mhurhangee/patent-ind-claim-en huggingface dataset:
Baking oven, with a housing surrounding a heatable interior , wherein the interior is bounded by a rear wall at the rear and at the front by a baking oven flap which, in a closed position, closes a housing opening permitting access to the interior , wherein the housing includes two side walls lying opposite one another, and wherein there is accommodated in the housing at least one shelf for material to be heated, removable from the housing after opening of the baking oven flap , wherein there is located in the interior a bulkhead which may be guided movably by guide means between an operating position located in the area of the rear wall , and a closed position , pulled out in the area of the housing opening and closing the housing opening substantially completely, wherein the guide means are so designed that they are fixed on one side to the rear wall and on the other side to the bulkhead , characterised in that the guide means , bypassing the side walls , are fixed on one side to the rear wall and on the other side to the bulkhead , wherein the guide means have a at least one guide linkage comprised of several guiding arms and movable in the manner of an accordion, and at the same time guiding the bulkhead between the operating position and the closed position .
A pharmaceutical composition suitable for topical administration comprising: a) sirolimus, b) solvent, c) thickener and d) glycol ether wherein the content of thickener c) is between 0.05 and 10.0 wt.%, based on the total weight of the composition, wherein the content of glycol ether d) is between 0.05 and 10.0 wt.%, based on the total weight of the composition, and wherein thickener c) comprises acrylamide/sodium acryloyldimethyl taurate copolymer. a) sirolimus, b) solvent, c) thickener and d) glycol ether wherein the content of thickener c) is between 0.05 and 10.0 wt.%, based on the total weight of the composition, wherein the content of glycol ether d) is between 0.05 and 10.0 wt.%, based on the total weight of the composition, and wherein thickener c) comprises acrylamide/sodium acryloyldimethyl taurate copolymer.
A mammalian-type glycosylation agent, which attaches a sugar chain with sialic acid at a non-reducing terminal to a protein via its asparagine residue, comprising one to three independent expression vector(s) comprising a silk-spinning insect-derived middle and/or posterior silk gland promoter and a gene encoding β1,4-galactosyltransferase or a nucleotide encoding an active fragment of the enzyme, functionally linked downstream of the promoter, and genes encoding UDP-acetylglucosamine 2-epimerase/N-acetylmannosamine kinase, α2,6-sialyltransferase, CMP-Neu5Ac synthase, and Neu5Ac9-phosphate synthase and/or Neu5Ac9-phosphate phosphatase, or nucleotides encoding active fragments of the enzymes, wherein the genes encoding the enzymes or the nucleotides encoding active fragments of the enzymes are arranged so as to be under direct or indirect expression control of the middle and/or posterior silk gland promoter. a silk-spinning insect-derived middle and/or posterior silk gland promoter and a gene encoding β1,4-galactosyltransferase or a nucleotide encoding an active fragment of the enzyme, functionally linked downstream of the promoter, and genes encoding UDP-acetylglucosamine 2-epimerase/N-acetylmannosamine kinase, α2,6-sialyltransferase, CMP-Neu5Ac synthase, and Neu5Ac9-phosphate synthase and/or Neu5Ac9-phosphate phosphatase, or nucleotides encoding active fragments of the enzymes, wherein the genes encoding the enzymes or the nucleotides encoding active fragments of the enzymes are arranged so as to be under direct or indirect expression control of the middle and/or posterior silk gland promoter.
A treatment device for delivering an ultrasound energy into a region of interest at or beneath a target surface , the treatment device comprising: a housing ; a transducer module coupled to the housing , the transducer module comprising an ultrasound energy source configured for delivery of the ultrasound energy, the delivery of the ultrasound energy being pulsed, the transducer module having a transducer module wall that includes a curved surface having a non-zero radius of curvature, the treatment device movable relative to the target surface while retaining contact between the curved surface and the target surface , one or more position sensors in communication with a control module and configured to transmit a position signal representative of a position of the treatment device relative to the target surface ; and the control module configured to control the ultrasound energy source , wherein the position sensor is configured to track a position of the ultrasound transducer module during treatment as compared to a movement pattern of the ultrasound transducer module which is part of a treatment plan and calculate a distance traveled along the target surface , wherein the position sensor or the control module is configured to determine a distance between pulses of therapeutic ultrasound energy to create a plurality of treatment zones, and wherein the position sensor or control module is configured to determine the distance, regardless of the speed that the transducer module is moved, at which a pulse of therapeutic ultrasound energy is to be emitted. a housing ; a transducer module coupled to the housing , the transducer module comprising an ultrasound energy source configured for delivery of the ultrasound energy, the delivery of the ultrasound energy being pulsed, the transducer module having a transducer module wall that includes a curved surface having a non-zero radius of curvature, the treatment device movable relative to the target surface while retaining contact between the curved surface and the target surface , one or more position sensors in communication with a control module and configured to transmit a position signal representative of a position of the treatment device relative to the target surface ; and the control module configured to control the ultrasound energy source , wherein the position sensor is configured to track a position of the ultrasound transducer module during treatment as compared to a movement pattern of the ultrasound transducer module which is part of a treatment plan and calculate a distance traveled along the target surface , wherein the position sensor or the control module is configured to determine a distance between pulses of therapeutic ultrasound energy to create a plurality of treatment zones, and wherein the position sensor or control module is configured to determine the distance, regardless of the speed that the transducer module is moved, at which a pulse of therapeutic ultrasound energy is to be emitted.
