mhurhangee/ep-ind-claims huggingface dataset:
An escape hatch for an aircraft, comprising: a door body having an exterior side and an interior side opposite the exterior side; an exterior handle movably connected to the door body, the exterior handle rotatable between a stowed position, in which the exterior handle is recessed within an opening of the door body, and an unstowed position, the exterior handle being accessible from the exterior side of the door body to open the door; a visual indicator connected to the door body and visible from the interior side of the door body only when the exterior handle is in the stowed position; and wherein the visual indicator is selectively moveable between a retained position and an unretained position, the retained position to secure the exterior handle in the stowed position. a door body having an exterior side and an interior side opposite the exterior side; an exterior handle movably connected to the door body, the exterior handle rotatable between a stowed position, in which the exterior handle is recessed within an opening of the door body, and an unstowed position, the exterior handle being accessible from the exterior side of the door body to open the door; a visual indicator connected to the door body and visible from the interior side of the door body only when the exterior handle is in the stowed position; and wherein the visual indicator is selectively moveable between a retained position and an unretained position, the retained position to secure the exterior handle in the stowed position.
Device for treating must in a vinification process comprising a duct for the flow of said must, having an inlet end and an outlet end, said duct having an elbow with a first section comprising said inlet end and with a second section comprising said outlet end; characterized in that it comprises inside the duct cutting means comprising at least one rotating cutting blade interfering at least partially with the must flow; wherein said at least one rotating cutting blade is arranged with an axis of rotation substantially parallel to the first section and the cutting means comprises a bell-shaped cowl arranged so as to screen the at least one rotating cutting blade. characterized in that it comprises inside the duct cutting means comprising at least one rotating cutting blade interfering at least partially with the must flow; wherein said at least one rotating cutting blade is arranged with an axis of rotation substantially parallel to the first section and the cutting means comprises a bell-shaped cowl arranged so as to screen the at least one rotating cutting blade.
Friction clutch (10; 300; 400) comprising: - an input side and an output side which are arranged so as to be rotatable about a rotational axis, and - a wet space which can be filled with a cooling fluid, wherein arranged in the wet space are -- a first friction partner which is connected to the input side in a torque-locking manner, -- a second friction partner which is connected to the output side in a torque-locking manner, -- and a compression device which is designed to make available an axial compression of the first friction partner and of the second friction partner in order to generate torque locking between the input side and the output side, wherein a brake device is provided for the cooling fluid in the wet space, which brake device is arranged axially adjoining the first and/or second friction partners (50, 55), - wherein the brake device is designed to reduce a circumferential speed of the cooling fluid, characterized in that a clutch device is provided, wherein the clutch device comprises at least a first and a second shift state, wherein in the first shift state the clutch device connects the brake device in a torque-locking fashion to a further component of the friction clutch (10; 300; 400), and in the second shift state disengages the clutch device in order to at least partially interrupt a transmission of torque between the brake device and the further component (40, 205). - an input side and an output side which are arranged so as to be rotatable about a rotational axis, and - a wet space which can be filled with a cooling fluid, wherein arranged in the wet space are -- a first friction partner which is connected to the input side in a torque-locking manner, -- a second friction partner which is connected to the output side in a torque-locking manner, -- and a compression device which is designed to make available an axial compression of the first friction partner and of the second friction partner in order to generate torque locking between the input side and the output side, wherein a brake device is provided for the cooling fluid in the wet space, which brake device is arranged axially adjoining the first and/or second friction partners (50, 55), -- a first friction partner which is connected to the input side in a torque-locking manner, -- a second friction partner which is connected to the output side in a torque-locking manner, -- and a compression device which is designed to make available an axial compression of the first friction partner and of the second friction partner in order to generate torque locking between the input side and the output side, - wherein the brake device is designed to reduce a circumferential speed of the cooling fluid,
