mhurhangee/ep-ind-claims huggingface dataset:
A color conversion substrate, comprising: a base substrate; a first color filter and a second color filter disposed on a surface of the base substrate; a first partition layer disposed between the first color filter and the second color filter; a second partition layer disposed on the first partition layer; a first wavelength conversion pattern disposed on the first color filter; and a second wavelength conversion pattern disposed on the second color filter, wherein the first partition layer includes a first lower surface disposed on the first color filter and a second lower surface disposed on the second color filter characterized in that the first partition layer includes a portion which does not overlap the second partition layer in a direction perpendicular to the surface of the base substrate. a base substrate; a first color filter and a second color filter disposed on a surface of the base substrate; a first partition layer disposed between the first color filter and the second color filter; a second partition layer disposed on the first partition layer; a first wavelength conversion pattern disposed on the first color filter; and a second wavelength conversion pattern disposed on the second color filter, wherein the first partition layer includes a first lower surface disposed on the first color filter and a second lower surface disposed on the second color filter characterized in that the first partition layer includes a portion which does not overlap the second partition layer in a direction perpendicular to the surface of the base substrate.
A plurality of pigment flakes having color shifting properties, magnetic properties, and bearing a covert feature within the flakes; comprising: a magnetic layer sandwiched between two aluminum reflective layers, in addition to an absorber layer and dielectric layer to provide color shifting layers on each side; wherein the shape of a flake of the plurality of pigment flakes is rectangular. a magnetic layer sandwiched between two aluminum reflective layers, in addition to an absorber layer and dielectric layer to provide color shifting layers on each side; wherein the shape of a flake of the plurality of pigment flakes is rectangular.
A method of accessing a wireless network, the method performed by a first terminal comprises: finding a target terminal to be accessing a target wireless network after the first terminal accesses the target wireless network; wherein the method further comprises at the first terminal: generating a multicast address according to access information of the target wireless network; and sending a multicast packet to the multicast address which is indicative of the access information to enable access, by the target terminal, to the target wireless network; and wherein the step of finding the target terminal to access the target wireless network further comprises: receiving a beacon packet broadcasted by at least one second terminal in a preset time period by calling, at the first terminal, a wireless access point AP scan interface, wherein the beacon packet carries terminal information of the second terminal; and acquiring that the target terminal is to be the second terminal based on the terminal information received from the second terminal. finding a target terminal to be accessing a target wireless network after the first terminal accesses the target wireless network; wherein the method further comprises at the first terminal: generating a multicast address according to access information of the target wireless network; and sending a multicast packet to the multicast address which is indicative of the access information to enable access, by the target terminal, to the target wireless network; generating a multicast address according to access information of the target wireless network; and sending a multicast packet to the multicast address which is indicative of the access information to enable access, by the target terminal, to the target wireless network; and wherein the step of finding the target terminal to access the target wireless network further comprises: receiving a beacon packet broadcasted by at least one second terminal in a preset time period by calling, at the first terminal, a wireless access point AP scan interface, wherein the beacon packet carries terminal information of the second terminal; and acquiring that the target terminal is to be the second terminal based on the terminal information received from the second terminal. receiving a beacon packet broadcasted by at least one second terminal in a preset time period by calling, at the first terminal, a wireless access point AP scan interface, wherein the beacon packet carries terminal information of the second terminal; and acquiring that the target terminal is to be the second terminal based on the terminal information received from the second terminal.
A process for the preparation of Apalutamide which comprises (a): alkylation of 4-amino-2-fluoro-N-methylbenzamide of formula I with an alkyl halide of formula II wherein X is chlorine, bromine or iodine, preferably bromine, to give the compound of formula III (b): activation of the carboxyl group of the compound of formula III, via the formation of the compounds of formula IV wherein Y is a carboxyl-activating group; (c): condensation of the activated product IV obtained in step (b) with the isothiocyanate of formula V to give crude Apalutamide; (d): purification of the crude Apalutamide obtained in step (c). (a): alkylation of 4-amino-2-fluoro-N-methylbenzamide of formula I with an alkyl halide of formula II wherein X is chlorine, bromine or iodine, preferably bromine, to give the compound of formula III (b): activation of the carboxyl group of the compound of formula III, via the formation of the compounds of formula IV wherein Y is a carboxyl-activating group; (c): condensation of the activated product IV obtained in step (b) with the isothiocyanate of formula V to give crude Apalutamide; (d): purification of the crude Apalutamide obtained in step (c).
