mhurhangee/ep-ind-claims huggingface dataset:
Process for the production of microtubes of polymer materials, whereby a) A first thin layer of a polymer is applied to a solid substrate with a flat surface; b) After which at least a second layer is applied to the first layer; after which c) The multi-layer polymer coating is detached from the substrate in segments such that d) A solvent may penetrate to the substrate along the outer edge of the segments and the multi-layer polymer coating may be detached in segments from the substrate; whereby e) The solvent from process step d) creates a change in volume in at least one layer, so that f) The segments of the multi-layer polymer coating detached from the substrate may be rolled into microtubes. a) A first thin layer of a polymer is applied to a solid substrate with a flat surface; b) After which at least a second layer is applied to the first layer; after which c) The multi-layer polymer coating is detached from the substrate in segments such that d) A solvent may penetrate to the substrate along the outer edge of the segments and the multi-layer polymer coating may be detached in segments from the substrate; whereby e) The solvent from process step d) creates a change in volume in at least one layer, so that f) The segments of the multi-layer polymer coating detached from the substrate may be rolled into microtubes.
- A composite pressure vessel comprising a monolayer liner and a reinforcing structure arranged on top of the liner, the liner being made by injection moulding, the liner comprising at least two shells weldable together, wherein each shell is made of a polymer composition comprising at least 45% by weight of an aromatic polyamide relative to the total weight of said polymer composition, and at least 10% by weight of an aliphatic polyamide relative to the total weight of said polymer composition, the maximum content of aromatic group-containing repeating units in an aliphatic polyamide being 0 mol% based on 100 mol% repeating units in the polymer, wherein the aromatic polyamide is a polyphthalamide.
Tyre for an agricultural vehicle, comprising: - a tread made up of lugs that are separated from one another by grooves, - each lug extending radially outwards, over a height H, from a bottom surface to a contact face, extending axially inwards from an axially outer end face to an axially inner end face, and extending circumferentially from a trailing face to a leading face, characterized in that each lug comprises a first lug portion, extending radially outwards from the bottom surface and having a height H1, and a second lug portion, extending radially outwards from the first lug portion to the contact face, having a height H2 and having a mean angle of inclination A2 with respect to a circumferential direction (XX') of the tyre, in that the first lug portion is made up of a radial superposition of N layers C1 i, where i varies from 1 to N, each having a height H1 i, such that the sum of the heights H1 i is equal to the height H1 of the first lug portion, the layer C1 1 extending radially outwards from the bottom surface and the layer C1 N extending radially outwards to the second lug portion, in that each layer C1 i has a mean angle of inclination A1 i, with respect to the circumferential direction (XX') of the tyre, that is strictly less than the mean angle of inclination A2 of the second lug portion, such that the layer C1 i is positioned in front of the leading face in the vicinity of the axially inner end face, and behind the trailing face in the vicinity of the axially outer end face, and in that, when N is strictly greater than 1, the angle A1 j relative to a layer C1 j, where j varies from 1 to N-1, is strictly less than the angle A1 j+1 relative to the layer C1 j+1, such that two consecutive layers (C1 j, C1 j+1) are rotationally offset with respect to one another by an angle B1 j = A1 j+1 -A1 j. - a tread made up of lugs that are separated from one another by grooves, - each lug extending radially outwards, over a height H, from a bottom surface to a contact face, extending axially inwards from an axially outer end face to an axially inner end face, and extending circumferentially from a trailing face to a leading face,
Apparatus, comprising: a medical probe, having a distal end comprising a plurality of arms that extend diagonally outward from a central shaft and have respective position transducers coupled thereto, the arms configured to press against an intra-body surface so as to exert pressure on the surface and bend with respect to the central shaft in response to the pressure; and a processor, which is configured to measure positions of the respective position transducers coupled to the arms, and to estimate the pressure exerted by the arms responsively to the measured positions. a medical probe, having a distal end comprising a plurality of arms that extend diagonally outward from a central shaft and have respective position transducers coupled thereto, the arms configured to press against an intra-body surface so as to exert pressure on the surface and bend with respect to the central shaft in response to the pressure; and a processor, which is configured to measure positions of the respective position transducers coupled to the arms, and to estimate the pressure exerted by the arms responsively to the measured positions.
An apparatus comprising: an aerodynamic structure including a folding portion, the folding portion having an associated backlash; an actuator configured to cause a movement of the folding portion; a sensor configured to acquire movement data of the folding portion during movement of the folding portion; and a processor configured to determine a bias of the folding portion based on the movement data to characterize the backlash. an aerodynamic structure including a folding portion, the folding portion having an associated backlash; an actuator configured to cause a movement of the folding portion; a sensor configured to acquire movement data of the folding portion during movement of the folding portion; and a processor configured to determine a bias of the folding portion based on the movement data to characterize the backlash.
