mhurhangee/ep-ind-claims huggingface dataset:
A projector, comprising: a projection unit configured to project an image on a screen; an angle detector configured to detect an inclination angle of the projection unit; and a trapezoidal distortion correction unit configured to conduct automatic trapezoidal distortion correction of the image projected on the screen based on an inclination angle of the projection unit detected by the angle detector, and to conduct manual trapezoidal distortion correction of the image projected on the screen by a manual operation of a user, wherein the trapezoidal distortion correction unit is configured to determine an angle of correction based on an inclination angle detected by said angle detector, and to conduct automatic trapezoidal correction using the angle of correction; characterized in that the trapezoidal distortion correction unit is further configured to receive adjustment of said angle of correction by manual operation of a user, and to conduct manual trapezoidal distortion correction using the adjusted angle of correction, and in that the trapezoidal distortion correction unit is further configured to determine, after a given time period has elapsed, whether an angle deviation between an inclination angle of the projection unit detected by the angle detector after the given time period has elapsed and said adjusted angle of correction, exceeding a given threshold angle has occurred, and if such an angle deviation has occurred, conduct the automatic trapezoidal distortion correction again.. a projection unit configured to project an image on a screen; an angle detector configured to detect an inclination angle of the projection unit; and a trapezoidal distortion correction unit configured to conduct automatic trapezoidal distortion correction of the image projected on the screen based on an inclination angle of the projection unit detected by the angle detector, and to conduct manual trapezoidal distortion correction of the image projected on the screen by a manual operation of a user, wherein the trapezoidal distortion correction unit is configured to determine an angle of correction based on an inclination angle detected by said angle detector, and to conduct automatic trapezoidal correction using the angle of correction; characterized in that the trapezoidal distortion correction unit is further configured to receive adjustment of said angle of correction by manual operation of a user, and to conduct manual trapezoidal distortion correction using the adjusted angle of correction, and in that the trapezoidal distortion correction unit is further configured to determine, after a given time period has elapsed, whether an angle deviation between an inclination angle of the projection unit detected by the angle detector after the given time period has elapsed and said adjusted angle of correction, exceeding a given threshold angle has occurred, and if such an angle deviation has occurred, conduct the automatic trapezoidal distortion correction again..
A heat dissipation device, comprising a substrate, the substrate having a surface where a heat absorbing surface is formed, wherein a plurality of hollow conduits are opened inside the substrate, the conduits form evaporating conduits; the heat dissipation device further comprising: condensing conduits communicated with the evaporating conduits, the condensing conduits and the evaporating conduits form a sealed conduit, and the sealed conduit is filled with liquid which vaporizes upon heating; wherein a vapor manifold is intercommunicated with a vapor outlet of each of the evaporating conduits and a vapor inlet of each of the condensing conduits; and a liquid manifold is intercommunicated with a liquid inlet of each of the evaporating conduits and a liquid outlet of each of the condensing conduits; wherein the condensing conduits are formed inside the substrate, and a distance between the liquid manifold and the heat absorbing surface is larger than that between the vapor manifold and the heat absorbing surface; and along a gravitational direction, the vapor inlet is higher than the vapor outlet, and the liquid inlet is lower than the liquid outlet; characterized in that a cross-section of the evaporating conduits has a shape like a toothed gear. condensing conduits communicated with the evaporating conduits, the condensing conduits and the evaporating conduits form a sealed conduit, and the sealed conduit is filled with liquid which vaporizes upon heating; wherein a vapor manifold is intercommunicated with a vapor outlet of each of the evaporating conduits and a vapor inlet of each of the condensing conduits; and a liquid manifold is intercommunicated with a liquid inlet of each of the evaporating conduits and a liquid outlet of each of the condensing conduits; wherein the condensing conduits are formed inside the substrate, and a distance between the liquid manifold and the heat absorbing surface is larger than that between the vapor manifold and the heat absorbing surface; and along a gravitational direction, the vapor inlet is higher than the vapor outlet, and the liquid inlet is lower than the liquid outlet; characterized in that a cross-section of the evaporating conduits has a shape like a toothed gear.
