mhurhangee/patent-ind-claim-en huggingface dataset:
A synthetic resin delamination container comprising an outer layer body and an inner layer body peelably laminated on an inner surface of the outer layer body , the delamination container having: a tubular mouth ; a trunk connected to the mouth ; a bottom configured to include a ground contact portion and a recess provided on an axial center side of the ground contact portion and to block a lower end of the trunk ; and an engaging protrusion provided in an area (A 1 ) of the bottom and configured to protrude from either one of the outer layer body and the inner layer body and engage with the other one of the outer layer body and the inner layer body in an undercutting manner, characterized by that the area (A 1 ) extends over at least the ground contact portion and the recess , and the engaging protrusion extends along the axial center (O 1 ) of the mouth and the trunk from the bottom through the trunk to the mouth . a tubular mouth ; a trunk connected to the mouth ; a bottom configured to include a ground contact portion and a recess provided on an axial center side of the ground contact portion and to block a lower end of the trunk ; and an engaging protrusion provided in an area (A 1 ) of the bottom and configured to protrude from either one of the outer layer body and the inner layer body and engage with the other one of the outer layer body and the inner layer body in an undercutting manner,
Use of Nuclear Factor (erythroid-derived 2)-like 2 (NRF2)-activated genes products as expression and/ or activity markers in an in vitro method for the prognosis of an OPA1 gene- or OPA1 gene product- deficit-induced disease comprising detecting the expression and/ or activity of NRF2-activated genes products in a biological sample selected from fibroblasts, epithelial cells, blood samples or a mixture thereof, of a patient affected or suspected to be affected by said disease, wherein said NRF2-activated genes products are selected from the group consisting in NRF2, SOD1, SOD2, catalase, GSTP1, NQO1, Glutathione Reductase, Peroxiredoxin 1, Heme oxigenase 1, Thioredoxin reductase 1, Glutamate Cystein Ligase, wherein OPA1-deficit induced disease is an OPA1-deficit induced optic neuropathy, wherein a decrease in the expression and/or the activity of NRF2-activated genes products with respect to those of healthy subjects of the same age having no deficit in the OPA1 gene or OPA1 gene product or to that of healthy subjects of the same age having no OPA1 gene- or OPA1 gene product deficit and to the same patient for whom at least one prognosis test has been previously done indicates that the patient has a worse prognosis, and wherein comprising a first step of diagnosis of said OPA1 gene- or OPA1 gene product-deficit-induced disease by detecting an OPA1 gene- or OPA1 gene product- deficit.
A wireless sidelink communication method, comprising: sending (S501), by a first terminal, Hybrid Automatic Repeat reQuest, HARQ, feedback information to a second terminal on a plurality of Physical Resource Blocks, PRBs, of a Physical Sidelink Feedback Channel, PSFCH, when the sidelink communication operates in an unlicensed frequency band, wherein the HARQ feedback information is carried by one PRB, and the HARQ feedback information is carried by a symbol sequence; and the method further comprises: mapping, by the first terminal, the HARQ feedback information to the plurality of PRBs for transmission over the PSFCH. sending (S501), by a first terminal, Hybrid Automatic Repeat reQuest, HARQ, feedback information to a second terminal on a plurality of Physical Resource Blocks, PRBs, of a Physical Sidelink Feedback Channel, PSFCH, when the sidelink communication operates in an unlicensed frequency band, wherein the HARQ feedback information is carried by one PRB, and the HARQ feedback information is carried by a symbol sequence; and the method further comprises: mapping, by the first terminal, the HARQ feedback information to the plurality of PRBs for transmission over the PSFCH.
A riding lawn mower having an indicator system and a computer system that is configured to determine an occurrence of a predefined condition, wherein the indicator system is configured to communicate with the computer system, wherein the lawn mower further comprises: a display screen ; and an illuminating element corresponding to the display screen , wherein the display screen is located proximate to the illuminating element wherein the computer system is configured to, upon detection of an occurrence of a particular predefined condition, illuminate the illuminating element in a particular manner based on the particular predefined condition and display visual information about the particular predefined condition on the display screen while the illuminating element is illuminated in the particular manner, wherein the illuminating element is capable of lighting in a plurality of different colors, each color being associated with a different predefined condition or type of condition, wherein a first color indicates a warning being displayed on the display screen that requires attention, and a second color indicates that information of a neutral type is being displayed on the display screen , wherein the illuminating element comprises a light source that surrounds a perimeter of the display screen . a display screen ; and an illuminating element corresponding to the display screen , wherein the display screen is located proximate to the illuminating element wherein the computer system is configured to, upon detection of an occurrence of a particular predefined condition, illuminate the illuminating element in a particular manner based on the particular predefined condition and display visual information about the particular predefined condition on the display screen while the illuminating element is illuminated in the particular manner, wherein the illuminating element is capable of lighting in a plurality of different colors, each color being associated with a different predefined condition or type of condition, wherein a first color indicates a warning being displayed on the display screen that requires attention, and a second color indicates that information of a neutral type is being displayed on the display screen , wherein the illuminating element comprises a light source that surrounds a perimeter of the display screen .
