mhurhangee/ep-ind-claims huggingface dataset:
A load-receiving device for storing a cuboidal load in a rack and retrieving it therefrom, having two extendable telescopic arms (3, 4), which are spaced apart in parallel and on which drivers (30, 40, 31, 41, 32, 42) are arranged opposite one another in pairs, which drivers can be pivoted into a swung-up position, where they are substantially in parallel to the plane of the telescopic arms, and into a projecting position in which they are essentially perpendicular to said swung-up position, wherein the distance (d) between the telescopic arms (3, 4) is set depending on the width of the load, wherein each of the drivers (30, 40) that are arranged opposite one another in pairs is pivotable independently in relation to its respective opposite driver and wherein at least two edge detectors (300, 400, 302, 402) are arranged on the telescopic arms (3, 4) opposite one another and are assigned to two of the drivers (30, 40, 32, 42) that are arranged opposite one another and the drivers (30, 40) are independently pivotable in relation to one another depending on the output signal of the edge detectors (300, 400, 302, 402), characterized in that at least one of said drivers (30, 40) can be pivoted into an inclined position between said swung-up position and said perpendicularly projecting position, where said at least one driver (30, 40) is pivoted at a pivot angle α1, α2 in relation to said swung-up position, wherein α1, α2 is larger than 0° and smaller than 90°, in that said load-receiving device comprises a control, said control setting the pivot angle α1, α2 of the drivers (30, 40) depending on the load dimensions, the information on the width of the load being retrieved by the control from a table, a superior system, e.g., a warehouse management system, or measured and the drivers (30, 40) that are arranged opposite one another being independently controlled accordingly, and in that the control may set a first driver (30, 40) in said inclined position and a second driver perpendicularly to said swung-up position, so that the distance between the telescopic arms (3, 4) is smaller than twice the length of the driver (30, 40) and the telescopic arms (3, 4) can thus be brought very close to the load.
A wordline driving circuit, comprising: a switching transistor comprising: a control terminal connected to a first control signal terminal, a first terminal connected to a drive voltage terminal, and a second terminal connected to a wordline signal terminal; characterized by further comprising a ring oscillator comprising: a power terminal connected to the wordline signal terminal, and a ground terminal also being a ground terminal of the wordline driving circuit. a switching transistor comprising: a control terminal connected to a first control signal terminal, a first terminal connected to a drive voltage terminal, and a second terminal connected to a wordline signal terminal; a control terminal connected to a first control signal terminal, a first terminal connected to a drive voltage terminal, and a second terminal connected to a wordline signal terminal; characterized by further comprising a ring oscillator comprising: a power terminal connected to the wordline signal terminal, and a ground terminal also being a ground terminal of the wordline driving circuit. a power terminal connected to the wordline signal terminal, and a ground terminal also being a ground terminal of the wordline driving circuit.
A system for safely providing retinal phototherapy, encompassing: a first laser console generating a first light beam having a wavelength between 550nm and 900nm; a second laser console generating a second light beam having a wavelength between 550 nm and 900 nm, wherein the first and second light beams have a different wavelength, and wherein the first and second light beams are applied to a retinal pigment epithelium and a choroid of an eye; a reflectometer which measures the amount of light reflected from the retinal pigment epithelium and the choroid by the first and second light beams to determine a content of melanin within the retinal pigment epithelium of the eye; the system being characterised by further comprising: means for adjusting one or more parameters of a pulsed retina therapy light beam if the content of melanin in the retinal pigment epithelium of the eye exceeds a predetermined amount. a first laser console generating a first light beam having a wavelength between 550nm and 900nm; a second laser console generating a second light beam having a wavelength between 550 nm and 900 nm, wherein the first and second light beams have a different wavelength, and wherein the first and second light beams are applied to a retinal pigment epithelium and a choroid of an eye; a reflectometer which measures the amount of light reflected from the retinal pigment epithelium and the choroid by the first and second light beams to determine a content of melanin within the retinal pigment epithelium of the eye;
An anhydrous composition, comprising: a plurality of microcapsules, wherein the microcapsules comprise a core material and a shell encapsulating the core material; from 10% to 23%, by total mass of the anhydrous composition, of non-volatile oils; wherein the core material comprises a first fragrance; and wherein the shell includes a polyacrylate material; wherein the microcapsules are spray-dried microcapsules; and wherein the anhydrous composition further comprises a moisture-triggered fragrance delivery system. a plurality of microcapsules, wherein the microcapsules comprise a core material and a shell encapsulating the core material; from 10% to 23%, by total mass of the anhydrous composition, of non-volatile oils; wherein the core material comprises a first fragrance; and wherein the shell includes a polyacrylate material; wherein the microcapsules are spray-dried microcapsules; and wherein the anhydrous composition further comprises a moisture-triggered fragrance delivery system.
