mhurhangee/ep-ind-claims huggingface dataset:
Blind of the venetian blind type, intended to be mounted in front of an opening of a building, comprising: - a plurality of parallel slats of substantially horizontal longitudinal axis, supported by cords (4, 4') suspended from a drive mechanism, - an electromechanical actuator able to act on the drive mechanism to move and orient the slats about their longitudinal axis, and - a sensor intended to determine at least one characteristic of movement of one or more slats, characterized in that the sensor comprises at least a first part placed on one of the upper slats of the blind and in that the movement of one or more slats is due to the wind to which the blind is subjected. - a plurality of parallel slats of substantially horizontal longitudinal axis, supported by cords (4, 4') suspended from a drive mechanism, - an electromechanical actuator able to act on the drive mechanism to move and orient the slats about their longitudinal axis, and - a sensor intended to determine at least one characteristic of movement of one or more slats,
Electronic irritation device, comprising: a plurality of irritation signal modules, each comprising at least one emitter for emitting optical or acoustic irritation signals; a connection device (32; 38; 38, 40, 42) for coupling the plurality of irritation signal modules to one another; characterized in that the electronic irritation device comprises an unlocking device (34; 38; 44) for automatically unlocking the connection device (32; 38; 38, 40, 42) in order to decouple the plurality of irritation signal modules from one another. a plurality of irritation signal modules, each comprising at least one emitter for emitting optical or acoustic irritation signals; a connection device (32; 38; 38, 40, 42) for coupling the plurality of irritation signal modules to one another; characterized in that the electronic irritation device comprises an unlocking device (34; 38; 44) for automatically unlocking the connection device (32; 38; 38, 40, 42) in order to decouple the plurality of irritation signal modules from one another.
A yoyo capable to be electrically accelerated when held by hands, the yoyo comprising two spinning bodies, a connector connecting the two spinning bodies as a whole, an electrical acceleration mechanism provided inside the spinning bodies, and a bearing disposed between the two spinning bodies for winding a yoyo string; characterized in that the yoyo further comprises side shaft sleeves provided at center positions of the outer sides of the spinning bodies, said side shaft sleeves being rotatable with respect to said spinning bodies; the electrical acceleration mechanism being connectable with the spinning bodies and the side shaft sleeves; by pressing the side shaft sleeves, the electrical acceleration mechanism operates and thereby drives the spinning bodies to spin simultaneously.
A conducting device comprising: a movable spring plate, a reset spring member for generating an elastic force; the reset spring member is located in the outer side of the movable spring plate and contacts with the movable spring plate; characterized in that the movable spring plate is installed on a stationary spring plate and an inserting slot is formed between the movable spring plate and the stationary spring plate; a lower end of the movable spring plate is pivotally connected by a dowel with a lower end of the stationary spring plate such that the movable spring plate resists the elastic force of the reset spring member and rotates relatively to the stationary spring plate when inserting a plug into the inserting slot, the reset spring member forces the movable spring plate to return to original position and contact closely with a conductive column of the plug after the movable spring plate rotates relatively to the stationary spring plate, and the width of the inserting slot is gradually decreased. a movable spring plate, a reset spring member for generating an elastic force; the reset spring member is located in the outer side of the movable spring plate and contacts with the movable spring plate; characterized in that the movable spring plate is installed on a stationary spring plate and an inserting slot is formed between the movable spring plate and the stationary spring plate; a lower end of the movable spring plate is pivotally connected by a dowel with a lower end of the stationary spring plate such that the movable spring plate resists the elastic force of the reset spring member and rotates relatively to the stationary spring plate when inserting a plug into the inserting slot, the reset spring member forces the movable spring plate to return to original position and contact closely with a conductive column of the plug after the movable spring plate rotates relatively to the stationary spring plate, and the width of the inserting slot is gradually decreased.
