mhurhangee/ep-ind-claims huggingface dataset:
A radar radiation redirecting tape (1, 2), arrangeable such as to define a plane, the tape comprising a first plurality (200, 210) of individual radar-reflecting directional antennae (5, 11), characterized in that each directional antenna comprises at least three elongate, unevenly spaced antenna conductors (10, 20, 30), arranged with their long extensions parallel to each other in the plane of the tape, such that the directional antenna is operable to redirect incoming radar radiation predominantly in a direction which is orthogonal to the long extension of the antenna conductors and parallel to the plane of the tape.
Passive safety assembly for a motor vehicle, comprising a yoke intended to be connected to a body of the vehicle and a cover intended to be connected to an engine of the vehicle, the yoke and the cover being secured to one another, the assembly comprising a cutting element having a blade, characterized in that the cutting element is secured to the yoke, and in that the blade is arranged so as to face a region of the cover that is to be cut, the blade and the cover being separated by a distance (d) which is less than a maximum limit deformation of said yoke that would cause mechanical breaking thereof.
A method of manufacturing a bi-metallic mechanically lined pipe being >500m long and having an outer pipe and an inner liner comprising at least the steps of: (a) forming the outer pipe as a single length; (b) forming the inner liner former being >500m long and wholly or substantially the same length as the outer pipe of step (a); (c) inserting the inner liner former of step (b) being >500m long and wholly or substantially the same length as the outer pipe, within the single length outer pipe; and (d) expanding the inner liner former within the outer pipe to form the MLP. (a) forming the outer pipe as a single length; (b) forming the inner liner former being >500m long and wholly or substantially the same length as the outer pipe of step (a); (c) inserting the inner liner former of step (b) being >500m long and wholly or substantially the same length as the outer pipe, within the single length outer pipe; and (d) expanding the inner liner former within the outer pipe to form the MLP.
Flap arrangement for a wing of an aircraft, comprising: - a base member (16, 40), - at least one first flap, - at least one second flap - at least one connecting assembly (18, 22, 34, 42, 50, 58, 62, 64, 70), - a shaft (18, 19) and a plurality of deflection units (22, 58), wherein the first flap is movably supported on the base member (16, 40), wherein the second flap is movably supported on the first flap, wherein the connecting assembly (18, 22, 34, 42, 50, 58, 62, 64, 70) is mechanically coupled with the base member (16, 40) and the second flap and is designed to move the second flap relative to the first flap when the first flap is moved relative to the base member (16, 40), wherein the shaft (18, 19) extends along a main extension direction of the first flap, wherein the plurality of deflection units (22, 58) is coupled with the shaft (18, 19) and the second flap and arranged inside a hollow space of the first flap and is designed for deflecting the second flap relative to the first flap on rotation of the shaft (18, 19) relative to the first flap, wherein the first flap comprises at least one recess at a trailing edge for receiving one of the at least one second flap, and wherein the second flap comprises a linkage member facing into the first flap, characterized in that the connecting assembly (18, 22, 34, 42, 50, 58, 62, 64, 70) comprises a rotation unit coupled with the shaft (18, 19) and the base member (16, 40) and is designed for rotating the shaft (18, 19) relative to the first flap on moving the first flap relative to the base member (16, 40), wherein the rotation unit comprises a second lever having a first end and a second end, wherein the second lever is coupled with the shaft (18, 19) at the first end and coupled with a connecting rod extending from the second end of the second lever to the base member (16, 40). - a base member (16, 40), - at least one first flap, - at least one second flap - at least one connecting assembly (18, 22, 34, 42, 50, 58, 62, 64, 70), - a shaft (18, 19) and a plurality of deflection units (22, 58),
A method for producing at least one ester, comprising: reacting at least one substance having at least one carbon-to-carbon double bond with ozone in the presence of at least one monoalcohol that azeotropes with water to produce at least one ester, wherein the ozone comprises at least one first mole of ozone and at least one second mole of ozone, the method further comprising: (a) refluxing and removing water by azeotropic distillation before adding the at least one second mole of ozone; or (b) refluxing and removing water by azeotropic distillation in the presence of at least one solvent that azeotropes with water before adding the at least one second mole of ozone. reacting at least one substance having at least one carbon-to-carbon double bond with ozone in the presence of at least one monoalcohol that azeotropes with water to produce at least one ester, wherein the ozone comprises at least one first mole of ozone and at least one second mole of ozone, the method further comprising: (a) refluxing and removing water by azeotropic distillation before adding the at least one second mole of ozone; or (b) refluxing and removing water by azeotropic distillation in the presence of at least one solvent that azeotropes with water before adding the at least one second mole of ozone. (a) refluxing and removing water by azeotropic distillation before adding the at least one second mole of ozone; or (b) refluxing and removing water by azeotropic distillation in the presence of at least one solvent that azeotropes with water before adding the at least one second mole of ozone.