A ferroelectric thin-film laminated substrate, comprising a substrate, and further comprising a lower electrode layer, a ferroelectric thin-film layer, an upper electrode adhesive layer, and an upper electrode layer being sequentially stacked on the substrate, wherein: the lower electrode layer is made of platinum or a platinum alloy; the ferroelectric thin-film layer is made of a sodium potassium niobate with the chemical formula of (K 1-x Na x)NbO 3, 0.4 ≤ x ≤ 0.7; the upper electrode layer is made of gold; the upper electrode adhesive layer is made of a metal that has less oxidizability than titanium and can make a solid solution alloy without generating an intermetallic compound with gold; and a part of the upper electrode adhesive layer and a part of the upper electrode layer are alloyed; and characterized in that the upper electrode adhesive layer is made of one selected from nickel, cobalt, tungsten, and molybdenum. the lower electrode layer is made of platinum or a platinum alloy; the ferroelectric thin-film layer is made of a sodium potassium niobate with the chemical formula of (K 1-x Na x)NbO 3, 0.4 ≤ x ≤ 0.7; the upper electrode layer is made of gold; the upper electrode adhesive layer is made of a metal that has less oxidizability than titanium and can make a solid solution alloy without generating an intermetallic compound with gold; and a part of the upper electrode adhesive layer and a part of the upper electrode layer are alloyed; and characterized in that the upper electrode adhesive layer is made of one selected from nickel, cobalt, tungsten, and molybdenum.
A support bar for cable trays, said support bar being a hollow profile extruded from a polymer material in the form of a rail, having an outer perimeter with a rectangular cross-section, and comprising a base wall, two side walls facing one another, and an open wall, said open wall facing said base wall and comprising a continuous opening extending along the entire length of said support bar, such that said open wall has a flat outer surface extending on both sides of said continuous opening, said side walls forming two facing flanges projecting towards the inside of said support bar, each of said flanges having a lower face oriented towards said base wall and an upper face, opposite said lower face, forming said flat outer surface of the open wall, and said side walls forming two facing protrusions projecting towards the inside of said support bar below said lower face of said flanges, and such that said protrusions do not cover said lower face of said flanges in a direction orthogonal to said base wall, characterized in that it comprises two inner walls each of them joining said base wall and said protrusion of one of said side walls, each of said inner walls extending next to one of said side walls, such that said base wall, said side wall, and said inner wall together demarcate an empty space.
A multimodal ethylene copolymer with a density of at least 940 kg/m 3 having an MFR 21 in the range of 1 to 30 g/10min and a F max /λ I ratio of less than 60 cN/s; said ethylene copolymer comprising at least three components an ethylene and optionally at least one C3-20 alpha olefin comonomer component forming 30 to 60 wt% of said ethylene copolymer; an ethylene and optionally at least one C3-20 alpha olefin comonomer second component forming 30 to 60 wt% of said ethylene copolymer; and an ethylene and at least one C3-20 alpha olefin comonomer third component forming 3 to 20 wt% of said ethylene copolymer. an ethylene and optionally at least one C3-20 alpha olefin comonomer component forming 30 to 60 wt% of said ethylene copolymer; an ethylene and optionally at least one C3-20 alpha olefin comonomer second component forming 30 to 60 wt% of said ethylene copolymer; and an ethylene and at least one C3-20 alpha olefin comonomer third component forming 3 to 20 wt% of said ethylene copolymer.
A computer-implemented method for encryption and/or decryption comprising: with a first fixed-input-length tweakable block cipher, "FIL TBC", producing a fixed-length initialization vector; with a variable-input-length tweakable cipher, "VILTC", producing a variable-length output string using the fixed-length initialization vector as a tweak; and with a second FIL TBC, producing a fixed-length output string using the fixed-length initialization vector as input. with a first fixed-input-length tweakable block cipher, "FIL TBC", producing a fixed-length initialization vector; with a variable-input-length tweakable cipher, "VILTC", producing a variable-length output string using the fixed-length initialization vector as a tweak; and with a second FIL TBC, producing a fixed-length output string using the fixed-length initialization vector as input.
A surgical instrument, comprising: a shaft with a distal portion configured to drive a set screw and seat a plurality of set screws stacked against one another on the shaft; a handle coupled to the shaft; a sleeve disposed over the shaft and configured to contact a proximal-most set screw stacked on the shaft; characterized in that: a first button disposed in the handle and configured to advance the sleeve distally relative to the shaft by a first increment; and a second button disposed in the handle and configured to permit retraction of the sleeve proximally. a shaft with a distal portion configured to drive a set screw and seat a plurality of set screws stacked against one another on the shaft; a handle coupled to the shaft; a sleeve disposed over the shaft and configured to contact a proximal-most set screw stacked on the shaft; characterized in that: a first button disposed in the handle and configured to advance the sleeve distally relative to the shaft by a first increment; and a second button disposed in the handle and configured to permit retraction of the sleeve proximally. a first button disposed in the handle and configured to advance the sleeve distally relative to the shaft by a first increment; and a second button disposed in the handle and configured to permit retraction of the sleeve proximally.
