mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a first image and a second image generated by a digital image capturing device and determining whether or not the first and second images have been captured within a predetermined time interval based on time stamps associated with the first and second images, the first image comprising a first non-stationary object in a first area obstructing part of a view of a desired object to be captured, the second image comprising a second non-stationary object in a second area obstructing a different part of the view of the desired object to be captured; selecting the first image from a plurality of possible first images, the selected first image being the closest to the second image in view of a distortion measure between the first and second images taking into account movements, such as translation and/or rotation, by requiring that the first and second images have been captured within the predetermined time interval; identifying the first area in the first image using feature recognition; in response to identifying the first area in the first image, with a processor identifying the first area in the second image using the coordinates of the first area in the first image; displaying the first image; and with a processor, removing the first non-stationary object from the displayed first image by replacing, in the displayed first image, displayed image data information representing the first non-stationary object in the first area of the displayed first image with replacement image data representing the first area in the second image. receiving a first image and a second image generated by a digital image capturing device and determining whether or not the first and second images have been captured within a predetermined time interval based on time stamps associated with the first and second images, the first image comprising a first non-stationary object in a first area obstructing part of a view of a desired object to be captured, the second image comprising a second non-stationary object in a second area obstructing a different part of the view of the desired object to be captured; selecting the first image from a plurality of possible first images, the selected first image being the closest to the second image in view of a distortion measure between the first and second images taking into account movements, such as translation and/or rotation, by requiring that the first and second images have been captured within the predetermined time interval; identifying the first area in the first image using feature recognition; in response to identifying the first area in the first image, with a processor identifying the first area in the second image using the coordinates of the first area in the first image; displaying the first image; and with a processor, removing the first non-stationary object from the displayed first image by replacing, in the displayed first image, displayed image data information representing the first non-stationary object in the first area of the displayed first image with replacement image data representing the first area in the second image.
A wearable steam cleaning accessory for use with a steam generator and wearable on a user's hand comprising: a flexible body comprising a base and at least one peripheral wall upstanding from the base; at least one steam conduit connectable to the steam generator and arranged to be in fluid communication therewith, wherein the steam conduit comprises at least one steam outlet for ejecting steam and the at least one steam outlet is mounted on an underside of the base which is configured to be adjacent to a surface to be cleaned; a flexible pocket mounted on the flexible body and arranged to receive a user's hand; and wherein the at least one peripheral wall comprises at least one deflection element outwardly projecting from the peripheral wall. a flexible body comprising a base and at least one peripheral wall upstanding from the base; at least one steam conduit connectable to the steam generator and arranged to be in fluid communication therewith, wherein the steam conduit comprises at least one steam outlet for ejecting steam and the at least one steam outlet is mounted on an underside of the base which is configured to be adjacent to a surface to be cleaned; a flexible pocket mounted on the flexible body and arranged to receive a user's hand; and wherein the at least one peripheral wall comprises at least one deflection element outwardly projecting from the peripheral wall.
A microelectronic package comprising: a substrate having a first surface and a second surface remote from the first surface; a microelectronic element overlying the first surface; substantially rigid conductive posts projecting above at least one of the first or second surfaces (102 and 104), the conductive posts having top surfaces remote from the substrate and edge surfaces extending away from the top surfaces; conductive elements exposed at a surface of the substrate opposite the surface above which the conductive posts project, the conductive elements being electrically interconnected with the microelectronic element; and an encapsulant (130,230) overlying at least a portion of the microelectronic element and the surface of the substrate above which the conductive posts project, the encapsulant having a plurality of openings (136; 146), wherein at least some of the conductive posts are electrically insulated from one another and adapted to simultaneously carry different electric potentials: wherein the conductive posts have a frustoconical shape and wherein either: each of the plurality of openings in the encapsulant exposes the top surface and partially exposes the edge surface of at least one of the conductive posts within the openings; or conductive bond metal masses are joined to the conductive posts and extend along the top and the edge surfaces of the conductive posts, the encapsulant openings are tapered, thereby partially exposing the conductive bond metal masses within the openings, and each encapsulant opening provides a conduit in the encapsulant layer. a substrate having a first surface and a second surface remote from the first surface; a microelectronic element overlying the first surface; substantially rigid conductive posts projecting above at least one of the first or second surfaces (102 and 104), the conductive posts having top surfaces remote from the substrate and edge surfaces extending away from the top surfaces; conductive elements exposed at a surface of the substrate opposite the surface above which the conductive posts project, the conductive elements being electrically interconnected with the microelectronic element; and an encapsulant (130,230) overlying at least a portion of the microelectronic element and the surface of the substrate above which the conductive posts project, the encapsulant having a plurality of openings (136; 146), wherein at least some of the conductive posts are electrically insulated from one another and adapted to simultaneously carry different electric potentials: wherein the conductive posts have a frustoconical shape and wherein either: each of the plurality of openings in the encapsulant exposes the top surface and partially exposes the edge surface of at least one of the conductive posts within the openings; or conductive bond metal masses are joined to the conductive posts and extend along the top and the edge surfaces of the conductive posts, the encapsulant openings are tapered, thereby partially exposing the conductive bond metal masses within the openings, and each encapsulant opening provides a conduit in the encapsulant layer.
