mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of curved furniture components comprising: - an overlapping step of a first panel of wooden, plastic or metal material, of at least one intermediate separating layer and of a second panel of wooden, plastic or metal material for obtaining a flat semi-finished product having a perimeter edge; - an interposition step of a polyurethane type adhesive between said intermediate layer and said first panel and second panel by hot dispensing of said adhesive on the surfaces of said first and second panels which are adapted to be associated with said intermediate layer or by hot dispensing of said adhesive on the surfaces of said intermediate layer which are adapted to be associated with said first panel and second panel; and - a cold shaping step of the semi-finished product for obtaining a curved component; characterized by the fact that it comprises a spraying step of a water-based auxiliary substance between said intermediate layer and at least one of said first panel and said second panel, subsequent to said interposition of said adhesive, said water-based auxiliary substance interacting with the polyurethane adhesive, speeding up its setting. - an overlapping step of a first panel of wooden, plastic or metal material, of at least one intermediate separating layer and of a second panel of wooden, plastic or metal material for obtaining a flat semi-finished product having a perimeter edge; - an interposition step of a polyurethane type adhesive between said intermediate layer and said first panel and second panel by hot dispensing of said adhesive on the surfaces of said first and second panels which are adapted to be associated with said intermediate layer or by hot dispensing of said adhesive on the surfaces of said intermediate layer which are adapted to be associated with said first panel and second panel; and - a cold shaping step of the semi-finished product for obtaining a curved component;
A car of a public transport vehicle, more particularly a rail vehicle, comprising a platform, a room and a lifting device for a person with reduced mobility, the room being arranged at a different height from the platform in a lifting direction, the lifting device being movable between at least one position for access to the platform and one position for access to the hall, the lifting device being controlled by a control module, the car being characterised in that the control module is configured to control the lifting device depending on a database comprising information relating to seat reservations by passengers within the car.
A method of wireless communication, comprising: receiving, at a first bandwidth and during a transmission time interval, TTI, a first control channel message, wherein the first control channel message comprises a first control channel message format; determining, based on a flag in the first control channel message, whether a second control channel message is present in the TTI, wherein the second control channel message comprises a second control channel message format different from the first control channel message format; receiving, at a second bandwidth, the second control channel message where the flag indicates that the second control channel message is present for the TTI; the method further comprising: receiving a first plurality of control channel messages based at least in part on the first control channel message format and a first transmission periodicity; and receiving a second plurality of control channel messages based at least in part on the second control channel message format and a second transmission periodicity, Z wherein the second transmission periodicity is less frequent than the first transmission periodicity. receiving, at a first bandwidth and during a transmission time interval, TTI, a first control channel message, wherein the first control channel message comprises a first control channel message format; determining, based on a flag in the first control channel message, whether a second control channel message is present in the TTI, wherein the second control channel message comprises a second control channel message format different from the first control channel message format; receiving, at a second bandwidth, the second control channel message where the flag indicates that the second control channel message is present for the TTI; the method further comprising: receiving a first plurality of control channel messages based at least in part on the first control channel message format and a first transmission periodicity; and receiving a second plurality of control channel messages based at least in part on the second control channel message format and a second transmission periodicity, Z wherein the second transmission periodicity is less frequent than the first transmission periodicity. receiving a first plurality of control channel messages based at least in part on the first control channel message format and a first transmission periodicity; and receiving a second plurality of control channel messages based at least in part on the second control channel message format and a second transmission periodicity, Z wherein the second transmission periodicity is less frequent than the first transmission periodicity.