Method for providing verified information about a traffic sign, comprising: receiving information about the traffic sign from an electronic traffic signboard following a change in the traffic sign displayed by the electronic traffic signboard; checking whether the electronic traffic signboard is an authorized information source; storing the information about the traffic sign in a blockchain database, only if the electronic traffic signboard is an authorized source of information; and allowing read access to the blockchain database. receiving information about the traffic sign from an electronic traffic signboard following a change in the traffic sign displayed by the electronic traffic signboard; checking whether the electronic traffic signboard is an authorized information source; storing the information about the traffic sign in a blockchain database, only if the electronic traffic signboard is an authorized source of information; and allowing read access to the blockchain database.
A method comprising: detecting USB Type-C power delivery protocol packets to generate throttle hints to performance manage a processor when a peripheral or charger coupled to a USB Type-C port; utilizing a fuel gauge to determine power loss or gain information on connection of the peripheral or charger to the USB Type-C port, wherein the time instant of connection to trigger the fuel gauge utilisation is detected based on the USB Type-C power delivery protocol packets; and triggering a throttle indication for the processor based on the detecting and utilizing. detecting USB Type-C power delivery protocol packets to generate throttle hints to performance manage a processor when a peripheral or charger coupled to a USB Type-C port; utilizing a fuel gauge to determine power loss or gain information on connection of the peripheral or charger to the USB Type-C port, wherein the time instant of connection to trigger the fuel gauge utilisation is detected based on the USB Type-C power delivery protocol packets; and triggering a throttle indication for the processor based on the detecting and utilizing.
An embolic protection device (30A,30B,30C,50) for removing emboli from a blood vessel in a patient's body, comprising: an elongate host element; an embolic protection element having a collapsed configuration and an expanded configuration; and a flexible tether (33,53) connected to a distal end of the host element and to a proximal portion of the embolic protection element, the tether allowing the host element to move axially and laterally relative to the embolic protection element over a limited range of motion when the embolic protection element is in an expanded configuration, and the embolic protection device having a landing zone 30A,30B,30C) of 4 cm or less, wherein the embolic protection element comprises one or more connecting arms (35,55), an apposition ring (37,57), and a filtering mesh 39A,39B,39C,59) having a shape in the expanded configuration which defines an interior portion having a proximal facing opening, the one or more connecting arms each being connected to the tether and the apposition ring, and the apposition ring being connected to the mesh; and wherein in the expanded configuration of the embolic protection element, the apposition ring has a maximum diameter and the maximum diameter of the mesh is greater than the maximum diameter of the apposition ring. an elongate host element; an embolic protection element having a collapsed configuration and an expanded configuration; and a flexible tether (33,53) connected to a distal end of the host element and to a proximal portion of the embolic protection element, the tether allowing the host element to move axially and laterally relative to the embolic protection element over a limited range of motion when the embolic protection element is in an expanded configuration, and the embolic protection device having a landing zone 30A,30B,30C) of 4 cm or less, wherein the embolic protection element comprises one or more connecting arms (35,55), an apposition ring (37,57), and a filtering mesh 39A,39B,39C,59) having a shape in the expanded configuration which defines an interior portion having a proximal facing opening, the one or more connecting arms each being connected to the tether and the apposition ring, and the apposition ring being connected to the mesh; and wherein in the expanded configuration of the embolic protection element, the apposition ring has a maximum diameter and the maximum diameter of the mesh is greater than the maximum diameter of the apposition ring.
Accumulator for an air-conditioning circuit intended to have a refrigerant passed through it, the said accumulator comprising a reservoir ending in a bottom and a pipe arranged in the reservoir, the said pipe being equipped with a lubricant recovery orifice level with a lower part of the reservoir which lower part is intended to contain the said lubricant and ends in the said bottom, the said pipe having an elbow in the region of the said lower part of the reservoir, the lubricant recovery orifice being formed at the bottom end of the said elbow, the inlet of the said pipe opening into an upper part of the reservoir, and the said lower part of the reservoir having an internal section that narrows down as far as the said bottom, characterized in that the said internal section at least partially hugs the shape of the said elbow so as to form a means of supporting the said pipe.
