mhurhangee/patent-ind-claim-en huggingface dataset:
Method for displaying images on a matrix screen comprising several rows of pixels , the rows being ordered from i=1 to i=N, N representing the number of rows, each pixel comprising a display component and a memory , the matrix screen comprising addressing means for each of the rows and data transfer means to the memory of each of the pixels , the method consisting in controlling the brightness of each of the pixels of the matrix screen by means of a binary word comprising several bits (D0, D1, D2, D3) written successively through the data transfer means , into the memory and by controlling the display component as a function of a state of the bit written into the memory , the bits of each binary word being ranked according to their weight from j=1 to j=P, the method being characterized in that it consists in sequencing the following writes for the duration (T frame ) of an image frame: • from a current row i, writing on the rows i+2 j , from j=1 to j=P, the bit of weight j of each binary word associated with the different pixels of the rows i+2 j ; • repeating, 2 P -1 times, the writes mentioned above by shifting a pointer of the current row by one unit on each repetition; the pointer of a row being determined: i modulo 2 P -1 so as to lie between 1 and 2 P -1. • from a current row i, writing on the rows i+2 j , from j=1 to j=P, the bit of weight j of each binary word associated with the different pixels of the rows i+2 j ; • repeating, 2 P -1 times, the writes mentioned above by shifting a pointer of the current row by one unit on each repetition;
A method for detecting downlink control information, comprising: during cross carrier scheduling, according to a number of downlink component carriers in a physical downlink control channel, PDCCH, Monitoring Set and a number of downlink component carriers in a user equipment, UE, DL Component Carrier Set being unequal and a downlink component carrier b cross carrier scheduling h downlink component carriers, the UE determining that a search space of the downlink component carrier b comprises h search spaces; wherein there is an one-to-one correspondence between the h search spaces and the h downlink component carriers, and the h is an integer greater than 0. during cross carrier scheduling, according to a number of downlink component carriers in a physical downlink control channel, PDCCH, Monitoring Set and a number of downlink component carriers in a user equipment, UE, DL Component Carrier Set being unequal and a downlink component carrier b cross carrier scheduling h downlink component carriers, the UE determining that a search space of the downlink component carrier b comprises h search spaces; wherein there is an one-to-one correspondence between the h search spaces and the h downlink component carriers, and the h is an integer greater than 0.
An emergency exit window for a public transport vehicle , comprising a pane , characterized in that the pane comprises: - at least one first zone with variable opaqueness, - at least one second breakable zone , which may be broken in order to allow the passage of people through the window , and - at least one third transparent or translucent zone with fixed opaqueness and withstanding breaking of the pane , wherein the third zone of the pane comprises a laminated glass formed by at least two superimposed sheets of glass and an intermediate film arranged between two successive superimposed sheets of the laminated glass. - at least one first zone with variable opaqueness, - at least one second breakable zone , which may be broken in order to allow the passage of people through the window , and - at least one third transparent or translucent zone with fixed opaqueness and withstanding breaking of the pane , wherein the third zone of the pane comprises a laminated glass formed by at least two superimposed sheets of glass and an intermediate film arranged between two successive superimposed sheets of the laminated glass.
A process for the production of a compound of formula (I) wherein the process comprises as a first step (step ) an ethynylation of the compound of formula (III) wherein the reaction temperature is between - 40°C - 10°C, and as a second step (step ) a Meyer-Schuster rearrangement and wherein the rearrangement (step ) is carried out at a reaction temperature of 10°C to 50°C, and wherein step is carried out by a catalytic reaction step as following wherein R is K or Cs, in the presence of NH 3 as solvent and wherein the rearrangement (step ) is carried out by using at least one transition metal-based catalyst.