A method for wireless communications, comprising: receiving radio resource control signaling (210, 410) configured with a first set of demodulation reference signal, DM-RS, parameters for transmission of an uplink data channel of a first type; receiving downlink control information of a first format to activate the transmission of the uplink data channel; characterized by: selecting (425, 1115) a second set of default DM-RS parameters for use with the first set of DM-RS parameters based at least in part on the first format of the received downlink control information, the second set of default DM-RS parameters comprising a DM-RS port, a number of DM-RS symbols, or a combination thereof; and activating (440, 1130) transmission of the uplink data channel of the first type using the first set of DM-RS parameters and the second set of default DM-RS parameters. receiving radio resource control signaling (210, 410) configured with a first set of demodulation reference signal, DM-RS, parameters for transmission of an uplink data channel of a first type; receiving downlink control information of a first format to activate the transmission of the uplink data channel; characterized by: selecting (425, 1115) a second set of default DM-RS parameters for use with the first set of DM-RS parameters based at least in part on the first format of the received downlink control information, the second set of default DM-RS parameters comprising a DM-RS port, a number of DM-RS symbols, or a combination thereof; and activating (440, 1130) transmission of the uplink data channel of the first type using the first set of DM-RS parameters and the second set of default DM-RS parameters. selecting (425, 1115) a second set of default DM-RS parameters for use with the first set of DM-RS parameters based at least in part on the first format of the received downlink control information, the second set of default DM-RS parameters comprising a DM-RS port, a number of DM-RS symbols, or a combination thereof; and activating (440, 1130) transmission of the uplink data channel of the first type using the first set of DM-RS parameters and the second set of default DM-RS parameters.
Process for multistage thermal treatment of rubber waste, in particular scrap tires, comprising the steps of: - transferring a product granulate of the rubber waste from a supply into a reactor; - heating the product granulate at a first temperature between 100° to 200°C, preferably 150° to 180°C, in a first heating zone of the reactor so long until light oils emitting from the product granulate at temperatures between 100 °C to 200 °C are no longer emitted; - transferring the product granulate from the first heating zone to a second heating zone in the reactor; - heating the product granulate at a second temperature between 200° to 300°C in the second heating zone of the reactor so long until medium heavy oils emitting from the product granulate at temperatures between 200 °C to 300°C are no longer emitted; - transferring the product granulate from the second heating zone to a third heating zone in the reactor; - heating the product granulate at a third temperature between 300° to 600°C in the third heating zone so long until heavy oils emitting from the product granulate at temperatures between 300 °C to 600 °C are no longer emitted; - removing the product granulate from the reactor and separating the desirable solid materials, wherein the process is carried out within a low pressure environment between 20 to 50 mbar and in each heating zone (11a, 11b, 11c) for a time period of between 2 to 4 hours. - transferring a product granulate of the rubber waste from a supply into a reactor; - heating the product granulate at a first temperature between 100° to 200°C, preferably 150° to 180°C, in a first heating zone of the reactor so long until light oils emitting from the product granulate at temperatures between 100 °C to 200 °C are no longer emitted; - transferring the product granulate from the first heating zone to a second heating zone in the reactor; - heating the product granulate at a second temperature between 200° to 300°C in the second heating zone of the reactor so long until medium heavy oils emitting from the product granulate at temperatures between 200 °C to 300°C are no longer emitted; - transferring the product granulate from the second heating zone to a third heating zone in the reactor; - heating the product granulate at a third temperature between 300° to 600°C in the third heating zone so long until heavy oils emitting from the product granulate at temperatures between 300 °C to 600 °C are no longer emitted; - removing the product granulate from the reactor and separating the desirable solid materials,
A liquid fabric treatment agent comprising: a cationic surfactant; and silicone oil characterized by the cationic surfactant having a content ratio of 0.5 to 1.0 % and the silicone oil having a content ratio of 0.05 to 0.1 %. a cationic surfactant; and silicone oil characterized by the cationic surfactant having a content ratio of 0.5 to 1.0 % and the silicone oil having a content ratio of 0.05 to 0.1 %.
