mhurhangee/ep-ind-claims huggingface dataset:
A storage system comprising: a first type interface being operable to communicate with a server using a remote memory access; a second type interface being operable to communicate with the server using a block I/O (Input/Output) access; a memory; and a controller being operable to manage a first portion of storage areas of the memory to allocate for storing data, which is to be stored in a physical address space managed by an operating system on the server and which is sent from the server via the first type interface, and a second portion of the storage areas of the memory to allocate for caching data, which is sent from the server to a logical volume of the storage system via the second type interface and which is to be stored in a storage device of the storage system corresponding to the logical volume. a first type interface being operable to communicate with a server using a remote memory access; a second type interface being operable to communicate with the server using a block I/O (Input/Output) access; a memory; and a controller being operable to manage a first portion of storage areas of the memory to allocate for storing data, which is to be stored in a physical address space managed by an operating system on the server and which is sent from the server via the first type interface, and a second portion of the storage areas of the memory to allocate for caching data, which is sent from the server to a logical volume of the storage system via the second type interface and which is to be stored in a storage device of the storage system corresponding to the logical volume.
A method for an optical logic device, the method comprising: radiating, by at least one source, at least one signal; reflecting the at least one signal off of at least one photonic crystal mirror by activating the photonic crystal mirror when the at least one photonic crystal mirror senses a physical phenomena of a threshold strength; not reflecting the at least one signal off of the at least one photonic crystal mirror by not activating the photonic crystal mirror when the at least one photonic crystal mirror does not sense the physical phenomena of the threshold strength; and detecting or not detecting, by at least one detector, the at least one signal, and disabling, at least one of the at least one photonic crystal mirror, thereby altering the logic. radiating, by at least one source, at least one signal; reflecting the at least one signal off of at least one photonic crystal mirror by activating the photonic crystal mirror when the at least one photonic crystal mirror senses a physical phenomena of a threshold strength; not reflecting the at least one signal off of the at least one photonic crystal mirror by not activating the photonic crystal mirror when the at least one photonic crystal mirror does not sense the physical phenomena of the threshold strength; and detecting or not detecting, by at least one detector, the at least one signal, and disabling, at least one of the at least one photonic crystal mirror, thereby altering the logic.
Method for manufacturing at least one timepiece component comprising the following steps of: a) providing a transparent substrate, depositing a transparent, electrically conductive layer on the front face of the substrate, and applying a photoresist layer thereon, the substrate comprising metallised areas on one of its faces to form a mask; b) hot-pressing the photoresist layer using a stamp, by pressing the stamp up to a predefined distance from the substrate so as to retain a photoresist layer, in order to shape the photoresist layer and form at least a first level of the component; c) irradiating, from the rear face of the substrate, the shaped photoresist layer through the mask defining a second level of the component, and dissolving the non-irradiated areas of the photoresist layer to expose the transparent, electrically conductive layer in places and to form a mould comprising a first and a second level; d) depositing a metal layer by electroforming in the mould from the transparent, electrically conductive layer to form the component, the metal layer substantially reaching the top surface of the photoresist layer; e) successively removing the substrate, the transparent, electrically conductive layer and the photoresist to release the component. a) providing a transparent substrate, depositing a transparent, electrically conductive layer on the front face of the substrate, and applying a photoresist layer thereon, the substrate comprising metallised areas on one of its faces to form a mask; b) hot-pressing the photoresist layer using a stamp, by pressing the stamp up to a predefined distance from the substrate so as to retain a photoresist layer, in order to shape the photoresist layer and form at least a first level of the component; c) irradiating, from the rear face of the substrate, the shaped photoresist layer through the mask defining a second level of the component, and dissolving the non-irradiated areas of the photoresist layer to expose the transparent, electrically conductive layer in places and to form a mould comprising a first and a second level; d) depositing a metal layer by electroforming in the mould from the transparent, electrically conductive layer to form the component, the metal layer substantially reaching the top surface of the photoresist layer; e) successively removing the substrate, the transparent, electrically conductive layer and the photoresist to release the component.
