mhurhangee/ep-ind-claims huggingface dataset:
Aeroplane tyre comprising: - a tread, - a crown reinforcement radially on the inside of the tread and comprising at least one crown layer, - the radially interior crown layer having an axial width (L 2) at least equal to two-thirds of the maximum axial width (L 1) of the tyre and comprising a concave portion of which the axial limits (M 2, M' 2), on either side of the equatorial plane, are the radially exterior points of the said crown layer, - a carcass reinforcement radially on the inside of the crown reinforcement and comprising at least one carcass layer, - the radially exterior carcass layer comprising a concave portion of which the axial limits (M 3, M' 3), on either side of the equatorial plane, are the radially exterior points of the said carcass layer, characterized in that the radial distance (d) between the respective concave portions of the radially interior crown layer and of the radially exterior carcass layer is at a maximum in the equatorial plane and decreases continuously from the equatorial plane as far as the axial limits (M 2, M' 2) of the said concave portions axially closest to the equatorial plane, where it reaches a minimum value (d M). - a tread, - a crown reinforcement radially on the inside of the tread and comprising at least one crown layer, - the radially interior crown layer having an axial width (L 2) at least equal to two-thirds of the maximum axial width (L 1) of the tyre and comprising a concave portion of which the axial limits (M 2, M' 2), on either side of the equatorial plane, are the radially exterior points of the said crown layer, - a carcass reinforcement radially on the inside of the crown reinforcement and comprising at least one carcass layer, - the radially exterior carcass layer comprising a concave portion of which the axial limits (M 3, M' 3), on either side of the equatorial plane, are the radially exterior points of the said carcass layer,
Composition for making up or caring for the skin, comprising an oily continuous phase and a particulate phase, said oily continuous phase comprising at least one dipentaerythritol ester obtained by complete esterification of dipentaerythritol with linear or branched, saturated or unsaturated acids containing from 3 to 24 carbon atoms, preferably from 4 to 18 carbon atoms, and even more preferably from 5 to 16 carbon atoms, and said particulate phase comprising particles of acrylic polymer.
A method for isolating a homogenous cell line derived from the cambium only of an herbaceous plant having a storage root, the method comprising the steps of: (a) obtaining and sterilizing storage root tissue containing the cambium of an herbaceous plant having a storage root; (b) treating the tissue such that differentiated, non-cambium cells lose the ability to divide, by applying osmotic stress to the cambium containing storage root tissue; (c) inducing a cambium-derived cell line by culturing the obtained cambium containing storage root tissue in a medium containing IAA (indole-3-acetic acid) or IBA (indole-3-butyric acid); and (d) isolating the cell line from the induced cambium only, wherein the cambium derived cells do not undergo a dedifferentiation process. (a) obtaining and sterilizing storage root tissue containing the cambium of an herbaceous plant having a storage root; (b) treating the tissue such that differentiated, non-cambium cells lose the ability to divide, by applying osmotic stress to the cambium containing storage root tissue; (c) inducing a cambium-derived cell line by culturing the obtained cambium containing storage root tissue in a medium containing IAA (indole-3-acetic acid) or IBA (indole-3-butyric acid); and (d) isolating the cell line from the induced cambium only,
A method, performed by a wireless device, for managing radio link failures, "RLF", of the wireless device when the wireless device is served by a wireless communication network, a first, default, RLF procedure being associated with at least a first type of wireless devices supported by the wireless communication network, wherein the method comprises: - obtaining (305; 501) information indicative of a second RLF procedure based on that the wireless device is of a second type having an improved radio coverage capability compared to the first type, wherein the obtained information comprises one or more configuration parameters that configures the wireless device to apply the second RLF procedure and to generate, for coverage hole detection, a measurement report according to the first RLF procedure while applying the second RLF procedure; - applying (306; 502), based on the obtained information, said second RLF procedure, wherein the first and second RLF procedures apply first and second time periods, respectively, from when the wireless device is considered to be out-of-sync until the wireless device is considered to be in a state of RLF, which second time period is longer than the first time period, and - generating (307; 503) the measurement report based on the obtained information and the first RLF procedure for coverage hole detection when criteria based on the values associated with the first RLF procedure are fulfilled. - obtaining (305; 501) information indicative of a second RLF procedure based on that the wireless device is of a second type having an improved radio coverage capability compared to the first type, wherein the obtained information comprises one or more configuration parameters that configures the wireless device to apply the second RLF procedure and to generate, for coverage hole detection, a measurement report according to the first RLF procedure while applying the second RLF procedure; - applying (306; 502), based on the obtained information, said second RLF procedure, wherein the first and second RLF procedures apply first and second time periods, respectively, from when the wireless device is considered to be out-of-sync until the wireless device is considered to be in a state of RLF, which second time period is longer than the first time period, and - generating (307; 503) the measurement report based on the obtained information and the first RLF procedure for coverage hole detection when criteria based on the values associated with the first RLF procedure are fulfilled.
