mhurhangee/patent-ind-claim-en huggingface dataset:
A projector with a detection function, the projector comprising: a projection optical system that projects image light on a projection plane ; an irradiation optical system that generates an irradiation beam on a basis of light obtained from a light source, and outputs the irradiation beam, the irradiation beam being used for detection of a detection object on the projection plane, the detection object being configured to be detected; an illumination control section that performs temporal light-quantity modulation of said light obtained from the light source to cause coherence of said irradiation beam to be reduced; and an imaging device to image a projection area on the projection plane, wherein scattered light (La) of the irradiation beam derived from the detection object enters the imaging device. a projection optical system that projects image light on a projection plane ; an irradiation optical system that generates an irradiation beam on a basis of light obtained from a light source, and outputs the irradiation beam, the irradiation beam being used for detection of a detection object on the projection plane, the detection object being configured to be detected; an illumination control section that performs temporal light-quantity modulation of said light obtained from the light source to cause coherence of said irradiation beam to be reduced; and an imaging device to image a projection area on the projection plane, wherein scattered light (La) of the irradiation beam derived from the detection object enters the imaging device.
An electrode assembly comprising a plurality of unit cells and films , wherein each of the unit cells has a structure in which a first separator, a positive electrode or a negative electrode, and a second separator are sequentially stacked, and wherein each of the first separator and the second separator has an area larger than each of areas of the positive electrode and the negative electrode , wherein each of the first separator and the second separator has ends protruding both sides of the separator, and bonding portions are formed by bonding the ends on each of the two sides of the first separator and the second separators of the unit cell, the films are disposed to cover the bonding portions , the films are disposed on each of the two sides of the directions perpendicular to the stacking direction of the electrodes and separators, and are attached to each of the side surfaces of the electrode assembly having two sides perpendicular to the sides from which the positive electrode tab and the negative electrode tab protrude, and the films are thermally fused to the bonding portion , and the plurality of unit cells is stacked and thermally fused together at bonding portions on each of two sides of the first and the second separator of each unit cell. wherein each of the unit cells has a structure in which a first separator, a positive electrode or a negative electrode, and a second separator are sequentially stacked, and wherein each of the first separator and the second separator has an area larger than each of areas of the positive electrode and the negative electrode , wherein each of the first separator and the second separator has ends protruding both sides of the separator, and bonding portions are formed by bonding the ends on each of the two sides of the first separator and the second separators of the unit cell, wherein each of the first separator and the second separator has an area larger than each of areas of the positive electrode and the negative electrode , wherein each of the first separator and the second separator has ends protruding both sides of the separator, and bonding portions are formed by bonding the ends on each of the two sides of the first separator and the second separators of the unit cell, the films are disposed to cover the bonding portions , the films are disposed on each of the two sides of the directions perpendicular to the stacking direction of the electrodes and separators, and are attached to each of the side surfaces of the electrode assembly having two sides perpendicular to the sides from which the positive electrode tab and the negative electrode tab protrude, and the films are thermally fused to the bonding portion , and the plurality of unit cells is stacked and thermally fused together at bonding portions on each of two sides of the first and the second separator of each unit cell.
A seat cushion for a vehicle seat, in particular an aircraft seat, comprising at least one bolster comprising at least one first layer made of a plastic material, wherein in the at least one first plastic material layer at least one stabilizing means is embedded, wherein the at least one stabilizing means has a higher bending stiffness with respect to the first plastic material layer , wherein the at least one stabilizing means comprises profiled carrier rails spaced apart from each other, characterized in that the carrier rails have a U-profile or a trapezoidal profile, wherein the carrier rails consist of carbon fibers or glass fibers, wherein the fibers are incorporated in a resin system, and wherein the carrier rails are profiled by press embossing of wet fiber materials. wherein in the at least one first plastic material layer at least one stabilizing means is embedded, wherein the at least one stabilizing means has a higher bending stiffness with respect to the first plastic material layer , wherein the at least one stabilizing means comprises profiled carrier rails spaced apart from each other, characterized in that the carrier rails have a U-profile or a trapezoidal profile, wherein the carrier rails consist of carbon fibers or glass fibers, wherein the fibers are incorporated in a resin system, and wherein the carrier rails are profiled by press embossing of wet fiber materials.