A method of producing a non-planar multi-touch sensing panel, said panel comprising a plurality of electrically isolated conductors crossing each other at a plurality of intersection points, said method comprising: forming the plurality of electrically isolated conductors by laying down insulated conducting wire on an adhesive layer, said insulated conducting wire comprising an insulating coating; forming a flexible conductor array sheet from the insulated conducting wires laid down on the adhesive layer, characterized in that: the method further comprises the step of laminating the flexible conductor array sheet onto a non-planar protective substrate using a rolling technique thereby forming the non-planar multi-touch sensing panel. forming the plurality of electrically isolated conductors by laying down insulated conducting wire on an adhesive layer, said insulated conducting wire comprising an insulating coating; forming a flexible conductor array sheet from the insulated conducting wires laid down on the adhesive layer,
A package of playing cards, the package having, in an assembled state, a shape of a rectangular parallelepiped with six faces including front and rear faces, right and left side faces, and top and bottom faces, characterised in that the package comprises: at least one cut-offline, each of which is formed by parallel cut lines in a longitudinal direction of the rectangular parallelepiped package, allowing the detachment of at least one of the left side face and the right side face of the package so as to partially expose the playing cards contained in the package; and a break line, which allows a remaining portion to be torn, which is a remaining part of the package, when the package is set in a card shooter. at least one cut-offline, each of which is formed by parallel cut lines in a longitudinal direction of the rectangular parallelepiped package, allowing the detachment of at least one of the left side face and the right side face of the package so as to partially expose the playing cards contained in the package; and a break line, which allows a remaining portion to be torn, which is a remaining part of the package, when the package is set in a card shooter.
A double acting positive displacement fluid pump (I, II, III) having two or more housings (3A, 20A; 36, 39; 64A, 71A), a pump fluid inlet chamber (3; 36A; 71) in fluid communication through a passage (6A, 15A, 21A; 40A) with a pump fluid outlet chamber (20; 39A; 64), said through passage (6A, 15A, 21A; 40A) being further provided with at least one combined suction-discharge valve (9; 45; 66) arranged in the through passage (6A, 15A, 21A; 40A), a reciprocatingly drivable plunger (6, 15, 21; 35, 40, 43; 60) having an inlet portion reciprocatingly positioned within the pump fluid inlet chamber (3; 36A; 71) and an outlet portion reciprocatingly positioned within the pump fluid outlet chamber (20; 39A; 64), the inlet portion (6; 43; 73) of the plunger (6, 15, 21; 35, 40, 43; 60) having an effective displacement area which is larger than the effective displacement area of the outlet portion (21; 44; 69), wherein the pump fluid inlet chamber (3; 36A; 71) and inlet portion (6; 43; 73) comprise a central pump fluid inlet chamber axis (3B; 36B) and a fluid entry (1; 38; 80) having an inlet suction valve assembly (2; 37; 75), the pump fluid outlet chamber (20; 39A; 64) and outlet portion (21; 44; 69) comprise a central pump fluid outlet chamber axis (20B; 39B) and the drive shaft comprises a drive shaft axis, wherein the central pump fluid inlet chamber axis (3B; 36B), the central pump fluid outlet chamber axis (20B; 39B) and the drive shaft axis are at least substantially coaxial and form a central double acting positive displacement fluid pump axis (IB; IIB; IIIB), the inlet portion effective displacement area of the plunger (6, 15, 21; 35, 40, 43; 60) being larger than the outlet portion effective displacement area of the plunger (6, 15, 21; 35, 40, 43; 60) and the displacement volume of the inlet portion (6; 43; 73) of the plunger (6, 15, 21; 35, 40, 43; 60) is larger than the displacement volume of the outlet portion (21; 44; 69) of the plunger (6, 15, 21; 40; 60), characterized in that a first housing (3A; 36; 71A) comprises the pump fluid inlet chamber (3; 36A; 71) and a separate second housing (20A; 39; 64A) comprises the pump fluid outlet chamber (20; 39A; 64), and in that the inlet chamber (3; 36A; 71) and outlet chamber (20; 39A; 64) each have seperate sealing arrangements where the sealing between the chamber and its reciprocating plunger (6, 15, 21; 35, 40, 43; 60) takes place by a plunger sealing arrangement which withstands internal pressure from within to the outside of its respective chamber.
A method for conducting wireless communication using an acoustic signal in a first device including a loudspeaker, the method comprising: generating connection information for data communication; converting the connection information to a signal for acoustic transmission; transmitting the signal as an acoustic signal to a second device using the loudspeaker; determining whether an acknowledgement signal is received at the first device from the second device in response to the acoustic signal; gradually increasing a volume of the acoustic signal, when the acknowledgement signal is not received from the second device; and conducting (37, 47) wireless communication with the second device on a wireless communication channel and discontinuing transmission of the acoustic signal, when the acknowledgement signal is received from the second device; wherein said gradually increasing the volume of the acoustic signal comprises terminating the transmission of the acoustic signal when the volume of the acoustic signal exceeds a preset maximum volume; and wherein conducting wireless communication (37, 47) comprises: transmitting, by the first device, using acoustic signal transmission bands of an acoustic communication channel; and transmitting, by the second device, using different acoustic signal transmission bands of the acoustic communication channel. generating connection information for data communication; converting the connection information to a signal for acoustic transmission; transmitting the signal as an acoustic signal to a second device using the loudspeaker; determining whether an acknowledgement signal is received at the first device from the second device in response to the acoustic signal; gradually increasing a volume of the acoustic signal, when the acknowledgement signal is not received from the second device; and conducting (37, 47) wireless communication with the second device on a wireless communication channel and discontinuing transmission of the acoustic signal, when the acknowledgement signal is received from the second device; wherein said gradually increasing the volume of the acoustic signal comprises terminating the transmission of the acoustic signal when the volume of the acoustic signal exceeds a preset maximum volume; and wherein conducting wireless communication (37, 47) comprises: transmitting, by the first device, using acoustic signal transmission bands of an acoustic communication channel; and transmitting, by the second device, using different acoustic signal transmission bands of the acoustic communication channel. transmitting, by the first device, using acoustic signal transmission bands of an acoustic communication channel; and transmitting, by the second device, using different acoustic signal transmission bands of the acoustic communication channel.
