mhurhangee/ep-ind-claims huggingface dataset:
A process for the differential coding of a current image block in a first reference image on the basis of a predicted image block in a second reference image, the reference images flanking one or more images of bidirectional type, also called images of type B, whose differential coding can take account of the blocks of these reference images, comprising a step of selecting the predicted image block, from among candidate blocks, as a function of a difference D P dx,dy between the current image block and a candidate block designated by a motion vector Vp with components dx, dy which is allocated to the current image block, characterized in that the selection is also dependent on a difference D B drx,dry between the co-located block of the current image block in one of the one or more images of type B and a block in either the first or the second reference image, the latter block being designated by a further motion vector, with components drx, dry, which is allocated to the co-located block and is colinear with the motion vector Vp.
A method of managing a system information block, SIB, by a device (104a, 104b, 104c), in a wireless communication network, the method comprising: obtaining a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, from a base station; obtaining information from the PSS and the SSS; obtaining a time resource and a frequency resource based on the information obtained from the PSS and the SSS; and obtaining the SIB through the time resource and the frequency resource, wherein the information obtained from the PSS and the SSS includes a cell identity, ID, of the base station, and the time resource is a subframe with a subframe number obtained based on a function that applies modulo operation to the cell ID. obtaining a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, from a base station; obtaining information from the PSS and the SSS; obtaining a time resource and a frequency resource based on the information obtained from the PSS and the SSS; and obtaining the SIB through the time resource and the frequency resource, wherein the information obtained from the PSS and the SSS includes a cell identity, ID, of the base station, and the time resource is a subframe with a subframe number obtained based on a function that applies modulo operation to the cell ID.
An LED light comprising: a base plate; an LED module disposed beneath the base plate; a plurality of heat pipes (62; 62') having a heat absorbing portion being in contact with the base plate and a heat dissipating portion bending from the heat absorbing portion; a plurality of heat dissipation fins spaced from each other on the heat dissipating portions; an upper bracket fastened to a hanger; and studs (120; 120') connecting the base plate and the upper bracket, characterized in that the LED light further comprises lower brackets fastened to the base plate and fastened to the upper bracket, wherein a distance between the lower brackets and the upper bracket is adjustable. a base plate; an LED module disposed beneath the base plate; a plurality of heat pipes (62; 62') having a heat absorbing portion being in contact with the base plate and a heat dissipating portion bending from the heat absorbing portion; a plurality of heat dissipation fins spaced from each other on the heat dissipating portions; an upper bracket fastened to a hanger; and studs (120; 120') connecting the base plate and the upper bracket,
A touch screen sensor (100; 400), comprising: a visible light transparent substrate; an electrically conductive micropattern (140; 240; 340; 440; 540; 640; 740) disposed on or in the visible light transparent substrate, the micropattern comprising a first region micropattern within a touch sensing area and a second region micropattern; the first region micropattern comprising a first two dimensional mesh having a first sheet resistance value in a first direction, being visible light transparent, and having at least 90% open area; the second region micropattern comprising a second two dimensional mesh different from the first mesh having a second sheet resistance value in the first direction, wherein, the first sheet resistance value is different from the second sheet resistance value. a visible light transparent substrate; an electrically conductive micropattern (140; 240; 340; 440; 540; 640; 740) disposed on or in the visible light transparent substrate, the micropattern comprising a first region micropattern within a touch sensing area and a second region micropattern; the first region micropattern comprising a first two dimensional mesh having a first sheet resistance value in a first direction, being visible light transparent, and having at least 90% open area; the second region micropattern comprising a second two dimensional mesh different from the first mesh having a second sheet resistance value in the first direction, wherein, the first sheet resistance value is different from the second sheet resistance value.