An apparatus for determining a propagation velocity for a surface wave, the apparatus comprising: a coherent light source for generating at least a first light spot and a second light spot on a surface; a camera for capturing at least one out-of-focus image of at least a part of the surface comprising the first and second light spots, the out-of-focus image comprising a first light spot image object for the first light spot, and a second light spot image object for the second light spot, the first light spot image object having a first speckle pattern, and the second light spot image object having a second speckle pattern; and an analyzer for determining the propagation velocity in response to a time difference between speckle pattern changes in the first speckle pattern and the second speckle pattern, said apparatus characterized by the analyzer being arranged to determine the time difference between speckle pattern changes in the first speckle pattern and the second speckle pattern in response to a spatial comparison of the first speckle pattern and the second speckle pattern in one out-of-focus image captured by the camera, wherein the camera comprises a rolling shutter for capturing the at least one out-of-focus image. a coherent light source for generating at least a first light spot and a second light spot on a surface; a camera for capturing at least one out-of-focus image of at least a part of the surface comprising the first and second light spots, the out-of-focus image comprising a first light spot image object for the first light spot, and a second light spot image object for the second light spot, the first light spot image object having a first speckle pattern, and the second light spot image object having a second speckle pattern; and an analyzer for determining the propagation velocity in response to a time difference between speckle pattern changes in the first speckle pattern and the second speckle pattern, said apparatus characterized by the analyzer being arranged to determine the time difference between speckle pattern changes in the first speckle pattern and the second speckle pattern in response to a spatial comparison of the first speckle pattern and the second speckle pattern in one out-of-focus image captured by the camera, wherein the camera comprises a rolling shutter for capturing the at least one out-of-focus image.
Contactor for switching resistive elements of field weakening in a synchronous machine, comprising two or more contact groups controlled by the displacement of movable parts of rods of a magnetic body of the contactor, characterised in that that several rods (3, 4) are provided in the magnet body, in that the magnetic body is designed such that the magnetic voltage increases in a step-like manner with each successive rod (3, 4) of the magnetic body having a plurality of bars (3, 4), the magnetic voltage displacing the movable parts, that this voltage is generated when the rotor current passes through windings connected in parallel or in series on the magnet body, in that the windings on the magnet body are arranged between the bars and in that the magnetic voltage produces a step line, i.e. a step-like behaviour of the contact closure and the contact opening depending on the rotor current strength, by stepwise switching of the resistance elements, the bars having an air gap in which movable parts of the rod are located, wherein the movable part of the respective rod is connected to a movable contact of its contact group (6, 7, 8, 9). that several rods (3, 4) are provided in the magnet body, in that the magnetic body is designed such that the magnetic voltage increases in a step-like manner with each successive rod (3, 4) of the magnetic body having a plurality of bars (3, 4), the magnetic voltage displacing the movable parts, that this voltage is generated when the rotor current passes through windings connected in parallel or in series on the magnet body, in that the windings on the magnet body are arranged between the bars and in that the magnetic voltage produces a step line, i.e. a step-like behaviour of the contact closure and the contact opening depending on the rotor current strength, by stepwise switching of the resistance elements, the bars having an air gap in which movable parts of the rod are located, wherein the movable part of the respective rod is connected to a movable contact of its contact group (6, 7, 8, 9).
A curable composition that comprises a carboxyl group-containing polyurethane, solvents having a boiling point of 170 to 230°C, and a curing agent, wherein the carboxyl group-containing polyurethane is obtainable from at least the following components (a), (b) and (c) as materials: component (a): a (poly)carbonate polyol that includes an organic residue derived from a dimer diol, component (b): a polyisocyanate, and component (c): a carboxyl group-containing polyol; wherein the solvents are diethylene glycol diethyl ether and γ-butyrolactone; and wherein the curing agent is a compound having two or more epoxy groups in the molecule. component (a): a (poly)carbonate polyol that includes an organic residue derived from a dimer diol, component (b): a polyisocyanate, and component (c): a carboxyl group-containing polyol; wherein the solvents are diethylene glycol diethyl ether and γ-butyrolactone; and wherein the curing agent is a compound having two or more epoxy groups in the molecule.
A retransmission method for use in a mobile telecommunications system (100, 300), the method comprising: transmitting, by a base station (101, 321, 322, 311, 312) in the mobile telecommunications system to a terminal (104, 400), first data in a set of identified resources allocated for the transmission of the first data; and identifying by the base station that a portion of the identified resources has been used to transmit data other than the first data; characterised in that the method further comprises: based on the identifying that the portion of the identified resources has been used to transmit data other than the first data and regardless of receiving an indication that the terminal has been unable to decode the first data from the set of identified resources, retransmitting by the base station a subset of the first data using a retransmit rate matching procedure changing the robustness of the retransmission relative to the robustness provided by the transmit rate matching procedure used for sending the first data, the subset of the first data comprising the portion of the first data that was previously scheduled to be transmitted in the portion of the identified resources. transmitting, by a base station (101, 321, 322, 311, 312) in the mobile telecommunications system to a terminal (104, 400), first data in a set of identified resources allocated for the transmission of the first data; and identifying by the base station that a portion of the identified resources has been used to transmit data other than the first data; characterised in that the method further comprises: based on the identifying that the portion of the identified resources has been used to transmit data other than the first data and regardless of receiving an indication that the terminal has been unable to decode the first data from the set of identified resources, retransmitting by the base station a subset of the first data using a retransmit rate matching procedure changing the robustness of the retransmission relative to the robustness provided by the transmit rate matching procedure used for sending the first data, the subset of the first data comprising the portion of the first data that was previously scheduled to be transmitted in the portion of the identified resources.