An antibody or a functional fragment thereof binding to all or part of the epitope on human FGF23 to which an antibody produced by hybridoma C10 (Accession No. FERM BP-10772) binds, wherein the antibody or functional fragment thereof increases serum phosphorous concentration when administered to human, wherein the extent of the increase of the serum phosphorous concentration is greater and the duration of increased level of serum phosphorous concentration is longer compared to antibody 2C3B produced by hybridoma of Accession No. FERM BP-7838.
A speargun handle consisting of a handle body, a guard which creates a chamber for a trigger lever , a hole , a retention member with chambers and surrounded by a non-slip retaining cover , a loading aid with a longitudinal groove , a front end to which a tube is fitted for launching a shaft , line deflectors , a trigger mechanism comprising a cartridge , a shaft retaining hook and a line holder with a screw on the top of the cartridge , characterized in that the trigger lever is located outside and in front of the cartridge , whereby the retaining hook abuts the roof of the cartridge and is held on the cartridge by a pin passing through the hole and acting as a fulcrum, whereby the line holder is screwed onto the handle body from the cartridge parallel or perpendicular to the roof of the cartridge and is immobilized by the retaining hook until launching of a shaft , whereby the retaining hook is prevented from moving, due to being blocked by the upper part of the trigger lever , until the trigger lever is pressed and the retaining hook can move to release the shaft .
Treatment system for treating workpieces, comprising: - a treatment chamber, which comprises a plurality of treatment-chamber portions, each of which is assigned to one of a plurality of separate circulating-air modules of the treatment system , each circulating-air module being arranged in order to guide a separate, recirculating gas flow; - a heating system , which comprises a self-contained heating-gas guide in which at least some of a heating-gas flow can be guided in a circuit, a plurality of circulating-air modules being coupled to the heating-gas guide , in particular for heating the gas guided through the treatment-chamber portions , characterized in that the heating-gas guide comprises a plurality of junctions or branches for distributing a heating-gas flow guided in the heating-gas guide onto the treatment-chamber portions , the heating-gas guide comprising a central heating-gas line , by means of which a heating gas can be guided annularly from a heat exchanger for heating the heating gas to the plurality of circulating-air modules and/or treatment-chamber portions and back to the heat exchanger again. - a treatment chamber, which comprises a plurality of treatment-chamber portions, each of which is assigned to one of a plurality of separate circulating-air modules of the treatment system , each circulating-air module being arranged in order to guide a separate, recirculating gas flow; - a heating system , which comprises a self-contained heating-gas guide in which at least some of a heating-gas flow can be guided in a circuit, a plurality of circulating-air modules being coupled to the heating-gas guide , in particular for heating the gas guided through the treatment-chamber portions , characterized in that the heating-gas guide comprises a plurality of junctions or branches for distributing a heating-gas flow guided in the heating-gas guide onto the treatment-chamber portions , the heating-gas guide comprising a central heating-gas line , by means of which a heating gas can be guided annularly from a heat exchanger for heating the heating gas to the plurality of circulating-air modules and/or treatment-chamber portions and back to the heat exchanger again. a plurality of circulating-air modules being coupled to the heating-gas guide , in particular for heating the gas guided through the treatment-chamber portions , characterized in that the heating-gas guide comprises a plurality of junctions or branches for distributing a heating-gas flow guided in the heating-gas guide onto the treatment-chamber portions , the heating-gas guide comprising a central heating-gas line , by means of which a heating gas can be guided annularly from a heat exchanger for heating the heating gas to the plurality of circulating-air modules and/or treatment-chamber portions and back to the heat exchanger again.