Optical system comprising: a light source having a main light emitting direction, a lens being positioned in front of the light source with respect to the light emitting direction and being configured to redirect and emit the light of the light source in a substantially lateral direction with respect to the main light emitting direction, wherein a portion of the lens, through which the light exits the lens, is orthogonal to this lateral direction; and a reflector surrounding the lens such that the light being redirected and emitted from the lens is redirected by the reflector towards a light emitting area of the optical system, wherein the reflector is relatively moveable with respect to the lens such that a light distribution of the light being redirected by the reflector towards the light emitting area varies dependent on the relative position between the reflector and the lens, wherein the reflector comprises first guiding means, which mechanically cooperate with corresponding second guiding means, to allow for a movement of the reflector relative to the lens, and wherein the lens comprises the second guiding means at the portion of the lens, through which the light exits the lens. a light source having a main light emitting direction, a lens being positioned in front of the light source with respect to the light emitting direction and being configured to redirect and emit the light of the light source in a substantially lateral direction with respect to the main light emitting direction, wherein a portion of the lens, through which the light exits the lens, is orthogonal to this lateral direction; and a reflector surrounding the lens such that the light being redirected and emitted from the lens is redirected by the reflector towards a light emitting area of the optical system, wherein the reflector is relatively moveable with respect to the lens such that a light distribution of the light being redirected by the reflector towards the light emitting area varies dependent on the relative position between the reflector and the lens, wherein the reflector comprises first guiding means, which mechanically cooperate with corresponding second guiding means, to allow for a movement of the reflector relative to the lens, and wherein the lens comprises the second guiding means at the portion of the lens, through which the light exits the lens.
A reinforcement member for a tire, constituted of a plurality of cords aligned in parallel to each other and coating rubber provided thereon,wherein each of the cords is constituted of a plurality of filaments; each cord has the cord center portion formed by the intertwined filaments and respective cord end portions positioned at respective sides in the cord extending direction of the cord center portion; characterized in that at least one of the cord end portions is constituted of a plurality of the filaments each formed in a wavy or spiral shape and extending separately in an unraveled manner. each of the cords is constituted of a plurality of filaments; each cord has the cord center portion formed by the intertwined filaments and respective cord end portions positioned at respective sides in the cord extending direction of the cord center portion; characterized in that at least one of the cord end portions is constituted of a plurality of the filaments each formed in a wavy or spiral shape and extending separately in an unraveled manner.
A fluid drug injection system comprising a pump configured for receiving a fluid drug cartridge, wherein the fluid drug cartridge comprises a barrel filled with a fluid drug solution, wherein the fluid drug cartridge comprises a plunger within the barrel, wherein the plunger is configured for forcing the fluid drug solution through an outlet of the barrel, wherein the pump comprises an actuator for actuating the plunger to force the fluid drug solution through the outlet, wherein the fluid drug injection system comprises a force sensor for measuring force data, wherein the actuator comprises the force sensor, wherein the force data is descriptive of the force applied to the plunger by the actuator, wherein the pump comprises a controller configured to: - control the actuator to move the actuator to contact or move the plunger; - measure force data using the force sensor during movement of the actuator; - determine a feature signal from the force data, wherein the feature signal is descriptive of a force modulation; and - assign the cartridge type to the fluid drug cartridge using the feature signal, wherein the cartridge type is assigned to the fluid drug cartridge by comparing the feature signal to a library of example feature signals using a pattern recognition algorithm. - control the actuator to move the actuator to contact or move the plunger; - measure force data using the force sensor during movement of the actuator; - determine a feature signal from the force data, wherein the feature signal is descriptive of a force modulation; and - assign the cartridge type to the fluid drug cartridge using the feature signal, wherein the cartridge type is assigned to the fluid drug cartridge by comparing the feature signal to a library of example feature signals using a pattern recognition algorithm.
A closing member for a sternal closure adapted to be arranged on a human or animal body in the area of the sternum for closing a cleft therein, wherein the closing member includes a first rear engaging area and a second rear engaging area, wherein, on the one hand, the first rear engaging area is prepared for positive securing on a first mounting area of the sternal closure on the one side of the cleft and, on the other hand, the second rear engaging area is prepared for positive securing on a second mounting area of the sternal closure on the other side of the cleft, and wherein a component formed as first closing member half and a component formed as second closing member half are detachably connected to each other, characterized in that in a first end portion, each of the first and second closing member halves (18, 19) is forming the first rear engaging area and in a second end portion that is arranged opposite to the first end portion each of the first and second closing member halves (18, 19) is forming the second rear engaging area, and a latching allowing the detachable connection between the closing member halves (18, 19) is configured to act transversely to a longitudinal direction of the closing member.