A method of treating an inorganic particulate material with an antimicrobial agent, comprising: i) introducing a first feed comprising the inorganic particulate material and water to an air swept dryer; ii) introducing a second feed comprising the antimicrobial agent to the air swept dryer; and iii) at least partially drying the inorganic particulate material of the first feed in the presence of the antimicrobial agent of the second feed forming a treated inorganic particulate material, wherein at least a portion of the antimicrobial agent is exchanged onto and/or into the surface of the treated inorganic particulate material; wherein the inorganic particulate material is a particulate phyllosilicate mineral; wherein the antimicrobial agent comprises a metal or metal salt selected from the group consisting of silver, copper, zinc and combinations thereof. i) introducing a first feed comprising the inorganic particulate material and water to an air swept dryer; ii) introducing a second feed comprising the antimicrobial agent to the air swept dryer; and iii) at least partially drying the inorganic particulate material of the first feed in the presence of the antimicrobial agent of the second feed forming a treated inorganic particulate material, wherein at least a portion of the antimicrobial agent is exchanged onto and/or into the surface of the treated inorganic particulate material; wherein the inorganic particulate material is a particulate phyllosilicate mineral; wherein the antimicrobial agent comprises a metal or metal salt selected from the group consisting of silver, copper, zinc and combinations thereof.
A sleep facilitating device (1; 101) wearable on the head of a wearer, the device comprising; a head band (8; 108) configured to be arranged around the head of the wearer; light-reducing means configured to reduce external light from reaching the eyes of the wearer; the light-reducing means comprising one or more eye portions (3; 103) configured to be arranged over the eyes of the wearer to reduce the amount of external light reaching the eyes of the wearer; wherein the light-reducing means further comprises a nose bridge portion (16; 116) configured to receive the nose of the wearer, characterised by the nose bridge portion comprising an elastic material, different to the material of the head band, such that, when the nose bridge portion is arranged over the nose of the wearer, the elastic material is caused to stretch transversely across the width of the nose of the wearer and thereby to contract longitudinally so as to reduce the amount of external light reaching the eyes of the wearer. a head band (8; 108) configured to be arranged around the head of the wearer; light-reducing means configured to reduce external light from reaching the eyes of the wearer; the light-reducing means comprising one or more eye portions (3; 103) configured to be arranged over the eyes of the wearer to reduce the amount of external light reaching the eyes of the wearer; wherein the light-reducing means further comprises a nose bridge portion (16; 116) configured to receive the nose of the wearer, characterised by the nose bridge portion comprising an elastic material, different to the material of the head band, such that, when the nose bridge portion is arranged over the nose of the wearer, the elastic material is caused to stretch transversely across the width of the nose of the wearer and thereby to contract longitudinally so as to reduce the amount of external light reaching the eyes of the wearer.
A method of producing nitric oxide (NO)-releasing mesoporous silica particles, wherein said method comprises: (a) reacting an alkoxysilane with an alkylammonium surfactant to form mesoporous silica nanoparticles (MSN) in a colloidal sol; (b) adding an organoaminosilane to the MSN in the colloidal sol to exchange via an ion exchange reaction the alkylammonium ion to form amino-functionalized MSN; and (c) reacting the amino-functionalized MSN with NO gas to produce NO-releasing MSN. (a) reacting an alkoxysilane with an alkylammonium surfactant to form mesoporous silica nanoparticles (MSN) in a colloidal sol; (b) adding an organoaminosilane to the MSN in the colloidal sol to exchange via an ion exchange reaction the alkylammonium ion to form amino-functionalized MSN; and (c) reacting the amino-functionalized MSN with NO gas to produce NO-releasing MSN.
