mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a lower skin; a honeycomb core formed of honeycomb patterns and coupled to the lower skin; and an upper skin coupled to the honeycomb core, such that the honeycomb core is interposed between the upper skin and the lower skin; characterized in that the display apparatus further comprises: a fixing member including at least a portion inserted between the upper skin and the lower skin in a vertical direction and a remainder portion protruded from the upper skin, wherein the fixing member coupled to the upper skin and the lower skin while extending through the upper skin and the lower skin; a filler having a hollow cylindrical shape interposed between the upper skin and the lower skin and which contacts the inserted portion of the fixing member; and wherein the protruding remaining portion of the fixing member is adapted to be used for fixing a circuit including a light emitting diode on the upper end of the fixing member. a lower skin; a honeycomb core formed of honeycomb patterns and coupled to the lower skin; and an upper skin coupled to the honeycomb core, such that the honeycomb core is interposed between the upper skin and the lower skin; characterized in that the display apparatus further comprises: a fixing member including at least a portion inserted between the upper skin and the lower skin in a vertical direction and a remainder portion protruded from the upper skin, wherein the fixing member coupled to the upper skin and the lower skin while extending through the upper skin and the lower skin; a filler having a hollow cylindrical shape interposed between the upper skin and the lower skin and which contacts the inserted portion of the fixing member; and wherein the protruding remaining portion of the fixing member is adapted to be used for fixing a circuit including a light emitting diode on the upper end of the fixing member. a fixing member including at least a portion inserted between the upper skin and the lower skin in a vertical direction and a remainder portion protruded from the upper skin, wherein the fixing member coupled to the upper skin and the lower skin while extending through the upper skin and the lower skin; a filler having a hollow cylindrical shape interposed between the upper skin and the lower skin and which contacts the inserted portion of the fixing member; and wherein the protruding remaining portion of the fixing member is adapted to be used for fixing a circuit including a light emitting diode on the upper end of the fixing member.
A method of forming a polishing article, comprising: dispensing a first droplet of a first liquid on a surface of a portion of a polishing body, wherein the surface comprises a first material formed by curing an amount of the first liquid, and exposing the dispensed first droplet of the first liquid to electromagnetic radiation for a first period of time to only partially cure the material within the first droplet, wherein exposing the dispensed first droplet of the first liquid occurs after a second period of time has elapsed, and the second period of time starts when the first droplet is disposed on the surface. dispensing a first droplet of a first liquid on a surface of a portion of a polishing body, wherein the surface comprises a first material formed by curing an amount of the first liquid, and exposing the dispensed first droplet of the first liquid to electromagnetic radiation for a first period of time to only partially cure the material within the first droplet, wherein exposing the dispensed first droplet of the first liquid occurs after a second period of time has elapsed, and the second period of time starts when the first droplet is disposed on the surface.
A vehicle cab suspension comprising: a body connected in use to one of a vehicle frame or a vehicle cab, the body comprising a first body piece connected to a second body piece defining an open interior; a mounting member connected in use to the other of the vehicle frame or the vehicle cab, the mounting member being positioned at least partially within the body; at least one resilient member (20,22) connecting the body to the mounting member; and at least one spacer plate extending between the first body piece and the second body piece and receiving at least one fastener or cooperating with at least one connection means that connects the first body piece and second body piece together, whereby the resilient member (20,22) is placed in a compressed condition between the body and the mounting member when the vehicle cab suspension is in an unloaded condition. a body connected in use to one of a vehicle frame or a vehicle cab, the body comprising a first body piece connected to a second body piece defining an open interior; a mounting member connected in use to the other of the vehicle frame or the vehicle cab, the mounting member being positioned at least partially within the body; at least one resilient member (20,22) connecting the body to the mounting member; and at least one spacer plate extending between the first body piece and the second body piece and receiving at least one fastener or cooperating with at least one connection means that connects the first body piece and second body piece together, whereby the resilient member (20,22) is placed in a compressed condition between the body and the mounting member when the vehicle cab suspension is in an unloaded condition.
Method for controlling the tightening torque of an electromechanical brake for a motor vehicle, the brake comprising an electric motor provided with a rotary shaft intended to drive mechanical brake-clamping means, characterised in that it comprises the following steps: - acquiring data from a wheel speed sensor that takes a characteristic measurement of the speed of at least one of the wheels of the vehicle, - determining, according to the data from the wheel speed sensor, a deceleration indicator characteristic of the acceleration of the vehicle, - regulating the tightening torque according to the deceleration indicator. - acquiring data from a wheel speed sensor that takes a characteristic measurement of the speed of at least one of the wheels of the vehicle, - determining, according to the data from the wheel speed sensor, a deceleration indicator characteristic of the acceleration of the vehicle, - regulating the tightening torque according to the deceleration indicator.
