mhurhangee/patent-ind-claim-en huggingface dataset:
A method of curing a photo-curable printing plate (1211; 1311; 1411), comprising: providing a light exposure unit (1209; 1309; 1409) comprising a light tunnel having a cross-section and a plurality of walls each wall having a reflective inner surface ; placing a photo-curable printing plate (1211; 1311; 1411) near the light exposure unit (1209; 1309; 1409) having a length, a cross-section, and a pair of ends being a source end and a plate end, the plate (1211; 1311; 1411) having a printing surface placed with the printing surface closer to the plate end than to the source end with the printing plate (1211; 1311; 1411) substantially parallel to the cross-section of the light exposure unit (1209; 1309; 1409); producing light radiation by a light source located at or near one end, called the source end of the light tunnel to the inside of the light tunnel towards the other end of the light tunnel, called the plate end, including towards the reflective inner surfaces of the walls ; and operating the light source to cure the plate material by applying light radiation for a time sufficient for curing; characterized in that the cross-section of said light tunnel is polygonal like a kaleidoscope and has at least four of said walls , wherein said at least four walls consist of pairs of walls , each of said pairs of walls having a first wall and a second wall opposite to and parallel to said first wall, said reflective inner surface of said first wall facing said reflective inner surface of said second wall . providing a light exposure unit (1209; 1309; 1409) comprising a light tunnel having a cross-section and a plurality of walls each wall having a reflective inner surface ; placing a photo-curable printing plate (1211; 1311; 1411) near the light exposure unit (1209; 1309; 1409) having a length, a cross-section, and a pair of ends being a source end and a plate end, the plate (1211; 1311; 1411) having a printing surface placed with the printing surface closer to the plate end than to the source end with the printing plate (1211; 1311; 1411) substantially parallel to the cross-section of the light exposure unit (1209; 1309; 1409); producing light radiation by a light source located at or near one end, called the source end of the light tunnel to the inside of the light tunnel towards the other end of the light tunnel, called the plate end, including towards the reflective inner surfaces of the walls ; and operating the light source to cure the plate material by applying light radiation for a time sufficient for curing; characterized in that the cross-section of said light tunnel is polygonal like a kaleidoscope and has at least four of said walls , wherein said at least four walls consist of pairs of walls , each of said pairs of walls having a first wall and a second wall opposite to and parallel to said first wall, said reflective inner surface of said first wall facing said reflective inner surface of said second wall .
A prefabricated lightweight steel reinforced concrete slab-column assembly, wherein the prefabricated lightweight steel reinforced concrete slab-column assembly is a monolayer or multilayer structure comprising a plurality of prefabricated lightweight steel-reinforced concrete columns vertically arranged therein, wherein the monolayer or each layer of the multilayer structure comprises a prefabricated lightweight steel-reinforced concrete floor and prefabricated lightweight steel-reinforced concrete wall-like supports , wherein the prefabricated lightweight steel-reinforced concrete floor of each layer is demarcated into a plurality of floor slabs by means of the plurality of prefabricated lightweight steel-reinforced concrete columns , and the plurality of floor slabs and the plurality of prefabricated lightweight steel-reinforced concrete columns are assembled into the prefabricated lightweight steel-reinforced concrete floor , wherein the prefabricated lightweight steel-reinforced concrete wall-like supports of each layer are separated apart by the plurality of prefabricated lightweight steel-reinforced concrete columns , wherein each of the separated prefabricated lightweight steel-reinforced concrete wall-like support is disposed on the prefabricated lightweight steel-reinforced concrete floor and sandwiched between two adjacent prefabricated lightweight steel-reinforced concrete columns , characterized in that anti-seismic energy dissipation assemblies are provided between upper portions of the prefabricated lightweight steel-reinforced concrete wall-like supports and the prefabricated lightweight steel-reinforced concrete columns and/or between portions of two adjacent prefabricated lightweight steel-reinforced concrete columns proximal to an overlying prefabricated lightweight steel-reinforced concrete floor .
A device for detecting acute myocardial infarction (AMI) markers in a human blood sample, comprising a mixture of two antibodies or antibody conjugates, each of them specific to one cardiac marker, which are immobilized in an immunoassay strip in a band to react with both cardiac troponin (CT) at a threshold concentration of 0.5 ng/ml and heart-type fatty acids binding protein (HFBP) at a threshold concentration of 5 ng/ml.