Device for connecting an attachment to an excavator arm, comprising a quick-change device and a mounting plate, wherein at least one hydraulic coupling is provided, by means of which at least one hydraulic line coming from the excavator can be connected to at least one hydraulic line which leads to at least one hydraulic device in the attachment, wherein a part, in particular the coupling plug of the hydraulic coupling, is arranged on the quick-change device on a block which can be displaced in the quick-change device, and wherein a further part, in particular the coupling sleeve of the hydraulic coupling, is arranged on the mounting plate in an opening in a latch receptacle provided on the mounting plate, characterized in that at least one electric coupling is provided with which at least one electric line coming from the excavator can be connected to at least one electric line leading to an electric device provided in the attachment, in that part of the electric coupling is arranged on the block which can be displaced in the quick-change device and carries part of the hydraulic coupling, in that a further part of the electric coupling is arranged in the opening in the latch receptacle provided on the mounting plate, and in that the electric coupling is arranged in the opening in the latch receptacle provided on the attachment plate, in that a recess which is open towards the interior of the latch guide is provided in a latch guide provided on the quick-change device for a part, namely the plug, of the electrical coupling, and in that a recess which is open towards the interior of the latch receptacle is provided in the web of the latch receptacle remote from the attachment for a part, namely the plug socket, of the electrical coupling.
A device for extracting a straw from a container having a rim that is closed by a lid crimped to said rim and presenting an orifice, said device being characterized in that it comprises: a stopper suitable for being attached to and detached from the lid in order to close and open the orifice; and a body connected to the stopper and suitable for passing through the orifice in order to be housed inside the container, and including at least one opening through which the straw can be disengaged from the device when the stopper is detached from the lid, the device being characterized in that the body comprises an abutment on which a corrugated portion of the straw is suitable for resting when the stopper is attached to the lid, and which is suitable for entraining said corrugated portion while the stopper is being detached in order to extract the straw from the container through the orifice. a stopper suitable for being attached to and detached from the lid in order to close and open the orifice; and a body connected to the stopper and suitable for passing through the orifice in order to be housed inside the container, and including at least one opening through which the straw can be disengaged from the device when the stopper is detached from the lid, the device being characterized in that the body comprises an abutment on which a corrugated portion of the straw is suitable for resting when the stopper is attached to the lid, and which is suitable for entraining said corrugated portion while the stopper is being detached in order to extract the straw from the container through the orifice.
A firearm with barrel interlock system comprising: a receiver having a barrel nut coupled to a forward end thereof; a barrel assembly having a rearward breech end axially slidable into the barrel nut and being rotatable therein between an unlocked position and a locked position in which the barrel assembly cannot be axially withdrawn from the barrel nut, the barrel assembly further defining a longitudinal axis and a forward muzzle end opposite the breech end; a bolt carrier slidably disposed in the receiver, the bolt carrier axially movable in forward and rearward motions into and out of engagement with the barrel assembly; a bolt carried by the bolt carrier and lockable with the barrel assembly to form a closed breech for discharging the firearm; and a barrel interlock system comprising a locking protrusion disposed on the barrel assembly which is engageable with a complementary configured locking recess disposed on the bolt carrier, the locking protrusion being operable when engaged with the locking recess to prevent rotation and removal of the barrel assembly from the firearm; wherein the locking protrusion is a cantilever that projects axially rearward from the barrel assembly. a receiver having a barrel nut coupled to a forward end thereof; a barrel assembly having a rearward breech end axially slidable into the barrel nut and being rotatable therein between an unlocked position and a locked position in which the barrel assembly cannot be axially withdrawn from the barrel nut, the barrel assembly further defining a longitudinal axis and a forward muzzle end opposite the breech end; a bolt carrier slidably disposed in the receiver, the bolt carrier axially movable in forward and rearward motions into and out of engagement with the barrel assembly; a bolt carried by the bolt carrier and lockable with the barrel assembly to form a closed breech for discharging the firearm; and a barrel interlock system comprising a locking protrusion disposed on the barrel assembly which is engageable with a complementary configured locking recess disposed on the bolt carrier, the locking protrusion being operable when engaged with the locking recess to prevent rotation and removal of the barrel assembly from the firearm; wherein the locking protrusion is a cantilever that projects axially rearward from the barrel assembly.
