mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a driver information system in an ego vehicle; wherein environment data in an environment of the ego vehicle are captured; the environment data are taken as a basis to determine whether a lane change of the ego vehicle from a current lane to an adjacent further lane can be carried out safely; a driver information display is generated and output; wherein the driver information display comprises a graphical neighbouring lane object (40a, 40b) representing the adjacent further lane; wherein the neighbouring lane object (40a, 40b) has a graphical representation feature that is formed depending on whether the lane change can be carried out safely, the driver information display furthermore comprises a graphical traffic sign object (33a, 33b), characterized in that the traffic sign object (33a, 33b) is arranged on the lane object or at the edge thereof and represents whether a lane change at a position can be carried out safely. environment data in an environment of the ego vehicle are captured; the environment data are taken as a basis to determine whether a lane change of the ego vehicle from a current lane to an adjacent further lane can be carried out safely; a driver information display is generated and output; wherein the driver information display comprises a graphical neighbouring lane object (40a, 40b) representing the adjacent further lane; wherein the neighbouring lane object (40a, 40b) has a graphical representation feature that is formed depending on whether the lane change can be carried out safely, the driver information display furthermore comprises a graphical traffic sign object (33a, 33b),
Implant (1; 10) intended for being placed in an anatomical structure, in particular a bone structure, the implant comprising: - at least two electrodes (4, 5; 4, 15) separated by an insulator (6; 16), said electrodes being flush with the surface of said implant (1; 10) so as to allow said implant (1; 10) to be followed up and guided during its insertion in the anatomical structure, and - a channel that passes through said implant (1; 10) longitudinally, said electrodes (4, 5; 4, 15) being arranged so that: i) one of the electrodes, external, at least partially forms the peripheral surface of said implant (1; 10), ii) the other electrode, internal, is housed within the channel and is punctually flush with the peripheral surface of said implant (1; 10), the implant being characterised in that the internal electrode (5; 15) is removable with respect to the channel, the internal electrode belonging to one of the parts chosen between a removable part of the implant and an internal longitudinal part of an insertion instrument intended for placing the implant in the anatomical structure. - at least two electrodes (4, 5; 4, 15) separated by an insulator (6; 16), said electrodes being flush with the surface of said implant (1; 10) so as to allow said implant (1; 10) to be followed up and guided during its insertion in the anatomical structure, and - a channel that passes through said implant (1; 10) longitudinally, i) one of the electrodes, external, at least partially forms the peripheral surface of said implant (1; 10), ii) the other electrode, internal, is housed within the channel and is punctually flush with the peripheral surface of said implant (1; 10),
A method of identifying a sub-pool of plants, or reproductive parts thereof, of a predefined species, carrying one or more predetermined mutation(s) in nucleotide(s) of interest [NOI(s)], in a target sequence, said method comprising the steps of: - Dividing a pool of reproductive parts of said species, representing a plurality of genotypes into one or more sub-pools of reproductive parts; - Preparing gDNA samples, each comprising genomic DNA (gDNA), from each genotype within a sub-pool, while maintaining the potential for multiplication of plants of each genotype within said sub-pool; - Performing a plurality of PCR amplifications, each comprising the gDNA sample from one sub-pool, wherein each PCR amplification comprises a plurality of compartmentalised PCR amplifications, each comprising part of said gDNA sample, one or more set(s) of primers each set flanking a target sequence and PCR reagents, thereby amplifying the target sequence(s); - Detecting PCR amplification product(s) comprising one or more target sequence(s) comprising the mutation(s) in the NOI(s), thereby identifying sub-pool(s) comprising said mutation(s). - Dividing a pool of reproductive parts of said species, representing a plurality of genotypes into one or more sub-pools of reproductive parts; - Preparing gDNA samples, each comprising genomic DNA (gDNA), from each genotype within a sub-pool, while maintaining the potential for multiplication of plants of each genotype within said sub-pool; - Performing a plurality of PCR amplifications, each comprising the gDNA sample from one sub-pool, wherein each PCR amplification comprises a plurality of compartmentalised PCR amplifications, each comprising part of said gDNA sample, one or more set(s) of primers each set flanking a target sequence and PCR reagents, thereby amplifying the target sequence(s); - Detecting PCR amplification product(s) comprising one or more target sequence(s) comprising the mutation(s) in the NOI(s), thereby identifying sub-pool(s) comprising said mutation(s).
