mhurhangee/patent-ind-claim-en huggingface dataset:
A method for purifying air within a climate controlled space , the method comprising: a controller determining whether an ON signal is received, wherein the ON signal indicates that a vehicle having or towing the space is turned ON; characterized by : upon determining that the ON signal is received, the controller instructing: an air sanitizer of an air sanitization system to turn ON for a set time period to purify an airflow passing through the air sanitization system, an air movement fan/blower of a climate control system to operate in order to direct the airflow into the climate controlled space, and upon determining that the ON signal is not received, the controller instructing the air movement fan/blower and the air sanitizer to be OFF. a controller determining whether an ON signal is received, wherein the ON signal indicates that a vehicle having or towing the space is turned ON; characterized by : upon determining that the ON signal is received, the controller instructing: an air sanitizer of an air sanitization system to turn ON for a set time period to purify an airflow passing through the air sanitization system, an air movement fan/blower of a climate control system to operate in order to direct the airflow into the climate controlled space, and upon determining that the ON signal is not received, the controller instructing the air movement fan/blower and the air sanitizer to be OFF. upon determining that the ON signal is received, the controller instructing: an air sanitizer of an air sanitization system to turn ON for a set time period to purify an airflow passing through the air sanitization system, an air movement fan/blower of a climate control system to operate in order to direct the airflow into the climate controlled space, and an air sanitizer of an air sanitization system to turn ON for a set time period to purify an airflow passing through the air sanitization system, an air movement fan/blower of a climate control system to operate in order to direct the airflow into the climate controlled space, and upon determining that the ON signal is not received, the controller instructing the air movement fan/blower and the air sanitizer to be OFF.
A patient monitoring system comprising: a patient restraint configured to restrain at least a part of a patient relative to a treatment apparatus; a camera system operable to obtain images of at least the part of said patient being restrained by the patient restraint; a projector operable to project light onto said patient undergoing treatment; and a model generation module operable to process images obtained by the camera system to generate a model of the surface of a portion of said patient appearing in the images, characterized in that at least a portion of the patient restraint has a color selected to be substantially similar to color of said light projected onto the patient restraint .
A computer-implemented method for managing metadata associated with one or more objects detected in an image, wherein each of the one or more objects corresponds to a respective area of the image, the method comprising: obtaining (S110) a metadata item associated with one of the one or more objects, wherein the metadata item comprises an identification of the area; characterized by : determining (S120) a level of resolution of the area or of the area as encoded; determining (S130) if the level of resolution is lower than a resolution threshold, wherein the resolution threshold is set such that, when the determined level of resolution is lower than the resolution threshold, one or more intended subsequent analyses of the detected object will not, or is unlikely to, produce any useful result; and on condition that the level of resolution is lower than the resolution threshold, reducing or discarding (S140) the metadata item and keeping the image containing the one or more objects. obtaining (S110) a metadata item associated with one of the one or more objects, wherein the metadata item comprises an identification of the area; characterized by : determining (S120) a level of resolution of the area or of the area as encoded; determining (S130) if the level of resolution is lower than a resolution threshold, wherein the resolution threshold is set such that, when the determined level of resolution is lower than the resolution threshold, one or more intended subsequent analyses of the detected object will not, or is unlikely to, produce any useful result; and on condition that the level of resolution is lower than the resolution threshold, reducing or discarding (S140) the metadata item and keeping the image containing the one or more objects. determining (S120) a level of resolution of the area or of the area as encoded; determining (S130) if the level of resolution is lower than a resolution threshold, wherein the resolution threshold is set such that, when the determined level of resolution is lower than the resolution threshold, one or more intended subsequent analyses of the detected object will not, or is unlikely to, produce any useful result; and on condition that the level of resolution is lower than the resolution threshold, reducing or discarding (S140) the metadata item and keeping the image containing the one or more objects.