A dosing device or system for dispensing a plurality of tablets, which each comprise at least one active ingredient for an automatic washing process, into an automatic washing machine, wherein the dosing device or system is for dispensing one or more, but not all, of the plurality of tablets at once into the automatic washing machine, wherein the dosing device or system comprises: a container for storing the plurality of tablets, wherein the container comprises an exit port ; an outlet for delivering the one or more tablets from the container into the automatic washing machine; a metering mechanism located between the exit port of the container and the outlet; and a housing which surrounds the metering mechanism, wherein the housing comprises an inlet opening for receiving the one or more tablets from the exit port of the container, and an output opening for delivering the one or more tablets to the outlet; wherein the metering mechanism is linearly moveable in the housing between a first position in which the one or more tablets is receivable in the inlet opening, and a second position in which the one or more tablets is deliverable to the outlet; characterised in that the metering mechanism is also rotatable between the first position and the second position. a container for storing the plurality of tablets, wherein the container comprises an exit port ; an outlet for delivering the one or more tablets from the container into the automatic washing machine; a metering mechanism located between the exit port of the container and the outlet; and a housing which surrounds the metering mechanism, wherein the housing comprises an inlet opening for receiving the one or more tablets from the exit port of the container, and an output opening for delivering the one or more tablets to the outlet; wherein the metering mechanism is linearly moveable in the housing between a first position in which the one or more tablets is receivable in the inlet opening, and a second position in which the one or more tablets is deliverable to the outlet; characterised in that the metering mechanism is also rotatable between the first position and the second position.
Method for assembling a suspension system of a motorcycle provided with a frame , two front steering wheels , a steering pipe rotatably connected to the frame and rigidly connected to two supporting assemblies , one for each front steering wheel , on each of the supporting assembly being constrained fixed portions or rods of two telescopic elements , comprising the successive steps of: - obtaining, on the sliding portion of a first of said telescopic elements of each pair of telescopic elements , a plurality of holes , - coupling said holes of the first telescopic element with corresponding holes obtained on the sliding portion of the second telescopic element of each pair of telescopic elements , so as to obtain a mutual connection, through fixing means (42A, 42B, 42C; 52; 54A, 54B, 54C; 56A), of said first and second telescopic elements, wherein said fixing means comprise a plurality of screws with relative nuts , wherein said mutual connection is obtained by the steps of: - inserting a peg , at least in the pair of lower connection holes arranged farthest down on the two telescopic elements , wherein the internal diameter of each of such lower connection holes is substantially the same size as the external diameter of each peg , whereas the peg itself is axially provided with a through hole for the introduction of a screw , - bring together the pair of lower connection holes of the telescopic elements , without forcing, through the screw and a relative nut , - inserting the fixed portions or rods of the telescopic elements inside clamps obtained on the respective support assembly , - clamping the clamps , - applying a blocking torque to the screws and the relative nuts of the remaining pairs of connection holes of the telescopic elements . - obtaining, on the sliding portion of a first of said telescopic elements of each pair of telescopic elements , a plurality of holes , - coupling said holes of the first telescopic element with corresponding holes obtained on the sliding portion of the second telescopic element of each pair of telescopic elements , so as to obtain a mutual connection, through fixing means (42A, 42B, 42C; 52; 54A, 54B, 54C; 56A), of said first and second telescopic elements, wherein said fixing means comprise a plurality of screws with relative nuts , - inserting a peg , at least in the pair of lower connection holes arranged farthest down on the two telescopic elements , wherein the internal diameter of each of such lower connection holes is substantially the same size as the external diameter of each peg , whereas the peg itself is axially provided with a through hole for the introduction of a screw , - bring together the pair of lower connection holes of the telescopic elements , without forcing, through the screw and a relative nut , - inserting the fixed portions or rods of the telescopic elements inside clamps obtained on the respective support assembly , - clamping the clamps , - applying a blocking torque to the screws and the relative nuts of the remaining pairs of connection holes of the telescopic elements .
A fixing device for fixing a tarpaulin (P) to a vehicle, wherein the fixing device comprises at least one holding device associated in each case with an edge of the tarpaulin (P) and having a guide chamber for receiving a welt (K) of the tarpaulin (P), and, associated with each holding device , at least one tensioning device , which is fixed to the vehicle, for exerting a force onto the tarpaulin (P) via the holding device , at least one holding device being designed in the form of a holding profile rail which comprises the guide chamber , characterised in that the holding profile rail has a groove , into which a tongue of the tensioning device for tensioning the tarpaulin (P) by means of a shear force engages with the holding device , with a rail strip , at the end of which the groove is formed, resting against the tarpaulin (P) when this is tensioned.