An eye drops solution for use in the treatment of Dry eye syndrome characterized in that it comprises Liposomes built with non hydrogenated phospholipids containing Linseed oil, Vitamin A Palmitate, Vitamin E TPGS, and in water phase, Vitamin B12 and Pycnogenols.
A fixed logic integrated circuit comprising: a unique code generator configured to generate a code having a value which is intrinsically unique to the integrated circuit; an enrolment pattern generator configured to generate an enrolment pattern based on the unique code; wherein the integrated circuit is configured to transmit the enrolment pattern to an external enrolment device and to receive enabling data from the external enrolment device, wherein the integrated circuit further comprises: a configuration file generator configured to generate configuration data using the enabling data and the unique code; and a feature activation module configured to activate and/or disable features of the integrated circuit and/or customise the integrated circuit in dependence upon the configuration data, wherein the unique code generator comprises a physical unclonable function and the enrolment pattern generator is configured to remove noise from the code. a unique code generator configured to generate a code having a value which is intrinsically unique to the integrated circuit; an enrolment pattern generator configured to generate an enrolment pattern based on the unique code; a configuration file generator configured to generate configuration data using the enabling data and the unique code; and a feature activation module configured to activate and/or disable features of the integrated circuit and/or customise the integrated circuit in dependence upon the configuration data, wherein the unique code generator comprises a physical unclonable function and the enrolment pattern generator is configured to remove noise from the code.
An apparatus (100, 400, 500, 600) for distributing a hydrophobic material in a substrate (152, 452, 552, 642) comprising: a first roller (154, 608); a second roller (158, 604) configured to engage the first roller (154, 608) to form a nip (166, 606); a first heater (162, 662) operatively connected to the first roller (154, 608) and configured to heat the first roller to a first temperature that is greater than a second temperature of the second roller (158, 604); a controller configured to receive digital image data corresponding to predetermined patterns for hydrophobic material that are to be formed on a porous substrate (152, 452, 552, 642); an inket printhead (124, 424A, 424B, 524A, 524B, 624A, 624B) configured to transfer drops of hydrophobic material onto the substrate (152, 452, 552, 642) in response to a signal sent by the controller so as to form said predetermined patterns on the substrate; and a substrate transport configured to move the substrate (152, 452, 552, 642) through the nip (166, 606) at a predetermined velocity to enable the first roller (154, 608) to engage a first side of the substrate and the second roller (158, 604) to engage a second side of the substrate, the second side of the substrate bearing the hydrophobic material that penetrates into the substrate in response to a temperature gradient in the nip (166, 606) between the first roller (154, 608) and the second roller (158, 604) to form fluid channel walls that control the capillary diffusion of liquid through the substrate. a first roller (154, 608); a second roller (158, 604) configured to engage the first roller (154, 608) to form a nip (166, 606); a first heater (162, 662) operatively connected to the first roller (154, 608) and configured to heat the first roller to a first temperature that is greater than a second temperature of the second roller (158, 604); a controller configured to receive digital image data corresponding to predetermined patterns for hydrophobic material that are to be formed on a porous substrate (152, 452, 552, 642); an inket printhead (124, 424A, 424B, 524A, 524B, 624A, 624B) configured to transfer drops of hydrophobic material onto the substrate (152, 452, 552, 642) in response to a signal sent by the controller so as to form said predetermined patterns on the substrate; and a substrate transport configured to move the substrate (152, 452, 552, 642) through the nip (166, 606) at a predetermined velocity to enable the first roller (154, 608) to engage a first side of the substrate and the second roller (158, 604) to engage a second side of the substrate, the second side of the substrate bearing the hydrophobic material that penetrates into the substrate in response to a temperature gradient in the nip (166, 606) between the first roller (154, 608) and the second roller (158, 604) to form fluid channel walls that control the capillary diffusion of liquid through the substrate.