A power plant comprising: a rotor mounted for rotation about an axis of rotation; a rotor casing; and a rotor casing liner, comprising a plurality of sections, positioned between the rotor and the rotor casing; characterised in that at least one section of the plurality of sections of the rotor casing liner is sized to enable removal of the at least one section without adapting the rotor other than rotating the rotor about the axis of rotation. a rotor mounted for rotation about an axis of rotation; a rotor casing; and a rotor casing liner, comprising a plurality of sections, positioned between the rotor and the rotor casing; characterised in that at least one section of the plurality of sections of the rotor casing liner is sized to enable removal of the at least one section without adapting the rotor other than rotating the rotor about the axis of rotation.
A powered air purifying respirator capable of directing a forced flow of air to a wearer, comprising: a member having a mechanism for delivering a supply of air to the wearer for said forced flow of air; a fan, fluidly coupled with said mechanism, creating said forced flow of air; a filter disposed in said mechanism; a battery, operatively powering said fan, exhibiting in some circumstances a passivation; characterised in that it further comprises: an electronic control processor including at least a voltage delay sensing circuit and a correction circuit; and a signal, operatively coupled to said voltage delay sensing circuit, providing an indication to a user of said passivation of said battery; wherein the voltage delay sensing circuit is operatively coupled to the battery and the correction circuit is operatively coupled to said voltage delay sensing circuit and to said battery, overcoming said passivation of said battery responsive to said voltage delay sensing circuit by limiting current drawn from said battery; wherein the signal further notifies the user when a predetermined minimum air flow level is achievable by the powered air purifying respirator. a member having a mechanism for delivering a supply of air to the wearer for said forced flow of air; a fan, fluidly coupled with said mechanism, creating said forced flow of air; a filter disposed in said mechanism; a battery, operatively powering said fan, exhibiting in some circumstances a passivation; characterised in that it further comprises: an electronic control processor including at least a voltage delay sensing circuit and a correction circuit; and a signal, operatively coupled to said voltage delay sensing circuit, providing an indication to a user of said passivation of said battery; wherein the voltage delay sensing circuit is operatively coupled to the battery and the correction circuit is operatively coupled to said voltage delay sensing circuit and to said battery, overcoming said passivation of said battery responsive to said voltage delay sensing circuit by limiting current drawn from said battery; wherein the signal further notifies the user when a predetermined minimum air flow level is achievable by the powered air purifying respirator.
A lift truck comprising a lift mast and a mast-hanger the mast-hanger comprising: a first support and a second support each configured to be mounted to a first stage of a lift mast; wherein the first support and the second support include a mast receiving portion and/or an attachment receiving portion; wherein, if included, the mast receiving portion is sized, shaped, and positioned to (i) receive a second stage of the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the second stage of the lift mast to the first stage of the lift mast via the first and second supports (15, 20); wherein, if included, the attachment receiving portion is sized, shaped, and positioned to (i) receive an attachment borne by the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the attachment to the first stage of the lift mast via the first and the second supports (15, 20) characterized in that, a mast attachment portion associated with the first support and a mast attachment portion associated with the second support are shaped and sized to engage a cross member of the lift mast such that the mast-hanger hangs on the cross member. a first support and a second support each configured to be mounted to a first stage of a lift mast; wherein the first support and the second support include a mast receiving portion and/or an attachment receiving portion; wherein, if included, the mast receiving portion is sized, shaped, and positioned to (i) receive a second stage of the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the second stage of the lift mast to the first stage of the lift mast via the first and second supports (15, 20); wherein, if included, the attachment receiving portion is sized, shaped, and positioned to (i) receive an attachment borne by the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the attachment to the first stage of the lift mast via the first and the second supports (15, 20) characterized in that, a mast attachment portion associated with the first support and a mast attachment portion associated with the second support are shaped and sized to engage a cross member of the lift mast such that the mast-hanger hangs on the cross member.
