to displace apolar medium and form a layer comprising polar medium extending across the openings in the support in contact with the volumes comprising polar medium and membranes comprising amphipathic molecules at the interfaces between the layer comprising polar medium and the volumes comprising polar medium.
A method carried out by a wireless network, comprising: sending to a user equipment, UE, a first indication to cause the UE to maintain using a first set of security keys generated from a parameter specific to a source access node after the UE hands over a cellular link to a target access node without changing a wireless termination, WT, with which the UE is connected via a non-cellular link; and using at least one key of the first set of security keys to maintain the non-cellular link with the UE after the UE hands over the cellular link to the target access node without changing the WT. sending to a user equipment, UE, a first indication to cause the UE to maintain using a first set of security keys generated from a parameter specific to a source access node after the UE hands over a cellular link to a target access node without changing a wireless termination, WT, with which the UE is connected via a non-cellular link; and using at least one key of the first set of security keys to maintain the non-cellular link with the UE after the UE hands over the cellular link to the target access node without changing the WT.
A blood sequestration device comprising; an inlet port ; a junction connected with the inlet port ; a sequestration chamber having a vent comprising an air permeable blood barrier ; a sampling channel having a proximal end connected with the inlet port via the junction , and a distal end connected with an outlet port ; and a housing that houses and defines the inlet port , the junction , the sequestration chamber , the sampling channel , and the outlet port , wherein the sequestration chamber is connected with the inlet port via the junction which is configured to direct a first portion of blood to the sequestration chamber , characterized in that the air permeable blood barrier includes an air permeable material that seals at least partially upon contact with a portion of the first portion of blood. an inlet port ; a junction connected with the inlet port ; a sequestration chamber having a vent comprising an air permeable blood barrier ; a sampling channel having a proximal end connected with the inlet port via the junction , and a distal end connected with an outlet port ; and a housing that houses and defines the inlet port , the junction , the sequestration chamber , the sampling channel , and the outlet port , wherein the sequestration chamber is connected with the inlet port via the junction which is configured to direct a first portion of blood to the sequestration chamber , characterized in that the air permeable blood barrier includes an air permeable material that seals at least partially upon contact with a portion of the first portion of blood.
A roll container having a base which is mounted on rotatable castors , a grating wall frame arranged on the base , and at least one manoeuvring handle on the grating wall frame , characterised in that - the manoeuvring handle is in the form of a grip which can be hooked detachably into the grating wall frame and - is attached to the roll container as required rather than permanently, so that - a user can vary the attachment height of the grip as desired. - the manoeuvring handle is in the form of a grip which can be hooked detachably into the grating wall frame and - is attached to the roll container as required rather than permanently, so that - a user can vary the attachment height of the grip as desired.
Locking device for a rotating device for holding a plurality of machining and handling units , wherein the rotating device comprises at least one carrier body with a hollow shaft element mounted therein rotatably about a rotation or swivel axis (DA), wherein a rotating member for accommodating the machining and handling units is arranged at a free end (E), wherein the rotating member of the rotating device can be locked rotation-proof by means of the locking device against a rotation about the rotation or swivel axis (DA), wherein the locking device comprises at least one bolt element (9.1) and a working cylinder arrangement (9.2) which can be operated in a controlled and/or regulated manner for the displacement of the bolt element (9.1), which working cylinder arrangement comprises at least one piston (9.4) accommodated in a displaceable manner in a cylinder (9.3), which cooperates in a force-locked manner with the bolt element (9.1), wherein the at least one displaceable bolt element (9.1) cooperates with index openings provided on the rotating member , which are provided radially spaced apart around the rotation or swivel axis (DA) and wherein the locking device is designed for locking and/or mechanical locking of the rotating member in its respective rotation angle position.