A clamshell heat exchanger for use in a gas-fired direct combustion furnace, comprising: a first clamshell half; and a second clamshell half that when joined with said first clamshell half forms a passageway having an inlet and an outlet, wherein said passageway includes a U-bend located between said inlet and said outlet, wherein said passageway includes a second U-bend between said U-bend and said outlet, said second U-bend located on an opposing side of said clamshell heat exchanger as said U-bend, the clamshell heat exchanger being characterized in that a cross-sectional area of said passageway progressively narrows over substantially an entire length of said passageway between said U-bend and said second U-bend and further progressively narrows over substantially an entire length of said passageway between said second U-bend and said outlet. a first clamshell half; and a second clamshell half that when joined with said first clamshell half forms a passageway having an inlet and an outlet, wherein said passageway includes a U-bend located between said inlet and said outlet, wherein said passageway includes a second U-bend between said U-bend and said outlet, said second U-bend located on an opposing side of said clamshell heat exchanger as said U-bend, the clamshell heat exchanger being characterized in that a cross-sectional area of said passageway progressively narrows over substantially an entire length of said passageway between said U-bend and said second U-bend and further progressively narrows over substantially an entire length of said passageway between said second U-bend and said outlet.
An orally dispersible pharmaceutical composition comprising Aripiprazole or a pharmaceutical acceptable salt thereof as the active ingredient and an effective amount of maltose and microcrystalline cellulose wherein the ratio of maltose to microcrystalline cellulose is in the range of 1:1 to 1:4 by weight.
Temperature-compensatable damping element which is suitable for the temperature-independent reduction of vibrations, essentially consisting of a fixed, non-elastic outer part (1.4) and a fixed, non-elastic inner part (1.3), which is inserted fully or partly with a good fit into a correspondingly shaped cut-out or opening of the outer part, where outer and inner parts have contact surfaces which are connected to one another by an elastic layer (1.2) which consists of an elastomer material and which is or can be pretensioned with respect to a desired frequency by tensioning means, characterised in that the elastic layer (1.2) responsible for the vibration damping is connected directly at one or more points to an additional elastic volume (1.1), where the additional elastic volume (1.1) is 5 to 100 times the volume of the elastic layer (1.2), and has the effect that the excitation frequency of the damping element changes by a maximum of 10 to 20% in the case of a temperature change in a temperature range between -20°C and +50°C.
A portable test device for determining the concentration of an analyte in a physiological fluid, the test device having: a sample chamber for receiving a sample of the physiological fluid; and arranged at different locations in the chamber: a source of a predetermined amount of an indicator, and a detector (4, 4') arranged to measure the flux of said indicator from the source, wherein the indicator has a specific affinity for said analyte; such that when the fluid is present in said chamber, a concentration gradient of the indicator is created across said fluid between the source and the detector and the detector measures the flux of said indicator through said fluid, said flux being used to determine the concentration of said analyte. a sample chamber for receiving a sample of the physiological fluid; and arranged at different locations in the chamber: a source of a predetermined amount of an indicator, and a detector (4, 4') arranged to measure the flux of said indicator from the source, wherein the indicator has a specific affinity for said analyte; a source of a predetermined amount of an indicator, and a detector (4, 4') arranged to measure the flux of said indicator from the source, wherein the indicator has a specific affinity for said analyte; such that when the fluid is present in said chamber, a concentration gradient of the indicator is created across said fluid between the source and the detector and the detector measures the flux of said indicator through said fluid, said flux being used to determine the concentration of said analyte.
A lighting assembly, comprising: - a casing having a bowl-like structure with a bottom wall, an outer peripheral wall the bottom wall being bounded internally by a wall formation defining a window opening; - a radiation source board with a light radiation source situated opposite said opening at least partly facing said opening so as to direct said light radiation outside of the casing to the outside of the assembly through the window opening; and - a driving circuit board for said radiation source; said boards (14, 16) being stacked together without air gaps in between, with said circuit board directed towards said casing. - a casing having a bowl-like structure with a bottom wall, an outer peripheral wall the bottom wall being bounded internally by a wall formation defining a window opening; - a radiation source board with a light radiation source situated opposite said opening at least partly facing said opening so as to direct said light radiation outside of the casing to the outside of the assembly through the window opening; and - a driving circuit board for said radiation source;
Forward set trigger device for a firearm, comprising a striking element that is acted upon by a main spring and has a catch interacting with a locking element, which can be disengaged from the catch by a trigger blade via a release member, further comprising an uncocking mechanism for the main spring, by means of which a main spring support facing away from the striking element can be brought into a position that uncocks the main spring, and a forward setting mechanism having a spring element, which is articulated to the trigger blade and supported on a stop and which can be brought into a cocked position during a forward setting movement of the trigger blade, characterized in that the cocking position of the forward setting mechanism is unstable, and in that the uncocking mechanism, during bringing the main spring support into the uncocked position, presses a nose, which is embodied on the main spring support therefor, onto the trigger blade and brings the spring element out of its unstable cocked position to un-set the trigger blade.