A fastening bolt for use in concrete comprising a shaft defining a central axis, a head disposed on a first end of said shaft, a drilling portion defined on a second end of said shaft opposite to said first end, and a plurality of first threads (34, 34') spirally disposed on said shaft and extending from said drilling portion toward said head; characterized in that said shaft provides a plurality of second threads (35, 35') spirally disposed between said first threads (34, 34'), an outer diameter of said second threads (35, 35') being smaller than an outer diameter of said first threads (34, 34'), some of said second threads close to said drilling portion having a plurality of recesses formed thereon, each of said plurality of first threads (34, 34') having a trailing surface facing said head and a leading surface facing said drilling portion, said leading surface and said trailing surface converging on a thread ridge, said first thread (34, 34') defining a line which is perpendicular to said central axis and passes said thread ridge, said leading surface being inclined to said line at a leading angle, said trailing surface being inclined to said line at a trailing angle, said trailing angle being smaller than said leading angle, some of said first threads close to said drilling portion having a plurality of cutting grooves formed thereon, each of said plurality of cutting grooves being formed by walls with different lengths and opened at an angle (μ), said angle (μ) being not over 90 degrees, each of said plurality of cutting grooves being opened in a direction opposite to a screwing direction of said shaft.
A heated floor panel, comprising: a base assembly including a top layer, a bottom layer, and a honeycomb layer located between the top layer and the bottom layer; a heating element located on a first surface of the base assembly; and a panel skin located over the heating element and the first surface of the base assembly, wherein the panel skin extends from the first surface of the base assembly to a second surface of the base assembly, the second surface of the base assembly being opposite the first surface of the base assembly and characterized in that the panel skin forms an upper surface and perimeter surfaces of the heated floor panel, and wherein an underside surface of the heated floor panel is formed by the panel skin and the second surface of the base assembly;. wherein the panel skin surrounds an outer perimeter of the honeycomb layer, and wherein the panel skin is directly adjacent to the outer perimeter of the honeycomb layer. a base assembly including a top layer, a bottom layer, and a honeycomb layer located between the top layer and the bottom layer; a heating element located on a first surface of the base assembly; and a panel skin located over the heating element and the first surface of the base assembly, wherein the panel skin extends from the first surface of the base assembly to a second surface of the base assembly, the second surface of the base assembly being opposite the first surface of the base assembly and characterized in that the panel skin forms an upper surface and perimeter surfaces of the heated floor panel, and wherein an underside surface of the heated floor panel is formed by the panel skin and the second surface of the base assembly;. wherein the panel skin surrounds an outer perimeter of the honeycomb layer, and wherein the panel skin is directly adjacent to the outer perimeter of the honeycomb layer.
A method for evaluating the anti-oxidative potential of the skin, including the steps consisting of: - non-invasively sampling on the skin at least one analyte deactivating free radicals present at the surface thereof, by using a porous support, for collecting the analyte(s) at the surface of the skin, said porous support being impregnated with a sampling liquid, the sample including solubilization of the analyte(s) with the sampling liquid, - and of then bringing said porous support into contact with a substrate different from the porous support, said substrate being loaded with a reagent including DPPH, and - allowing the thereby sampled analyte to react upon contact with the reagent present on said substrate, said substrate being capable of producing an optically observable reaction in the presence of the analyte, characterized by the fact that a colorimetric scale is used upon visual detection of a color change of the reagent. - non-invasively sampling on the skin at least one analyte deactivating free radicals present at the surface thereof, by using a porous support, for collecting the analyte(s) at the surface of the skin, said porous support being impregnated with a sampling liquid, the sample including solubilization of the analyte(s) with the sampling liquid, - and of then bringing said porous support into contact with a substrate different from the porous support, said substrate being loaded with a reagent including DPPH, and - allowing the thereby sampled analyte to react upon contact with the reagent present on said substrate, said substrate being capable of producing an optically observable reaction in the presence of the analyte,
A stabilized water flow control ground cover, comprising: a non-woven mat of randomly oriented polymeric fibers defining interstitial gaps, the mat having respective extended longitudinal and transverse axis and a thickness that is less than a significant minority of the transverse axis, the interstitial gaps defining a plurality of interference pathways for non-direct water flow therethrough; a plurality of spaced-apart tufts tufted with a polymeric yarn to form one or more synthetic blades in each tuft extending from the upper surface of the mat to a blade extent to simulate a field of grass and connected by tuft bridges on an opposing side of the mat; and a stabilization layer on a bottom side and proximate interior portion of the non-woven mat, said stabilization layer comprises a plurality of heat-bonded contacting engagements of portions of at least some of the fibers and the tuft bridges, whereby the mat is stiffened, whereby the mat being disposed on a ground surface moderates a rate of flow of environmental water into the stabilization layer and through the mat for increased permittivity seepage of the environmental water through the ground surface and resists rapid lateral flow thereof across the ground surface. a non-woven mat of randomly oriented polymeric fibers defining interstitial gaps, the mat having respective extended longitudinal and transverse axis and a thickness that is less than a significant minority of the transverse axis, the interstitial gaps defining a plurality of interference pathways for non-direct water flow therethrough; a plurality of spaced-apart tufts tufted with a polymeric yarn to form one or more synthetic blades in each tuft extending from the upper surface of the mat to a blade extent to simulate a field of grass and connected by tuft bridges on an opposing side of the mat; and a stabilization layer on a bottom side and proximate interior portion of the non-woven mat, said stabilization layer comprises a plurality of heat-bonded contacting engagements of portions of at least some of the fibers and the tuft bridges, whereby the mat is stiffened, whereby the mat being disposed on a ground surface moderates a rate of flow of environmental water into the stabilization layer and through the mat for increased permittivity seepage of the environmental water through the ground surface and resists rapid lateral flow thereof across the ground surface.