A telephoto lens system, comprising: a plurality of refractive lens elements arranged along an optical axis of the telephoto lens system and configured to refract light from an object field located in front of the telephoto lens system to form an image of a scene at an image plane, wherein at least one surface of at least one of the plurality of lens elements is aspheric; wherein the plurality of lens elements includes, in order along the optical axis from an object side of the telephoto lens system to an image side of the telephoto lens system: a first lens element with positive refractive power having a convex object side surface; a second lens element with negative refractive power; a third lens element with negative refractive power having a concave object side surface; a fourth lens element with negative refractive power having a concave object side surface; and a fifth lens element with positive refractive power having a convex image side surface; wherein the telephoto lens system has effective focal length f, wherein total track length of the telephoto lens system is 6.0 millimeters or less, and wherein telephoto ratio (TTL/f) of the telephoto lens system is within a range of 0.74 to 1.0; and wherein focal length fl of the first lens element satisfies the condition 0.35 < f1/f < 0.45. a plurality of refractive lens elements arranged along an optical axis of the telephoto lens system and configured to refract light from an object field located in front of the telephoto lens system to form an image of a scene at an image plane, wherein at least one surface of at least one of the plurality of lens elements is aspheric; wherein the plurality of lens elements includes, in order along the optical axis from an object side of the telephoto lens system to an image side of the telephoto lens system: a first lens element with positive refractive power having a convex object side surface; a second lens element with negative refractive power; a third lens element with negative refractive power having a concave object side surface; a fourth lens element with negative refractive power having a concave object side surface; and a fifth lens element with positive refractive power having a convex image side surface; a first lens element with positive refractive power having a convex object side surface; a second lens element with negative refractive power; a third lens element with negative refractive power having a concave object side surface; a fourth lens element with negative refractive power having a concave object side surface; and a fifth lens element with positive refractive power having a convex image side surface; wherein the telephoto lens system has effective focal length f, wherein total track length of the telephoto lens system is 6.0 millimeters or less, and wherein telephoto ratio (TTL/f) of the telephoto lens system is within a range of 0.74 to 1.0; and wherein focal length fl of the first lens element satisfies the condition 0.35 < f1/f < 0.45.
A method by a radio unit for controlling capacity of baseband processing resources allocated to a radio communication cell, the method comprising: determining (304, 600) a deadline margin, Ta, for a prior transmission time interval, TTI, based on a difference between a time when baseband processing of data for transmission completed and a defined deadline time for completion of the baseband processing; determining (306, 602) a desired capacity, Fw, of baseband processing resources to allocate to the radio communication cell for a present TTI; and controlling (307, 604) capacity of baseband processing resources allocated to the radio communication cell for the present TTI based on the deadline margin, Ta, and the desired capacity, Fw. determining (304, 600) a deadline margin, Ta, for a prior transmission time interval, TTI, based on a difference between a time when baseband processing of data for transmission completed and a defined deadline time for completion of the baseband processing; determining (306, 602) a desired capacity, Fw, of baseband processing resources to allocate to the radio communication cell for a present TTI; and controlling (307, 604) capacity of baseband processing resources allocated to the radio communication cell for the present TTI based on the deadline margin, Ta, and the desired capacity, Fw.
A method for providing multimedia contents in a communication system, the method comprising: providing by a destination terminal a multimedia content type bell including menu keys mapped to possible services; characterised by upon input of a particular menu key among the menu keys provided using the multimedia content type bell, determining by the destination terminal if a menu corresponding to the input menu key is a common menu through service capability comparison with an origination terminal; and if the menu corresponding to the input menu key is the common menu, providing by the destination terminal the service mapped to the corresponding menu, wherein the possible services include a Push-To-All, PTA, service, an Instant Messaging, IM, service, a Voice Call service, a Video Call service, and a Reject service. providing by a destination terminal a multimedia content type bell including menu keys mapped to possible services; upon input of a particular menu key among the menu keys provided using the multimedia content type bell, determining by the destination terminal if a menu corresponding to the input menu key is a common menu through service capability comparison with an origination terminal; and if the menu corresponding to the input menu key is the common menu, providing by the destination terminal the service mapped to the corresponding menu,
Method of automatically removing a sleeve of meat from an animal part having a bone with a first knuckle on one of two opposite ends of a bone shaft and a second knuckle on another of the two opposite ends, the method including: engaging the bone of the animal part with a part of a meat stripper (13,59) between its first knuckle and the sleeve of meat; engaging the bone by a knuckle gripper between the part of the meat stripper and the first knuckle; moving the meat stripper and the knuckle gripper away from one another, while stripping and gathering the sleeve of meat towards the second knuckle; discontinue moving away the meat stripper and knuckle gripper from one another upon the part of the meat stripper engaging the second knuckle; advancing a meat cutter in a direction towards the meat stripper opposite of the knuckle gripper; cutting the sleeve of meat gathered by the meat stripper circumferentially around the second knuckle; retracting the meat cutter; disengaging the knuckle gripper; removing the bone from the gathered sleeve of meat and from the meat stripper; collecting the gathered sleeve of meat for further processing; and discarding the bone. engaging the bone of the animal part with a part of a meat stripper (13,59) between its first knuckle and the sleeve of meat; engaging the bone by a knuckle gripper between the part of the meat stripper and the first knuckle; moving the meat stripper and the knuckle gripper away from one another, while stripping and gathering the sleeve of meat towards the second knuckle; discontinue moving away the meat stripper and knuckle gripper from one another upon the part of the meat stripper engaging the second knuckle; advancing a meat cutter in a direction towards the meat stripper opposite of the knuckle gripper; cutting the sleeve of meat gathered by the meat stripper circumferentially around the second knuckle; retracting the meat cutter; disengaging the knuckle gripper; removing the bone from the gathered sleeve of meat and from the meat stripper; collecting the gathered sleeve of meat for further processing; and discarding the bone.