Handling system for mobile screen curtains provided with a handle bar having an internal guide and a movable carriage comprising at least a first module , the handling system comprising a plurality of guiding elements and at least one connector element interposed between the guiding elements and the at least one first module , characterized in that : - the guiding elements form a head body being connected between them by means of at least one pair of pins , each pin comprising a cylindrical body disposed on a circular base and a head , and at least an elastic element interposed between the pins ; - the at least one connector element is connected to the last guiding element of the head body by means of at least a pair of other pins and at least another elastic element interposed between the other pins , - the elastic elements being configured to maintain the pair of pins in their position and to maintain the head always in contact with the surface of the guide of the handle bar , resulting creeping during handling of the handle bar and slowing the movement of the handle bar . - the guiding elements form a head body being connected between them by means of at least one pair of pins , each pin comprising a cylindrical body disposed on a circular base and a head , and at least an elastic element interposed between the pins ; - the at least one connector element is connected to the last guiding element of the head body by means of at least a pair of other pins and at least another elastic element interposed between the other pins , - the elastic elements being configured to maintain the pair of pins in their position and to maintain the head always in contact with the surface of the guide of the handle bar , resulting creeping during handling of the handle bar and slowing the movement of the handle bar .
A shut-off means for a seat valve , the shut-off means comprising: a lateral fastening portion for securing the shut-off means to a valve body of the seat valve , a closure portion for interacting with a valve seat of the seat valve , and a diaphragm wall which is rotationally symmetrical to a longitudinal axis of the shut-off means and connects the closure portion to the fastening portion , wherein the diaphragm wall , in transition regions in which a direction of curvature of the diaphragm wall changes, always deviates from perpendiculars of the longitudinal axis in a relaxed state of the shut-off means , wherein the diaphragm wall comprises a first wall profile facing the lateral fastening portion and curved towards a dry side , and wherein the diaphragm wall comprises a second wall profile which adjoins the first wall profile in the direction of the closure portion in a first of the transition regions and which is curved towards a media side , characterized in that the first wall profile is longer than, in particular at least twice as long as, the second wall profile in a longitudinal section of the shut-off means and in a relaxed state of the shut-off means . a lateral fastening portion for securing the shut-off means to a valve body of the seat valve , a closure portion for interacting with a valve seat of the seat valve , and a diaphragm wall which is rotationally symmetrical to a longitudinal axis of the shut-off means and connects the closure portion to the fastening portion , wherein the diaphragm wall , in transition regions in which a direction of curvature of the diaphragm wall changes, always deviates from perpendiculars of the longitudinal axis in a relaxed state of the shut-off means , wherein the diaphragm wall comprises a first wall profile facing the lateral fastening portion and curved towards a dry side , and wherein the diaphragm wall comprises a second wall profile which adjoins the first wall profile in the direction of the closure portion in a first of the transition regions and which is curved towards a media side , characterized in that the first wall profile is longer than, in particular at least twice as long as, the second wall profile in a longitudinal section of the shut-off means and in a relaxed state of the shut-off means .
