mhurhangee/ep-ind-claims huggingface dataset:
A freezing cylinder for use in a semi-frozen product dispensing apparatus, the freezing cylinder comprising: an first cylinder having an inlet end and an outlet end; an second cylinder having an inlet end and an outlet end, wherein the second cylinder is disposed coaxially over the first cylinder; a plurality of microchannels on an interior surface of the second cylinder that extend parallel with a longitudinal axis of the second cylinder, wherein the plurality of microchannels are located between the first cylinder and second cylinder; a first inlet header around the inner circumference of the second cylinder, wherein the first inlet header is located near the inlet end of the second cylinder; a second inlet header around the inner circumference of the second cylinder, wherein the second inlet header is located between the first inlet header and the plurality of microchannels, wherein the second inlet header is in fluid communication with the plurality of microchannels; a header ridge located between first inlet header and the second inlet header and extending from the inner surface of the second cylinder, wherein the header ridge is configured to prevent fluid flow from the first inlet header to the second inlet header; a plurality of orifices in the header ridge that are configured to allow fluid flow from the first inlet header to the second inlet header; and an outlet header around the circumference of the first cylinder, wherein the outlet header is located near the outlet end of the second cylinder, wherein the outlet header is in fluid communication with the plurality of microchannels. an first cylinder having an inlet end and an outlet end; an second cylinder having an inlet end and an outlet end, wherein the second cylinder is disposed coaxially over the first cylinder; a plurality of microchannels on an interior surface of the second cylinder that extend parallel with a longitudinal axis of the second cylinder, wherein the plurality of microchannels are located between the first cylinder and second cylinder; a first inlet header around the inner circumference of the second cylinder, wherein the first inlet header is located near the inlet end of the second cylinder; a second inlet header around the inner circumference of the second cylinder, wherein the second inlet header is located between the first inlet header and the plurality of microchannels, wherein the second inlet header is in fluid communication with the plurality of microchannels; a header ridge located between first inlet header and the second inlet header and extending from the inner surface of the second cylinder, wherein the header ridge is configured to prevent fluid flow from the first inlet header to the second inlet header; a plurality of orifices in the header ridge that are configured to allow fluid flow from the first inlet header to the second inlet header; and an outlet header around the circumference of the first cylinder, wherein the outlet header is located near the outlet end of the second cylinder, wherein the outlet header is in fluid communication with the plurality of microchannels.
A kamado style grilling apparatus comprising: a cooking chamber having a high heat capacity and a vent system (5, 5a, 5b, 5c, 5d, 5e, 5f, 5g, 5h), wherein the cooking chamber further comprises and is defined by a base unit and a top unit disposed over the base unit that is capable of moving from an open to a closed position via a hinge component, wherein the base unit comprises a base and a peripheral side wall extending upwardly from said base towards a base unit edge and the top unit comprises a top unit edge that contacts the base unit edge when the top unit is in a closed position, thereby defining the cooking chamber, wherein the vent system comprises at least one adjustable air intake vent in the base unit and at least one adjustable air outlet vent in the top unit such that air is capable of passing into the cooking chamber through said at least one air intake vent and out of the cooking chamber through said at least one outlet vent when the vents are open; characterized in that: (a) the top unit and base unit comprise cast aluminum; (b) both the top unit edge and base unit edge each comprise a tongue member, a top unit tongue member and a base unit tongue member, each of which further comprises a wall member that extends circumferentially around the dome edge and outwards from the edge, wherein the tongue members rest adjacent to each other so as to form a double insulated wall when the top unit is in the closed position; and (c) the top unit edge and base unit edge each further comprise a groove (14b, 15b) adjacent to the tongue member positioned so each of the top unit and base unit tongue members (14a, 15a) contact the opposing edge's groove when the cooking chamber is in the closed position. (a) the top unit and base unit comprise cast aluminum; (b) both the top unit edge and base unit edge each comprise a tongue member, a top unit tongue member and a base unit tongue member, each of which further comprises a wall member that extends circumferentially around the dome edge and outwards from the edge, wherein the tongue members rest adjacent to each other so as to form a double insulated wall when the top unit is in the closed position; and (c) the top unit edge and base unit edge each further comprise a groove (14b, 15b) adjacent to the tongue member positioned so each of the top unit and base unit tongue members (14a, 15a) contact the opposing edge's groove when the cooking chamber is in the closed position.