Orthopaedic device for ankle arthrodesis, in particular for the arthrodesis or fusion of an ankle joint, of the type comprising: - a nail (1; 1') having a distal head and a proximal tip ends opposed to each other; - at least a distal first portion of the nail having an axis of symmetry (A-A); - at least a proximal second portion of the nail; - a single circular first transverse hole made in the first portion near the head of the nail and extended according to its own axis (C-C) perpendicularly to said axis of symmetry (A-A); - a slotted second transverse hole still made in the first portion of the nail and extended perpendicular to both said first axis of symmetry (A-A), and to the axis (C-C) of the first transverse hole; - the slotted second transverse hole being made at a greater distance with respect to the head of the nail than the distance from the head of said first transverse hole; characterized in that said single circular first transverse hole is arranged to accommodate a bone screw oriented along a mediolateral direction in a patient's calcaneus and said slotted second transverse hole is arranged to accommodate a fastening screw oriented along a posteroanterior direction in the patient's calcaneus. - a nail (1; 1') having a distal head and a proximal tip ends opposed to each other; - at least a distal first portion of the nail having an axis of symmetry (A-A); - at least a proximal second portion of the nail; - a single circular first transverse hole made in the first portion near the head of the nail and extended according to its own axis (C-C) perpendicularly to said axis of symmetry (A-A); - a slotted second transverse hole still made in the first portion of the nail and extended perpendicular to both said first axis of symmetry (A-A), and to the axis (C-C) of the first transverse hole; - the slotted second transverse hole being made at a greater distance with respect to the head of the nail than the distance from the head of said first transverse hole;
A method for bonding a first substrate to a second substrate, comprising the steps of: a. applying to one or both of the substrates a primer composition that includes an adhesion promoter, which is an adduct prepared by the reaction of at least one aromatic triisocyanate compound, including a thiophosphate group, with the active hydrogen of an organofunctional silane, b. applying an adhesive to at least one of the substrates, and c. assembling the two substrates; d. wherein the reaction step includes reacting 1 mole of the at least one aromatic triisocyanate with 2 to 3 moles amino-silane, mercapto-silane, or a combination thereof, provided that the molar ratio of hydrogen active groups to isocyanate groups is less than one. a. applying to one or both of the substrates a primer composition that includes an adhesion promoter, which is an adduct prepared by the reaction of at least one aromatic triisocyanate compound, including a thiophosphate group, with the active hydrogen of an organofunctional silane, b. applying an adhesive to at least one of the substrates, and c. assembling the two substrates; d. wherein the reaction step includes reacting 1 mole of the at least one aromatic triisocyanate with 2 to 3 moles amino-silane, mercapto-silane, or a combination thereof, provided that the molar ratio of hydrogen active groups to isocyanate groups is less than one.
Edge piece for forming a termination of a window sill and for making a connection to a facade, wherein the edge piece comprises: one or more coupling elements, which can be connected positively to one or more coupling elements of a window frame; at least one upper side, a lower side, a side part and a rear side, i.e., a side to be arranged on the window side; and at least one overhang, characterized in that the lower side and the rear side each have a width that is greater than a width of the upper side, such that the upper side of the edge piece is narrower than its lower side and its rear side, and the at least one overhang is formed by each of the widened lower side and the widened rear side. one or more coupling elements, which can be connected positively to one or more coupling elements of a window frame; at least one upper side, a lower side, a side part and a rear side, i.e., a side to be arranged on the window side; and at least one overhang, characterized in that the lower side and the rear side each have a width that is greater than a width of the upper side, such that the upper side of the edge piece is narrower than its lower side and its rear side, and the at least one overhang is formed by each of the widened lower side and the widened rear side.
