mhurhangee/ep-ind-claims huggingface dataset:
A holographic projection system arranged to display information for a user in a primary image region of a two-dimensional image at a replay field, the projection system comprising: a light source arranged to output light at a wavelength; a spatial light modulator arranged to receive the light from the light source and output spatially modulated light in accordance with a computer generated hologram encoded on the spatial light modulator to form the two-dimensional image at the replay field, wherein the image comprises the primary image region and a secondary image region different from the primary image region; a detector arranged to detect the optical power of the secondary image region of the image; and a light controller arranged to change the optical power of the light output by the light source in response to the detected optical power of the secondary image region by applying a gain factor, G, to the drive input of the light source, wherein G = T P × x y and T is the desired maximum luminance (cd/m 2) of the image, P is the luminance of the secondary image region derived from the detected optical power, x is the total number of grey levels used in the image and y is the grey level of the light of the secondary image region. a light source arranged to output light at a wavelength; a spatial light modulator arranged to receive the light from the light source and output spatially modulated light in accordance with a computer generated hologram encoded on the spatial light modulator to form the two-dimensional image at the replay field, wherein the image comprises the primary image region and a secondary image region different from the primary image region; a detector arranged to detect the optical power of the secondary image region of the image; and a light controller arranged to change the optical power of the light output by the light source in response to the detected optical power of the secondary image region by applying a gain factor, G, to the drive input of the light source, wherein G = T P × x y and T is the desired maximum luminance (cd/m 2) of the image, P is the luminance of the secondary image region derived from the detected optical power, x is the total number of grey levels used in the image and y is the grey level of the light of the secondary image region.
Reinforcement member (20, 200, 201) for a shaker prong (3, 30, 300), of the type comprising a shaker rod, suitable for being used in an apparatus for harvesting olives and similar produce, wherein it comprises an annular insertion portion for the insertion around a support crossbar for said shaker rod, said reinforcement member (20, 200, 201) comprising reciprocal coupling and fastening means (24, 25) with said shaker rod characterized in that it comprises a first hole, and a second hole coaxial and opposed with respect to said annular insertion portion for the insertion of said shaker rod.
Device for reducing a magnetic unidirectional flux fraction in the core of a transformer, said device comprising: - a measuring device, providing a sensor signal corresponding to the magnetic unidirectional flux fraction, - a compensation winding which is coupled magnetically to the core of the transformer, - a switching unit which is arranged electrically in a path of the current in series with the compensation winding, in order to feed a current into the compensation winding, the action of said current being in an opposite direction to the unidirectional flux fraction, wherein the switching unit can be controlled by means of a control variable provided by a control device, - characterised in that - the switching unit can be switched into a conducting state during a predetermined time interval, the turn-on time of said time interval taking place in a manner synchronous to the mains, i.e. phase-synchronously to the voltage in the compensation winding and in accordance with the control variable, - a device for current limitation is provided in the path of the current, - the control device comprises a device for detecting the voltage phase in the compensation winding and a timer device triggered by said compensation winding for specifying the time interval, - and that the sensor signal is supplied to the control device. - a measuring device, providing a sensor signal corresponding to the magnetic unidirectional flux fraction, - a compensation winding which is coupled magnetically to the core of the transformer, - a switching unit which is arranged electrically in a path of the current in series with the compensation winding, in order to feed a current into the compensation winding, the action of said current being in an opposite direction to the unidirectional flux fraction, wherein the switching unit can be controlled by means of a control variable provided by a control device, - characterised in that - the switching unit can be switched into a conducting state during a predetermined time interval, the turn-on time of said time interval taking place in a manner synchronous to the mains, i.e. phase-synchronously to the voltage in the compensation winding and in accordance with the control variable, - a device for current limitation is provided in the path of the current, - the control device comprises a device for detecting the voltage phase in the compensation winding and a timer device triggered by said compensation winding for specifying the time interval, - and that the sensor signal is supplied to the control device.