A liquid crystal display device comprising: a first substrate and a second substrate opposing each other; a liquid crystal layer sandwiched between the first substrate and the second substrate, containing positive dielectric anisotropy type liquid crystal molecules, and configured to be perpendicularly aligned when no electric field is applied; a pixel including a reflecting region and a transmitting region, cell gaps of the reflecting region and the transmitting region, being the same; a stripe-shaped pixel electrode provided on the first substrate to extend in a first direction, and provided in the reflecting region and the transmitting region; a first common electrode including first and second electrodes which are provided on both sides of the pixel electrode with spaces therebetween, respectively, the first and second electrodes being provided in the reflecting region and the transmitting region to extend in the first direction; a second common electrode provided on the second substrate, and provided in the reflecting region and the transmitting region; and a reflecting film provided on the first substrate in the reflecting region to overlap a portion of the pixel electrode, and comprising a conductive material. a first substrate and a second substrate opposing each other; a liquid crystal layer sandwiched between the first substrate and the second substrate, containing positive dielectric anisotropy type liquid crystal molecules, and configured to be perpendicularly aligned when no electric field is applied; a pixel including a reflecting region and a transmitting region, cell gaps of the reflecting region and the transmitting region, being the same; a stripe-shaped pixel electrode provided on the first substrate to extend in a first direction, and provided in the reflecting region and the transmitting region; a first common electrode including first and second electrodes which are provided on both sides of the pixel electrode with spaces therebetween, respectively, the first and second electrodes being provided in the reflecting region and the transmitting region to extend in the first direction; a second common electrode provided on the second substrate, and provided in the reflecting region and the transmitting region; and a reflecting film provided on the first substrate in the reflecting region to overlap a portion of the pixel electrode, and comprising a conductive material.
A threaded pin (1; 100) and component assembly, wherein the threaded pin (1; 100) is screwable in a threaded hole made in the component, wherein the threaded pin (1; 100) comprises a threaded cylindrical stem extending between a proximal stem end and a distal stem end (10"), the threaded cylindrical stem having a threading envelope defined by the outer diameter (d 3) of the ridges of the thread, and a coupling end portion extending from the distal stem end (10"), at least one annular groove being made in said coupling end portion delimited distally by a distal annular ridge defining the maximum outer diameter (d 1) of the coupling end portion, wherein said maximum outer diameter of the coupling end portion is less than the inner diameter (d 2) of the threaded cylindrical stem so that the coupling end portion is insertable with play into the threaded hole, wherein said distal annular ridge is suitable for insertion between the ridges of the female thread of said threaded hole in the absence of screwing between the threaded pin (1; 100) and the threaded hole, characterized in that the threading envelope forms distally a conical surface at an angle of approximately 20° with respect to the threaded pin axis, so that, when the coupling end portion is fully inserted into the threaded hole and the threaded pin is released, the threaded pin tilts and remains coupled to the component, the distal stem end (10") abuts against the first ridge of the female thread of the threaded hole when the distal annular ridge is inserted between two ridges of the female thread, and the threaded pin (1; 100) can be rotated to realign the threaded pin (1; 100) to the threaded hole.
Electric heating device with at least two hollow profile elements which form a fluid channel for a fluid to be heated and, opposite the fluid channel, a heating chamber which is bounded by opposite contact surfaces against which at least one PTC element abuts in a heat-conducting manner, characterized in that the hollow profile elements are connected to one another by complementary form-fit segments (10, 12) such that the two form-fit segments (10, 12) also provide a connection of the hollow profile elements in a first direction orthogonal to the contact surfaces.