A sound acquisition system comprising a plurality of connected objects, each connected object of said plurality including a radio emitting means configured for the emission of data representing sound signals captured by a microphone embedded in said connected object and a controller receiving signals from at least one position sensor, each connected object of said plurality having a shape allowing to set it on a plane according to at least two stable positions, the controller being adapted to emit a signal for activating the radio emitting means when the sensor detects a first position of said connected object, and the controller being adapted to emit a signal for deactivating the radio emitting means when the sensor detects a second position of said connected object, characterized in that the radio emitting means of each connected object is also configured for the emission, when the sensor detects the second position of said connected object, of a first state datum informing that said connected object is positioned in the second position, and in that each connected object comprises means for receiving a second state datum informing that another connected object of said plurality is positioned in the second position, the reception of said second state datum triggering the emission by the controller of said connected object of a signal for deactivating the radio emitting means of said connected object.
A vacuum cleaner comprising: a cleaner main body incorporating a motor fan having an intake side; and a pipe assembly to be connected to the cleaner main body so as to communicate with the intake side of the motor fan, wherein the pipe assembly comprises: an extension pipe unit; an upstream-side hose including an upstream part and a downstream part and connected to the extension pipe unit at least at the upstream part of the upstream-side hose, the upstream-side hose being adapted to be in a contracted state when in the natural length and extendable by an external force, and, at least when in the contracted state, accommodated in the extension pipe unit; a downstream-side hose connected to the upstream-side hose; and a securing means capable of maintaining the upstream-side hose in an extended state, characterised in that the downstream-side hose is connected to the downstream part of the upstream-side hose and has a contractive property that is smaller than that of the upstream-side hose when exposed to a negative pressure from the motor fan. a cleaner main body incorporating a motor fan having an intake side; and a pipe assembly to be connected to the cleaner main body so as to communicate with the intake side of the motor fan, wherein the pipe assembly comprises: an extension pipe unit; an upstream-side hose including an upstream part and a downstream part and connected to the extension pipe unit at least at the upstream part of the upstream-side hose, the upstream-side hose being adapted to be in a contracted state when in the natural length and extendable by an external force, and, at least when in the contracted state, accommodated in the extension pipe unit; a downstream-side hose connected to the upstream-side hose; and a securing means capable of maintaining the upstream-side hose in an extended state, characterised in that the downstream-side hose is connected to the downstream part of the upstream-side hose and has a contractive property that is smaller than that of the upstream-side hose when exposed to a negative pressure from the motor fan. an extension pipe unit; an upstream-side hose including an upstream part and a downstream part and connected to the extension pipe unit at least at the upstream part of the upstream-side hose, the upstream-side hose being adapted to be in a contracted state when in the natural length and extendable by an external force, and, at least when in the contracted state, accommodated in the extension pipe unit; a downstream-side hose connected to the upstream-side hose; and a securing means capable of maintaining the upstream-side hose in an extended state, characterised in that the downstream-side hose is connected to the downstream part of the upstream-side hose and has a contractive property that is smaller than that of the upstream-side hose when exposed to a negative pressure from the motor fan.