A method for control of a video interface associated to a user for use in conference situations and the like, comprising the steps of capturing a frame of a video stream originated from the user, recognizing a face of the user within the video frame, detecting an orientation of the face of the user within the video frame, and providing a control signal indicating the orientation of the face, wherein said method further comprises mapping the orientation of the face based on the control signal to a focus area of the video interface, and wherein the step of mapping the orientation of the face to the focus area comprises providing a virtual grid in accordance with the video interface, and mapping at least one mesh of the virtual grid to the focus area.
Light guide (2; 102; 202) with a generally elongate body made of transparent material with a first refraction index n 1, comprising: a coupling area (6; 106; 206) which can make rays of light return to the body such that they can be propagated there according to one or a plurality of directions contained in the thickness of the body, until one or a plurality of output or reflection faces (22; 122; 222) of the body is reached; characterised in that at a curved portion of the said body, between the coupling area (6; 106; 206) and the or at least one of the output or reflections faces (22; 122; 222) of the body, the body comprises an area of correction (12; 112; 212) of a second refraction index n 2 which is different from the first one, the said area forming two dioptres (16, 18; 116; 118; 216, 218) with the material of the remainder of the body, at least one of the dioptres being configured to refract the rays of light obtained from the coupling area (6; 106; 206), such that they can reach the or at least one of the output or reflection faces (22; 122; 222) despite the curvature of the body, and in that at least one of the two dioptres (16, 18; 116; 118; 216, 218), and preferably the first dioptre (18; 118; 218) encountered by the rays derived from the coupling area (6; 106; 206) is configured to deflect the rays in the same direction as the curvature of the body. a coupling area (6; 106; 206) which can make rays of light return to the body such that they can be propagated there according to one or a plurality of directions contained in the thickness of the body, until one or a plurality of output or reflection faces (22; 122; 222) of the body is reached; characterised in that at a curved portion of the said body, between the coupling area (6; 106; 206) and the or at least one of the output or reflections faces (22; 122; 222) of the body, the body comprises an area of correction (12; 112; 212) of a second refraction index n 2 which is different from the first one, the said area forming two dioptres (16, 18; 116; 118; 216, 218) with the material of the remainder of the body, at least one of the dioptres being configured to refract the rays of light obtained from the coupling area (6; 106; 206), such that they can reach the or at least one of the output or reflection faces (22; 122; 222) despite the curvature of the body, and in that at least one of the two dioptres (16, 18; 116; 118; 216, 218), and preferably the first dioptre (18; 118; 218) encountered by the rays derived from the coupling area (6; 106; 206) is configured to deflect the rays in the same direction as the curvature of the body.
A biocompatible endoluminal articulated support structure, comprising: a tubular structure comprising: a first central lumen; a first central axis; a plurality of first discrete inner struts; a plurality of first discrete outer struts; and a plurality of discrete commissure struts; wherein each of the plurality of first discrete inner struts and the plurality of first discrete outer struts comprises a first end, a second end, and a net length therebetween; wherein each of the plurality of first discrete inner struts comprises articulations with at least three different discrete outer or commissure struts of the pluralities of first discrete outer and commissure struts; wherein each of the plurality of first discrete outer struts comprises articulations with at least three different discrete inner or commissure struts of the pluralities of first discrete inner and commissure struts; wherein each of the plurality of discrete commissure struts comprises articulations with one discrete outer or inner strut of the pluralities of first discrete outer and inner struts and with one other discrete commissure strut of the plurality of discrete commissure struts; wherein no discrete inner strut of the plurality of first inner struts comprises articulations with any other discrete inner strut of the plurality of first discrete inner struts; and wherein no discrete outer strut of the plurality of first discrete outer struts comprises articulations with any other discrete outer strut of the plurality of first discrete outer struts. a first central lumen; a first central axis; a plurality of first discrete inner struts; a plurality of first discrete outer struts; and a plurality of discrete commissure struts; wherein each of the plurality of first discrete inner struts and the plurality of first discrete outer struts comprises a first end, a second end, and a net length therebetween; wherein each of the plurality of first discrete inner struts comprises articulations with at least three different discrete outer or commissure struts of the pluralities of first discrete outer and commissure struts; wherein each of the plurality of first discrete outer struts comprises articulations with at least three different discrete inner or commissure struts of the pluralities of first discrete inner and commissure struts; wherein each of the plurality of discrete commissure struts comprises articulations with one discrete outer or inner strut of the pluralities of first discrete outer and inner struts and with one other discrete commissure strut of the plurality of discrete commissure struts; wherein no discrete inner strut of the plurality of first inner struts comprises articulations with any other discrete inner strut of the plurality of first discrete inner struts; and wherein no discrete outer strut of the plurality of first discrete outer struts comprises articulations with any other discrete outer strut of the plurality of first discrete outer struts.