Bucket tappet for an internal combustion engine, having a tappet housing with a hollow-cylindrical bucket shroud and a bucket bottom which closes the bucket shroud on one side and on which the bucket shroud is formed by way of chipless cold working of a steel blank, the outer side of the bucket bottom serving as a contact face for a cam of the internal combustion engine, which cam loads the bucket tappet with a lifting movement, and in which bucket tappet the outer side of the bucket shroud serves as a contact face for a guide bore of the internal combustion engine, which guide bore mounts the bucket tappet in the lifting direction, characterized in that the un-machined and uncoated cam contact face of the bucket bottom is treated by means of a brushing tool with the removal of material.
An automatic activation method of an application function in a terminal, comprising: the terminal setting an automatic activation interface, and a user setting, via the automatic activation interface, an application function which needs to be automatically activated and a triggering condition for an automatic activation of the application function; and when the terminal being in a power-off state, the terminal sending, when the triggering condition for the automatic activation of the application function is satisfied, a starting command to the automatic activation interface to activate the application function. the terminal setting an automatic activation interface, and a user setting, via the automatic activation interface, an application function which needs to be automatically activated and a triggering condition for an automatic activation of the application function; and when the terminal being in a power-off state, the terminal sending, when the triggering condition for the automatic activation of the application function is satisfied, a starting command to the automatic activation interface to activate the application function.
An air filter assembly (10, 200, 300) configured to deliver filtered air to a room, the air filter assembly comprising: a main housing (12, 302) having at least first and second surfaces (14, 16, 18, 202, 204, 206), wherein the first surface differs from the second surface; one or more first air filters (40, 210, 304) proximate to the first surface, wherein the one or more first air filters is configured to discharge a first portion of filtered air through the first surface in a first direction; and one or more second air filters (41, 43, 210, 304) proximate to the second surface, wherein the one or more second air filters is configured to discharge a second portion of filtered air through the second surface in a second direction (44, 46) that differs from the first direction, characterised in that each of the one or more first air filters and the one or more second air filters comprises: a filtering medium configured to filter contaminants from the air; and an air-regulating device secured to the filtering medium, wherein the air-regulating device is configured to be selectively opened and closed. a main housing (12, 302) having at least first and second surfaces (14, 16, 18, 202, 204, 206), wherein the first surface differs from the second surface; one or more first air filters (40, 210, 304) proximate to the first surface, wherein the one or more first air filters is configured to discharge a first portion of filtered air through the first surface in a first direction; and one or more second air filters (41, 43, 210, 304) proximate to the second surface, wherein the one or more second air filters is configured to discharge a second portion of filtered air through the second surface in a second direction (44, 46) that differs from the first direction, characterised in that each of the one or more first air filters and the one or more second air filters comprises: a filtering medium configured to filter contaminants from the air; and an air-regulating device secured to the filtering medium, wherein the air-regulating device is configured to be selectively opened and closed. a filtering medium configured to filter contaminants from the air; and an air-regulating device secured to the filtering medium, wherein the air-regulating device is configured to be selectively opened and closed.
A computer-implemented method for dynamically adjusting a focus diameter of a laser beam of a laser machining head of a laser cutting machine for machining workpieces, in particular planar or profiled or tubular workpieces, characterised by the following steps: - checking whether there is a preconfigurable trigger event and, if so: - executing an adjustment function (f) for adjusting the focus diameter during a machining process along a path that the laser machining head travels, the adjustment function (f) for adjusting the focus diameter being executed independently of other machining parameters or a change in them, - adjusting the focus diameter during the machining process along the path according to the result of the execution. - checking whether there is a preconfigurable trigger event and, if so: - executing an adjustment function (f) for adjusting the focus diameter during a machining process along a path that the laser machining head travels, the adjustment function (f) for adjusting the focus diameter being executed independently of other machining parameters or a change in them, - adjusting the focus diameter during the machining process along the path according to the result of the execution.