An electromagnetic valve, comprising: a valve main body that includes an inlet and an outlet of a fluid; a valve body that is to be seated on a valve seat provided between the inlet and the outlet; a movable iron core that separates the valve body from the valve seat to thereby communicate the inlet with the outlet; and a fixed iron core that attracts the movable iron core by energization of a coil to thereby axially drive the movable iron core, wherein the valve main body includes an insertion hole into which a guide member is inserted, wherein the guide member includes a sliding hole in which the movable iron core is axially movable, and is arranged in the insertion hole in a slidable manner with respect to the valve main body to be biased by a pressure of the fluid, and wherein the valve main body includes a stopper portion to stop the guide member biased by the pressure of the fluid,wherein the insertion hole communicates with the inlet, characterized in, that the stopper portion is a cap member that closes an opening of the insertion hole, wherein the fixed iron core is arranged between the movable iron core and the cap member, and wherein the guide member and the fixed iron core are adapted to be biased in a same direction by the pressure of the fluid introduced from the inlet. a valve main body that includes an inlet and an outlet of a fluid; a valve body that is to be seated on a valve seat provided between the inlet and the outlet; a movable iron core that separates the valve body from the valve seat to thereby communicate the inlet with the outlet; and a fixed iron core that attracts the movable iron core by energization of a coil to thereby axially drive the movable iron core, wherein the valve main body includes an insertion hole into which a guide member is inserted, wherein the guide member includes a sliding hole in which the movable iron core is axially movable, and is arranged in the insertion hole in a slidable manner with respect to the valve main body to be biased by a pressure of the fluid, and wherein the valve main body includes a stopper portion to stop the guide member biased by the pressure of the fluid,wherein the insertion hole communicates with the inlet, that the stopper portion is a cap member that closes an opening of the insertion hole, wherein the fixed iron core is arranged between the movable iron core and the cap member, and wherein the guide member and the fixed iron core are adapted to be biased in a same direction by the pressure of the fluid introduced from the inlet.
A portable on-line in-situ β-ray monitor, comprising a detection mechanism and a control mechanism electrically connected to each other, wherein the detection mechanism comprises a filter tape feed device, a filter tape pressing device, a detector, and a gas guide device; the gas guide device is arranged in the filter tape pressing device in a penetrating manner to guide a gas to be tested on the test filter tape; the filter tape pressing device is arranged right above the detector and is configured for pressing the test filter tape; the detector is configured for counting; the control mechanism comprises a first detector and a second detector; the filter tape pressing device is connected to the first detector; and the filter tape feed device is connected to the second detector, the filter tape feed device is configured for storing and moving test filter tape; the first detector is configured for detecting a down-pressing situation of the filter tape pressing device and the second detector is configured for detecting a filter tape feeding in-place situation; the monitor being characterized in that: the filter tape pressing device comprises a head pressing block and a filter tape pressing holder; a head pressing disc is fixedly arranged outside the head pressing block in a sleeving manner; and an upper end of the head pressing disc is fixedly connected to the filter tape pressing holder through a spring; and a lower end of the head pressing block is connected to a head pressing membrane; an upper end of the pressing head block is connected to a head pressing gas pipe; and the bottom of the pressing head gas pipe is fixed to an upper end of the filter tape pressing holder through a head pressing seat. the filter tape pressing device comprises a head pressing block and a filter tape pressing holder; a head pressing disc is fixedly arranged outside the head pressing block in a sleeving manner; and an upper end of the head pressing disc is fixedly connected to the filter tape pressing holder through a spring; and a lower end of the head pressing block is connected to a head pressing membrane; an upper end of the pressing head block is connected to a head pressing gas pipe; and the bottom of the pressing head gas pipe is fixed to an upper end of the filter tape pressing holder through a head pressing seat.
An electric installation switch having a lighting insert (10, 10') which is inserted from the front side facing the user into a switch base (11, 11') of the installation switch and which has a lighting device (12, 12') for illuminating a region of the electric installation switch, said lighting device comprising at least one illuminant (14, 14'), in particular at least one multicolored LED, characterized in that the lighting device (12, 12') comprises at least one electric selection switch (16, 16'), with it being possible to choose between different colors of a light output from the lighting device (12, 12') via the selection switch (16, 16').