A computer-implemented method of assessing a narrowing in a fluid filled tube being a blood vessel of a cyclic fluid flow system, in particular a cardiac environment, comprising: receiving from a storage device previously taken measurements of blood pressure (Pd,Pa) waveform during a cardiac cycle on either side of the narrowing; identifying from the blood pressure measurements a time window when the differential of flow velocity (dU) is minimal or absent; deriving the backward- and forward-originating pressure components from the pressure measurements for the time window using the pressure waveform alone, dispensing with the need for measurement of flow velocity, and deriving an isolated pressure ratio of pressures on either side of the narrowing by using the backward-originating and/or the forward-originating pressure components so as to provide an assessment of the severity of the narrowing. receiving from a storage device previously taken measurements of blood pressure (Pd,Pa) waveform during a cardiac cycle on either side of the narrowing; identifying from the blood pressure measurements a time window when the differential of flow velocity (dU) is minimal or absent; deriving the backward- and forward-originating pressure components from the pressure measurements for the time window using the pressure waveform alone, dispensing with the need for measurement of flow velocity, and deriving an isolated pressure ratio of pressures on either side of the narrowing by using the backward-originating and/or the forward-originating pressure components so as to provide an assessment of the severity of the narrowing.
A method of etching a material on a substrate, the material being a refractory metal or a material having a high surface binding energy, the method comprising: providing the substrate comprising the material having a surface exposed; exposing the material surface to a modification gas to modify the surface and form a modified refractory material surface; and exposing the modified material surface to an energetic particle to remove the modified material surface relative to an underlying unmodified material surface; wherein the exposed material surface after removing the modified material surface is as smooth or smoother than the substrate surface before exposing the material surface to the modification gas; and wherein the material surface is the refractory metal selected from the group consisting of Mo, Ta, Ru or a material selected from the group consisting of oxides such as Al 2 O 3, In 2 O 3, MgO, SnO, Ta 2 O 5, TiO 2 and ZrO 2; carbides such as BC, SiC and WC; nitrides such as BN, TaN, TiN; sulfides such as ZnS and MoS 2; and superconductors such as YBCO; wherein the modification gas comprises O 2 or other oxygen-containing gas when the refractory metal is Ru; wherein the modification gas comprises Cl 2 or other chlorine-containing gas when the refractory metal is Ta; wherein the modification gas comprises a mixture of about 10% - 20% O 2 and about 90% - 80% Cl 2 when the refractory metal is Mo; wherein the modification gas comprises BCl 3, H 2 and CF 4 when the material having a high surface binding energy comprises oxides. providing the substrate comprising the material having a surface exposed; exposing the material surface to a modification gas to modify the surface and form a modified refractory material surface; and exposing the modified material surface to an energetic particle to remove the modified material surface relative to an underlying unmodified material surface; wherein the exposed material surface after removing the modified material surface is as smooth or smoother than the substrate surface before exposing the material surface to the modification gas; and wherein the material surface is the refractory metal selected from the group consisting of Mo, Ta, Ru or a material selected from the group consisting of oxides such as Al 2 O 3, In 2 O 3, MgO, SnO, Ta 2 O 5, TiO 2 and ZrO 2; carbides such as BC, SiC and WC; nitrides such as BN, TaN, TiN; sulfides such as ZnS and MoS 2; and superconductors such as YBCO; wherein the modification gas comprises O 2 or other oxygen-containing gas when the refractory metal is Ru; wherein the modification gas comprises Cl 2 or other chlorine-containing gas when the refractory metal is Ta; wherein the modification gas comprises a mixture of about 10% - 20% O 2 and about 90% - 80% Cl 2 when the refractory metal is Mo; wherein the modification gas comprises BCl 3, H 2 and CF 4 when the material having a high surface binding energy comprises oxides.