Card feed unit for transferring a multi-services card, such as a bank card or credit card having a strip shape data carrier for card information, towards a reading head of a reading unit for at least reading out of card information, the card feed unit comprising: - attachment means for attaching the card feed unit in an arrangement respective of the reading head that is suitable for transporting the card having the data carrier in the direction of the reading head, - a receipt section for receipt of the card, - a transfer assembly for transferring the card by means of the transfer assembly in the direction of the reading head, in which: - guiding elements (17,18) to, during insertion of the card in the receipt section, receive the card in the receipt section by means of an insertion operation with a direction of movement that, at least as seen in one direction, is substantially perpendicular to the readout direction of the card preventing that the card is readable during the insertion operation. - attachment means for attaching the card feed unit in an arrangement respective of the reading head that is suitable for transporting the card having the data carrier in the direction of the reading head, - a receipt section for receipt of the card, - a transfer assembly for transferring the card by means of the transfer assembly in the direction of the reading head, in which: - guiding elements (17,18) to, during insertion of the card in the receipt section, receive the card in the receipt section by means of an insertion operation with a direction of movement that, at least as seen in one direction, is substantially perpendicular to the readout direction of the card preventing that the card is readable during the insertion operation. - guiding elements (17,18) to, during insertion of the card in the receipt section, receive the card in the receipt section by means of an insertion operation with a direction of movement that, at least as seen in one direction, is substantially perpendicular to the readout direction of the card preventing that the card is readable during the insertion operation.
A method for controlling flow of fluid in a wellbore, comprising positioning a flow control device at a downhole location in the wellbore, the flow control device having a movable element controlling a fluid flow in the wellbore, the method comprising incrementally moving the movable element between an open position and a closed position by applying a plurality of pressure pulses having a controlled magnitude and duration to the movable element and transmitting the applied pressure pulses to the flow control device with a hydraulic source, characterized in that the pressures pulses are transmitted such that a maximum pressure of the applied pressure pulses downhole overcomes a static friction force associated with the movable element, and a minimum pressure of the applied pressure pulses downhole cannot overcome a dynamic friction force associated with the movable element, and the pressure pulses are superimposed on a base pressure.
A method of applying a photoluminescent coating, wherein at least one photoluminescent layer is applied to the base, wherein particular photoluminescent layers are created by applying to the base a layer of transparent liquid binder, and then by applying a photoluminescent powder to the binder, and afterwards by seasoning the component photoluminescent layer obtained in this way, characterised in that, to the base there are applied further photoluminescent layers in the same manner, wherein a photoluminescent powder is applied to the binder by means of compressed air at a pressure of 3 - 8 bars, and thin layer of the binder is applied to the last layer of the photoluminescent powder.
Spooling machine comprising two side frames spaced at a horizontal distance by a telescopic spacer beam, each frame having a pintle on supports for bearing a drum for cable pipe or hose, the telescopic spacer beam comprising at least one outer tube and at least one inner tube, which are slidably and telescopically one inside the other and a locking device positioned between the outer tube and the inner tube for locking the outer and inner tube in adjustable position, characterized in that the locking device comprises a split part of the inner tube extending over a part of the length of the inner tube and dividing the inner tube into sections (7, 8), and a force element for creating a swelling force on the split part of the inner tube to press the sections (7, 8) against the inner surface of the outer tube.
Process for manufacturing of an orthodontic device at least comprising the steps of: a) Recording volumetric 3-dimensional digital scan data by scanning at least a part of a patient's dentition with a volumetric image recording method; b) Segmentation of the 3-dimensional digital scan data in order to obtain the individual teeth and/or jaws; c) Determination of the tooth main axis for each tooth in order to obtain a two-dimensional key point representation of each tooth in the occlusal plane; d) Fitting an even order parametric polynomial curve to approximate the dental arch as given by the tooth key points and including the incisal point as the vertex of the polynomial curve; e) Selecting at least one tooth key point on each side of the dental arch and transformation of the even order polynomial curve into a spline representation, wherein the spline representation is calculated at least including the selected tooth key points and the incisal point; f) Selection of one or more 2-dimensional cuts through the volumetric 3-dimensional digital scan data, wherein at least one size dimension of a tooth is determined from the 2-dimensional cut; g) Manufacturing of an orthodontic device, wherein at least one size dimension of the orthodontic device is a function of the size dimension determined in step f). a) Recording volumetric 3-dimensional digital scan data by scanning at least a part of a patient's dentition with a volumetric image recording method; b) Segmentation of the 3-dimensional digital scan data in order to obtain the individual teeth and/or jaws; c) Determination of the tooth main axis for each tooth in order to obtain a two-dimensional key point representation of each tooth in the occlusal plane; d) Fitting an even order parametric polynomial curve to approximate the dental arch as given by the tooth key points and including the incisal point as the vertex of the polynomial curve; e) Selecting at least one tooth key point on each side of the dental arch and transformation of the even order polynomial curve into a spline representation, wherein the spline representation is calculated at least including the selected tooth key points and the incisal point; f) Selection of one or more 2-dimensional cuts through the volumetric 3-dimensional digital scan data, wherein at least one size dimension of a tooth is determined from the 2-dimensional cut; g) Manufacturing of an orthodontic device, wherein at least one size dimension of the orthodontic device is a function of the size dimension determined in step f).