Articulated vehicle operated by battery electricity, comprising a semitrailer tractor , a semitrailer and a first electrical machine for driving the semitrailer tractor , which electrical machine is arranged in the semitrailer tractor and can be supplied with electrical drive energy from a first electrical energy storage device which is arranged in the region of the semitrailer , characterized in that the first electrical energy storage device is structurally integrated into a semitrailer base , wherein the first electrical energy storage device is arranged in a cavity of the semitrailer base , wherein a second electrical machine is arranged on the semitrailer on one of the semitrailer axles for driving the semitrailer when said semitrailer is not mechanically coupled to the semitrailer tractor .
A photocurable resin composition, comprising: an allylic polymer (A); a flowability-improving resin (B), and an ethylenically unsaturated compound (C); the allylic polymer (A) being produced by polymerization of an allylic compound represented by the following formula (I): wherein R 1 and R 2 each represent H or CH 3 ; X represents an a-valent group having an unsubstituted saturated or partially unsaturated 4- to 8-membered cyclic backbone; and a represents 2 or 3; the flowability-improving resin (B) being a styrene-based resin having monomer units based on styrene, a maleic acid-based resin having monomer units based on maleic acid or a resin having both monomer units based on styrene and monomer units based on maleic acid; wherein the amount of the flowability-improving resin (B) in the photocurable resin composition is 1 to 25 parts by weight per 100 parts by weight of the allylic polymer (A) of the photocurable resin composition. an allylic polymer (A); a flowability-improving resin (B), and an ethylenically unsaturated compound (C); the allylic polymer (A) being produced by polymerization of an allylic compound represented by the following formula (I): wherein R 1 and R 2 each represent H or CH 3 ; X represents an a-valent group having an unsubstituted saturated or partially unsaturated 4- to 8-membered cyclic backbone; and a represents 2 or 3; the flowability-improving resin (B) being a styrene-based resin having monomer units based on styrene, a maleic acid-based resin having monomer units based on maleic acid or a resin having both monomer units based on styrene and monomer units based on maleic acid; wherein the amount of the flowability-improving resin (B) in the photocurable resin composition is 1 to 25 parts by weight per 100 parts by weight of the allylic polymer (A) of the photocurable resin composition.
A seedbed holding unit that holds a seedbed (B) used in plant cultivation, the seedbed holding unit comprising: a first holding member and a second holding member that are rotatable relative to each other about a predetermined rotation axis, wherein the first holding member is provided with a first claw part in a fixed state, the second holding member is provided with a second claw part in a fixed state, and the seedbed (B) is held between the first claw part and the second claw part by rotating the first holding member and the second holding member relative to each other characterized in that the second holding member has a pipe part , and the first holding member has a shaft part that extends along the rotation axis and is inserted into the pipe part . a first holding member and a second holding member that are rotatable relative to each other about a predetermined rotation axis, wherein the first holding member is provided with a first claw part in a fixed state, the second holding member is provided with a second claw part in a fixed state, and the seedbed (B) is held between the first claw part and the second claw part by rotating the first holding member and the second holding member relative to each other
A method, comprising: generating a virtual environment in a head mounted display , HMD, device operating in an ambient environment; initiating a virtual session and receiving at least one user input for executing at least one corresponding command in the virtual environment while the virtual session is in an active state; detecting at least one of a position or an orientation of the HMD in the ambient environment; detecting a gesture input based on the at least one of the position or the orientation of the HMD ; detecting an end of the virtual session based on the detection of the gesture input; and characterized in that the method further comprises automatically initiating, in response to the detected end of the virtual session, processing related to the at least one command corresponding to the at least one user input received during the virtual session while in the active state, at a computing device (250; 1000; 1050) in the ambient environment, the computing device (250; 1000; 1050) being operably coupled to the HMD and external to the HMD , wherein the processing comprises a follow on action of processing of data related to an action taken by the user while engaged in the virtual session. generating a virtual environment in a head mounted display , HMD, device operating in an ambient environment; initiating a virtual session and receiving at least one user input for executing at least one corresponding command in the virtual environment while the virtual session is in an active state; detecting at least one of a position or an orientation of the HMD in the ambient environment; detecting a gesture input based on the at least one of the position or the orientation of the HMD ; detecting an end of the virtual session based on the detection of the gesture input; and characterized in that the method further comprises automatically initiating, in response to the detected end of the virtual session, processing related to the at least one command corresponding to the at least one user input received during the virtual session while in the active state, at a computing device (250; 1000; 1050) in the ambient environment, the computing device (250; 1000; 1050) being operably coupled to the HMD and external to the HMD , wherein the processing comprises a follow on action of processing of data related to an action taken by the user while engaged in the virtual session.