An air interface resource allocation method in a multi-carrier wireless communication system, comprising: allocating an air interface resource to a non-latency-sensitive service; and allocating an air interface resource to a latency-sensitive service on subcarriers of all frequency bands within a current transmission time interval, TTI, and preempting, for the latency-sensitive service, the air interface resource already allocated to the non-latency-sensitive service, wherein the latency-sensitive service has a higher priority of obtaining the air interface resource than the non-latency-sensitive service, wherein the allocating an air interface resource to a latency-sensitive service is specifically characterised by : allocating idle resource elements in the air interface resource in priority; and if a quantity of the idle resource elements cannot meet a quantity of resource elements required by the latency-sensitive service, preempting, for the latency-sensitive service, the resource elements already allocated to the non-latency-sensitive service. allocating an air interface resource to a non-latency-sensitive service; and allocating an air interface resource to a latency-sensitive service on subcarriers of all frequency bands within a current transmission time interval, TTI, and preempting, for the latency-sensitive service, the air interface resource already allocated to the non-latency-sensitive service, wherein the latency-sensitive service has a higher priority of obtaining the air interface resource than the non-latency-sensitive service, wherein the allocating an air interface resource to a latency-sensitive service is specifically characterised by : allocating idle resource elements in the air interface resource in priority; and if a quantity of the idle resource elements cannot meet a quantity of resource elements required by the latency-sensitive service, preempting, for the latency-sensitive service, the resource elements already allocated to the non-latency-sensitive service.
A spectral image processing method of performing processing on a spectral image (F) of a specimen , characterized by : a step (S1) of normalizing spectra of respective pixels constituting the spectral image such that brightness integral values of the spectra of the respective pixels become equal; a step (S2) of smoothing a spectral image (F') constituted from the normalized spectra; and a step (S3) of denormalizing which multiplies a coefficient to spectra of respective pixels constituting the spectral image (F") constituted from the smoothed normalized spectra such that the brightness integral values of the spectra return to values before the normalizing. a step (S1) of normalizing spectra of respective pixels constituting the spectral image such that brightness integral values of the spectra of the respective pixels become equal; a step (S2) of smoothing a spectral image (F') constituted from the normalized spectra; and a step (S3) of denormalizing which multiplies a coefficient to spectra of respective pixels constituting the spectral image (F") constituted from the smoothed normalized spectra such that the brightness integral values of the spectra return to values before the normalizing.
A suspension member for suspending and/or driving an elevator car of an elevator system comprising: a plurality of tension members extending along a length of the suspension member including a plurality of fibers extending along the length of the suspension member bonded into a polymer matrix ; a jacket substantially retaining the plurality of tension members ; and wherein the suspension member is configured to be deformed at a suspension member end to allow for installation of the suspension member end into a termination assembly of the elevator system , wherein the suspension member includes a wedge-shaped cross-section at the suspension member end , characterised in that the wedge-shaped cross-section is formed via the addition of additional suspension member layers at an external surface of the suspension member at the suspension member end , and/ or in that the wedge-shaped cross-section is formed via the addition of additional suspension member layers between internal surfaces of the suspension member at the suspension member end . a plurality of tension members extending along a length of the suspension member including a plurality of fibers extending along the length of the suspension member bonded into a polymer matrix ; a jacket substantially retaining the plurality of tension members ; and wherein the suspension member is configured to be deformed at a suspension member end to allow for installation of the suspension member end into a termination assembly of the elevator system , wherein the suspension member includes a wedge-shaped cross-section at the suspension member end , characterised in that the wedge-shaped cross-section is formed via the addition of additional suspension member layers at an external surface of the suspension member at the suspension member end , and/ or in that the wedge-shaped cross-section is formed via the addition of additional suspension member layers between internal surfaces of the suspension member at the suspension member end .
A fluid delivery device, comprising: a housing , a fluid vaporizer disposed within the housing and configured to receive fluid and to produce an aerosol mist of liquid particles from the fluid, the housing having an outlet formed therein and positioned such that the fluid vaporizer can eject the aerosol mist from the housing through the outlet , and a pump configured to accelerate the aerosol mist produced by the fluid vaporizer, characterised in that the pump has an inlet port and an outlet port , the pump inlet and outlet ports being positioned adjacent to the outlet in the housing , the pump being configured to draw in and accelerate the aerosol mist after the aerosol mist passes through the outlet in the housing , and the outlet port being configured to expel the aerosol mist therefrom into a path of the aerosol mist ejected from the housing by the fluid vaporizer . a housing , a fluid vaporizer disposed within the housing and configured to receive fluid and to produce an aerosol mist of liquid particles from the fluid, the housing having an outlet formed therein and positioned such that the fluid vaporizer can eject the aerosol mist from the housing through the outlet , and a pump configured to accelerate the aerosol mist produced by the fluid vaporizer, characterised in that the pump has an inlet port and an outlet port , the pump inlet and outlet ports being positioned adjacent to the outlet in the housing , the pump being configured to draw in and accelerate the aerosol mist after the aerosol mist passes through the outlet in the housing , and the outlet port being configured to expel the aerosol mist therefrom into a path of the aerosol mist ejected from the housing by the fluid vaporizer .