A rail vehicle brake control device comprising: a plurality of brake controllers (10, 20) at least one of which each bogie or each vehicle of a train includes, wherein each of the brake controllers (10, 20) comprises: a communicator (12, 22) to transmit or receive a communication frame including a synchronization frame, a command acquirer (11, 21) to acquire a drive command including at least one of a braking command indicating deceleration of the train or a powering command indicating acceleration of the train, a timing controller (14, 24) to detect the synchronization frame of the communication frame transmitted or received by the communicator (12, 22) and to output an interrupt signal each time the timing controller (14, 24) detects the synchronization frame; and a start controller (13, 23) to start brake control for adjusting a braking force produced by a brake device (3, 4) in accordance with at least one of deceleration indicated by the braking command included in the drive command most-recently acquired by the command acquirer (11, 21) or acceleration indicated by the powering command included in the most-recently acquired drive command each time the timing controller (14, 24) outputs the interrupt signal. a communicator (12, 22) to transmit or receive a communication frame including a synchronization frame, a command acquirer (11, 21) to acquire a drive command including at least one of a braking command indicating deceleration of the train or a powering command indicating acceleration of the train, a timing controller (14, 24) to detect the synchronization frame of the communication frame transmitted or received by the communicator (12, 22) and to output an interrupt signal each time the timing controller (14, 24) detects the synchronization frame; and a start controller (13, 23) to start brake control for adjusting a braking force produced by a brake device (3, 4) in accordance with at least one of deceleration indicated by the braking command included in the drive command most-recently acquired by the command acquirer (11, 21) or acceleration indicated by the powering command included in the most-recently acquired drive command each time the timing controller (14, 24) outputs the interrupt signal.
A method of bringing a first member including a first substrate and a first projection projecting from the first substrate into contact with a second member including a second substrate and a second projection projecting from the second substrate to be joined to each other, wherein the first member and the second member each have a thickness that varies depending on parts at a joint position, and the method being characterized by: a groove formation step of removing part of the first projection opposed to the second projection and part of the second projection opposed to the first projection to form a groove region (R g) between the first projection and the second projection, wherein a first substrate end surface and a second substrate end surface are brought into contact with each other after the execution of the groove formation step; a first welding step of joining the first member and the second member to each other by butt welding after the groove formation step; and a second welding step of filling the groove region (R g) by buildup welding after the first welding step, wherein the groove formation step forms a first inclined surface (12d, 12f) in the first projection facing the groove region (R g) to be gradually distant from the joint position joined with the second projection as the first inclined surface (12d, 12f) is closer to an outer surface of the first projection, and forms a second inclined surface (22d, 22f) in the second projection facing the groove region (R g) to be gradually distant from the joint position joined with the first projection as the second inclined surface (22d, 22f) is closer to an outer surface of the second projection. a groove formation step of removing part of the first projection opposed to the second projection and part of the second projection opposed to the first projection to form a groove region (R g) between the first projection and the second projection, wherein a first substrate end surface and a second substrate end surface are brought into contact with each other after the execution of the groove formation step; a first welding step of joining the first member and the second member to each other by butt welding after the groove formation step; and a second welding step of filling the groove region (R g) by buildup welding after the first welding step, wherein the groove formation step forms a first inclined surface (12d, 12f) in the first projection facing the groove region (R g) to be gradually distant from the joint position joined with the second projection as the first inclined surface (12d, 12f) is closer to an outer surface of the first projection, and forms a second inclined surface (22d, 22f) in the second projection facing the groove region (R g) to be gradually distant from the joint position joined with the first projection as the second inclined surface (22d, 22f) is closer to an outer surface of the second projection.