A screwdriver drive geometry, wherein the screwdriver drive geometry has an axial end by which it is inserted into a recess in a screw, wherein the drive geometry has a drive portion and a cylindrical guide portion which begins at the axial end and is adjoined by the drive portion, wherein the drive portion has a base body and an entrainment profile extending along the base body and having teeth protruding laterally outwards, wherein the base body is axially directly adjacent to the guide portion and widens conically in an axial direction away from the guide portion, characterized in that the teeth start in the guide portion at a distance from the axial end and extend along the base body.
A piece of furniture comprising a plurality of consecutive modules and a horizontal or vertical or oblique interspace comprised between the side walls of said modules and comprising a fixing system; said fixing system, comprising: - a crosspiece fixable at an interspace comprised between the side walls of said consecutive modules of the piece of furniture; - a first supporting element defining a first track with a longitudinal direction of extension, and having at least a first portion that can be fixed on the side wall of a first module of the piece of furniture; - a second supporting element that defines a second track with a longitudinal direction of extension substantially parallel to the direction of extension of the first track, and having at least a second portion that can be fixed on the side wall of a second module of the piece of furniture and that faces the side wall of the first module of the piece of furniture; - a connection element slidably interposed between said first supporting element and said second supporting element, comprising a first part that is slidable in said first track and a second part that is slidable in said second track, said connection element being configurable in a released state, wherein said connection element is not in contact with said first supporting element and said second supporting element, and a constrained state, wherein said connection element is inserted between said first track and said second track at the same time, characterized in that said connection element comprises reversible connecting means arranged on a front portion of said connection element facing the exterior of said first and second tracks and, in use, facing the crosspiece for fixing the crosspiece. - a crosspiece fixable at an interspace comprised between the side walls of said consecutive modules of the piece of furniture; - a first supporting element defining a first track with a longitudinal direction of extension, and having at least a first portion that can be fixed on the side wall of a first module of the piece of furniture; - a second supporting element that defines a second track with a longitudinal direction of extension substantially parallel to the direction of extension of the first track, and having at least a second portion that can be fixed on the side wall of a second module of the piece of furniture and that faces the side wall of the first module of the piece of furniture; - a connection element slidably interposed between said first supporting element and said second supporting element, comprising a first part that is slidable in said first track and a second part that is slidable in said second track, said connection element being configurable in a released state, wherein said connection element is not in contact with said first supporting element and said second supporting element, and a constrained state, wherein said connection element is inserted between said first track and said second track at the same time,
A media file processing terminal, wherein the terminal comprises an input apparatus, a display apparatus, and a processor, wherein the display apparatus is configured to: display an interface of playing music; display a music processing interface comprising text information, wherein the text information is associated with a media file, the text information comprises a lyric, and the media file comprises the music; and display time information, wherein the time information comprises a time period; the input apparatus is configured to: receive a gesture that triggers processing of the music, wherein the gesture is received on the interface of playing music; and receive a first gesture, wherein a part of the displayed text information is selected by using the first gesture, and the time period is corresponding to start time and end time of the part of the text information that is selected by using the first gesture; the input apparatus is further configured to receive a second gesture, wherein a segment of the media file is confirmed by using the second gesture, and the time period of the segment is associated with the displayed time information; and the processor is configured to acquire the segment of the media file that is confirmed by using the second gesture; wherein the display apparatus is further configured to display, before the second gesture is received, a fine adjustment option on the music processing interface, wherein the fine adjustment option provides an option of fine adjusting the part that is selected by using the first gesture and of the text information, or the fine adjustment option provides an option of fine adjusting the displayed time information, wherein the option of fine adjusting comprises dragging a lyrics selection bar; wherein that the processor is configured to acquire the segment of the media file that is confirmed by using the second gesture specifically comprises: the processor is configured to capture the segment of the media file that is confirmed by using the second gesture, and to save the captured segment to a preset save path. display an interface of playing music; display a music processing interface comprising text information, wherein the text information is associated with a media file, the text information comprises a lyric, and the media file comprises the music; and display time information, wherein the time information comprises a time period; receive a gesture that triggers processing of the music, wherein the gesture is received on the interface of playing music; and receive a first gesture, wherein a part of the displayed text information is selected by using the first gesture, and the time period is corresponding to start time and end time of the part of the text information that is selected by using the first gesture;
Method for displaying results of a measurement of a workpiece, in which a1) a gesture of a user that is a movement which is executed by a hand or by both hands of the user on an existing example of the workpiece, is detected, or a2) a gesture of a user that is a movement which is executed by a hand or by both hands of the user on an image of an existing example of the workpiece, is detected, b) the detected gesture is automatically identified as a predefined gesture that represents a symbol, and c) a measurement result of the measurement of a workpiece that is assigned to the gesture is automatically selected as a function of the identified gesture and displayed. a1) a gesture of a user that is a movement which is executed by a hand or by both hands of the user on an existing example of the workpiece, is detected, or a2) a gesture of a user that is a movement which is executed by a hand or by both hands of the user on an image of an existing example of the workpiece, is detected, b) the detected gesture is automatically identified as a predefined gesture that represents a symbol, and c) a measurement result of the measurement of a workpiece that is assigned to the gesture is automatically selected as a function of the identified gesture and displayed.