A liquid formulation of a long-acting erythropoietin conjugate, comprising a therapeutically effective amount of a long-acting erythropoietin conjugate in which the EPO is covalently linked to an immunoglobulin Fc fragment via a non-peptide polymer, and an albumin-free stabilizer comprising buffer and mannitol, wherein the albumin-free stabilizer comprises mannitol at a concentration of 5 to 20 % (w/v) and no neutral amino acids.
A process for the treatment of a rock formation or cavity, comprising the following steps: - injection of water into the rock formation or cavity, said water being at a temperature (T w), - injection, into said rock formation or cavity, of a water solution of a water-soluble thermo-thickening polymer, said thermo-thickening polymer being able to form a gel at a threshold temperature (Tg), and (T w) is inferior to the threshold temperature (Tg) the thermo-thickening polymer solution being injected in liquid form, at an injection temperature (T 0) inferior to said threshold temperature, the thermo-thickening polymer being a cellulose chain, partially etherified with C 1 -C 6 alkyl or hydroxyalkyl groups, so that a gel is formed by the thermo-thickening polymer solution inside the rock formation or cavity, at an inner temperature (T int) of the rock formation or cavity, said inner temperature being equal or superior to the threshold temperature (Tg). - injection of water into the rock formation or cavity, said water being at a temperature (T w), - injection, into said rock formation or cavity, of a water solution of a water-soluble thermo-thickening polymer,
An image processing apparatus configured to perform image processing on an input image generated by image capturing using an optical system, for correcting a lateral chromatic aberration that contains a rotationally symmetrical component and a shift component, characterized in that the image processing apparatus comprises: a first acquirer configured to acquire first component information on a first component that is one of the rotationally symmetrical component and the shift component, the first component information being acquired and stored before the input image is acquired; a second acquirer (104b, 104c) configured to acquire the second component information on a second component that is the other of the rotationally symmetrical component and the shift component by using the input image and the first component information; and a corrector configured to generate a corrected image by performing a correction process for correcting the lateral chromatic aberration, for the input image, using the first component information and the second component information. a first acquirer configured to acquire first component information on a first component that is one of the rotationally symmetrical component and the shift component, the first component information being acquired and stored before the input image is acquired; a second acquirer (104b, 104c) configured to acquire the second component information on a second component that is the other of the rotationally symmetrical component and the shift component by using the input image and the first component information; and a corrector configured to generate a corrected image by performing a correction process for correcting the lateral chromatic aberration, for the input image, using the first component information and the second component information.
Safety system for controlling a dangerous area of an excavation machine provided with a guide antenna, a rotary head coupled in a sliding manner on said guide antenna and arranged for supporting and moving an excavation battery, said safety system comprising: - a shield coupable to said machine so as to extend in a substantially radial direction around said excavation battery defining an upper area of said guide antenna and a lower area of said guide antenna where the excavation occurs, said safety system being characterized in that said shield is shaped so as to stop the raising of the material projected from said lower area towards said upper area, said safety system comprising a plurality of sensitive devices intended to be positioned in said upper area and configured for generating a monitoring area, for detecting the presence and the passage of a body in said monitoring area and for generating, following such detection, a corresponding control signal adapted to at least stop the rotation of said excavation battery, said sensitive devices being arranged on said machine so that said monitoring area at least partially comprises said dangerous area. - a shield coupable to said machine so as to extend in a substantially radial direction around said excavation battery defining an upper area of said guide antenna and a lower area of said guide antenna where the excavation occurs,
Illumination unit, comprising - a light source (21.1; 21.10); - a power controller (21.2; 21.20) configured to control the supply of electrical power to the light source (21.1) such that, upon receipt of a start signal, the supplied electrical power is increased from a first value to a second value, the first value being different from zero and the second value being greater than the first value; and - an input (21.4) for supplying the start signal; characterised by a light source control device (21.30) which is connected to the power controller (21.2; 21.20) and is configured to request parameters and operating data from the power controller (21.2; 21.20). - a light source (21.1; 21.10); - a power controller (21.2; 21.20) configured to control the supply of electrical power to the light source (21.1) such that, upon receipt of a start signal, the supplied electrical power is increased from a first value to a second value, the first value being different from zero and the second value being greater than the first value; and - an input (21.4) for supplying the start signal; characterised by
A conductive yarn comprising: a plurality of interlocked fibers at least partially coated with a composition of carbon nanoparticle and SP1 based polypeptide SP1/CNP; two or more polyamine coatings; an inner metal coating; and an outer metal coating, wherein the two or more polyamine coatings comprise a first polyamine coating sandwiched between the fiber and the composition and a second polyamine coating between the composition and the outer metal coating, and wherein the inner metal coating is disposed between the second polyamine coating and the outer metal coating. a plurality of interlocked fibers at least partially coated with a composition of carbon nanoparticle and SP1 based polypeptide SP1/CNP; two or more polyamine coatings; an inner metal coating; and an outer metal coating, wherein the two or more polyamine coatings comprise a first polyamine coating sandwiched between the fiber and the composition and a second polyamine coating between the composition and the outer metal coating, and wherein the inner metal coating is disposed between the second polyamine coating and the outer metal coating.