A storage box comprising: a box body formed into a box shape opening upward and forward, the box body having an interior configured as a storage section; and an upper cover detachably attached to the box body, the upper cover being configured to close an opening on an upper side of the box body, characterized in that the box body is configured to be nestable with another box body in such a manner as to allow the box bodies to be stacked in a vertical direction,and a lower end portion of a side wall of the box body includes a fitting portion and a fitting target portion formed to be fitted to each other when the box bodies are nested. a box body formed into a box shape opening upward and forward, the box body having an interior configured as a storage section; and an upper cover detachably attached to the box body, the upper cover being configured to close an opening on an upper side of the box body, characterized in that the box body is configured to be nestable with another box body in such a manner as to allow the box bodies to be stacked in a vertical direction,and a lower end portion of a side wall of the box body includes a fitting portion and a fitting target portion formed to be fitted to each other when the box bodies are nested.
An apparatus for the weeding of a ground by spraying thereon a high-pressure working fluid, the apparatus being usable with a tractor or a similar agricultural machine susceptible to move forward on said ground along an advancement direction ( d), the apparatus comprising: - at least one tank for the working fluid; - at least one high-pressure pump susceptible to pump the working fluid at a working pressure of at least 400 bar; - at least one spraying device of the working fluid on the ground to be weeded; - at least one fluid connecting line of said at least one tank and said at least one spraying device passing through said at least one high-pressure pump; wherein each of said at least one tank, at least one high-pressure pump and at least one spraying device is mountable on the tractor or on the similar agricultural machine and / or it is integral thereto; wherein said at least one spraying device comprises: - a support structure; - at least one outlet nozzle oriented towards the ground to be weeded mounted on said support structure; characterized in that the apparatus further comprises motor means acting upon said support structure to move in a rotating or oscillating manner said at least one outlet nozzle around a first axis; so as upon the advancement of the tractor or of the similar agricultural machine along the advancement direction ( d) the jet of the working fluid flowing from said at least one outlet nozzle hits continuously the ground to be weeded. - at least one tank for the working fluid; - at least one high-pressure pump susceptible to pump the working fluid at a working pressure of at least 400 bar; - at least one spraying device of the working fluid on the ground to be weeded; - at least one fluid connecting line of said at least one tank and said at least one spraying device passing through said at least one high-pressure pump; - a support structure; - at least one outlet nozzle oriented towards the ground to be weeded mounted on said support structure;
A lid assembly comprising: a cover member for attachment to a container, the cover member including first and second apertures (16, 18) providing access to contents of the container; a drinking member (20, 20') having a bore therethrough, the drinking member (20, 20') pivotal between a first closed position wherein the drinking member (20, 20') seals the first aperture and a second open position wherein the bore is aligned with the first aperture to allow contents of the container to pass through the first aperture and the drinking member (20, 20'); and a closure member (22, 22') pivotal between a first closed position wherein the closure member (22, 22') seals the second aperture and a second open position wherein the second aperture is exposed to allow contents of the container to pass therethrough, characterized in that: the drinking member (20, 20') and the closure member (22, 22') have the same axis of rotation, and with the drinking member (20, 20') and the closure member (22, 22') each in the first closed position, the first and second apertures (16, 18) are sealed and the drinking member (20, 20') and the closure member (22, 22') lie adjacent one another. a cover member for attachment to a container, the cover member including first and second apertures (16, 18) providing access to contents of the container; a drinking member (20, 20') having a bore therethrough, the drinking member (20, 20') pivotal between a first closed position wherein the drinking member (20, 20') seals the first aperture and a second open position wherein the bore is aligned with the first aperture to allow contents of the container to pass through the first aperture and the drinking member (20, 20'); and a closure member (22, 22') pivotal between a first closed position wherein the closure member (22, 22') seals the second aperture and a second open position wherein the second aperture is exposed to allow contents of the container to pass therethrough, characterized in that: the drinking member (20, 20') and the closure member (22, 22') have the same axis of rotation, and with the drinking member (20, 20') and the closure member (22, 22') each in the first closed position, the first and second apertures (16, 18) are sealed and the drinking member (20, 20') and the closure member (22, 22') lie adjacent one another. the drinking member (20, 20') and the closure member (22, 22') have the same axis of rotation, and with the drinking member (20, 20') and the closure member (22, 22') each in the first closed position, the first and second apertures (16, 18) are sealed and the drinking member (20, 20') and the closure member (22, 22') lie adjacent one another.