A cyclonic separation apparatus for a vacuum cleaner , the cyclonic separation apparatus comprising: a cyclone with a hollow generally cylindrical body , a hollow generally frusto-conical body tapering away from the cylindrical body and a longitudinal central axis through the cylindrical body and the frusto-conical body; a discharge nozzle through the frusto-conical body at a longitudinal end of the cyclone; an air inlet port through a side of the cylindrical body, wherein the air inlet port is arranged tangentially to the cylindrical body; an air outlet port through the cylindrical body at an opposite longitudinal end of the cyclone; and a dirt container in communication with the cyclone, characterised in that the cyclonic separation apparatus comprises: a deflector fin arranged within the cyclone to deflect, in use, air flow from the air inlet port in a helical path around the cyclone and towards the discharge nozzle, wherein the deflector fin is arranged transverse to the path of air flow from the air inlet port. a cyclone with a hollow generally cylindrical body , a hollow generally frusto-conical body tapering away from the cylindrical body and a longitudinal central axis through the cylindrical body and the frusto-conical body; a discharge nozzle through the frusto-conical body at a longitudinal end of the cyclone; an air inlet port through a side of the cylindrical body, wherein the air inlet port is arranged tangentially to the cylindrical body; an air outlet port through the cylindrical body at an opposite longitudinal end of the cyclone; and a dirt container in communication with the cyclone, characterised in that the cyclonic separation apparatus comprises: a deflector fin arranged within the cyclone to deflect, in use, air flow from the air inlet port in a helical path around the cyclone and towards the discharge nozzle, wherein the deflector fin is arranged transverse to the path of air flow from the air inlet port.
A composite pre-bonding treatment method performed when bonding a composite material to a member, the composite pre-bonding treatment method comprising: attaching an absorber adapted to absorb a contaminant to a surface of a prepreg laminate that is a precursor of the composite material; covering the prepreg laminate with a packaging material from above the absorber ; vacuuming the packaging material and heating the prepreg laminate at a temperature lower than a curing temperature of a prepreg ; then removing the packaging material; and peeling off the absorber ; characterized in that the composite pre-bonding treatment method further comprises: attaching, to a surface of the prepreg laminate with the absorber peeled off, a release member that does not transfer silicone or fluorine to a resin, and then curing the prepreg laminate to mold the composite material; and peeling off the release member from the composite material before bonding the member. attaching an absorber adapted to absorb a contaminant to a surface of a prepreg laminate that is a precursor of the composite material; covering the prepreg laminate with a packaging material from above the absorber ; vacuuming the packaging material and heating the prepreg laminate at a temperature lower than a curing temperature of a prepreg ; then removing the packaging material; and peeling off the absorber ; characterized in that the composite pre-bonding treatment method further comprises: attaching, to a surface of the prepreg laminate with the absorber peeled off, a release member that does not transfer silicone or fluorine to a resin, and then curing the prepreg laminate to mold the composite material; and peeling off the release member from the composite material before bonding the member. attaching, to a surface of the prepreg laminate with the absorber peeled off, a release member that does not transfer silicone or fluorine to a resin, and then curing the prepreg laminate to mold the composite material; and peeling off the release member from the composite material before bonding the member.
