mhurhangee/patent-ind-claim-en huggingface dataset:
Handrail cover member for a handrail of an escalator or a moving walk, adapted to render at least a part of a turnaround section of a handrail of an escalator or a moving walk inaccessible to passengers, the handrail cover member comprising a cover section and an attachment section , wherein the attachment section is adapted to be attached to a landing cover plate of an escalator or a moving walk, the handrail cover member further comprising a positioning mechanism configured and adapted to position the cover section relative to a balustrade of the escalator or the moving walk in an adjustable manner, characterized in that the positioning mechanism comprises at least one adjustable screw mechanism configured and adapted to adjust a distance and/or an orientation of the cover section relative to the balustrade , and the screw mechanism comprises a screw adapted to engage a side wall of the cover member, an intermediate threaded or double threaded bushing and a support element adapted to engage the balustrade, wherein the screw and the support element are adapted to threadingly engage the intermediate bushing such that the distance and/or orientation of the cover section relative to the balustrade can be set. characterized in that the positioning mechanism comprises at least one adjustable screw mechanism configured and adapted to adjust a distance and/or an orientation of the cover section relative to the balustrade , and the screw mechanism comprises a screw adapted to engage a side wall of the cover member, an intermediate threaded or double threaded bushing and a support element adapted to engage the balustrade, wherein the screw and the support element are adapted to threadingly engage the intermediate bushing such that the distance and/or orientation of the cover section relative to the balustrade can be set.
A system for guiding an operator in assembling sets of medical instruments, the system comprising: a control system comprising or being connected to a database , said database comprising data objects corresponding to available medical instruments; an input area , arranged to receive batches of unsorted medical instruments; an identification area having an identification unit ; a temporary sorting area comprising a plurality of storage positions for medical instruments, the storage positions being provided with visual indications capable of visually indicating one of said plurality of storage position at a time in any determined sequence; and an output area , possibly being overlapping with the input area, arranged to receive medical instruments as assembled sets; wherein the controller is arranged to receive information from the identification unit obtained when a medical instrument is arranged on said identification area by the operator, and to identify the medical instruments in said database, to dedicate and visually indicate an empty storage position for said identified medical instrument in said temporary sorting area and to subsequently, separately visually indicate occupied storage positions in said temporary sorting area one at a time in accordance with a set assembly order to allow the operator to pick the indicated instruments for inclusion in the said set. a control system comprising or being connected to a database , said database comprising data objects corresponding to available medical instruments; an input area , arranged to receive batches of unsorted medical instruments; an identification area having an identification unit ; a temporary sorting area comprising a plurality of storage positions for medical instruments, the storage positions being provided with visual indications capable of visually indicating one of said plurality of storage position at a time in any determined sequence; and an output area , possibly being overlapping with the input area, arranged to receive medical instruments as assembled sets; wherein the controller is arranged to receive information from the identification unit obtained when a medical instrument is arranged on said identification area by the operator, and to identify the medical instruments in said database, to dedicate and visually indicate an empty storage position for said identified medical instrument in said temporary sorting area and to subsequently, separately visually indicate occupied storage positions in said temporary sorting area one at a time in accordance with a set assembly order to allow the operator to pick the indicated instruments for inclusion in the said set.
Composition containing a Withania somnifera extract fermented by its incubation with a filamentous fungus in a suitable environment, for its use to treat or prevent Parkinson disease (PD) and dementia lewis bodies in a mammal, preferably a human.