A Ga 2 O 3 -based semiconductor MESFET , comprising: a n-type β-Ga 2 O 3 single crystal epitaxial film that is formed on a main surface of a β-Ga 2 O 3 substrate directly or via an other layer; a source electrode and a drain electrode that are formed on the β-Ga 2 O 3 single crystal epitaxial film ; a gate electrode that is formed directly on the β-Ga 2 O 3 single crystal epitaxial film between the source electrode and the drain electrode , wherein the main surface of the β-Ga 2 O 3 substrate is a plane or a plane of the β-Ga 2 O 3 single crystal, and wherein the β-Ga 2 O 3 substrate is a high-resistance β-Ga 2 O 3 substrate formed of a semi-insulating β-Ga 2 O 3 single crystal. a n-type β-Ga 2 O 3 single crystal epitaxial film that is formed on a main surface of a β-Ga 2 O 3 substrate directly or via an other layer; a source electrode and a drain electrode that are formed on the β-Ga 2 O 3 single crystal epitaxial film ; a gate electrode that is formed directly on the β-Ga 2 O 3 single crystal epitaxial film between the source electrode and the drain electrode , wherein the main surface of the β-Ga 2 O 3 substrate is a plane or a plane of the β-Ga 2 O 3 single crystal, and wherein the β-Ga 2 O 3 substrate is a high-resistance β-Ga 2 O 3 substrate formed of a semi-insulating β-Ga 2 O 3 single crystal.
Suspension assembly for a vehicle axle, in particular an agricultural vehicle or other similar vehicle suitable for off-road use, comprising a support structure for an axle, a housing element for a driveshaft , the said housing element being rotatably connected, about a transverse axis (Y) that is substantially perpendicular to a longitudinal axis of the vehicle, to a support element connected or connectable to a main chassis of the vehicle, said support structure being configured so as to be able to rotate relative to said support element about a rotational axis (X) and is secured to the main chassis of the vehicle by a pair of hydraulic cylinders , wherein said support structure comprises a pair of main guides , which can be fixed to said main chassis and a rolling element which slides between the said pair of main guides , wherein said support structure further comprises a contact element , secured to said support structure and a pair of further guides , which can be fixed to said main chassis , said contact element being located between said pair of further guides and operatively connected to said pair of further guides so as to come into contact with one of said further guides following a rotation about the said rolling element , characterised in that said rolling element and said contact element are both disc-shaped.
A gas processing device holding mat formed of inorganic fibers, and suitable for being placed between a processing structure and a casing of a gas processing device , the casing being made of a metal and housing the processing structure ; the gas processing device holding mat having an outer surface suitable for contact with an inner surface of the casing , and comprising in a thickness direction thereof; an adhesive layer that comprises a compound comprising a structural unit represented by a general formula (I) held on surfaces of inorganic fibers that form the outer surface of the holding mat and an area around the outer surface , and between the inorganic fibers, the adhesive layer suitable for being placed in the outer surface of the holding mat in contact with the inner surface of the casing , and a layer that does not comprise the compound, and is in contact with the adhesive layer, wherein the adhesive layer comprises; a first layer that contains a first compound comprising a structural unit represented by the general formula (I); and a second layer that is stacked on the first layer and contains a second compound comprising a structural unit represented by the general formula (I) that is different from the first compound, wherein R 1 are independently a hydrogen atom, an alkyl group having 1 to 5 carbon atoms, an alkoxy group having 1 to 5 carbon atoms, a phenyl group, or a hydroxyl group, and n is an integer equal to or larger than 1.
Use of a shower tray serving for installation on two vertical walls which extend essentially perpendicularly to one another, together form a corner and are clad with tiles separated from one another by horizontal joints , and comprising a flat, one-part plate element with an underside , an upper side which forms a tray surface and, together with the underside , defines a plate thickness (S), and at least three end faces which connect the plate underside and the plate upper side to one another and of which two extend perpendicular to one another, wherein said two end faces extending perpendicular to one another comprise outwardly projecting fastening projections which are formed integrally therewith, and wherein the maximum overall height (H max ) of the shower tray corresponds to the maximum plate thickness (S max ), in such a way that all fastening projections of the plate element are inserted into horizontally extending joints separating tiles from one another, which joints meet one another at right angles.