A control system for a vehicle, the vehicle comprising a frame and a track system for traction of the vehicle, the track system comprising: - a track comprising a ground-engaging outer side and an inner side opposite to the ground-engaging outer side; and - a track-engaging assembly for driving and guiding the track around the track-engaging assembly, the track-engaging assembly comprising: - a frame; and - a drive wheel for imparting motion to the track; the track system being pivotable about a pivot axis relative to the frame of the vehicle such that longitudinal ends of the track system move vertically, characterized in that: the track system is pivotable relative to the frame of the vehicle about a steering axis by a steering mechanism of the vehicle to vary a steering angle of the track system in order to steer the vehicle; and the control system comprises: - an actuator connectable to the track system; and - a processing entity configured to control the actuator based on a speed of the vehicle and a direction of motion of the vehicle for controlling a pivoting movement of the track system about the pivot axis relative to the frame of the vehicle while the vehicle is in motion, including to adjust an orientation of the track system relative to the frame of the vehicle. - a track comprising a ground-engaging outer side and an inner side opposite to the ground-engaging outer side; and - a track-engaging assembly for driving and guiding the track around the track-engaging assembly, the track-engaging assembly comprising: - a frame; and - a drive wheel for imparting motion to the track; the track system being pivotable about a pivot axis relative to the frame of the vehicle such that longitudinal ends of the track system move vertically, characterized in that: the track system is pivotable relative to the frame of the vehicle about a steering axis by a steering mechanism of the vehicle to vary a steering angle of the track system in order to steer the vehicle; and the control system comprises: - an actuator connectable to the track system; and - a processing entity configured to control the actuator based on a speed of the vehicle and a direction of motion of the vehicle for controlling a pivoting movement of the track system about the pivot axis relative to the frame of the vehicle while the vehicle is in motion, including to adjust an orientation of the track system relative to the frame of the vehicle. - a frame; and - a drive wheel for imparting motion to the track; - an actuator connectable to the track system; and - a processing entity configured to control the actuator based on a speed of the vehicle and a direction of motion of the vehicle for controlling a pivoting movement of the track system about the pivot axis relative to the frame of the vehicle while the vehicle is in motion, including to adjust an orientation of the track system relative to the frame of the vehicle.
Railway maintenance apparatus configured for track side operation comprising: an apparatus body supported by first and second ground engaging means comprising chain treads arranged at first and second opposite sides of the apparatus body, each chain tread extending in a direction parallel to the longitudinal axis of the apparatus, a rail lifting head arranged below at least part of the apparatus body between the first and second ground engaging means, a lifting means adapted to raise or lower the rail lifting head, wherein the spacing between the first and second ground engaging means is between 0.7 and 1.5 m so that in operation the apparatus can be used on a single track railway, with one ground engaging means between the rails of the single track railway and the other ground engaging means to one side of the rails of the single track railway, on the ballast or area close to the track, characterized in that a plough is arranged at the first side of the apparatus body, the plough including a blade arranged to remove ballast when moving the railway maintenance apparatus forward, and a plough support structure connecting the blade to the apparatus body. an apparatus body supported by first and second ground engaging means comprising chain treads arranged at first and second opposite sides of the apparatus body, each chain tread extending in a direction parallel to the longitudinal axis of the apparatus, a rail lifting head arranged below at least part of the apparatus body between the first and second ground engaging means, a lifting means adapted to raise or lower the rail lifting head, wherein the spacing between the first and second ground engaging means is between 0.7 and 1.5 m so that in operation the apparatus can be used on a single track railway, with one ground engaging means between the rails of the single track railway and the other ground engaging means to one side of the rails of the single track railway, on the ballast or area close to the track, characterized in that a plough is arranged at the first side of the apparatus body, the plough including a blade arranged to remove ballast when moving the railway maintenance apparatus forward, and a plough support structure connecting the blade to the apparatus body.
A method for making a liquid smoke coloring agent solution comprising a) contacting a starting material liquid smoke composition which is not totally water miscible having a benzo(a)pyrene content of under about 10 parts per billion and including an organic component, which will fall out as an organic precipitate when the starting-material liquid smoke composition is contacted with water, with water; b) obtaining said organic precipitate after said contacting; c) producing from said organic precipitate by adding an alkaline agent and water, a liquid smoke coloring agent solution, that (a) has an alkaline pH above about 11, (b) is totally water miscible, and (c) possesses a benzo(a)pyrene content less than about 5 parts per billion. a) contacting a starting material liquid smoke composition which is not totally water miscible having a benzo(a)pyrene content of under about 10 parts per billion and including an organic component, which will fall out as an organic precipitate when the starting-material liquid smoke composition is contacted with water, with water; b) obtaining said organic precipitate after said contacting; c) producing from said organic precipitate by adding an alkaline agent and water, a liquid smoke coloring agent solution, that (a) has an alkaline pH above about 11, (b) is totally water miscible, and (c) possesses a benzo(a)pyrene content less than about 5 parts per billion.