A cartridge, configured to facilitate processing and detecting of a nucleic acid, comprising: • a top layer comprising a sample port , a reagent port , a fluid port , and a detection chamber ; • an intermediate substrate , coupled to the top layer and defining a waste chamber , wherein the waste chamber has a corrugated surface defining a region configured to receive an element external to the cartridge; • an elastomeric layer disposed at least partially between the intermediate substrate and the top layer ; and • a fluidic pathway , formed by at least a portion of the top layer and a portion of the elastomeric layer, wherein the fluidic pathway is fluidically coupled to the sample port, the reagent port, the fluid port, and the detection chamber, and is configured to be occluded at a set of occlusion positions (141 - 149) upon manipulation of the elastomeric layer ; • wherein a first truncated pathway is defined upon manipulation of the fluidic pathway at a first subset of the set of occlusion positions; and • wherein a second truncated pathway to the detection chamber is defined upon manipulation of the fluidic pathway at a second subset of the set of occlusion positions. • a top layer comprising a sample port , a reagent port , a fluid port , and a detection chamber ; • an intermediate substrate , coupled to the top layer and defining a waste chamber , wherein the waste chamber has a corrugated surface defining a region configured to receive an element external to the cartridge; • an elastomeric layer disposed at least partially between the intermediate substrate and the top layer ; and • a fluidic pathway , formed by at least a portion of the top layer and a portion of the elastomeric layer, wherein the fluidic pathway is fluidically coupled to the sample port, the reagent port, the fluid port, and the detection chamber, and is configured to be occluded at a set of occlusion positions (141 - 149) upon manipulation of the elastomeric layer ; • wherein a first truncated pathway is defined upon manipulation of the fluidic pathway at a first subset of the set of occlusion positions; and • wherein a second truncated pathway to the detection chamber is defined upon manipulation of the fluidic pathway at a second subset of the set of occlusion positions.
Wind turbine blade comprising two electrically conductive spar caps , two lightning down conductor arrangements , and a further electrical conductor , wherein the spar caps and the lightning down conductor arrangements extend along a spanwise direction of the blade at least between a root-side end portion and a tip-side end portion of the blade , wherein each of the spar caps is electrically connected to only one of the lightning down conductor arrangements within a section of the blade between the root-side end portion and the tip-side end portion , wherein the further electrical conductor is electrically connected within the section to only one of the spar caps and/or to only one of the lightning down conductor arrangements at one or more connection positions ; characterized in that the section extends over at least 50% of the spanwise length of the blade; and that the further electrical conductor is connected to the spar cap and/or the lightning down conductor arrangement at a plurality of connection positions , wherein the connection positions are offset in the spanwise direction of the blade . characterized in that the section extends over at least 50% of the spanwise length of the blade; and that the further electrical conductor is connected to the spar cap and/or the lightning down conductor arrangement at a plurality of connection positions , wherein the connection positions are offset in the spanwise direction of the blade .
A method , comprising: obtaining a first image of a scene at a first time; obtaining a second image of at least a portion of the scene, the second image including image information captured at a second time that is different from the first time; obtaining a difference between one or more pixels of the first image and one or more corresponding pixels of the second image, wherein the first image and the second image are each multi-channel images, wherein obtaining the difference comprises obtaining a difference image for each channel of the multi-channel images; concatenating the obtained difference and the first image by adding the difference image for each channel as an additional channel of the first image; providing a result of the concatenating as a single input to a machine-learning model ; and obtaining , as an output from the machine-learning model responsive to providing the input, an identification of an object or an action depicted in at least one of the first image or the second image. obtaining a first image of a scene at a first time; obtaining a second image of at least a portion of the scene, the second image including image information captured at a second time that is different from the first time; obtaining a difference between one or more pixels of the first image and one or more corresponding pixels of the second image, wherein the first image and the second image are each multi-channel images, wherein obtaining the difference comprises obtaining a difference image for each channel of the multi-channel images; concatenating the obtained difference and the first image by adding the difference image for each channel as an additional channel of the first image; providing a result of the concatenating as a single input to a machine-learning model ; and obtaining , as an output from the machine-learning model responsive to providing the input, an identification of an object or an action depicted in at least one of the first image or the second image.
A device for injecting a secondary fluid (F) into a main liquid (L), comprising: - a first part able to convey the secondary fluid (F) in a substantially longitudinal direction (Z); - a second part able to eject the secondary fluid (F) from the device, so as to inject said secondary fluid into a main liquid (L), said second part being in fluid communication with the first part and comprising an open end ; the device having at least a first position (Z1), referred to as lower position, and a second position (Z2), referred to as upper position, and further comprising a positioning means able to position the device in a position between the first position (Z1) and the second position (Z2), the first and second positions being defined relative to a distance (D) between the open end of the second part and a reference surface disposed in a transverse plane, a minimum distance (D min ) corresponding to the first position (Z 1 ) and a maximum distance (D max ) corresponding to the second position (Z 2 ), characterised in that the maximum distance (D max ) ranges between 3 and 6 cm. - a first part able to convey the secondary fluid (F) in a substantially longitudinal direction (Z); - a second part able to eject the secondary fluid (F) from the device, so as to inject said secondary fluid into a main liquid (L), said second part being in fluid communication with the first part and comprising an open end ; the device having at least a first position (Z1), referred to as lower position, and a second position (Z2), referred to as upper position, and further comprising a positioning means able to position the device in a position between the first position (Z1) and the second position (Z2), the first and second positions being defined relative to a distance (D) between the open end of the second part and a reference surface disposed in a transverse plane, a minimum distance (D min ) corresponding to the first position (Z 1 ) and a maximum distance (D max ) corresponding to the second position (Z 2 ), characterised in that the maximum distance (D max ) ranges between 3 and 6 cm.