Cleaning and/or disinfection machine comprising a washing container providing a washing chamber , which washing container comprises a washing container wall having an opening for loading the washing chamber with a fluid, and having a fluid flow installation fluidically connected to the opening , which fluid flow installation has a first connection device for supplying fluid to the cleaning and/or disinfection machine and a second connection device for removing fluid from the cleaning and/or disinfection machine, the first connection device being used to guide water provided as flushing liquid via the fluid flow installation through the opening and into the washing chamber , and the second connection device being used to discharge a mixture of air, which is guided out of the washing chamber through the opening and into the fluid flow installation , from the cleaning and/or disinfection machine, characterised in that the fluid flow installation has a housing , the washing container-side end face of which is at least partially open for a fluidic connection to the opening in the washing container wall , the housing having a splash guard which interacts with the opening and is arranged above the opening in the vertical direction , and/or a fluid conducting element which interacts with the first connection device , is designed in the manner of a funnel and, starting from the first connection device , is conically tapered in the direction of the washing container-side opening . the fluid flow installation has a housing , the washing container-side end face of which is at least partially open for a fluidic connection to the opening in the washing container wall , the housing having a splash guard which interacts with the opening and is arranged above the opening in the vertical direction , and/or a fluid conducting element which interacts with the first connection device , is designed in the manner of a funnel and, starting from the first connection device , is conically tapered in the direction of the washing container-side opening .
Filtering device, in particular gas filter, for example air filter, with - an annular filter element with a filter medium body capable of being flowed through in the radial direction by the fluid to be cleaned, and with a central tube on the interior side of the filter medium body , wherein a support collar connected to the central tube is the carrier of a sealing element , and the front face of the support collar forms an axial bearing surface for a housing component , wherein a radial side surface of the support collar is the carrier of the sealing element and forms a sealing surface for a housing component spaced apart from the axial bearing surface, and wherein the support collar is designed in one piece with the central tube and - with a filter housing for receiving the filter element , - wherein the filter element can be inserted into the filter housing in such a way that the filter element rests with the front face of the support collar on the housing component and - wherein the housing component sealingly abuts against the radially inner side surface of the support collar , characterized in that the support collar features a radial section and an axial section , wherein the radial section is connected to the central tube , and wherein the axial bearing surface and the radial side surface of the support collar are realized on the axial section . - an annular filter element with a filter medium body capable of being flowed through in the radial direction by the fluid to be cleaned, and with a central tube on the interior side of the filter medium body , wherein a support collar connected to the central tube is the carrier of a sealing element , and the front face of the support collar forms an axial bearing surface for a housing component , wherein a radial side surface of the support collar is the carrier of the sealing element and forms a sealing surface for a housing component spaced apart from the axial bearing surface, and wherein the support collar is designed in one piece with the central tube and - with a filter housing for receiving the filter element , - wherein the filter element can be inserted into the filter housing in such a way that the filter element rests with the front face of the support collar on the housing component and - wherein the housing component sealingly abuts against the radially inner side surface of the support collar ,
A freeze drying plant for drying products containing liquid, - having a vacuum chamber that is configured to receive the products containing liquid, - wherein a reception device is provided having at least one reception plate onto which the products containing liquid can be placed: - and wherein a cooling system having a fluid circuit is configured to cool and/or to heat the products by means of the cooling fluid conducted in the fluid circuit , - wherein the reception plate has at least one closed fluid space that is connected to the fluid circuit and that can be flowed through by the cooling fluid , characterized in that - the reception plate is configured as double-walled with an upper plate wall and a lower plate wall between which the fluid space is formed , with at least one support surface for the support of the products being formed on the upper of the upper plate wall , and with - the at least one sound generator being arranged on the lower side of the upper plate wall in the fluid space being able to be flowed around by cooling fluid . - having a vacuum chamber that is configured to receive the products containing liquid, - wherein a reception device is provided having at least one reception plate onto which the products containing liquid can be placed: - and wherein a cooling system having a fluid circuit is configured to cool and/or to heat the products by means of the cooling fluid conducted in the fluid circuit , - wherein the reception plate has at least one closed fluid space that is connected to the fluid circuit and that can be flowed through by the cooling fluid , characterized in that - the reception plate is configured as double-walled with an upper plate wall and a lower plate wall between which the fluid space is formed , with at least one support surface for the support of the products being formed on the upper of the upper plate wall , and with - the at least one sound generator being arranged on the lower side of the upper plate wall in the fluid space being able to be flowed around by cooling fluid . - and wherein a cooling system having a fluid circuit is configured to cool and/or to heat the products by means of the cooling fluid conducted in the fluid circuit , - wherein the reception plate has at least one closed fluid space that is connected to the fluid circuit and that can be flowed through by the cooling fluid , characterized in that - the reception plate is configured as double-walled with an upper plate wall and a lower plate wall between which the fluid space is formed , with at least one support surface for the support of the products being formed on the upper of the upper plate wall , and with - the at least one sound generator being arranged on the lower side of the upper plate wall in the fluid space being able to be flowed around by cooling fluid .