A system for washing a 3D-printed object, comprising a washing device and at least one workpiece that comprises the 3D-printed object, the washing device comprising a container forming a process chamber for receiving a liquid cleaning agent, the container having an inlet into the process chamber, wherein the workpiece further comprises at least one support structure supporting the 3D-printed object and a base supporting the support structure, wherein the base forms a perforated build platform retaining the support structure, wherein the base, in a mating relationship with the inlet, forms a restraint preventing the workpiece from passing through the inlet in a situation in which the workpiece is placed with the 3D-printed object located within the process chamber and closes the inlet; wherein the washing device further comprises an agitation means for agitating the liquid cleaning agent; wherein the agitation means comprises stirring means arranged within the process chamber, the stirring means being operationally coupled to a motor that is arranged outside the process chamber; and wherein the stirring means is operationally coupled to the motor via a magnetic coupling. the washing device comprising a container forming a process chamber for receiving a liquid cleaning agent, the container having an inlet into the process chamber, wherein the workpiece further comprises at least one support structure supporting the 3D-printed object and a base supporting the support structure, wherein the base forms a perforated build platform retaining the support structure, wherein the base, in a mating relationship with the inlet, forms a restraint preventing the workpiece from passing through the inlet in a situation in which the workpiece is placed with the 3D-printed object located within the process chamber and closes the inlet; wherein the washing device further comprises an agitation means for agitating the liquid cleaning agent; wherein the agitation means comprises stirring means arranged within the process chamber, the stirring means being operationally coupled to a motor that is arranged outside the process chamber; and wherein the stirring means is operationally coupled to the motor via a magnetic coupling.
A gymnastic machine comprising a frame associated with a guide extending along a given direction to carry a support member in a freely sliding manner; load means supported by said frame and comprising at least one load unit and at least one implement associated with said load unit by means of a traction device; said load means comprising a further load unit associated with said support member to condition its mobility along said guide in order to exercise separately controllable actions on distinct regions of an user's body; characterised in that said load unit and said further load unit are mechanically or electronically coupled, and in that said machine further comprises a regulating unit associated with said load means and allowing the dynamic balancing of said load unit and said further load unit thus allowing, in use, the dynamic balancing of their respective resisting actions on said distinct regions of a user's body.
Vehicle having an automatic open-loop and closed-loop control unit and a lock of a differential gear of driven wheels (6, 7, 10, 11) and/or of driven axles (3, 4) of a motor vehicle, with wheel speed sensors (19, 20, 21, 22) for sensing the rotational speeds and/or rpm of the wheels (6, 7, 10, 11) and/or axle rpm sensors (16, 17) for sensing the rotational speeds and/or rpm of the axles (3, 4), wherein the open-loop and closed-loop control unit is configured in such a way that when a predetermined rotational speed difference or rpm difference of the wheels (3, 4; 6, 7) of one axle (3; 4) is exceeded and/or a predetermined rotational speed difference or rpm difference of two axles (3, 4) is exceeded, the lock of the differential gear is activated for a specific holding time, and after the expiry of the holding time deactivated again, characterized in that the open-loop and closed-loop control unit is furthermore configured in such a way that it senses the real time between deactivation and subsequent occurrence of the activation conditions for activation and compares said time with a predefined time, and when the predefined time is overshot by the measured time it executes activation of the lock, and when the predefined time is undershot by the measured time and the lock is activated it executes measurement and storage of the velocity of the vehicle, wherein it keeps the lock active until the stored velocity is below a predetermined maximum permitted velocity and an accelerator pedal for controlling the load of an engine of the vehicle is being activated and/or the velocity is within a tolerance range with respect to the stored velocity.