A connector for use underwater or in a wet or severe environment, comprising first and second connector parts adapted to be interengaged to establish an electrical connection, the first connector part having at least one pin, and the second connector part having at least one electrical contact for engagement by the pin when the connector parts are interengaged, the pin comprising an axially extending electrically conductive portion and an axially extending electrically insulating sleeve around said conductive portion, and the pin being supported by and projecting axially forwardly from a support whereby its insulating sleeve is exposed along a longitudinally extending portion thereof to ambient conditions when the connector parts are disengaged, wherein first connector part comprises a housing, and the support is an insert held in the housing and providing support for the pin, wherein the first connector part has a protective member arranged to protect a portion of the insulating sleeve forwardly of and adjacent to the insert at least when the connector parts are disengaged, wherein the protective member comprises a rigid supporting portion connected to the housing or forming an integral part of the housing, wherein the protected portion of the insulating sleeve is protected by sealing means which engages the pin to prevent exposure of said protected portion to ambient conditions, and the sealing means comprising one or more O-ring seals engaging the narrower diameter portion of the pin and the protective member, characterized in that the pin has a wider diameter portion where it is carried by the insert and a narrower diameter portion extending forwardly from the insert, and further has a conically shaped portion provided between the wider diameter portion and the narrower diameter portion, wherein the conically shaped portion is located adjacent to and forwardly of the insert.
An electrical apparatus adapted to be connected to an electrical voltage supply source, the electrical apparatus comprising: - at least one electrically conductive element destined to be connected to the electrical voltage supply source; - at least one metallic part (8, 12) adapted to be under induced electrical voltage when the electrical apparatus is connected to the electrical voltage supply source; - electrical discharge protection means fixed to the at least one metallic part (8, 12); wherein the electrical discharge protection means comprise an electrical conductor, whereby the induced electrical voltage applied to the at least one part (8, 12) is adapted to be either reduced or canceled; characterized in that the at least one metallic part (8, 12) is an outer metallic part which may be touched by a person; the electrical apparatus is designed to have no connection to ground; the electrical discharge protection means comprise at least one electrically insulating element; said at least one electrically insulating element is arranged between said electrical conductor and said at least one outer metallic part (8, 12), whereby said protection means are arranged so as to form a capacitor together with said at least one outer metallic part (8, 12); the electrical discharge protection means are designed to be supplied by an electrical voltage which is offset with respect to the supply electrical voltage of the electrical apparatus. - at least one electrically conductive element destined to be connected to the electrical voltage supply source; - at least one metallic part (8, 12) adapted to be under induced electrical voltage when the electrical apparatus is connected to the electrical voltage supply source; - electrical discharge protection means fixed to the at least one metallic part (8, 12);
A method for producing a porous carbon product, comprising the following method steps: (a) providing a porous carbon structure with a first specific surface area, (b) infiltrating the carbon structure with a precursor substance for graphitizable carbon, (c) carbonizing the precursor substance so as to form the carbon product with a second specific surface area smaller than the first specific surface area, wherein providing the carbon structure according to method step (a) comprises: providing a template containing pores, infiltrating the pores of the template with a solution containing a precursor for non-graphitizable carbon, carbonizing the precursor with formation of the carbon structure having the first specific surface area, and removing the template. (a) providing a porous carbon structure with a first specific surface area, (b) infiltrating the carbon structure with a precursor substance for graphitizable carbon, (c) carbonizing the precursor substance so as to form the carbon product with a second specific surface area smaller than the first specific surface area, providing a template containing pores, infiltrating the pores of the template with a solution containing a precursor for non-graphitizable carbon, carbonizing the precursor with formation of the carbon structure having the first specific surface area, and removing the template.