A process for providing a polymer that comprises ethylenic unsaturation, comprising: a) providing an initiating compound having the general formula where R 1 is a substituted or unsubstituted phenyl group, R 2 is R 1 , a hydrogen atom, a substituted or unsubstituted alkyl group, or a substituted or unsubstituted cycloalkyl group, and R N is the radical of a secondary amine group, with the proviso that each of R 1 and R 2 is free of active hydrogen atom-containing groups; b) introducing said initiating compound to a reaction vessel that comprises one or more organic liquids and one or more ethylenically unsaturated compounds which comprise at least one polyene; and c) allowing said one or more ethylenically unsaturated compounds to polymerize, thereby providing said polymer. a) providing an initiating compound having the general formula where R 1 is a substituted or unsubstituted phenyl group, R 2 is R 1 , a hydrogen atom, a substituted or unsubstituted alkyl group, or a substituted or unsubstituted cycloalkyl group, and R N is the radical of a secondary amine group, with the proviso that each of R 1 and R 2 is free of active hydrogen atom-containing groups; R 1 is a substituted or unsubstituted phenyl group, R 2 is R 1 , a hydrogen atom, a substituted or unsubstituted alkyl group, or a substituted or unsubstituted cycloalkyl group, and R N is the radical of a secondary amine group, b) introducing said initiating compound to a reaction vessel that comprises one or more organic liquids and one or more ethylenically unsaturated compounds which comprise at least one polyene; and c) allowing said one or more ethylenically unsaturated compounds to polymerize, thereby providing said polymer.
System comprising - a rotary transformer for inductively transmitting energy from a primary coil to a secondary coil, - a rotor shaft, - a receiving part , the secondary coil being connected for conjoint rotation to the rotor shaft, which is mounted so as to be rotatable relative to the primary coil, the secondary coil having a coil core and a secondary winding, in particular an annular winding , which is received in the receiving part , the receiving part in particular being connected to the rotor shaft for conjoint rotation, the coil core comprising a yoke disc having at least two legs connected by means of the yoke disc, the secondary winding in particular being arranged between the legs, characterised in that the system comprises a lid part , which is connected to the receiving part , the secondary winding being arranged between the lid part and the receiving part , the coil core being arranged between the lid part and the receiving part , the lid part having axial through-openings spaced apart from one another, in particular regularly, in the circumferential direction, the radial clearance region of each opening covering, in particular fully covering, the radial clearance region of the coil core or at least of a first leg of the coil core , the axial region covered by the lid part overlapping, in particular substantially overlapping, in particular partly overlapping, the axial region covered by the coil core , the coil core in particular protruding axially into the relevant opening , the openings in particular each being formed as segments of an annulus. - a rotary transformer for inductively transmitting energy from a primary coil to a secondary coil, - a rotor shaft, - a receiving part ,
An adeno-associated Virus (AAV) having at least one chemically-modified tyrosine residue in its capsid, wherein said chemically-modified tyrosine residue is of formula (I): Wherein: - X 1 is selected from the group consisting of: and - Ar is an aryl or a heteroaryl moiety optionally substituted. - X 1 is selected from the group consisting of: and - Ar is an aryl or a heteroaryl moiety optionally substituted.
An optical system (10; 20), comprising an optical device (1; 11) comprising a Pockels cell, in particular a CdTe Pockels cell; and a housing (2; 12) comprising at least one inlet port (2A; 12A) and at least one outlet port (2B; 12B), both inlet and outlet ports (2A, 2B; 12A, 12B) being formed in a wall of the housing (2; 12); wherein the optical device (1; 11) is mounted within the housing (2; 12), so that a fluid connection is provided between the at least one inlet port (2A; 12A) and the at least one outlet port (2B; 12B) to allow a cooling medium to flow along at least a portion of a side face of the optical device (1; 11) on the way from the inlet port (2A; 12A) to the outlet port (2B; 12B), wherein the housing comprises an inner portion (12.1) and an outer portion (12.2) wherein the outer portion (12.2) comprises the form of a tube comprising a ring-like cross-section, wherein the inner portion (12.1) comprises one or more holding members (12.11) configured to hold the optical device , characterized in that the one or more holding members (12.11) each comprise an inner manifold structure which is in fluid connection with the inlet and outlet ports . an optical device (1; 11) comprising a Pockels cell, in particular a CdTe Pockels cell; and a housing (2; 12) comprising at least one inlet port (2A; 12A) and at least one outlet port (2B; 12B), both inlet and outlet ports (2A, 2B; 12A, 12B) being formed in a wall of the housing (2; 12); wherein the optical device (1; 11) is mounted within the housing (2; 12), so that a fluid connection is provided between the at least one inlet port (2A; 12A) and the at least one outlet port (2B; 12B) to allow a cooling medium to flow along at least a portion of a side face of the optical device (1; 11) on the way from the inlet port (2A; 12A) to the outlet port (2B; 12B), wherein the housing comprises an inner portion (12.1) and an outer portion (12.2) wherein the outer portion (12.2) comprises the form of a tube comprising a ring-like cross-section, wherein the inner portion (12.1) comprises one or more holding members (12.11) configured to hold the optical device , characterized in that the one or more holding members (12.11) each comprise an inner manifold structure which is in fluid connection with the inlet and outlet ports .