A three-dimensional structure , characterized in that the three-dimensional structure comprising: a composite film layer , comprising: a first photoresist layer derived from a photoresist resin having a first chemical property selected from a group consisting of epoxide equivalent weight, aromatic content, and crosslink density; and at least a second photoresist layer derived from a photoresist resin having a second chemical property selected from a group consisting of epoxide equivalent weight, aromatic content, and crosslink density, wherein the second chemical property is different from the first chemical property, and wherein the composite film layer is configured to have varying mechanical and/or physical properties through a thickness (T) of the three-dimensional structure , wherein the three-dimensional structure is characterized in that , the first photoresist layer has a first photoacid generator configured to be exposed by a first radiation , the second photoresist layer has a second photoacid generator configured to be exposed by a second radiation , and an exposure wavelength of the first radiation is different from an exposure wavelength of the second radiation . a composite film layer , comprising: a first photoresist layer derived from a photoresist resin having a first chemical property selected from a group consisting of epoxide equivalent weight, aromatic content, and crosslink density; and at least a second photoresist layer derived from a photoresist resin having a second chemical property selected from a group consisting of epoxide equivalent weight, aromatic content, and crosslink density, wherein the second chemical property is different from the first chemical property, and a first photoresist layer derived from a photoresist resin having a first chemical property selected from a group consisting of epoxide equivalent weight, aromatic content, and crosslink density; and at least a second photoresist layer derived from a photoresist resin having a second chemical property selected from a group consisting of epoxide equivalent weight, aromatic content, and crosslink density, wherein the second chemical property is different from the first chemical property, and wherein the composite film layer is configured to have varying mechanical and/or physical properties through a thickness (T) of the three-dimensional structure , wherein the three-dimensional structure is characterized in that , the first photoresist layer has a first photoacid generator configured to be exposed by a first radiation , the second photoresist layer has a second photoacid generator configured to be exposed by a second radiation , and an exposure wavelength of the first radiation is different from an exposure wavelength of the second radiation . the first photoresist layer has a first photoacid generator configured to be exposed by a first radiation , the second photoresist layer has a second photoacid generator configured to be exposed by a second radiation , and an exposure wavelength of the first radiation is different from an exposure wavelength of the second radiation .
A process for the moulding and curing of fibrous material embedded in a matrix of a thermocurable resin comprising locating an insert within a mould cavity comprising a top, a base and cavity side walls , the insert comprising sectional walls that can move independently of each other to increase and decrease the dimensions of the insert , providing a layer of fibrous material embedded in a matrix of thermocurable resin between the insert and the cavity side walls , placing the top onto the cavity and increasing the dimensions of the insert to compress the layer of fibrous material between the sectional walls of the insert and the cavity side walls and heating to cure the thermocurable resin while compressed between the cavity side walls and the insert ; the process is characterised in that the fibrous material embedded in a matrix of a thermocurable resin is a moulding compound comprising a Quasi-isotropic material composed of randomly oriented segments of unidirectional fibre tape that are impregnated with resin.
Apparatus for cleaning a rotor blade of an aircraft, wherein the same has an opening for passing through the rotor blade , having an edge, whereby - on at least one side region of this edge, at least one cleaning element (6, 7; 19, 20) is located, characterized in that - on a further side region opposite this side region of the edge, a support element is located to limit, by way of resting the support element against the opposite side of the rotor blade, the rotation of the opening around an axis of rotation (R) which runs within the rotor blade's normal plane which stands approximately perpendicular to the longitudinal axis of the rotor blade, and for absorbing compressive forces, and - wherein the opening is arranged in a frame , being tiltably connected to a holder via a joint that provides the axis of rotation (R), so that by rotating the frame around the axis of rotation (R) both the at least one cleaning element (6, 7; 19, 20) as well as the support element can rest against the rotor blade , while forces holding the frame in position on the rotor blade by using the holder are provided. - on at least one side region of this edge, at least one cleaning element (6, 7; 19, 20) is located, characterized in that - on a further side region opposite this side region of the edge, a support element is located to limit, by way of resting the support element against the opposite side of the rotor blade, the rotation of the opening around an axis of rotation (R) which runs within the rotor blade's normal plane which stands approximately perpendicular to the longitudinal axis of the rotor blade, and for absorbing compressive forces, and - wherein the opening is arranged in a frame , being tiltably connected to a holder via a joint that provides the axis of rotation (R),
Downmixer for downmixing at least two channels of a multichannel audio signal having the two or more channels, comprising: a processor for calculating a partial downmix signal from the at least two channels, wherein the processor is configured to calculate the partial downmix signal by adding the at least two channels, so that a predefined energy or amplitude relation between the at least two channels of the multichannel signal and the partial downmix channel is fulfilled, when the at least two channels are in phase and so that an amplitude loss or energy loss is created in the partial downmix signal with respect to the at least two channels, when the at least two channels are out of phase; a complementary signal calculator for calculating a complementary signal from the multichannel signal , the complementary signal being different from the partial downmix signal ; and an adder for adding the partial downmix signal and the complementary signal to obtain a downmix signal of the multichannel signal, wherein the complementary signal calculator is configured to calculate the complementary signal so that the energy loss or the amplitude loss of the partial downmix signal is partly or fully compensated by the adding of the partial downmix signal and the complementary signal in the adder . a processor for calculating a partial downmix signal from the at least two channels, wherein the processor is configured to calculate the partial downmix signal by adding the at least two channels, so that a predefined energy or amplitude relation between the at least two channels of the multichannel signal and the partial downmix channel is fulfilled, when the at least two channels are in phase and so that an amplitude loss or energy loss is created in the partial downmix signal with respect to the at least two channels, when the at least two channels are out of phase; a complementary signal calculator for calculating a complementary signal from the multichannel signal , the complementary signal being different from the partial downmix signal ; and an adder for adding the partial downmix signal and the complementary signal to obtain a downmix signal of the multichannel signal, wherein the complementary signal calculator is configured to calculate the complementary signal so that the energy loss or the amplitude loss of the partial downmix signal is partly or fully compensated by the adding of the partial downmix signal and the complementary signal in the adder .