A security element for safeguarding value documents, comprising a transparent carrier substrate (7; 10; 19) and a first semitransparent functional layer which, upon viewing in incident light on the one hand and upon viewing in transmitted light on the other hand, has different color tones, and has a multilayer structure with a first semitransparent metallic layer (6; 11; 20), a second semitransparent metallic layer (4; 13, 14; 22) and a dielectric layer (5; 12; 21) arranged between the first and the second semitransparent metallic layer, wherein the second semitransparent metallic layer (4; 13, 14; 22) is present at least partly in a greater layer thickness than that of the first semitransparent metallic layer (6; 11; 20), characterized in that the second semitransparent metallic layer (4; 13, 14; 22) defines the front side of the semitransparent functional layer and the first semitransparent metallic layer defines the back side of the semitransparent functional layer, and the semitransparent functional layer - upon viewing the back side in incident light has a first visually recognizable color; - upon viewing the front side in incident light at the place where the second semitransparent metallic layer (4; 13, 14; 22) is present in a greater layer thickness than the first semitransparent metallic layer (6; 11; 20), has a second visually recognizable color and otherwise has the first visually recognizable color; - upon viewing the front side in transmitted light as well as the back side in transmitted light, has a third visually recognizable color. - upon viewing the back side in incident light has a first visually recognizable color; - upon viewing the front side in incident light at the place where the second semitransparent metallic layer (4; 13, 14; 22) is present in a greater layer thickness than the first semitransparent metallic layer (6; 11; 20), has a second visually recognizable color and otherwise has the first visually recognizable color; - upon viewing the front side in transmitted light as well as the back side in transmitted light, has a third visually recognizable color.
Device for handling a rubber-containing product web intended for the manufacture of a tyre, of the type comprising - an endless belt for conveying the web, which belt is guided and driven by a set of rollers (R1 to R8) rotatably mounted about axes parallel to a direction, termed the transverse direction, at least some of these rollers (R1 to R8) separating a carrier strand of the belt, which is intended to carry the web, from a return strand of the belt, and - a reel for winding the web, which reel is arranged above the carrier strand and rotatably mounted about an axis substantially parallel to the transverse direction, characterized in that it further comprises means for temporarily diverting the path of the carrier strand between a normal path of the carrier strand, substantially tangential to the reel, and a temporary path for winding the carrier strand around a sector of the reel that is more than 90°. - an endless belt for conveying the web, which belt is guided and driven by a set of rollers (R1 to R8) rotatably mounted about axes parallel to a direction, termed the transverse direction, at least some of these rollers (R1 to R8) separating a carrier strand of the belt, which is intended to carry the web, from a return strand of the belt, and - a reel for winding the web, which reel is arranged above the carrier strand and rotatably mounted about an axis substantially parallel to the transverse direction,
A computer-implemented method for generating a map of the probability of a carrier being detected by at least one detection system with a predefined maximum detection range ρ, the method comprising the steps of: - determining a probability of the presence of at least one detection system as a function of its position; - integrating, for each point M of a given geographical area corresponding to a position of the carrier, the probability of the presence on a disk with a centre M and with a radius that is equal to the maximum range ρ; - generating, at each point M, a probability of being detected by at least one detection system that is equal to the result of the previous integration. - determining a probability of the presence of at least one detection system as a function of its position; - integrating, for each point M of a given geographical area corresponding to a position of the carrier, the probability of the presence on a disk with a centre M and with a radius that is equal to the maximum range ρ; - generating, at each point M, a probability of being detected by at least one detection system that is equal to the result of the previous integration.