An apparatus comprising: a controller; a tray communicating with the controller and configured with at least one opening; at least one canister configured with an identifier and a dye, the dye associated with the identifier, the at least one canister being coupled to the at least one opening of the tray; a reader communicating with the controller; a dispenser comprising: an actuator communicating with the controller; and a lever arm coupled to the actuator and configured with a projection; characterized by an optical sensor configured to detect the position and presence of the at least one canister; wherein the controller is configured to create a map of whether each of the at least one openings contains a canister, based on the detected position of the at least one canister; wherein the reader, based on the identifier and the map, identifies a selected dye in a selected canister associated with a dye formulation; and wherein when the selected canister is aligned with a dispensing area, the projection of the dispenser applies a downward force on the selected canister and dispenses the selected dye. a controller; a tray communicating with the controller and configured with at least one opening; at least one canister configured with an identifier and a dye, the dye associated with the identifier, the at least one canister being coupled to the at least one opening of the tray; a reader communicating with the controller; a dispenser comprising: an actuator communicating with the controller; and a lever arm coupled to the actuator and configured with a projection; characterized by an optical sensor configured to detect the position and presence of the at least one canister; wherein the controller is configured to create a map of whether each of the at least one openings contains a canister, based on the detected position of the at least one canister; wherein the reader, based on the identifier and the map, identifies a selected dye in a selected canister associated with a dye formulation; and wherein when the selected canister is aligned with a dispensing area, the projection of the dispenser applies a downward force on the selected canister and dispenses the selected dye.
A mutant cholesterol oxidase consisting of an amino acid sequence set forth in SEQ ID NO: 1 and having a reduced oxidase activity as compared to the wild-type cholesterol oxidase and having a dehydrogenase activity of 50% or more of the wild-type cholesterol oxidase, wherein the amino acid residue at position 228 is an amino acid residue selected from Ala, Thr, Lys, Cys, Ser, Gly, Glu, Tyr, Pro, Asn, Gln, Trp and His, the amino acid residue at position 159 is Met and the amino acid residue at position 396 is Phe.
An idle stop control device configured for use in a vehicle equipped with an idle stop engine that is stopped when predetermined idle stop permission conditions including vehicle stoppage are met, and with an automated manual transmission in which a starting gear train can be automatically selected via disengage/engagement control of an automatic clutch (CA, CB) mediated by a medium supplied by a pump (O/P) driven by the engine and via start-off pre-shifting control of a selective gear enmeshment mechanism (11, 16, 20), and in which power from the engine is outputted via the automatically selected starting gear train to allow the vehicle to start moving, wherein: - start-off pre-shifting completion assessment means is provided which is configured to asses whether the start-off pre-shifting control of the automated manual transmission is complete when the vehicle is stopped; - an assessment by said start-off pre-shifting completion assessment means that the start-off pre-shifting control of the automated manual transmission is complete is included in the idle stop permission conditions; and - said start-off pre-shifting completion assessment means is further configured to communicate when said start-off pre-shifting control of the automated manual transmission is not complete so as to prevent idle stop control of the engine. - start-off pre-shifting completion assessment means is provided which is configured to asses whether the start-off pre-shifting control of the automated manual transmission is complete when the vehicle is stopped; - an assessment by said start-off pre-shifting completion assessment means that the start-off pre-shifting control of the automated manual transmission is complete is included in the idle stop permission conditions; and - said start-off pre-shifting completion assessment means is further configured to communicate when said start-off pre-shifting control of the automated manual transmission is not complete so as to prevent idle stop control of the engine.
A spectacle lens comprising - a first transparent cover member, - a second transparent cover member, wherein the first cover member comprises a proximal surface arranged to face the eye and the second cover member comprises a distal surface arranged to face the surroundings when in use, - one or more actuators arranged to generate forces or torques on the first or the second cover member (211, 212) along a circumference of the first or the second cover member so as to generate a controllable change of curvature of the first or the second cover member, wherein the actuators are arranged to generate a displacement along the circumference in a direction normal or substantially normal to the proximal surface or the distal surface, - a transparent, deformable, non-fluid body sandwiched between the first and second transparent cover members, - a sliding contact, wherein - the one or more actuators are mechanically engaged with the proximal surface or the distal surface via the sliding contact, wherein the sliding contact is configured to enable displacement of the distal surface or the proximal surface along the distal or proximal surface relative to the actuator and wherein the sliding contact is arranged to provide a stiff connection in a direction normal to the proximal or distal surface at the engagement location, or in the direction of the displacement of the actuator, so that the actuator displacement can be directly transferred to the cover member (211, 212). - a first transparent cover member, - a second transparent cover member, wherein the first cover member comprises a proximal surface arranged to face the eye and the second cover member comprises a distal surface arranged to face the surroundings when in use, - one or more actuators arranged to generate forces or torques on the first or the second cover member (211, 212) along a circumference of the first or the second cover member so as to generate a controllable change of curvature of the first or the second cover member, wherein the actuators are arranged to generate a displacement along the circumference in a direction normal or substantially normal to the proximal surface or the distal surface, - a transparent, deformable, non-fluid body sandwiched between the first and second transparent cover members, - a sliding contact, wherein - the one or more actuators are mechanically engaged with the proximal surface or the distal surface via the sliding contact, wherein the sliding contact is configured to enable displacement of the distal surface or the proximal surface along the distal or proximal surface relative to the actuator and wherein the sliding contact is arranged to provide a stiff connection in a direction normal to the proximal or distal surface at the engagement location, or in the direction of the displacement of the actuator, so that the actuator displacement can be directly transferred to the cover member (211, 212).