An isolated BCMA-binding antibody, or a BCMA-binding fragment thereof, comprising: a Vh-CDR1 comprising SEQ ID NO:4, a Vh-CDR2 comprising SEQ ID NO:5, a Vh-CDR3 comprising SEQ ID NO:6, a Vl-CDR1 comprising SEQ ID NO:106, a Vl-CDR2 comprising SEQ ID NO:107, and a Vl-CDR3 comprising SEQ ID NO: 108.
A dispenser for dispensing flowable materials, the dispenser comprising: a container having an outer wall , a dividing wall and a membrane operably connected to define a first chamber , a second chamber and a third chamber , the dividing wall connected to the membrane at an interface, the first chamber defining a first volume and configured to contain a first flowable material (M1) and the second chamber defining a second volume and configured to contain a second flowable material (M2), the membrane having a first section having a first fracturable member and a second section having a second fracturable member , the first section separated from the second section by the interface, the third chamber being positioned adjacent the membrane generally opposite the first chamber and the second chamber , and characterized in that the third chamber defines a third volume and is configured to receive the first flowable material (M1) and the second flowable material (M2) upon fracture of the first fracturable member and the second fracturable member wherein a mixture (MX) is formed, wherein the third volume is approximately equal to or greater than collectively the first volume and the second volume.
A material testing machine comprising: a control device which includes a master unit , which includes a synchronization signal source configured to generate a synchronization signal, and a plurality of slave units, the control device being configured to operate the plurality of slave units in synchronization based on the synchronization signal from the master unit , wherein the master unit includes a plurality of synchronization signal distribution adjustment circuits , each of which includes a period measurement circuit which is configured to measure a period of the synchronization signal output from the synchronization signal source , a time difference measurement circuit which is configured to measure a time difference between an issuing time point at which the synchronization signal is issued from the master unit to one of the plurality of slave units and a return time point at which the synchronization signal returns from the slave unit to the master unit , and a delay circuit which is configured to set, as a delay time length, a time length which is obtained by subtracting a half of the time difference measured in the time difference measurement circuit from a period of the synchronization signal measured in the period measurement circuit , and is configured to delay a time point at which the synchronization signal is issued from the master unit to the slave unit by the delay time length. a control device which includes a master unit , which includes a synchronization signal source configured to generate a synchronization signal, and a plurality of slave units, the control device being configured to operate the plurality of slave units in synchronization based on the synchronization signal from the master unit , wherein the master unit includes a plurality of synchronization signal distribution adjustment circuits , each of which includes a period measurement circuit which is configured to measure a period of the synchronization signal output from the synchronization signal source , a time difference measurement circuit which is configured to measure a time difference between an issuing time point at which the synchronization signal is issued from the master unit to one of the plurality of slave units and a return time point at which the synchronization signal returns from the slave unit to the master unit , and a delay circuit which is configured to set, as a delay time length, a time length which is obtained by subtracting a half of the time difference measured in the time difference measurement circuit from a period of the synchronization signal measured in the period measurement circuit , and is configured to delay a time point at which the synchronization signal is issued from the master unit to the slave unit by the delay time length.
A heating device comprising: a heater including a heat generator ; a holder configured to hold the heater ; a device frame configured to support the holder ; a primary positioner configured to position the heater with respect to the holder in a longitudinal direction of the heater ; a secondary positioner configured to position the holder with respect to the device frame in the longitudinal direction of the heater ; and a tertiary positioner configured to position the device frame with respect to a body of an image forming apparatus in the longitudinal direction of the heater , wherein the primary positioner , and the tertiary positioner are disposed on an identical side defined by a center of the heat generator in the longitudinal direction of the heater and no primary positioner or tertiary positioner is disposed on another side defined by the center of the heat generator in the longitudinal direction of the heater . a heater including a heat generator ; a holder configured to hold the heater ; a device frame configured to support the holder ; a primary positioner configured to position the heater with respect to the holder in a longitudinal direction of the heater ; a secondary positioner configured to position the holder with respect to the device frame in the longitudinal direction of the heater ; and a tertiary positioner configured to position the device frame with respect to a body of an image forming apparatus in the longitudinal direction of the heater , wherein the primary positioner , and the tertiary positioner are disposed on an identical side defined by a center of the heat generator in the longitudinal direction of the heater and no primary positioner or tertiary positioner is disposed on another side defined by the center of the heat generator in the longitudinal direction of the heater .