A vehicle for load handling, which comprises: - a supporting chassis having a front section provided with a front axle equipped with a pair of front wheels and a rear section provided with a rear axle equipped with a pair of rear wheels ; - a load lifting arm articulated to the rear section of the supporting chassis with the possibility of rotating around at least one swing axis (O) and having a longitudinal axis (B) parallel to a longitudinal axis (A) of the supporting chassis ; - a drive unit configured to rotate the lifting arm around its swing axis (O) between the two distinct end positions and any intermediate position therebetween, wherein the drive unit comprises a respective hydraulic circuit at least partially contained in the rear section of the supporting chassis enclosed in an inspection compartment; - a driver's cab supported by the supporting chassis and positioned on the side of an axial portion of the lifting arm ; and - a counterweight connected to the rear section of the supporting chassis , characterized in that the counterweight is hinged to the rear section of the supporting chassis around a swivel axis (Z) parallel to the swing axis (O) of the lifting arm with the possibility of oscillating between two different predefined angular end positions and in that when the counterweight is in a first angular closing position, the counterweight closes the inspection compartment and, when the counterweight is in a second angular opening position, the counterweight opens the inspection compartment and makes the inspection compartment and the hydraulic circuit contained therein accessible from the outside of the vehicle , creating an interspace turned upwards between the upper end of the counterweight and the rear section of the supporting chassis . - a supporting chassis having a front section provided with a front axle equipped with a pair of front wheels and a rear section provided with a rear axle equipped with a pair of rear wheels ; - a load lifting arm articulated to the rear section of the supporting chassis with the possibility of rotating around at least one swing axis (O) and having a longitudinal axis (B) parallel to a longitudinal axis (A) of the supporting chassis ; - a drive unit configured to rotate the lifting arm around its swing axis (O) between the two distinct end positions and any intermediate position therebetween, wherein the drive unit comprises a respective hydraulic circuit at least partially contained in the rear section of the supporting chassis enclosed in an inspection compartment; - a driver's cab supported by the supporting chassis and positioned on the side of an axial portion of the lifting arm ; and - a counterweight connected to the rear section of the supporting chassis ,
A method, comprising: performing powder bed fusion additive manufacturing by: dispensing, by a powder dispensing assembly, a plurality of layers of a powdered material onto a build platform to form a powder bed during an additive manufacturing print cycle; separating the powder bed from the build platform by shaking or inverting or sweeping; collecting the powdered material for reuse after the additive manufacturing print cycle by: collecting a portion of the powdered material from the powder bed in a hopper after separating the powder bed from the build platform ; receiving, from a camera mounted inside a build chamber , which contains the build platform , a real-time feedback of powder removal. performing powder bed fusion additive manufacturing by: dispensing, by a powder dispensing assembly, a plurality of layers of a powdered material onto a build platform to form a powder bed during an additive manufacturing print cycle; separating the powder bed from the build platform by shaking or inverting or sweeping; dispensing, by a powder dispensing assembly, a plurality of layers of a powdered material onto a build platform to form a powder bed during an additive manufacturing print cycle; separating the powder bed from the build platform by shaking or inverting or sweeping; collecting the powdered material for reuse after the additive manufacturing print cycle by: collecting a portion of the powdered material from the powder bed in a hopper after separating the powder bed from the build platform ; receiving, from a camera mounted inside a build chamber , which contains the build platform , a real-time feedback of powder removal. collecting a portion of the powdered material from the powder bed in a hopper after separating the powder bed from the build platform ; receiving, from a camera mounted inside a build chamber , which contains the build platform , a real-time feedback of powder removal.