An electrolyte for a rechargeable lithium battery comprising: dimethyl trithiocarbonate; and a lithium salt further comprising at least one organic solvent selected from the group consisting of carbonates.
An apparatus arranged to heat smokable material to volatilise at least one component of said smokable material, the apparatus comprising: an outer housing, the outer housing having at least one air inlet; at least one heater segment contained within the outer housing for heating smokable material contained within the apparatus; characterized by the heater segment having at least one air inlet; an air inlet pipe providing fluid communication from the outer housing air inlet to the heater segment air inlet; and the arrangement being such that air can be drawn in through the outer housing air inlet, through the air inlet pipe, through the heater segment air inlet and over smokable material contained within the apparatus. an outer housing, the outer housing having at least one air inlet; at least one heater segment contained within the outer housing for heating smokable material contained within the apparatus; characterized by the heater segment having at least one air inlet; an air inlet pipe providing fluid communication from the outer housing air inlet to the heater segment air inlet; and the arrangement being such that air can be drawn in through the outer housing air inlet, through the air inlet pipe, through the heater segment air inlet and over smokable material contained within the apparatus.
A system for collecting products from product containers into collecting containers in accordance with orders to that effect, comprising a number of racks arranged parallel to each other, each rack comprising, on a number of superimposed levels, side-by-side storage positions for product containers, a guide system comprising horizontal longitudinal guides extending between adjacent racks, parallel to the racks, on a number of levels, carriages capable of travelling along the longitudinal guides between adjacent racks on various levels, which carriages are each provided with exchange means at least for transferring a product container to a storage position and taking over a product container from a storage position, lifts, each lift comprising a carrying element that can be moved to a position in which it connects to the guide system on various levels for taking over a carriage from the guide system and for transferring a carriage to the guide system, at least one collecting station, a conveying system comprising a supply conveying system for supplying product containers from a lift to a collecting station and a discharge conveying system for discharging product containers from the collecting station to a lift, a further conveying system comprising a further supply conveying system for supplying collecting containers to the collecting station and a further discharge conveying system for discharging collecting containers from the collecting station, the guide system further comprising horizontal transverse guides extending above each other, transversely to the racks, which transverse guides connect to longitudinal guides and along which the carriages can also move, wherein lifts arranged in groups in at least one row are provided, and wherein the guide system comprises transfer guides (33, 34) which connect to the transverse guides and/or to the longitudinal guides, along which transfer guides the carriages can move between the lifts on the one hand and the transverse guides and/or the longitudinal guides on the other hand, characterized in that the at least one row of lifts extends parallel to the racks.
A user interface device for a surgical simulation system, said interface comprising: a frame having a support and a suspension portion rotatable around a first axis in relation to said support, an instrument having a rigid shaft with a primary extension along a longitudinal axis non-parallel to said first axis, said shaft being suspended by said suspension portion so as to be translatable along said longitudinal axis in relation to said suspension portion, and a first rotational sensor arranged to detect rotation of said suspension portion around said first axis with respect to said support, characterized by a guiding surface arranged at a distance from said first axis, and fixed in relation to said support, and a first roller arranged between said first axis and said guiding surface, said first roller being frictionally engaged with said guiding surface, so as to rotate when said suspension portion is rotated around said first axis with respect to said support, wherein said first rotational sensor is arranged to detect rotation of said first roller, and wherein said support includes a cover arranged to cover said suspension portion, wherein said guiding surface is formed by an inner surface of said cover. a frame having a support and a suspension portion rotatable around a first axis in relation to said support, an instrument having a rigid shaft with a primary extension along a longitudinal axis non-parallel to said first axis, said shaft being suspended by said suspension portion so as to be translatable along said longitudinal axis in relation to said suspension portion, and a first rotational sensor arranged to detect rotation of said suspension portion around said first axis with respect to said support, characterized by a guiding surface arranged at a distance from said first axis, and fixed in relation to said support, and a first roller arranged between said first axis and said guiding surface, said first roller being frictionally engaged with said guiding surface, so as to rotate when said suspension portion is rotated around said first axis with respect to said support, wherein said first rotational sensor is arranged to detect rotation of said first roller, and wherein said support includes a cover arranged to cover said suspension portion, wherein said guiding surface is formed by an inner surface of said cover.