Sleeve for the sealed fastening of a dispensing member in the neck of a bottle for conditioning a liquid product to be dispensed, said sleeve having an external skirt intended to be locked onto the outer wall of the neck and an internal reinforcement wherein the dispensing member is intended to be fastened in a sealed manner, said sleeve characterised in that the internal reinforcement has two exterior surfaces respectively lower and upper, with each of said surfaces having an interference diameter (Di, Ds) allowing for the sealed clamping of said surface onto an inner wall of a neck, said diameter of said surfaces being different in such a way that the sleeve allows for the sealed fastening of a dispensing member indifferently onto two types of necks.
A purified or isolated nucleic acid encoding a TERMINAL FLOWER polypeptide, or complementary or antisense to a sequence encoding TFL, the presence of which inhibits flowers, said nucleic acid including a nucleotide sequence selected from the group consisting of: (a) SEQ ID No 4 and SEQ ID No 5; (b) the complements of the sequences recited in (a); (c) sequences antisense to the sequences recited in (a) and (b) said antisense sequences delaying flowering when incorporated into a plant; (d) functionally active variants having at least approximately 95% identity with the sequences recited in (a) and (b); and (e) RNA sequences corresponding to the sequences recited in (a), (b), (c) and (d). (a) SEQ ID No 4 and SEQ ID No 5; (b) the complements of the sequences recited in (a); (c) sequences antisense to the sequences recited in (a) and (b) said antisense sequences delaying flowering when incorporated into a plant; (d) functionally active variants having at least approximately 95% identity with the sequences recited in (a) and (b); and (e) RNA sequences corresponding to the sequences recited in (a), (b), (c) and (d).
A method for depositing a layer onto a substrate, comprising: inserting the substrate into an evacuatable enclosure, and positioning the substrate between a clamp and a chuck arranged within the enclosure, and whilst a pressure within the enclosure is less than atmospheric pressure: supplying a processing gas to the enclosure; sputter depositing a first layer onto the substrate whilst supplying the processing gas and whilst a first side of the substrate is spaced at a distance from the clamp, bringing the clamp into physical contact with the first side of the substrate, sputter depositing a further layer onto the first layer (37 whilst maintaining a supply of the processing gas, whilst maintaining the pressure in the enclosure at less than atmospheric pressure and whilst the clamp is in physical contact with the first side of the substrate and secures the substrate to the chuck, and applying a voltage to a material source comprising material to be deposited whereby portions of the material source are removed, deposited onto the substrate and form the layer on the first side of the substrate. inserting the substrate into an evacuatable enclosure, and positioning the substrate between a clamp and a chuck arranged within the enclosure, and whilst a pressure within the enclosure is less than atmospheric pressure: supplying a processing gas to the enclosure; sputter depositing a first layer onto the substrate whilst supplying the processing gas and whilst a first side of the substrate is spaced at a distance from the clamp, bringing the clamp into physical contact with the first side of the substrate, sputter depositing a further layer onto the first layer (37 whilst maintaining a supply of the processing gas, whilst maintaining the pressure in the enclosure at less than atmospheric pressure and whilst the clamp is in physical contact with the first side of the substrate and secures the substrate to the chuck, and applying a voltage to a material source comprising material to be deposited whereby portions of the material source are removed, deposited onto the substrate and form the layer on the first side of the substrate. supplying a processing gas to the enclosure; sputter depositing a first layer onto the substrate whilst supplying the processing gas and whilst a first side of the substrate is spaced at a distance from the clamp, bringing the clamp into physical contact with the first side of the substrate, sputter depositing a further layer onto the first layer (37 whilst maintaining a supply of the processing gas, whilst maintaining the pressure in the enclosure at less than atmospheric pressure and whilst the clamp is in physical contact with the first side of the substrate and secures the substrate to the chuck, and applying a voltage to a material source comprising material to be deposited whereby portions of the material source are removed, deposited onto the substrate and form the layer on the first side of the substrate.
A heatable media line for fluidic medium to be heated, in particular for a urea solution, wherein an inner pipe is provided as well as at least one heating element fed along the inner pipe, wherein an outer pipe surrounds the inner pipe at a distance a, and wherein a plurality of grooves are provided in the inner surface of the outer pipe facing towards the inner pipe, which grooves extend over at least a portion of the length of the outer pipe in the longitudinal direction of the outer pipe.