A data transmitting and receiving method in which a master device and a plurality of slave devices (102, 103, 104, 501, 502, 503) are provided, and the plurality of slave devices (102, 103, 104, 501, 502, 503) are connected to a common medium and perform communication with the master device, wherein a slave device (104, 503) among said plurality of slave devices (102, 103, 104, 501, 502, 503), which desires to enter into communication via the common medium, transmits an association request message as a message for requesting access to the master device via the common medium in a period during which the slave device (104,503) performs transmission and the master device performs reception, wherein the master device allows the slave device (104, 503) to enter into data transmission and reception via the common medium, and performs scheduling relating to a period for a target of medium access control in which the master device can perform scheduling of: i. a polling period for requesting a period for transmitting user data to the master device from the slave device (104, 503); and ii. a user data transmission period for transmitting the user data to the master device from the slave device (104, 503) thereby notifying the slave device (104, 503), which is allowed to enter into data transmission, of a result of the scheduling, wherein the slave device (104, 503) waits for the polling period in the period for the target of medium access control in accordance with the scheduling, transmits a message for requesting the user data transmission period to the master device, and then transmits the user data in the user data transmission period that is scheduled by the master device, wherein the master device can change allocation of the polling period in the period for the target of medium access control, and wherein communication between the master device and the slave device (104, 503) is performed using a periodic frame including both a period during which there is a possibility that data transmitted from the slave device (104, 503) competes with data transmitted from other slave devices among the plurality of said slave devices (102, 103, 104, 501, 502, 503), and a period during which occupancy for each slave device among the plurality of said slave devices (102, 103, 104, 501, 502, 503) is recognized, the association request message of the slave device (104, 503) for requesting access is transmitted in the period during which there is the possibility of competition, and the requesting of the period for transmitting the user data is not performed in the period during which there is the possibility of competition, but performed in the period during which the occupancy is recognized. i. a polling period for requesting a period for transmitting user data to the master device from the slave device (104, 503); and ii. a user data transmission period for transmitting the user data to the master device from the slave device (104, 503) thereby notifying the slave device (104, 503), which is allowed to enter into data transmission, of a result of the scheduling,
A method of making a heat exchanger, comprising: slitting a sheet of material in a longitudinal direction to define a first section and a second section, the first and second sections (13,14) being joined together at spaced-apart connecting points (12,19) along the longitudinal direction; forming the sheet of material to define serpentine corrugations; separating the formed sheet of material into a plurality of fin segments, each fin segment having a plurality of the corrugations and one or more of the connecting points (12,19); arranging the fin segments in alternating fashion between rows of flat tubes to define a core stack, each row comprising a first tube length and a second tube length in side- by side relation; brazing the arranged fin segments and flat tubes to form a monolithic heat exchanger core, peaks and troughs of the corrugations in the first section of each of the fin segments being joined to one of the first and second tube lengths in a first adjacent row and one of the first and second tube lengths in a second adjacent row, peaks and troughs of the corrugations in the second section of each of the fin segments being joined to the other of the first and second tube lengths in the first adjacent row and the other of the first and second tube lengths in the second adjacent row; characterized by bending the monolithic heat exchanger core into an arcuate shape having a radial direction, such that one of the first and second tube lengths of each row is located radially inward of the other of the first and second tube lengths of each row, wherein bending of the monolithic heat exchanger core severs at least one of the connecting points (12, 19) of each fin segment.
Method for converting glucose into fructose comprising the steps of: a) providing a composition comprising water, glucose and lignin, b) enzymatically converting the glucose to fructose in the presence of a glucose isomerase, c) optionally purifying the fructose from the composition, wherein the glucose isomerase comprises an amino acid sequence that is at least 90% identical with the sequence according to SEQ ID NO: 1 or SEQ ID NO: 2. a) providing a composition comprising water, glucose and lignin, b) enzymatically converting the glucose to fructose in the presence of a glucose isomerase, c) optionally purifying the fructose from the composition,
Overload identification for a bar-type chassis component, comprising a sensor which detects a target state variable of the chassis component, wherein the sensor is designed as a deformation-detecting sensor for an individual chassis component and the sensor comprises a plurality of individual sensors, wherein the individual sensors form a cage, characterized in that the cage has an annular fastening section by way of which the cage is held at one end on the chassis component in the longitudinal direction of the chassis component.
A composition comprising at least one bacteriostatic agent and the dye Brilliant Blue G according to the following formula or a salt thereof, for use as a wound disinfectant, wherein the bacteriostatic agent is selected from the group consisting of octenidine, benzalkonium chloride, chlorhexidine, cetylpyridinium chloride and polyhexanide or salts thereof and combinations thereof.