A pneumatic tire for heavy load comprising: a tread, at least two circumferential grooves (2, 22) extending continuously in a tread circumferential direction, a plurality of transverse grooves (5, 25) opening to the circumferential grooves (2, 22) adjacent each other in a tread width direction, and a block defined by the circumferential grooves (2, 22) and the transverse grooves (5, 25) on a surface (1, 21) of the tread, wherein the block is provided with at least three shallow grooves (7, 8, 9, 27, 28, 29) having an average groove depth shallower than a groove depth of the circumferential grooves (2, 22) adjacent to the block, the average groove depth is greater than 20% and less than 80% of the groove depth of the circumferential grooves (2, 22) adjacent to the blocks, characterized in that and the shallow grooves include a circumferential shallow groove (8, 27, 28) and a width direction shallow groove (7, 9, 29), which open to grooves at both ends; at least two of the shallow grooves (7, 9, 27, 28) open to at least one of the transverse grooves (5, 25) and the circumferential grooves (2, 22) adjacent to the block at both ends, and at least one of the shallow grooves (8, 29) opens to the at least two shallow grooves (7, 9, 27, 28). a tread, at least two circumferential grooves (2, 22) extending continuously in a tread circumferential direction, a plurality of transverse grooves (5, 25) opening to the circumferential grooves (2, 22) adjacent each other in a tread width direction, and a block defined by the circumferential grooves (2, 22) and the transverse grooves (5, 25) on a surface (1, 21) of the tread, wherein the block is provided with at least three shallow grooves (7, 8, 9, 27, 28, 29) having an average groove depth shallower than a groove depth of the circumferential grooves (2, 22) adjacent to the block, the average groove depth is greater than 20% and less than 80% of the groove depth of the circumferential grooves (2, 22) adjacent to the blocks, characterized in that and the shallow grooves include a circumferential shallow groove (8, 27, 28) and a width direction shallow groove (7, 9, 29), which open to grooves at both ends; at least two of the shallow grooves (7, 9, 27, 28) open to at least one of the transverse grooves (5, 25) and the circumferential grooves (2, 22) adjacent to the block at both ends, and at least one of the shallow grooves (8, 29) opens to the at least two shallow grooves (7, 9, 27, 28).
A non-transitory, computer-readable medium having stored thereon a message format, wherein the message format comprises: a message header field comprising: a version indicator to indicate a version of the message format used to format the message; an addressing indicator (1158, 1160) to indicate whether addressing information is included in the message; and a security indicator to indicate whether security information is included in the message; a message ID field configured to identify a message with an identifier that is unique for a device in a fabric network that encodes or sends the message, wherein the message ID field follows the message header field; and an application payload field following the message ID field and comprising data transmitted from the device within the fabric network. a message header field comprising: a version indicator to indicate a version of the message format used to format the message; an addressing indicator (1158, 1160) to indicate whether addressing information is included in the message; and a security indicator to indicate whether security information is included in the message; a version indicator to indicate a version of the message format used to format the message; an addressing indicator (1158, 1160) to indicate whether addressing information is included in the message; and a security indicator to indicate whether security information is included in the message; a message ID field configured to identify a message with an identifier that is unique for a device in a fabric network that encodes or sends the message, wherein the message ID field follows the message header field; and an application payload field following the message ID field and comprising data transmitted from the device within the fabric network.
An ink composition, comprising: a urethane resin that comprises an alicyclic structure at a content of from 6,000 mmol/kg to 12,000 mmol/kg; a water-soluble organic solvent; water; and a colorant. a urethane resin that comprises an alicyclic structure at a content of from 6,000 mmol/kg to 12,000 mmol/kg; a water-soluble organic solvent; water; and a colorant.