A processing unit for food or pharmaceutical products, in particular for centrifugation, grinding and homogenization of food or pharmaceutical products, comprising: - a casing defining a chamber for containing said food or pharmaceutical products inside which stationary blades are housed; - a shaft rotatable around an axis (A) and provided, at its own end projecting inside said chamber , with rotating blades interacting, in use, with said stationary blades , so as to centrifuge, grind and homogenize said food or pharmaceutical products contained in said chamber ; - a sealing member positioned to prevent outflow of said products from said chamber towards said shaft ; and - a cooling circuit configured to convey a cooling fluid towards said sealing member ; characterized in that said cooling circuit comprises an impeller operatively connected to said shaft and configured to move said cooling fluid towards a heat exchange area between said sealing member and said cooling fluid . - a casing defining a chamber for containing said food or pharmaceutical products inside which stationary blades are housed; - a shaft rotatable around an axis (A) and provided, at its own end projecting inside said chamber , with rotating blades interacting, in use, with said stationary blades , so as to centrifuge, grind and homogenize said food or pharmaceutical products contained in said chamber ; - a sealing member positioned to prevent outflow of said products from said chamber towards said shaft ; and - a cooling circuit configured to convey a cooling fluid towards said sealing member ;
A method for generating an ISOBMFF based media file based on video data, the video data comprising a plurality of samples, the method comprising: generating a plurality of video tracks based on the video data, the plurality of video tracks having a spatial relationship; grouping the plurality of video tracks in a group of video tracks that can be spatially arranged to construct a spatial composition of the plurality of video tracks; and generating the media file including the group of video tracks and descriptive metadata comprising for each video track of the group both of (i) its positions and sizes in the spatial composition in an extension of a VisualSampleGroupEntry and (ii) a width, a height of the spatial composition, an unique identifier for the group of video tracks, and a value indicating that the video tracks are spatially related, in an extension of a TrackGroupTypeBox. generating a plurality of video tracks based on the video data, the plurality of video tracks having a spatial relationship; grouping the plurality of video tracks in a group of video tracks that can be spatially arranged to construct a spatial composition of the plurality of video tracks; and generating the media file including the group of video tracks and descriptive metadata comprising for each video track of the group both of (i) its positions and sizes in the spatial composition in an extension of a VisualSampleGroupEntry and (ii) a width, a height of the spatial composition, an unique identifier for the group of video tracks, and a value indicating that the video tracks are spatially related, in an extension of a TrackGroupTypeBox.
A mechanical keyboard , comprising: a keypad layer comprising a plurality of resiliently depressible keypads; a skin of dielectric material covering a base of the keyboard and the skin of dielectric material having a touchscreen face configured to contact a capacitive touchscreen in use, and a working face; a printed circuit board on the working face of the skin of dielectric material, the printed circuit board comprising a plurality of conductive regions printed on a dielectric substrate, one conductive region per keypad; a grounding layer between the printed circuit board and the keypad layer and spaced from the printed circuit board during a rest state of the keyboard; and wherein upon depression of one of the keypads, the keypad presses a region of the grounding layer under the keypad towards a corresponding conductive region of the plurality of conductive regions of the printed circuit board such that the corresponding conductive region of the printed circuit board becomes grounded and causes a change in capacitance detectable by the capacitive touchscreen. a keypad layer comprising a plurality of resiliently depressible keypads; a skin of dielectric material covering a base of the keyboard and the skin of dielectric material having a touchscreen face configured to contact a capacitive touchscreen in use, and a working face; a printed circuit board on the working face of the skin of dielectric material, the printed circuit board comprising a plurality of conductive regions printed on a dielectric substrate, one conductive region per keypad; a grounding layer between the printed circuit board and the keypad layer and spaced from the printed circuit board during a rest state of the keyboard; and wherein upon depression of one of the keypads, the keypad presses a region of the grounding layer under the keypad towards a corresponding conductive region of the plurality of conductive regions of the printed circuit board such that the corresponding conductive region of the printed circuit board becomes grounded and causes a change in capacitance detectable by the capacitive touchscreen.