An apparatus for manufacturing a non-woven fabric, the apparatus comprising a diffusing shaft, and the diffusing shaft comprising: a first shaft portion disposed at an upper side of the shaft and provided with a slit-shaped air guide, wherein filaments are supplied together with air from an inlet side of the air guide to an outlet side of the air guide, the first shaft portion having wall portions (44A, B) that are inclined so that the opening width gradually increases towards the outlet side; a second shaft portion disposed at a lower side of the shaft, having an inlet side that is communicated with an outlet side of the first shaft portion and an outlet side that is disposed to face a collecting unit that collects the filaments, wherein an opening width along a machine direction of the inlet side of the second shaft portion is larger than an opening width along a machine direction of the first shaft portion, the second shaft portion having wall portions (46A, B) that are inclined so that the opening width gradually increases towards the outlet side; and a stepped portion provided at a connecting portion between the outlet side of the first shaft portion and the inlet side of the second shaft portion and connecting the outlet side of the first shaft portion to the inlet side of the second shaft portion. a first shaft portion disposed at an upper side of the shaft and provided with a slit-shaped air guide, wherein filaments are supplied together with air from an inlet side of the air guide to an outlet side of the air guide, the first shaft portion having wall portions (44A, B) that are inclined so that the opening width gradually increases towards the outlet side; a second shaft portion disposed at a lower side of the shaft, having an inlet side that is communicated with an outlet side of the first shaft portion and an outlet side that is disposed to face a collecting unit that collects the filaments, wherein an opening width along a machine direction of the inlet side of the second shaft portion is larger than an opening width along a machine direction of the first shaft portion, the second shaft portion having wall portions (46A, B) that are inclined so that the opening width gradually increases towards the outlet side; and a stepped portion provided at a connecting portion between the outlet side of the first shaft portion and the inlet side of the second shaft portion and connecting the outlet side of the first shaft portion to the inlet side of the second shaft portion.
A method for treating nuts, in particular for producing nuts with improved shelling properties compared to untreated nuts, comprising the following step of treating the nuts: a) softening a shell of the nuts by applying an electric field, wherein the shell is non-thermally softened by means of short electric pulses in the range from microseconds to milliseconds of a high voltage in the kilovolt range. a) softening a shell of the nuts by applying an electric field, wherein the shell is non-thermally softened by means of short electric pulses in the range from microseconds to milliseconds of a high voltage in the kilovolt range.
An apparatus for harvesting water from air, the apparatus comprising: a body comprising: a first end and a second end, the first end spaced apart from the second end, the first end having a first opening to receive air from atmosphere comprising water and the second end having a second opening to release air from the body; and a wall of the body extending from the first end to the second end and comprising an internal hydrophilic contacting surface and an external hydrophobic collecting surface, the wall comprising a plurality of pores defining an inner volume between the contacting surface and the collecting surface and allowing a fluid flow communication, by a capillary force and a pressure gradient, between the contacting surface and the collecting surface, wherein the pores are shaped to carry the water from the contacting surface to the collecting surface by the capillary force and the water is carried from the contacting surface through the pores to the collecting surface by the pressure gradient; wherein the body has a conical shape with the first opening having a larger area than the second opening to provide the pressure gradient and the body comprises a fan adjacent to the first opening to provide the pressure gradient; and wherein the hydrophilic contacting surface is treated with carbon nanotubes or graphene, and the hydrophobic collecting surface is is treated with a different carbon-based material that is treated to be hydrophobic to form a hydrophobic surface. a first end and a second end, the first end spaced apart from the second end, the first end having a first opening to receive air from atmosphere comprising water and the second end having a second opening to release air from the body; and a wall of the body extending from the first end to the second end and comprising an internal hydrophilic contacting surface and an external hydrophobic collecting surface, the wall comprising a plurality of pores defining an inner volume between the contacting surface and the collecting surface and allowing a fluid flow communication, by a capillary force and a pressure gradient, between the contacting surface and the collecting surface, wherein the pores are shaped to carry the water from the contacting surface to the collecting surface by the capillary force and the water is carried from the contacting surface through the pores to the collecting surface by the pressure gradient; wherein the body has a conical shape with the first opening having a larger area than the second opening to provide the pressure gradient and the body comprises a fan adjacent to the first opening to provide the pressure gradient; and wherein the hydrophilic contacting surface is treated with carbon nanotubes or graphene, and the hydrophobic collecting surface is is treated with a different carbon-based material that is treated to be hydrophobic to form a hydrophobic surface.