An aircraft assembly comprising: an engine configured to be mounted to an aircraft ; an intake configured to provide air to the engine , the intake comprising a body having an inlet comprising an inlet opening through which air enters the intake , the intake comprising an intake upstream lip disposed proximate the inlet opening ; and a propeller assembly comprising propeller blades coupled to and driven by the engine , the propeller assembly spaced an axial distance from the intake upstream lip of the intake wherein air flowing by the propeller blades enters the intake , the propeller assembly having a propeller configuration, wherein at least a portion of the propeller configuration is at least one of sized or shaped to optimize performance of the propeller assembly based on an interaction between the propeller assembly and the intake ; wherein the configuration of the propeller assembly specifies a propeller root trailing edge airfoil shape, characterized in that ; the propeller root trailing edge airfoil shape has a profile with a maximum thickness and a trailing edge thickness that is 30% or more of the maximum thickness for at least a portion of the propeller root trailing edge airfoil shape over a spanwise region of the propeller blade that interacts with the inlet air flow. an engine configured to be mounted to an aircraft ; an intake configured to provide air to the engine , the intake comprising a body having an inlet comprising an inlet opening through which air enters the intake , the intake comprising an intake upstream lip disposed proximate the inlet opening ; and a propeller assembly comprising propeller blades coupled to and driven by the engine , the propeller assembly spaced an axial distance from the intake upstream lip of the intake wherein air flowing by the propeller blades enters the intake , the propeller assembly having a propeller configuration, wherein at least a portion of the propeller configuration is at least one of sized or shaped to optimize performance of the propeller assembly based on an interaction between the propeller assembly and the intake ; wherein the configuration of the propeller assembly specifies a propeller root trailing edge airfoil shape, characterized in that ; the propeller root trailing edge airfoil shape has a profile with a maximum thickness and a trailing edge thickness that is 30% or more of the maximum thickness for at least a portion of the propeller root trailing edge airfoil shape over a spanwise region of the propeller blade that interacts with the inlet air flow.
A method of reducing acrylamide concentration in a heat-processed food product, the method comprising: spraying a riboflavin solution containing from 1 ppm to 1000 ppm riboflavin from at least one nozzle onto at least a portion of an exterior surface of the heat-processed product ; and irradiating the riboflavin solution-sprayed heat-processed product with a UV light source that provides wavelengths between 200 nm and 400 nm at an intensity of from 1000 μW/cm 2 to 5000 μW/cm 2 to initiate monomer reactions of acrylamide and reduce the acrylamide concentration in the heat-processed product. spraying a riboflavin solution containing from 1 ppm to 1000 ppm riboflavin from at least one nozzle onto at least a portion of an exterior surface of the heat-processed product ; and irradiating the riboflavin solution-sprayed heat-processed product with a UV light source that provides wavelengths between 200 nm and 400 nm at an intensity of from 1000 μW/cm 2 to 5000 μW/cm 2 to initiate monomer reactions of acrylamide and reduce the acrylamide concentration in the heat-processed product.
A hearing prosthesis having an inner ear implant which comprises a support structure and at least two electrodes disposed so as to be separated from one another in the longitudinal direction, which can be activated separately from one another and which are connected to the support structure , wherein the support structure can be compressed and expanded in the manner of a stent so that the support structure can be adapted to the shape of the inner ear, and wherein the support structure has a multi-layered construction with at least one electrically conductive outer modulation layer and at least one electrically insulated insulation layer , wherein the modulation layer forms at least one electrode and the insulation layer is disposed below the outer modulation layer , characterized in that an electrically conductive inner modulation layer is provided which is electrically insulated from the outer modulation layer by the insulation layer , which at least in regions forms an outer surface of the support structure , wherein the outer modulation layer and the insulation layer are interrupted in regions in a manner such that the inner modulation layer is exposed, wherein the outer modulation layer and the inner modulation layer are arranged alternately at least in the longitudinal direction in a manner such that the inner modulation layer and the outer modulation layer respectively form at least one separately activatable electrode .