An electronic device comprising: a touch screen ; a touch controller ; a first sensor ; a second sensor ; a user presence detection analyzer configured to analyze first sensor data generated by the first sensor to detect a presence of a subject proximate to the electronic device; a user appendage detection analyzer configured to analyze second sensor data generated by the second sensor to detect a presence of an appendage; characterised by : a touch controller manager configured to cause the touch controller to: transition from a first power state to a second power state in response to the user presence detection analyzer detecting the presence of the subject; and transition from the second power state to a third power state in response to the user appendage detection analyzer detecting the presence of the appendage; and a processor configured to power on the touch screen in response to a user input after the touch controller is in the third power state. a touch screen ; a touch controller ; a first sensor ; a second sensor ; a user presence detection analyzer configured to analyze first sensor data generated by the first sensor to detect a presence of a subject proximate to the electronic device; a user appendage detection analyzer configured to analyze second sensor data generated by the second sensor to detect a presence of an appendage; characterised by : a touch controller manager configured to cause the touch controller to: transition from a first power state to a second power state in response to the user presence detection analyzer detecting the presence of the subject; and transition from the second power state to a third power state in response to the user appendage detection analyzer detecting the presence of the appendage; and a processor configured to power on the touch screen in response to a user input after the touch controller is in the third power state. transition from a first power state to a second power state in response to the user presence detection analyzer detecting the presence of the subject; and transition from the second power state to a third power state in response to the user appendage detection analyzer detecting the presence of the appendage; and a processor configured to power on the touch screen in response to a user input after the touch controller is in the third power state.
A system for retrieving material or objects from a biological vessel comprising: (a) a catheter having a conduit; (b) an elongated braid structure configured for transitioning between collapsed and expanded states, said elongated braid structure having a cover surrounding a lumen having a distal opening and a proximal portion connected to said catheter conduit to thereby enable application of a suction to said lumen from a suction source; and (c) a closure wire positioned along a length of said elongated structure, said closure wire being actuatable to pull inward a distal portion of said elongated braid structure and thereby at least partially close said distal opening; wherein said closure wire is positioned such that said distal portion of said elongated braid structure is not pulled inward when said elongated structure is bent along said length; characterized in that the elongated braid structure is configured for transitioning between collapsed and expanded states via self-expansion; wherein said closure wire is spiraled along said length of said elongated braid structure . (a) a catheter having a conduit; (b) an elongated braid structure configured for transitioning between collapsed and expanded states, said elongated braid structure having a cover surrounding a lumen having a distal opening and a proximal portion connected to said catheter conduit to thereby enable application of a suction to said lumen from a suction source; and (c) a closure wire positioned along a length of said elongated structure, said closure wire being actuatable to pull inward a distal portion of said elongated braid structure and thereby at least partially close said distal opening; wherein said closure wire is positioned such that said distal portion of said elongated braid structure is not pulled inward when said elongated structure is bent along said length; characterized in that the elongated braid structure is configured for transitioning between collapsed and expanded states via self-expansion; wherein said closure wire is spiraled along said length of said elongated braid structure .
Sand dispenser for a rail vehicle , the sand dispenser comprising a metering device for pneumatically metering a desired sand quantity using a metering air flow and a conveying device for pneumatically conveying the sand quantity to at least one scattering location using a conveying air flow , characterised by a decoupling device for pneumatically decoupling the metering device and the conveying device , wherein the decoupling device is designed to provide a compensation air flow for compensating for a difference between an outlet air flow of the metering device and an inlet air flow of the conveying device .
A method for digitally quantifying enzyme molecules, the method comprising: forming a plurality of fluid partitions each comprising a maximum of one enzyme molecule and one or more fluorogenic substrates in a microfluidic channel, wherein the one or more fluorogenic substrates comprise a detectable fluorescent label; conducting an enzymatic reaction in at least one of the fluid partitions, wherein the detectable fluorescent label is released to produce a localized fluorescent signal; distinguishing reaction-positive fluid partitions from reaction-negative fluid partitions based on a presence of the localized fluorescent signal; and quantifying the enzyme molecules by determining a number of reaction-positive fluid partitions. forming a plurality of fluid partitions each comprising a maximum of one enzyme molecule and one or more fluorogenic substrates in a microfluidic channel, wherein the one or more fluorogenic substrates comprise a detectable fluorescent label; conducting an enzymatic reaction in at least one of the fluid partitions, wherein the detectable fluorescent label is released to produce a localized fluorescent signal; distinguishing reaction-positive fluid partitions from reaction-negative fluid partitions based on a presence of the localized fluorescent signal; and quantifying the enzyme molecules by determining a number of reaction-positive fluid partitions.