A manual pulling instrument, in particular an accordion, comprising: a first housing part comprising operating elements which are configured to be operated by a player of the manual pulling instrument with one hand; a second housing part; and a bellows by which the first housing part and the second housing part are movably connected to each other; wherein the operating elements occupy a spatial area extending to a first boundary line on a first side and to a second boundary line on a second side opposite the first side, wherein the second boundary line is further away from the bellows than the first boundary line, and wherein the second boundary line has a concave curvature, and wherein the spatial area occupied by the operating elements extends in a plane which encloses an angle (α) of between 20° and 65°, preferably between 30° and 60°, with a center plane of the manual pulling instrument which extends symmetrically with respect to the bellows between the first housing part and the second housing part when the bellows is in a folded state, wherein the first housing part comprises a rear surface area configured to face the torso of the player, characterized in that an upper end of the spatial area occupied by the operating elements is formed further away from the rear surface area than a lower end of the spatial area. a first housing part comprising operating elements which are configured to be operated by a player of the manual pulling instrument with one hand; a second housing part; and a bellows by which the first housing part and the second housing part are movably connected to each other; wherein the operating elements occupy a spatial area extending to a first boundary line on a first side and to a second boundary line on a second side opposite the first side, wherein the second boundary line is further away from the bellows than the first boundary line, and wherein the second boundary line has a concave curvature, and wherein the spatial area occupied by the operating elements extends in a plane which encloses an angle (α) of between 20° and 65°, preferably between 30° and 60°, with a center plane of the manual pulling instrument which extends symmetrically with respect to the bellows between the first housing part and the second housing part when the bellows is in a folded state, wherein the first housing part comprises a rear surface area configured to face the torso of the player, characterized in that an upper end of the spatial area occupied by the operating elements is formed further away from the rear surface area than a lower end of the spatial area.
Screening device having a first oscillating body comprising first cross members and a second oscillating body comprising second cross members, wherein first cross members and second cross members are arranged alternately and preferably transversely to a screening surface and each have clamping devices by means of which screen linings forming the screening surface are each clamped or can be clamped between a first cross member and a second cross member, and first and second oscillating bodies can be set oscillating relative to one another in order to alternately compress and expand the screen linings, wherein the first oscillating body comprises a first pair of push rods (7a, 7b) on which the first cross members are arranged and the second oscillating body comprises a second pair of push rods (8a, 8b), on which the second cross members are arranged and a stationary support structure is provided which accommodates the two oscillating bodies (S1, S2), wherein first and second oscillating bodies (S1, S2) can be set in oscillation relative to the stationary support structure, characterized in that the first pair of push rods (7a, 7b) and the second pair of push rods (8a, 8b) are coupled in each case to the support structure via shear-elastic elements and are coupled to one another via shear-elastic elements, which shear-elastic elements (10a, 10b) each allow oscillation in a coupling axis, wherein the coupling axes of each shear-elastic element (10a, 10b) extend essentially parallel to the push rods (7a, 7b, 8a, 8b).
A method for producing toner, comprising: adding a liquid containing dispersed resin particles into a liquid containing dispersed colorant particles having a volume average particle size of equal to or greater than 6 μm and having a zeta-potential sign opposite to a zeta-potential sign of the resin particles, when these zeta-potentials are measured according to the description, until a zeta-potential of aggregates of the colorant particle and the resin particles, when measured according to the description, has a sign opposite to the zeta-potential sign of the colorant particles; adjusting the zeta-potential of the aggregates, such that an absolute value of the zeta-potential of the aggregates is smaller than an absolute value of the zeta-potential of the resin particles by more than 10 mv; and adding a liquid containing dispersed resin particles having a zeta-potential sign that is the same as the sign of the adjusted zeta-potential of the aggregates, into a liquid containing the aggregates. adding a liquid containing dispersed resin particles into a liquid containing dispersed colorant particles having a volume average particle size of equal to or greater than 6 μm and having a zeta-potential sign opposite to a zeta-potential sign of the resin particles, when these zeta-potentials are measured according to the description, until a zeta-potential of aggregates of the colorant particle and the resin particles, when measured according to the description, has a sign opposite to the zeta-potential sign of the colorant particles; adjusting the zeta-potential of the aggregates, such that an absolute value of the zeta-potential of the aggregates is smaller than an absolute value of the zeta-potential of the resin particles by more than 10 mv; and adding a liquid containing dispersed resin particles having a zeta-potential sign that is the same as the sign of the adjusted zeta-potential of the aggregates, into a liquid containing the aggregates.