A fan blade for a gas turbine engine comprising: a mid-span shroud including: a first shroud member on a first side of the fan blade including a first bearing face on a distal end thereof; and a second shroud member on a second side of the fan blade opposite from the first side including a second bearing face on a distal end thereof, wherein the first shroud member and the second shroud member have a portion with a reduced cross-sectional area, the cross-sectional area of the mid-span shroud decreases between opposing ends of the mid-span shroud , the first and second shroud members of adjacent fan blades are configured to contact each other at approximately the midpoint between the adjacent fan blades ; characterised in that : the first shroud member and the second shroud member have an elliptical cross section with a minor axis that varies along the length of the first shroud member and the second shroud member ; and with a major axis that varies along the length of the first shroud member and the second shroud member . a first shroud member on a first side of the fan blade including a first bearing face on a distal end thereof; and a second shroud member on a second side of the fan blade opposite from the first side including a second bearing face on a distal end thereof, wherein the first shroud member and the second shroud member have a portion with a reduced cross-sectional area, the cross-sectional area of the mid-span shroud decreases between opposing ends of the mid-span shroud , the first and second shroud members of adjacent fan blades are configured to contact each other at approximately the midpoint between the adjacent fan blades ; characterised in that : the first shroud member and the second shroud member have an elliptical cross section with a minor axis that varies along the length of the first shroud member and the second shroud member ; and with a major axis that varies along the length of the first shroud member and the second shroud member .
- An ammunition conveyor comprising a cradle intended to contain a piece of ammunition , the conveyor comprising wedges evenly distributed angularly around a longitudinal axis (X) of the cradle , said wedges being able to slide radially, through openings, between a position engaged in the cradle and a position disengaged from the cradle by the introduction of a piece of ammunition which pushes the wedges and against the action of at least one elastic means bringing the wedges back into the engaged position, each wedge being lockable in the engaged position by the action of at least one cam secured to the conveyor and having an inclined surface cooperating with at least one inclined plane carried by the wedge , the inclined surfaces and inclined planes being arranged so that an axial translation of the cam , controlled by an actuator , causes a radial translation of the wedge , each wedge then being wedged between the cam and the piece of ammunition and ensuring the immobilization of the piece of ammunition relative to the cradle .
Method for operating an assistance system of a vehicle having at least one electrical energy store , comprising the following steps: - detecting (S2) a temperature of the electrical energy store of the vehicle by means of at least one first sensor , - identifying (S3) an operating state of the electrical energy store by means of the detected temperature of the electrical energy store by way of a control device , - determining (S4) the position of the vehicle and/or detecting an operating parameter of the vehicle, in particular by means of at least one second sensor , - transmitting (S5) the operating state to the assistance system of the vehicle, wherein, in the event of an abnormal operating state of the electrical energy store , at least (S6) one signal is generated by way of the assistance system if the position of the vehicle lies within a predefinable geographical area, characterized in that the predefined geographical area comprises safety-critical environments, and wherein in that the signal initiates braking of the vehicle by means of a braking intervention, so that the vehicle is prevented from driving into a safety-critical environment and/or from continuing to drive within the safety-critical environment. - detecting (S2) a temperature of the electrical energy store of the vehicle by means of at least one first sensor , - identifying (S3) an operating state of the electrical energy store by means of the detected temperature of the electrical energy store by way of a control device , - determining (S4) the position of the vehicle and/or detecting an operating parameter of the vehicle, in particular by means of at least one second sensor , - transmitting (S5) the operating state to the assistance system of the vehicle, wherein, in the event of an abnormal operating state of the electrical energy store , at least (S6) one signal is generated by way of the assistance system if the position of the vehicle lies within a predefinable geographical area, characterized in that the predefined geographical area comprises safety-critical environments, and wherein in that the signal initiates braking of the vehicle by means of a braking intervention, so that the vehicle is prevented from driving into a safety-critical environment and/or from continuing to drive within the safety-critical environment.
Antenna system including at least one elementary antenna , a metal plane provided around the elementary antenna, and a decoupling device arranged on the metal plane, the decoupling device being of a three-dimensional electromagnetic absorption structure consisting of a plurality of cells arranged in an array, each cell including, stacked along a direction normal to the metal plane, a base and a raised wall on top of the base, the antenna system being characterized in that the raised wall is shaped to form a recessed pattern for trapping electromagnetic waves, the recessed pattern consisting of a plurality of frames interlocked one inside the other, and in that at least one frame of each pattern is provided with at least one lug , said at least one lug extending laterally away from the frame and cooperating with an adjacent frame of the same cell or of an adjacent cell, in order to close, at least partially, a channel between the frame and said adjacent frame.