A device for coating components such as frame parts, sheet metal parts or profile parts with a powder layer, which can be produced on the grounded components to be coated by means of electrostatically charged powder particles , comprising discharging devices that discharge the powder, wherein the discharge of said discharging devices interacts with an electrode for charging the powder particles , wherein the component to be coated is arranged on a conveying device , by means of which the component is grounded, such that an adhesive effect is generated on the component upon impact of the charged powder particle , wherein the device consists of a container that is realized in the form of a dip tank, into and out of which the components to be coated can be transported by means of the conveying device , wherein the discharging devices for the powder particles are arranged on the inside of parallel sidewalls of the container , and wherein separately arranged electrodes are likewise fastened on the sidewalls independently of the discharging devices , characterized in that the discharging devices are realized in such a way that the powder particles exit the respective discharging device under the effect of gravity, wherein the discharging devices are furthermore realized in such a way that they produce a planar curtain consisting of the powder particles on the respective sidewall of the container . discharging devices that discharge the powder, wherein the discharge of said discharging devices interacts with an electrode for charging the powder particles , wherein the component to be coated is arranged on a conveying device , by means of which the component is grounded, such that an adhesive effect is generated on the component upon impact of the charged powder particle , wherein the device consists of a container that is realized in the form of a dip tank, into and out of which the components to be coated can be transported by means of the conveying device , wherein the discharging devices for the powder particles are arranged on the inside of parallel sidewalls of the container , and wherein separately arranged electrodes are likewise fastened on the sidewalls independently of the discharging devices , characterized in that the discharging devices are realized in such a way that the powder particles exit the respective discharging device under the effect of gravity, wherein the discharging devices are furthermore realized in such a way that they produce a planar curtain consisting of the powder particles on the respective sidewall of the container .
An optical information reading apparatus , comprising: an imaging section that performs imaging to obtain image data; and a control section that decodes binarized data of an optical code contained in the image data taken by the imaging section to obtain code information and outputs a signal upon success of reading of the optical code, characterised in that the control section : converts the code information back to binarized data of the optical code, counts the number of erroneous dots through binarization determination by comparing the binarized data of the optical code contained in the image data and the binarized data of the optical code obtained by converting the code information, calculates a damage rate that is a ratio of the number of erroneous dots counted through binarization determination to the total number of dots of the entire optical code, and determines reading stability on the basis of the damage rate. an imaging section that performs imaging to obtain image data; and a control section that decodes binarized data of an optical code contained in the image data taken by the imaging section to obtain code information and outputs a signal upon success of reading of the optical code, characterised in that the control section : converts the code information back to binarized data of the optical code, counts the number of erroneous dots through binarization determination by comparing the binarized data of the optical code contained in the image data and the binarized data of the optical code obtained by converting the code information, calculates a damage rate that is a ratio of the number of erroneous dots counted through binarization determination to the total number of dots of the entire optical code, and determines reading stability on the basis of the damage rate. converts the code information back to binarized data of the optical code, counts the number of erroneous dots through binarization determination by comparing the binarized data of the optical code contained in the image data and the binarized data of the optical code obtained by converting the code information, calculates a damage rate that is a ratio of the number of erroneous dots counted through binarization determination to the total number of dots of the entire optical code, and determines reading stability on the basis of the damage rate.
A pharmaceutical composition comprising hemp extract and a carrier, wherein the hemp extract comprises: cannabidiol; cannabidiolic acid; cannabigerolic acid; Δ9-tetrahydrocannabinol; and cannabichromene, wherein the ratio of cannabidiol to cannabidiolic acid is about 0.6:1 to about 1:0.6; and wherein the ratio of Δ9-tetrahydrocannabinol to the other cannabinoids is from about 1:50 to about 1:20. cannabidiol; cannabidiolic acid; cannabigerolic acid; Δ9-tetrahydrocannabinol; and cannabichromene, wherein the ratio of cannabidiol to cannabidiolic acid is about 0.6:1 to about 1:0.6; and wherein the ratio of Δ9-tetrahydrocannabinol to the other cannabinoids is from about 1:50 to about 1:20.