A head-up display device in which display light representing a predetermined image emitted from a display unit is reflected by a reflection unit, and by the display light that is reflected by the reflection unit, a virtual image of the image can be visually recognized, the device comprising: a supporting part to rotatably support the reflection unit about a determined rotation axis; a supported part which is provided at one end part of the reflection unit along the rotation axis, and which is supported by the supporting part, wherein a spherical surface is formed at the supported part; a sliding surface formed at the supporting part, wherein the sliding surface is in a shape along a side surface of a cone or a triangular pyramid having a height direction along the rotation axis and which is substantially in point contact or linear contact with the spherical surface that is formed at the supported part, and wherein the sliding surface is a surface for the supported part to slide concurrently with rotation of the reflection unit; and an elastic member configured to press the supported part and the supporting part against each other in the rotation axis direction. a supporting part to rotatably support the reflection unit about a determined rotation axis; a supported part which is provided at one end part of the reflection unit along the rotation axis, and which is supported by the supporting part, wherein a spherical surface is formed at the supported part; a sliding surface formed at the supporting part, wherein the sliding surface is in a shape along a side surface of a cone or a triangular pyramid having a height direction along the rotation axis and which is substantially in point contact or linear contact with the spherical surface that is formed at the supported part, and wherein the sliding surface is a surface for the supported part to slide concurrently with rotation of the reflection unit; and an elastic member configured to press the supported part and the supporting part against each other in the rotation axis direction.
Device for determining coefficients of friction when friction occurs between containers, which are transported on a conveyor, and railings (5, 7A, 7B) of the conveyor, the containers being guided between railings (5, 7A, 7B) extending on both sides, comprising: a measuring table; a first sensor which is fastened to the measuring table, and characterised in that at least one portion of the railings (5, 7A, 7B) in the region of the measuring table is movable relative to the measuring table and the portion can carry out at least one movement in a direction, specifically the x-direction, which is substantially parallel to the transport direction of the conveyor, the first sensor measuring a force, by means of which the movable portion of the railing is moved or thrust during the transport of the containers. a measuring table; a first sensor which is fastened to the measuring table,
A vibration sensing cable (30, 130, 200, 300) comprising: a cable jacket (32, 132, 202) formed from a first material; a first vibration sensing optical fiber embedded within the cable jacket (32, 132, 202); a tensile strength element (40, 42) embedded in the cable jacket (32, 132, 202); and an acoustic reflector (302, 304) embedded in the cable jacket (32, 132, 202), the acoustic reflector (302, 304) formed from a second material having an acoustic impedance greater than an acoustic impedance of the first material, wherein the acoustic reflector (302, 304) has a vibration reflecting surface (306, 308) contacting the first material of the cable jacket (32, 132, 202) and facing toward the first vibration sensing optical fiber such that vibrations traveling through the cable jacket (32, 132, 202) incident on the vibration reflecting surface (306, 308) are reflected toward the first vibration sensing optical fiber, wherein the vibration reflecting surface (306, 308) is a concave surface, characterized in that the tensile strength element (40, 42) has a convex outer surface and the acoustic reflector (302, 304) is coupled to the convex surface of the tensile strength element (40, 42). a cable jacket (32, 132, 202) formed from a first material; a first vibration sensing optical fiber embedded within the cable jacket (32, 132, 202); a tensile strength element (40, 42) embedded in the cable jacket (32, 132, 202); and an acoustic reflector (302, 304) embedded in the cable jacket (32, 132, 202), the acoustic reflector (302, 304) formed from a second material having an acoustic impedance greater than an acoustic impedance of the first material, wherein the acoustic reflector (302, 304) has a vibration reflecting surface (306, 308) contacting the first material of the cable jacket (32, 132, 202) and facing toward the first vibration sensing optical fiber such that vibrations traveling through the cable jacket (32, 132, 202) incident on the vibration reflecting surface (306, 308) are reflected toward the first vibration sensing optical fiber, wherein the vibration reflecting surface (306, 308) is a concave surface, characterized in that the tensile strength element (40, 42) has a convex outer surface and the acoustic reflector (302, 304) is coupled to the convex surface of the tensile strength element (40, 42).
Foot-operated door opener comprising a foot-operated actuator element, which is arranged or can be arranged in the lower region of a door, for opening the door, wherein the foot-operated actuator element comprises at least one a foot tread element which, when actuated by foot, pivots at least partially downwardly and inwardly, the foot tread element being at least also forcibly guided by means of a force-guiding element and at least one force-guiding moving element, wherein the foot tread element is rotatably connected to an articulated element and rotatably connected to the forceguiding moving element in such a way that when actuated by foot the foot tread element performs a downwards movement and is also moved as a whole at least partially outwards, characterised in that the force-guiding moving element runs along the profile of the force-guiding element, wherein the force-guiding moving element is articulated about a hinge of a frame part of the foot-operated door opener.