An inter prediction method performed by a video decoding apparatus comprising: receiving a bitstream including information on a parallel merge level; deriving a merging candidate list for a current block when merge mode is applied to the current block; deriving motion information of the current block, based on one of a plurality of merging candidates constituting the merging candidate list; and performing a prediction on the current block, on the basis of the derived motion information, to generate a predicted block corresponding to the current block, wherein the current block is a prediction unit belonging to a merging candidate sharing unit, the merging candidate sharing unit representing a unit region for sharing of the merging candidates, wherein a size of the merging candidate sharing unit is determined according to the information on the parallel merge level, wherein plural prediction units are partitioned from a coding unit and the prediction unit is one of the plural prediction units, and wherein all the plural prediction units within the merging candidate sharing unit share the merging candidates. receiving a bitstream including information on a parallel merge level; deriving a merging candidate list for a current block when merge mode is applied to the current block; deriving motion information of the current block, based on one of a plurality of merging candidates constituting the merging candidate list; and performing a prediction on the current block, on the basis of the derived motion information, to generate a predicted block corresponding to the current block, wherein the current block is a prediction unit belonging to a merging candidate sharing unit, the merging candidate sharing unit representing a unit region for sharing of the merging candidates, wherein a size of the merging candidate sharing unit is determined according to the information on the parallel merge level, wherein plural prediction units are partitioned from a coding unit and the prediction unit is one of the plural prediction units, and wherein all the plural prediction units within the merging candidate sharing unit share the merging candidates.
An airfoil body (100; 200) comprising: an airfoil wall (102; 202) defined between an internal cavity surface (104; 204) and an external airfoil surface (106; 206); and a pad (108; 208) extending from the internal cavity surface, wherein a cooling hole (110; 210) extends from the external airfoil surface, through the airfoil wall and through the pad for fluid communication through the airfoil wall; wherein the cooling hole includes a metering section (112; 212) defined in the pad and a diffuser (114; 214) diverging from the metering section to the external airfoil surface for distributing flow from the cooling hole to the external airfoil surface; and characterised in that a depth at which the metering section and diffuser meet is deeper than or equal to a depth of the internal cavity surface at a base of the pad when referencing depth from the external airfoil surface. an airfoil wall (102; 202) defined between an internal cavity surface (104; 204) and an external airfoil surface (106; 206); and a pad (108; 208) extending from the internal cavity surface, wherein a cooling hole (110; 210) extends from the external airfoil surface, through the airfoil wall and through the pad for fluid communication through the airfoil wall; wherein the cooling hole includes a metering section (112; 212) defined in the pad and a diffuser (114; 214) diverging from the metering section to the external airfoil surface for distributing flow from the cooling hole to the external airfoil surface; and characterised in that a depth at which the metering section and diffuser meet is deeper than or equal to a depth of the internal cavity surface at a base of the pad when referencing depth from the external airfoil surface.
A method for in vitro production of hyaline cartilage tissue comprising: i) culturing chondrocytes on an adherent culture system in a dedifferentiation culture medium that activates Wnt signaling pathway to obtain chondrocytes with a morphology of fibroblastic-like cells; ii) culturing said fibroblastic-like chondrocytes on an adherent culture system in a redifferentiation culture medium that inactivates Wnt signaling pathway to obtain chondrocytes with full capacity to resynthesize hyaline matrix; iii) culturing said chondrocytes obtained in step ii) in a three-dimensional culture system in an induction/maturation culture medium that maintains the inactivation of Wnt signaling pathway. i) culturing chondrocytes on an adherent culture system in a dedifferentiation culture medium that activates Wnt signaling pathway to obtain chondrocytes with a morphology of fibroblastic-like cells; ii) culturing said fibroblastic-like chondrocytes on an adherent culture system in a redifferentiation culture medium that inactivates Wnt signaling pathway to obtain chondrocytes with full capacity to resynthesize hyaline matrix; iii) culturing said chondrocytes obtained in step ii) in a three-dimensional culture system in an induction/maturation culture medium that maintains the inactivation of Wnt signaling pathway.