A method for compacting a powder material (CP) comprising ceramic powder; the method comprises at least a first compacting step, during which the powder material (CP) is compacted, at a work station , so as to obtain a layer of compacted powder material (KP) and a pressure device , having a structured contact surface , comes into contact with the powder material (CP) so that the layer of compacted powder material (KP) has a structured surface; and a conveying step, during which the powder material (CP) is conveyed, along a first segment (PA) of a given path, to the work station and the layer of compacted powder material (KP) is conveyed from the work station along a second segment (PB) of the given path; the pressure device comprises at least a first layer and a superficial layer arranged so as to at least partially cover the first layer relative to the outside; during the first compacting step, the superficial layer comes into contact with the powder material (CP) and characterized in that at least part of the superficial layer wears so as to uncover at least part of the first layer and obtain at least areas of the first outwardly exposed layer ; and in that the method comprising at least a first hardening step, which is at least partially simultaneous to and/or subsequent to the first compacting step and during which the areas of the first outwardly exposed layer are hardened. the pressure device comprises at least a first layer and a superficial layer arranged so as to at least partially cover the first layer relative to the outside; during the first compacting step, the superficial layer comes into contact with the powder material (CP) and characterized in that at least part of the superficial layer wears so as to uncover at least part of the first layer and obtain at least areas of the first outwardly exposed layer ; and in that the method comprising at least a first hardening step, which is at least partially simultaneous to and/or subsequent to the first compacting step and during which the areas of the first outwardly exposed layer are hardened.
A steering system for a road vehicle ; the steering system comprises: a steering wheel provided with an outer ring , which is mounted so as to rotate around a rotation axis and has no connection to steering wheels ; and a position sensor , which is designed to detect the angular position of the outer ring of the steering wheel around the rotation axis ; a mechanical limit stop device , which is coupled to the outer ring of the steering wheel and limits, in both directions, the maximum angular width of the rotation of the steering wheel around the rotation axis , so that the steering wheel can make, on the whole, a rotation around the rotation axis that is greater than 360°; wherein the limit stop device comprises: a groove , which is wound in a spiral shape around the rotation axis over more than 360° and has, at the two opposite ends, two abutments , which define respective stop strikers; and a pin , which is arranged on the inside of the groove so as to engage and follow the groove from an abutment to the opposite abutment ; the steering system is characterized in that: the groove is angularly integral to the outer ring of the steering wheel and can axially slide relative to the outer ring of the steering wheel ; and the pin is rigidly connected to a part that does not rotate together with the outer ring of the steering wheel . a steering wheel provided with an outer ring , which is mounted so as to rotate around a rotation axis and has no connection to steering wheels ; and a position sensor , which is designed to detect the angular position of the outer ring of the steering wheel around the rotation axis ; a mechanical limit stop device , which is coupled to the outer ring of the steering wheel and limits, in both directions, the maximum angular width of the rotation of the steering wheel around the rotation axis , so that the steering wheel can make, on the whole, a rotation around the rotation axis that is greater than 360°; wherein the limit stop device comprises: a groove , which is wound in a spiral shape around the rotation axis over more than 360° and has, at the two opposite ends, two abutments , which define respective stop strikers; and a pin , which is arranged on the inside of the groove so as to engage and follow the groove from an abutment to the opposite abutment ; the steering system is characterized in that: the groove is angularly integral to the outer ring of the steering wheel and can axially slide relative to the outer ring of the steering wheel ; and the pin is rigidly connected to a part that does not rotate together with the outer ring of the steering wheel . the groove is angularly integral to the outer ring of the steering wheel and can axially slide relative to the outer ring of the steering wheel ; and the pin is rigidly connected to a part that does not rotate together with the outer ring of the steering wheel .