A multi-ply absorbent sheet comprising: (a) a first absorbent ply of cellulosic sheet; (b) a second absorbent ply of cellulosic sheet; and (c) a ply bonding adhesive interposed between said first absorbent ply and said second absorbent ply, said ply-bonding adhesive adhering said absorbent plies together, wherein said first absorbent ply of cellulosic sheet and said second absorbent ply of absorbent sheet are adhered together utilizing a ply-bonding adhesive composition containing water, polyvinyl alcohol and nanofibrillated cellulose, and wherein said nanofibrillated cellulose is characterized in that : (i) the nanofibrillated cellulose contains fibrils 4-20 nm wide and 500-2000 nm long, as measured according to the description; or (ii) the nanofibrillated cellulose exhibits a Characteristic Nanofiber Viscosity Reduction of at least 80% as the shear rate is increased from 5 sec -1 to 500 sec -1 , the viscosity being measured on a 1 wt% suspension of the nanofibrillated cellulose in water at room temperature, between 23°C and 29°C, as described in the description. (a) a first absorbent ply of cellulosic sheet; (b) a second absorbent ply of cellulosic sheet; and (c) a ply bonding adhesive interposed between said first absorbent ply and said second absorbent ply, said ply-bonding adhesive adhering said absorbent plies together,
A communication method using a plurality of wireless communication schemes, the communication method comprising: receiving at least one data segment transmitted using a first communication scheme from among the plurality of wireless communication schemes; generating a response message for the received at least one data segment; storing the generated response message; comparing a number of stored response messages to a threshold value; setting a number of response messages to be transmitted in a time duration for communicating using the first communication scheme from among the plurality of wireless communication schemes based on a result of comparing the number of stored response messages to the threshold value for preventing discontinuation of receiving at least one data segment using the first communication due to non-transmission of the response message; and transmitting at least one response message using the first communication scheme based on the setting of the number of response messages to be transmitted, wherein the time duration for communicating using the first communication scheme is set to be located between time durations for communicating using a second communication scheme. receiving at least one data segment transmitted using a first communication scheme from among the plurality of wireless communication schemes; generating a response message for the received at least one data segment; storing the generated response message; comparing a number of stored response messages to a threshold value; setting a number of response messages to be transmitted in a time duration for communicating using the first communication scheme from among the plurality of wireless communication schemes based on a result of comparing the number of stored response messages to the threshold value for preventing discontinuation of receiving at least one data segment using the first communication due to non-transmission of the response message; and transmitting at least one response message using the first communication scheme based on the setting of the number of response messages to be transmitted, wherein the time duration for communicating using the first communication scheme is set to be located between time durations for communicating using a second communication scheme.
An active underbody panel assembly for a vehicle , comprising: a support frame mounted to an underside of the vehicle ; at least one deployment/retraction mechanism operably coupled to the support frame ; at least one deployable panel operably connected to the support frame ; and at least one actuator operably coupled to the deployment/retraction mechanism , said actuator automatically moves the support frame under predetermined conditions to move the at least one deployable panel between a stowed position and a deployed position. a support frame mounted to an underside of the vehicle ; at least one deployment/retraction mechanism operably coupled to the support frame ; at least one deployable panel operably connected to the support frame ; and at least one actuator operably coupled to the deployment/retraction mechanism , said actuator automatically moves the support frame under predetermined conditions to move the at least one deployable panel between a stowed position and a deployed position.
A surface mount security barrier , the barrier comprising: a non-metallic matrix supporting and substantially encapsulating metallic ballast , wherein said security barrier has a mass in excess of 6 tonnes and a ratio of metallic ballast to non-metallic matrix in excess of 1.5:1 by mass. a non-metallic matrix supporting and substantially encapsulating metallic ballast , wherein said security barrier has a mass in excess of 6 tonnes and a ratio of metallic ballast to non-metallic matrix in excess of 1.5:1 by mass.