A method comprising: with a distributed Session Border Controller (SBC), providing a plurality of signaling nodes , each signaling node configured to establish a connection between a first endpoint and a second endpoint ; with the SBC, providing a plurality of media nodes , each media node configured to bear media traffic between the first endpoint and the second endpoint; and charatcerized in that the method further comprises the step of: in response to a predetermined event, changing a total number of the plurality of signaling nodes while not changing a total number of the plurality of media nodes. with a distributed Session Border Controller (SBC), providing a plurality of signaling nodes , each signaling node configured to establish a connection between a first endpoint and a second endpoint ; with the SBC, providing a plurality of media nodes , each media node configured to bear media traffic between the first endpoint and the second endpoint; and charatcerized in that the method further comprises the step of: in response to a predetermined event, changing a total number of the plurality of signaling nodes while not changing a total number of the plurality of media nodes.
A manufacturing method for a trading card package comprising: a grouping step of grouping a predetermined number of trading cards in order to combine the trading cards , which are classified into different rareness degrees (RM), according to predetermined rules and package the trading cards as one package , the trading cards having a plurality of rareness degrees (RM) and each being classified into any one of the rareness degrees (RM), and information concerning the rareness degrees (RM) being printed on the trading cards ; and a packaging step of packaging, in one package , a group of the trading cards grouped in the grouping step, wherein in the grouping step, the trading cards are selected to form a group to group, in the group of the predetermined number of trading cards forming the group, the trading cards classified into a plurality of different rareness degrees (RM) grouped according to the predetermined rules, and content of the grouping is registered in a database (DB), a package ID for specifying the package is imparted to the package for each package , and a code display representing the package ID is enclosed in the package or provided on the package , and the package ID of the package including the trading cards and the content of the grouping of the trading cards included in the package are associated in the database (DB). a grouping step of grouping a predetermined number of trading cards in order to combine the trading cards , which are classified into different rareness degrees (RM), according to predetermined rules and package the trading cards as one package , the trading cards having a plurality of rareness degrees (RM) and each being classified into any one of the rareness degrees (RM), and information concerning the rareness degrees (RM) being printed on the trading cards ; and a packaging step of packaging, in one package , a group of the trading cards grouped in the grouping step, wherein in the grouping step, the trading cards are selected to form a group to group, in the group of the predetermined number of trading cards forming the group, the trading cards classified into a plurality of different rareness degrees (RM) grouped according to the predetermined rules, and content of the grouping is registered in a database (DB), a package ID for specifying the package is imparted to the package for each package , and a code display representing the package ID is enclosed in the package or provided on the package , and the package ID of the package including the trading cards and the content of the grouping of the trading cards included in the package are associated in the database (DB).
Floor nozzle for a vacuum cleaner for vacuuming a floor surface , having a lower side , which faces the floor surface for the purpose of vacuuming the floor surface ; having a suction opening embodied in the lower side for sucking in dirt; wherein the floor nozzle is designed to move in a movement direction along the floor surface ; wherein the suction opening is bounded in movement direction by a front edge and a rear edge facing the front edge in movement direction ; wherein at least one of the edges parallel to the movement direction has teeth aligned toward the suction opening and gaps aligned away from the suction opening , which follow one another in a transverse direction which runs at right angles to the movement direction , characterised in that at least one of the at least one gaps is arranged in a height direction which runs at right angles to the movement direction and at right angles to the transverse direction in a contact plane which projects maximally toward the floor surface so that the associated edge slopes down toward the teeth in the height direction and so that when the floor nozzle is placed on a flat floor surface , the at least one gap rests on the floor surface and the teeth are at a distance with respect to the floor surface.