A door holding device comprising: a first arm assembly , wherein the first arm assembly includes a longitudinal part and a stationary part that form an L-shape; a second arm assembly ; a pivot device that pivotally connects the first arm assembly to the second arm assembly; and a movable clamping mechanism slidably attached to the second arm assembly that clamps to a structure to secure the door holding device to the structure, characterised in that the longitudinal part includes a channel disposed on each side and a track having recesses defined therein, wherein the movable clamping mechanism includes a traveler that slides along the track , and wherein the traveler includes a quick release lever that engages the recesses to hold the traveler in a position along the track , and wherein the traveler further includes an extension part having an aperture defined therein and wherein the extension part e extends in a direction from the traveler where the stationary part and the extension part are substantially parallel to each other and form a U-shape with the longitudinal part . a first arm assembly , wherein the first arm assembly includes a longitudinal part and a stationary part that form an L-shape; a second arm assembly ; a pivot device that pivotally connects the first arm assembly to the second arm assembly; and a movable clamping mechanism slidably attached to the second arm assembly that clamps to a structure to secure the door holding device to the structure, characterised in that the longitudinal part includes a channel disposed on each side and a track having recesses defined therein, wherein the movable clamping mechanism includes a traveler that slides along the track , and wherein the traveler includes a quick release lever that engages the recesses to hold the traveler in a position along the track , and
A 3165-bp circular double-stranded gene therapy DNA vector for genetic modification of animal and human cells comprising nucleotide sequence SEQ ID No. 1.
An amusement park transportation system comprising: a plurality of separated park areas ; an autonomous vehicle configured to drive along ground surfaces within the plurality of separated park areas , wherein the autonomous vehicle comprises a gondola attachment integrally coupled to a roof of the autonomous vehicle ; a gondola system configured to transport the autonomous vehicle between the separated park areas ; and a control system configured to operate the autonomous vehicle to engage with the gondola system to facilitate transport of the autonomous vehicle between the separated park areas by the gondola system , wherein the gondola attachment integrally coupled to the roof is configured to engage with a gondola arm of the gondola system to engage with the gondola system , and the control system being configured to operate the autonomous vehicle to disengage from the gondola system to allow the autonomous vehicle to drive along ground surfaces within one of the separated park areas . a plurality of separated park areas ; an autonomous vehicle configured to drive along ground surfaces within the plurality of separated park areas , wherein the autonomous vehicle comprises a gondola attachment integrally coupled to a roof of the autonomous vehicle ; a gondola system configured to transport the autonomous vehicle between the separated park areas ; and a control system configured to operate the autonomous vehicle to engage with the gondola system to facilitate transport of the autonomous vehicle between the separated park areas by the gondola system , wherein the gondola attachment integrally coupled to the roof is configured to engage with a gondola arm of the gondola system to engage with the gondola system , and the control system being configured to operate the autonomous vehicle to disengage from the gondola system to allow the autonomous vehicle to drive along ground surfaces within one of the separated park areas .
A pharmaceutical composition comprising at least one anti-bacterial agent, at least one cannabinoid, and a pharmaceutically acceptable carrier, wherein the at least one anti-bacterial agent is an aminoglycoside or a salt thereof, wherein the aminoglycoside is gentamicin or a salt thereof, wherein the at least one cannabinoid is tetrahydrocannabinol (THC) or a salt thereof. wherein the at least one anti-bacterial agent is an aminoglycoside or a salt thereof, wherein the aminoglycoside is gentamicin or a salt thereof, wherein the at least one cannabinoid is tetrahydrocannabinol (THC) or a salt thereof.
An abrasive tool comprising: a bonded abrasive body having abrasive grains dispersed throughout a three-dimensional volume of a bonding material, wherein the bonded abrasive body comprises a complex shape having a form depth (FD) of at least 0.3, wherein the complex shape comprises a first radial flange extending from the bonded abrasive body at a first axial position and wherein the bonded abrasive body comprises an overhang ratio (OR) of at least 1.3, wherein the form depth is described by the equation [(Rl-Rs)/Rl], wherein Rs is a smallest radius (Rs) at a point along the longitudinal axis of the bonded abrasive body and Rl is a largest radius (Rl) at a point along the longitudinal axis of the bonded abrasive body , wherein the overhang ratio is described by the equation [OL/Dm], wherein Dm is a minimum diameter at a point along the longitudinal axis of the bonded abrasive body and OL is the length of a portion of the bonded abrasive body between a bottom surface and the point along the longitudinal axis of the bonded abrasive body defining the minimum diameter. wherein the form depth is described by the equation [(Rl-Rs)/Rl], wherein Rs is a smallest radius (Rs) at a point along the longitudinal axis of the bonded abrasive body and Rl is a largest radius (Rl) at a point along the longitudinal axis of the bonded abrasive body , wherein the overhang ratio is described by the equation [OL/Dm], wherein Dm is a minimum diameter at a point along the longitudinal axis of the bonded abrasive body and OL is the length of a portion of the bonded abrasive body between a bottom surface and the point along the longitudinal axis of the bonded abrasive body defining the minimum diameter.