Cleaning device intended for spraying at least one fluid towards a surface to be cleaned of a motor vehicle, such as an optical sensor of an optical detection system, the cleaning device comprising at least one fluid conveying body inside which a distribution duct is formed and which has, at its terminal distribution part, a fluid distribution element in which at least one cleaning fluid spraying nozzle is formed, the distribution element having a distribution channel fluidically connected to the distribution duct formed in the fluid conveying body and to the spraying nozzle, the cleaning fluid distribution element being formed in two parts (16, 17), a first part having a base of the distribution element that is fixed to the conveying body, and a second part which has a cover and is pressed against the first part, the distribution channel being formed by pressing the first and second parts (16, 17) of the cleaning fluid distribution element one against the other, at least one of the first and second parts having an impression (165, 174) on its contact face (163, 173), characterized in that each of the first and second parts (16, 17) of the distribution element forms part of the distribution channel by way of an impression (165, 174) made in their contact face, these impressions facing towards one another.
A solid dispersion comprising (i) cilostazol and (ii) methacrylic acid copolymer S and/or methacrylic acid copolymer L, wherein the ratio of (i) cilostazol and (ii) methacrylic acid copolymer S and/or methacrylic acid copolymer L is 1: 1 to 1: 3 by weight, and wherein the dispersion is prepared by hot-melt or hot-melt extrusion.
Intraoperative marker-less visualization system for visualizing three-dimensional structures during an intervention on a patient by way of an imaging device that moves during image acquisition, comprising: - a C-arm projection module which is intended for projecting structured light onto a first selected region of a body surface of the patient, wherein the C-arm projection module is integrated in the imaging device and while the imaging device moves for image acquisition - visualization spectacles which comprise a HMD projection module that is intended for projecting, upon a start signal (s), structured light onto a second selected region of a body surface of the patient - a camera system (14, 24) which is intended for capturing the structured light projected by the C-arm projection module and by the HMD projection module so as to compute at least one digital image data set of a 3D surface structure using a processor, and wherein the camera system (14, 24) is at least partly integrated in the imaging device and/or in the visualization spectacles - a synchronization device which is intended for outputting a trigger signal (ts) once it automatically detects that the first selected region projected by the C-arm projection module matches the second selected region projected by the HMD projection module, - a fusion unit which is intended for generating, in response to the trigger signal (ts) of the synchronization unit, a combined image data set (kBD) and to output it on the visualization spectacles, wherein the combined image data set (kBD) correlates the image captured by the imaging device and the digital image data set of the camera system (14, 24) of the body surface. - a C-arm projection module which is intended for projecting structured light onto a first selected region of a body surface of the patient, wherein the C-arm projection module is integrated in the imaging device and while the imaging device moves for image acquisition - visualization spectacles which comprise a HMD projection module that is intended for projecting, upon a start signal (s), structured light onto a second selected region of a body surface of the patient - a camera system (14, 24) which is intended for capturing the structured light projected by the C-arm projection module and by the HMD projection module so as to compute at least one digital image data set of a 3D surface structure using a processor, and wherein the camera system (14, 24) is at least partly integrated in the imaging device and/or in the visualization spectacles - a synchronization device which is intended for outputting a trigger signal (ts) once it automatically detects that the first selected region projected by the C-arm projection module matches the second selected region projected by the HMD projection module, - a fusion unit which is intended for generating, in response to the trigger signal (ts) of the synchronization unit, a combined image data set (kBD) and to output it on the visualization spectacles, wherein the combined image data set (kBD) correlates the image captured by the imaging device and the digital image data set of the camera system (14, 24) of the body surface.
A bait for training in the detection of explosives, characterised in that it comprises a maximum of 0.05 g of triacetone triperoxide (TATP) adsorbed on a solid support comprising a cellulosic material, wherein the bait preferably comprises a maximum of 10% by weight of water, said percentage being expressed by weight with respect to the total weight of the bait, wherein the cellulosic material is acetylated cellulose.