A vehicle-mounted distributed radar, wherein the distributed radar comprises a control unit, a receive antenna, and N transmit antennas (201, 202, 203, 20N), and N is an integer greater than or equal to 3; the N transmit antennas (201, 202, 203, 20N) comprise a first transmit antenna, a second transmit antenna, and a third transmit antenna, and a distance between the first transmit antenna and the control unit is less than a distance between another transmit antenna (202, 203) and the control unit; a distance between the first transmit antenna and the second transmit antenna is a first distance (Δx1), a distance between the first transmit antenna and the third transmit antenna is a second distance (Δx2), and the first distance (Δx1) is less than the second distance (Δx2); and the second transmit antenna is connected to the control unit by using a first cable, the third transmit antenna is connected to the control unit by using a second cable, a ratio of the first distance (Δx1) to the second distance (Δx2) is a first ratio, a ratio of a length of the first cable to a length of the second cable is a second ratio, characterized in that the second ratio is greater than a product of the first ratio and 1.5, and the second ratio is less than a product of a reciprocal of the first ratio and 10, or in that the second ratio is greater than the first ratio, and the length of the first cable is greater than the length of the second cable. the N transmit antennas (201, 202, 203, 20N) comprise a first transmit antenna, a second transmit antenna, and a third transmit antenna, and a distance between the first transmit antenna and the control unit is less than a distance between another transmit antenna (202, 203) and the control unit; a distance between the first transmit antenna and the second transmit antenna is a first distance (Δx1), a distance between the first transmit antenna and the third transmit antenna is a second distance (Δx2), and the first distance (Δx1) is less than the second distance (Δx2); and the second transmit antenna is connected to the control unit by using a first cable, the third transmit antenna is connected to the control unit by using a second cable, a ratio of the first distance (Δx1) to the second distance (Δx2) is a first ratio, a ratio of a length of the first cable to a length of the second cable is a second ratio, characterized in that the second ratio is greater than a product of the first ratio and 1.5, and the second ratio is less than a product of a reciprocal of the first ratio and 10, or in that the second ratio is greater than the first ratio, and the length of the first cable is greater than the length of the second cable.
A computer implemented method for generating a radiotherapy dose distribution using a trained model, the method comprising: receiving anatomical data of a human subject, the anatomical data indicating a mapping of an anatomical area for radiotherapy treatment of the human subject; generating, using a generative model, radiotherapy dose data corresponding to the mapping, the generative model being trained in a generative adversarial network, wherein the generative model is further trained to process the anatomical data as an input and provide the radiotherapy dose data as an output; and identifying the radiotherapy dose distribution for the radiotherapy treatment of the human subject based on the radiotherapy dose data. receiving anatomical data of a human subject, the anatomical data indicating a mapping of an anatomical area for radiotherapy treatment of the human subject; generating, using a generative model, radiotherapy dose data corresponding to the mapping, the generative model being trained in a generative adversarial network, wherein the generative model is further trained to process the anatomical data as an input and provide the radiotherapy dose data as an output; and identifying the radiotherapy dose distribution for the radiotherapy treatment of the human subject based on the radiotherapy dose data.
A method performed by a radio base station of a wireless network, for link adaptation at Multiple User Multiple-Input-Multiple-Output scheduling in an uplink, UL, wherein the method comprises: - scheduling a first User Equipment, UE, in pair with a second UE, wherein the scheduling of the first UE in pair with the second UE comprises: - estimating a throughput gain of a paired scheduling relative to an unpaired scheduling for a UE pair comprising the first UE and the second UE, and a throughput gain for each of the first and the second UEs individually, and - scheduling the first UE in pair with the second UE when the estimated throughput gain of the paired scheduling relative to the unpaired scheduling for the UE pair is above a first threshold, and when the estimated throughput gain for each of the first and second UEs individually is positive; - predicting a signal to noise and interference value for each of the first and second UE as paired, and - using the predicted signal to noise and interference values for performing link adaptation for the first and second UE. - scheduling a first User Equipment, UE, in pair with a second UE, wherein the scheduling of the first UE in pair with the second UE comprises: - estimating a throughput gain of a paired scheduling relative to an unpaired scheduling for a UE pair comprising the first UE and the second UE, and a throughput gain for each of the first and the second UEs individually, and - scheduling the first UE in pair with the second UE when the estimated throughput gain of the paired scheduling relative to the unpaired scheduling for the UE pair is above a first threshold, and when the estimated throughput gain for each of the first and second UEs individually is positive; - predicting a signal to noise and interference value for each of the first and second UE as paired, and - using the predicted signal to noise and interference values for performing link adaptation for the first and second UE. - estimating a throughput gain of a paired scheduling relative to an unpaired scheduling for a UE pair comprising the first UE and the second UE, and a throughput gain for each of the first and the second UEs individually, and - scheduling the first UE in pair with the second UE when the estimated throughput gain of the paired scheduling relative to the unpaired scheduling for the UE pair is above a first threshold, and - predicting a signal to noise and interference value for each of the first and second UE as paired, and - using the predicted signal to noise and interference values for performing link adaptation for the first and second UE.