A terminal device comprising an application processor, AP, a touch display screen, and an optical fingerprint sensor disposed under the touch display screen, wherein the AP is configured to control light-emitting units of the touch display screen to emit monochromatic light, wherein the monochromatic light is configured to illuminate a fingerprint of a user; and the optical fingerprint sensor is configured to collect the fingerprint of the user illuminated by the monochromatic light; the touch display screen comprises N areas for fingerprint collection, wherein N is a positive integer; and the AP is configured to control light-emitting units in one of the N areas to emit the monochromatic light; the N areas correspond to N sets of time periods and each set of time periods contains at least one time period; and the AP is configured to control light-emitting units in an area i corresponding to a current system time to emit the monochromatic light, wherein the area i is one of the N areas; characterized in that: each time period contained in each set of time periods corresponds to one kind of monochromatic light; and the AP is configured to control light-emitting units in the area i to emit monochromatic light corresponding to the current system time. the AP is configured to control light-emitting units of the touch display screen to emit monochromatic light, wherein the monochromatic light is configured to illuminate a fingerprint of a user; and the optical fingerprint sensor is configured to collect the fingerprint of the user illuminated by the monochromatic light; the touch display screen comprises N areas for fingerprint collection, wherein N is a positive integer; and the AP is configured to control light-emitting units in one of the N areas to emit the monochromatic light; the N areas correspond to N sets of time periods and each set of time periods contains at least one time period; and the AP is configured to control light-emitting units in an area i corresponding to a current system time to emit the monochromatic light, wherein the area i is one of the N areas; characterized in that: each time period contained in each set of time periods corresponds to one kind of monochromatic light; and the AP is configured to control light-emitting units in the area i to emit monochromatic light corresponding to the current system time.
A proangiogenic composition to be obtained by a method comprising the following steps of: (i) providing peripheral blood comprising mononuclear cells, said mononuclear cells are placed in an adapted medium, said mononuclear cells having receivers being able to receive the ephrin-B and selected within the group consisting in EphA and EphB; (ii) contacting said mononuclear cells of said peripheral blood from step (i) with the ephrin-B associated to a stabilizing and/or a linking molecule, without subjecting said mononuclear cells to the differentiation and maturation steps ex vivo so as to directly cause the activation of said mononuclear cells. (i) providing peripheral blood comprising mononuclear cells, said mononuclear cells are placed in an adapted medium, said mononuclear cells having receivers being able to receive the ephrin-B and selected within the group consisting in EphA and EphB; (ii) contacting said mononuclear cells of said peripheral blood from step (i) with the ephrin-B associated to a stabilizing and/or a linking molecule, without subjecting said mononuclear cells to the differentiation and maturation steps ex vivo so as to directly cause the activation of said mononuclear cells.
A pneumatic tire comprising a tread portion that extends between both tread ends, wherein the tread portion has a tread surface formed with lug grooves, the lug grooves each extending in a tire width direction to a buttress and having an opening at least at its one end, the buttress extending from the relevant tread end radially inwards of the tire, wherein: - the buttress has a surface provided with a projection, which is situated on one side, in a tire circumferential direction, of the opening of the lug groove on a side of the buttress to protrude in the tire width direction; and - the projection has a radially outer end, which is situated on a radially outer side of a radially inner end of the opening of the lug groove on the side of the buttress, characterized in that: - said lug groove extends obliquely to a direction parallel to the width direction of the tire; and - said projection is provided on that side of the lug groove where the lug groove forms an acute angle (θ1) relative to the circumferential direction. - the buttress has a surface provided with a projection, which is situated on one side, in a tire circumferential direction, of the opening of the lug groove on a side of the buttress to protrude in the tire width direction; and - the projection has a radially outer end, which is situated on a radially outer side of a radially inner end of the opening of the lug groove on the side of the buttress, characterized in that: - said lug groove extends obliquely to a direction parallel to the width direction of the tire; and - said projection is provided on that side of the lug groove where the lug groove forms an acute angle (θ1) relative to the circumferential direction.