Method for allowing recording of television signals for later playback comprising: (a) allowing a user to specify criteria for recording of shows from a television signal input source; (b) a processor selecting future shows from a program guide for recording based on said user specified criteria, wherein the selection of shows is based on one of either correspondence with the user specified criteria or correspondence with a viewing preference analysis of the user specified criteria and the program guide, and wherein the processor further selects for removal a previously recorded show having a lower priority than the selected future shows if insufficient capacity exists for recording the future shows; and (c) recording the selected shows. (a) allowing a user to specify criteria for recording of shows from a television signal input source; (b) a processor selecting future shows from a program guide for recording based on said user specified criteria, wherein the selection of shows is based on one of either correspondence with the user specified criteria or correspondence with a viewing preference analysis of the user specified criteria and the program guide, and wherein the processor further selects for removal a previously recorded show having a lower priority than the selected future shows if insufficient capacity exists for recording the future shows; and (c) recording the selected shows.
A filter structure for filtering a disparity map (D(p, to)), the filter structure characterized by comprising a first filter for filtering a contemplated section of the disparity map (D(p, to)) according to a first measure of central tendency; a second filter for filtering the contemplated section of the disparity map (D(p, to)) according to a second measure of central tendency; and a filter selector for selecting the first filter or the second filter for filtering the contemplated section of the disparity map (D(p, to)), the selection being based on at least one local property of the contemplated section.
A method of driving a display panel, the method comprising determining a present polarity of a pixel data signal of a present frame; determining a previous polarity of a pixel data signal of a previous frame; generating a first compensated grayscale of the pixel data signal of the present frame when the difference between the pixel data signal of the previous frame and the pixel data signal of the present frame is higher than a threshold, such the first compensated grayscale is based on the pixel data signal of the previous frame, the pixel data signal of the present frame, the present polarity, and the previous polarity; and displaying an image using the first compensated grayscale; wherein: a negative to negative compensated grayscale is generated when the previous polarity is negative and the present polarity is negative, a positive to negative compensated grayscale is generated when the previous polarity is positive and the present polarity is negative, a negative to positive compensated grayscale is generated when the previous polarity is negative and the present polarity is positive, a positive to positive compensated grayscale is generated when the previous polarity is positive and the present polarity is positive, a compensated grayscale for a negative subpixel when the present polarity is negative is less than a compensated grayscale for a positive subpixel when the present polarity is positive, the negative to negative compensated grayscale is less than the positive to negative compensated grayscale, and the negative to positive compensated grayscale is greater than the positive to positive compensated grayscale. a negative to negative compensated grayscale is generated when the previous polarity is negative and the present polarity is negative, a positive to negative compensated grayscale is generated when the previous polarity is positive and the present polarity is negative, a negative to positive compensated grayscale is generated when the previous polarity is negative and the present polarity is positive, a positive to positive compensated grayscale is generated when the previous polarity is positive and the present polarity is positive, a compensated grayscale for a negative subpixel when the present polarity is negative is less than a compensated grayscale for a positive subpixel when the present polarity is positive, the negative to negative compensated grayscale is less than the positive to negative compensated grayscale, and the negative to positive compensated grayscale is greater than the positive to positive compensated grayscale.