Gripping device for the gripping of objects, with at least three gripping units (17a-c) which may be moved by an operating movement between a release position and a gripping position in which they grip the object, characterised in that the gripping units (17a-c) are so grouped around a gripping centre that the three or more operating planes (46a-c) of their gripping elements (22a-c) are aligned at an angle and radially relative to the gripping centre or offset parallel to one another, wherein at least two of the gripping units (17a-b) are assigned an adjusting drive unit with at least one adjusting drive in order to shift the operating planes (46a-c) of the gripping elements (22a-c) by actuation involving an adjusting movement between radial and offset parallel alignment.
Method for flushing at least one part of a propulsion system of a submarine that is independent of outside air, characterized in that carbon dioxide is used as the flushing gas and in that, after the flushing, the flushing gas is dissolved in water and then discharged from the submarine into the environment.
Method for protected communication between a mobile unit coupled to a smartphone and a server, wherein it is possible to access a service of the server via the smartphone by means of registration data, comprising the steps: - first-time entry of a secret number in association with the registration data on the smartphone and/or on the coupled mobile unit; - definition of a secret of the mobile unit, wherein the secret serves to uniquely identify the mobile unit; - storage of the registration data, of the secret number entered the first time and of the defined secret in a secure memory in the smartphone; - re-entry of the secret number on the mobile unit; - transmission of the re-entered secret number and of the defined secret from the mobile unit to the secure memory in the smartphone; - reading of at least part of the registration data from the secure memory of the smartphone if the previously transmitted secret number and the previously transmitted defined secret match the secret number stored in the secure memory of the smartphone and the stored defined secret; and - transmission of at least the previously read part of the registration data from the smartphone to the server in order to access the service. - first-time entry of a secret number in association with the registration data on the smartphone and/or on the coupled mobile unit; - definition of a secret of the mobile unit, wherein the secret serves to uniquely identify the mobile unit; - storage of the registration data, of the secret number entered the first time and of the defined secret in a secure memory in the smartphone; - re-entry of the secret number on the mobile unit; - transmission of the re-entered secret number and of the defined secret from the mobile unit to the secure memory in the smartphone; - reading of at least part of the registration data from the secure memory of the smartphone if the previously transmitted secret number and the previously transmitted defined secret match the secret number stored in the secure memory of the smartphone and the stored defined secret; and - transmission of at least the previously read part of the registration data from the smartphone to the server in order to access the service.
Dental retractor comprising: - a right flange, left flange, upper flange and lower flange extending around a retractor opening and intended to rest, in a service position, on the right labial commissure, the left labial commissure, the central part of the upper lip and the central part of the lower lip of a user, respectively, - a structure on which said flanges are attached, and - right and left handles (18a, 18b) which are rigidly attached to right and left ends of the structure, respectively, and/or to the right and left flanges, respectively, which handles are shaped so as to extend outside the user's mouth in the service position; characterized in that the structure and/or the attachment of the flanges to the structure is/are shaped such that the horizontal closing force required to bring the right flange and left flange 10 mm closer together is greater than 5 N, a closing force between two flanges being a tensile force which is exerted, parallel to the plane of the retractor, on the free end of one of the two flanges, to bring it elastically closer to the free end of the other flange, held stationary, the horizontal and vertical directions being defined in the service position in which the retractor is placed over the user's mouth, holding their head vertically. - a right flange, left flange, upper flange and lower flange extending around a retractor opening and intended to rest, in a service position, on the right labial commissure, the left labial commissure, the central part of the upper lip and the central part of the lower lip of a user, respectively, - a structure on which said flanges are attached, and - right and left handles (18a, 18b) which are rigidly attached to right and left ends of the structure, respectively, and/or to the right and left flanges, respectively, which handles are shaped so as to extend outside the user's mouth in the service position; characterized in that the structure and/or the attachment of the flanges to the structure is/are shaped such that the horizontal closing force required to bring the right flange and left flange 10 mm closer together is greater than 5 N, a closing force between two flanges being a tensile force which is exerted, parallel to the plane of the retractor, on the free end of one of the two flanges, to bring it elastically closer to the free end of the other flange, held stationary, the horizontal and vertical directions being defined in the service position in which the retractor is placed over the user's mouth, holding their head vertically.