Door (14, 14') for a laundry treatment apparatus, in particular for a dryer, washing machine or washer-dryer, the door comprising: a front frame (30, 30') having a central opening, an inner window (60, 60'), a cover (50, 50') adapted to prevent the inner window front side to be touched by a user, and a rear frame (70, 70') having a central opening, wherein the inner window (60, 60') is arranged between the front frame (30, 30') and the rear frame (70, 70'), and wherein the front frame (30, 30') and the rear frame (70, 70') are mechanically connected to each other using at least one second connecting device (42/42', 40) that engages the rear frame and front frame, wherein the arrangement sequence is: front frame (30, 30'), cover (50, 50'), inner window (60, 60') and rear frame (70, 70'), characterized in that the cover (50, 50') and either the front frame or the rear frame form a door sub-assembly by being mechanically connected to each other using at least one first connecting device (38/38', 30) that engages the cover and either the front frame or the rear frame. a front frame (30, 30') having a central opening, an inner window (60, 60'), a cover (50, 50') adapted to prevent the inner window front side to be touched by a user, and a rear frame (70, 70') having a central opening, wherein the inner window (60, 60') is arranged between the front frame (30, 30') and the rear frame (70, 70'), and wherein the front frame (30, 30') and the rear frame (70, 70') are mechanically connected to each other using at least one second connecting device (42/42', 40) that engages the rear frame and front frame, wherein the arrangement sequence is: front frame (30, 30'), cover (50, 50'), inner window (60, 60') and rear frame (70, 70'), characterized in that the cover (50, 50') and either the front frame or the rear frame form a door sub-assembly by being mechanically connected to each other using at least one first connecting device (38/38', 30) that engages the cover and either the front frame or the rear frame.
A method for wireless communications at a wireless device, comprising: transmitting, to a base station, signaling comprising an indication of a physical configuration of the wireless device and a request for channel information for a subsequent communication with the base station, the transmitting based at least in part on the physical configuration of the wireless device failing to correspond to at least one analog beamforming codebook of the wireless device; wherein the physical configuration comprises a foldable state of the wireless device corresponding to different possible foldings of a flexible display unit; and receiving, from the base station, the channel information in response to the request. transmitting, to a base station, signaling comprising an indication of a physical configuration of the wireless device and a request for channel information for a subsequent communication with the base station, the transmitting based at least in part on the physical configuration of the wireless device failing to correspond to at least one analog beamforming codebook of the wireless device; wherein the physical configuration comprises a foldable state of the wireless device corresponding to different possible foldings of a flexible display unit; and receiving, from the base station, the channel information in response to the request.
Container comprising at least one connection opening (3, 4) and at least one connection part (6, 8), with grooves and latching elements being provided as interacting connecting elements for connecting the container and the connection part (6, 8), and, in the connected state, each latching element being arranged in a receiving portion of a groove, which portion is arranged substantially perpendicularly to a longitudinal axis of the container, characterised in that the container and the connection part (6, 8) have run-on elements (9a, 9b) with run-on surfaces that extend obliquely to the longitudinal axis of the container, which elements interact by means of a rotational movement between the container and the connection part (6, 8) in such a way that the latching elements can be moved out of the receiving portion of the relevant groove and, in a rotated position, the latching connection between the container and the connection part (6, 8) is released.