A pneumatic tire comprising: a tread portion having a designated rotation direction, the tread portion provided with a plurality of main inclined grooves each extending axially outward from the tire equator to both tread edges (Te); each of the main inclined grooves comprising, in each side of the tire equator, a first portion and a second portion, the first portion extending axially outward from the tire equator in parallel to the axial direction of the tire or alternatively while inclining to the opposite direction to the designated rotation direction of the tire, the second portion extending axially outwardly from the first portion while inclining to the opposite direction to the designated rotation direction at an angle (θ2) larger than that of the first portion so that a bent portion is formed between the first portion and the second portion; the bent portions of each of the main inclined grooves communicated with the respective second portions of one of the main inclined grooves next to the concerned main inclined groove in the designated rotation direction so that central blocks and shoulder blocks are formed on the tread portion; and in the designated rotation direction, a foremost portion of each of the central blocks being positioned backward of a foremost portion of one of the shoulder blocks axially outwardly adjacent to the concerned central block; wherein the tread portion is further provided with a center longitudinal groove to form a pair of central blocks (7A, 7B) each between two adjacent main inclined grooves. a tread portion having a designated rotation direction, the tread portion provided with a plurality of main inclined grooves each extending axially outward from the tire equator to both tread edges (Te); each of the main inclined grooves comprising, in each side of the tire equator, a first portion and a second portion, the first portion extending axially outward from the tire equator in parallel to the axial direction of the tire or alternatively while inclining to the opposite direction to the designated rotation direction of the tire, the second portion extending axially outwardly from the first portion while inclining to the opposite direction to the designated rotation direction at an angle (θ2) larger than that of the first portion so that a bent portion is formed between the first portion and the second portion; the bent portions of each of the main inclined grooves communicated with the respective second portions of one of the main inclined grooves next to the concerned main inclined groove in the designated rotation direction so that central blocks and shoulder blocks are formed on the tread portion; and in the designated rotation direction, a foremost portion of each of the central blocks being positioned backward of a foremost portion of one of the shoulder blocks axially outwardly adjacent to the concerned central block; wherein the tread portion is further provided with a center longitudinal groove to form a pair of central blocks (7A, 7B) each between two adjacent main inclined grooves.
Iron-free supported catalyst for the selective conversion of hydrocarbons to carbon nanotubes, said catalyst comprising cobalt and vanadium as active catalytic metals in any oxidation state on a catalyst support comprising at least 30% by weight of aluminum oxide hydroxide based on the total of aluminum hydroxides and/or aluminum oxides and aluminum oxide hydroxide, as determined by X-Ray diffraction, wherein: - the mass ratio of cobalt to vanadium is between 2 and 15; - the mass ratio of cobalt to aluminum is between 5.8 10 -2 and 5.8 10 -1; - the mass ratio of vanadium to aluminum is between 5.8 10 -3 and 8.7 10 -2. - the mass ratio of cobalt to vanadium is between 2 and 15; - the mass ratio of cobalt to aluminum is between 5.8 10 -2 and 5.8 10 -1; - the mass ratio of vanadium to aluminum is between 5.8 10 -3 and 8.7 10 -2.
A processing unit for an electromagnetic processing of parisons made of plastic, said processing unit comprising: - a series of adjacent processing modules individually including: -- a main body comprising a hollow housing, -- a light emitting assembly disposed in said hollow housing and including a plurality of light emitting sources, -- a fluidic circuit provided within the main body for a thermal regulation of the light emitting assembly; - a dehydration circuit for preventing each hollow housing from moisture via a dehydrated fluid, characterized in that the dehydration circuit extends outside the main body where the dehydration circuit can be in fluid communication with a source of fluid, wherein the dehydration circuit is provided with fluid dehydration means (57, 89) and with fluid circulation means (55a, 58) for forcing the dehydrated fluid to feed the respective hollow housings. - a series of adjacent processing modules individually including: -- a main body comprising a hollow housing, -- a light emitting assembly disposed in said hollow housing and including a plurality of light emitting sources, -- a fluidic circuit provided within the main body for a thermal regulation of the light emitting assembly; -- a main body comprising a hollow housing, -- a light emitting assembly disposed in said hollow housing and including a plurality of light emitting sources, -- a fluidic circuit provided within the main body for a thermal regulation of the light emitting assembly; - a dehydration circuit for preventing each hollow housing from moisture via a dehydrated fluid, characterized in that the dehydration circuit extends outside the main body where the dehydration circuit can be in fluid communication with a source of fluid, wherein the dehydration circuit is provided with fluid dehydration means (57, 89) and with fluid circulation means (55a, 58) for forcing the dehydrated fluid to feed the respective hollow housings.