A computer-implemented method for computing a three-dimensional face model of a face of a subject, the method comprising: (a) illuminating the face of the subject in at least three directions; (b) capturing one or more images of the face when the face is illuminated in the at least three directions; (c) detecting specular reflections within at least one of the images; (d) for at least one eye of the face, fitting a plurality of parameters of a three-dimensional model of the eye to the detected specular reflections; (e) using at least one of the images to generate photometric data for a plurality of respective positions on the face; (f) using the photometric data to generate a second three-dimensional model of a portion of the face; and (g) forming the face model by combining the model of the at least one eye and the second model, wherein the at least one eye model comprises a sclera portion representing a sclera of the eye, and a cornea portion representing a cornea of the eye; and the sclera portion of the eye model is a portion of the surface of a first sphere, and the cornea portion is a portion of the surface of a second sphere having a smaller radius of curvature than the first sphere, the centers of the two spheres being spaced apart, and the parameters of the model comprising the rotational position relative to a center of the sclera portion of a line which passes through the centers of the two spheres. (a) illuminating the face of the subject in at least three directions; (b) capturing one or more images of the face when the face is illuminated in the at least three directions; (c) detecting specular reflections within at least one of the images; (d) for at least one eye of the face, fitting a plurality of parameters of a three-dimensional model of the eye to the detected specular reflections; (e) using at least one of the images to generate photometric data for a plurality of respective positions on the face; (f) using the photometric data to generate a second three-dimensional model of a portion of the face; and (g) forming the face model by combining the model of the at least one eye and the second model, wherein
Fuel component adapted to be used in fission reactors, comprising a core consisting of a first material, and a layer consisting of a second material, wherein the layer at least partly encloses the core, wherein the first material comprises a fissile substance, wherein the first material consists of at least a substance chosen from the group U, Pu, Th, U x O y, U x N y, U x C y, Pu x O y, Pu x N y, Pu x C y, Th x O y, Th x N y, Th x C y, and mixtures thereof, and possible balance, and wherein the fuel component comprises an intermediate layer between the core and the layer, characterized in that the intermediate layer has material gradient that comprises a decrease of the concentration of the first material from the core to the layer and an increase of the concentration of the second material from the core to the layer.
An inorganic core/shell particle to be contained in an abrasive material, the inorganic core/shell particle comprising: a core containing a salt of at least one element selected from yttrium, titanium (Ti), strontium (Sr), barium (Ba), samarium (Sm), europium (Eu), gadolinium (Gd), and terbium (Tb); and a shell containing a salt of at least one element selected from these eight elements and a salt of cerium (Ce), wherein the shell comprises crystallites having an average diameter within a range of 4 to 30 nm. a core containing a salt of at least one element selected from yttrium, titanium (Ti), strontium (Sr), barium (Ba), samarium (Sm), europium (Eu), gadolinium (Gd), and terbium (Tb); and a shell containing a salt of at least one element selected from these eight elements and a salt of cerium (Ce), wherein the shell comprises crystallites having an average diameter within a range of 4 to 30 nm.
A metal member for joining, comprising: a surface that comprises a smooth part and an uneven part, the uneven part including a plurality of concavities and a plurality of protrusions wherein, when a surface of the smooth part is defined as a reference surface, a given number of the protrusions satisfy the following formula: X < Y wherein, in formula, X represents a maximum width of the protrusions at the same height as the reference surface, and Y represents a maximum width of the protrusions in a direction parallel to the reference surface, wherein X is from 50 μm to 300 μm, wherein Y is from 100 μm to 1000 μm, wherein an average depth of the concavities is from 50 μm to 1.5 mm, and wherein an average height of the protrusions is from 100 μm to 500 μm. a surface that comprises a smooth part and an uneven part, the uneven part including a plurality of concavities and a plurality of protrusions wherein, when a surface of the smooth part is defined as a reference surface, a given number of the protrusions satisfy the following formula: X < Y wherein, in formula, X represents a maximum width of the protrusions at the same height as the reference surface, and Y represents a maximum width of the protrusions in a direction parallel to the reference surface, wherein X is from 50 μm to 300 μm, wherein Y is from 100 μm to 1000 μm, wherein an average depth of the concavities is from 50 μm to 1.5 mm, and wherein an average height of the protrusions is from 100 μm to 500 μm.