An amusement ride vehicle comprising: a main chassis configured to ride on a track, the main chassis comprising a frame projecting away from the track, the frame having a proximal portion and a distal portion, wherein the distal portion is further from the track than the proximal portion; a passenger chassis with one or more passenger seats; and a hub coupling the passenger chassis to the distal portion of the main chassis at a single rotatable connection point, and wherein the passenger chassis is mounted to face forward or rearward with respect to a direction of travel of the main chassis and the hub allows the passenger chassis to perform a full lateral rotation in a direction approximately orthogonal relative to the direction of travel of the main chassis around a single axis that is approximately aligned with the direction of travel of the main chassis to maintain a vertical sitting position as the track changes an angle of the main chassis as the main chassis travels along the track. a main chassis configured to ride on a track, the main chassis comprising a frame projecting away from the track, the frame having a proximal portion and a distal portion, wherein the distal portion is further from the track than the proximal portion; a passenger chassis with one or more passenger seats; and a hub coupling the passenger chassis to the distal portion of the main chassis at a single rotatable connection point, and wherein the passenger chassis is mounted to face forward or rearward with respect to a direction of travel of the main chassis and the hub allows the passenger chassis to perform a full lateral rotation in a direction approximately orthogonal relative to the direction of travel of the main chassis around a single axis that is approximately aligned with the direction of travel of the main chassis to maintain a vertical sitting position as the track changes an angle of the main chassis as the main chassis travels along the track.
A test system for testing electrical connections between electronic components with a PCB to be tested, whereby the test system has a communication interface with at least three electrically conductive contact tips (22, 32) which enable data exchange with a data storage device and/or a communication module of the PCB to be tested in accordance with a communication protocol through contacting with a contacting arrangement on the PCB with multiple contacting points, whereby the communication interface is connected to a test module either permanently or using a cable, characterized in that the test module has a transformer module with a transmitter which establishes galvanic separation from the communication module on the PCB to be tested and ensures adaptation for the purpose of an Ethernet connection. whereby the test system has a communication interface with at least three electrically conductive contact tips (22, 32) which enable data exchange with a data storage device and/or a communication module of the PCB to be tested in accordance with a communication protocol through contacting with a contacting arrangement on the PCB with multiple contacting points, whereby the communication interface is connected to a test module either permanently or using a cable, characterized in that the test module has a transformer module with a transmitter which establishes galvanic separation from the communication module on the PCB to be tested and ensures adaptation for the purpose of an Ethernet connection.
A tetracycline salt comprising a tetracycline and an organic acid, wherein the organic acid is oxalic acid or maleic acid and the tetracycline is doxycycline, minocycline, sancycline, lymecycline, or demeclocycline.
A conical monopole antenna, comprising: - a first ground plate having a first and a second side, and - a conical member having an apex and a base, the apex of the conical member being directed towards the first side of the first ground plate and the axis of the conical member being perpendicular to the plane of the first ground plate, and - a cylindrical member having a first and a second end, the first end of the cylindrical member being directed towards the base of the conical member and the axis of the cylindrical member being perpendicular to the plane of the first ground plate, characterised in that the conical monopole antenna comprises: - a plurality of connecting members connecting the cylindrical member to the conical member in such a manner that the cylindrical member and the conical member are at a distance from each other, the connecting members defining with the cylindrical member and the conical member a plurality of openings. - a first ground plate having a first and a second side, and - a conical member having an apex and a base, the apex of the conical member being directed towards the first side of the first ground plate and the axis of the conical member being perpendicular to the plane of the first ground plate, and - a cylindrical member having a first and a second end, the first end of the cylindrical member being directed towards the base of the conical member and the axis of the cylindrical member being perpendicular to the plane of the first ground plate, - a plurality of connecting members connecting the cylindrical member to the conical member in such a manner that the cylindrical member and the conical member are at a distance from each other, the connecting members defining with the cylindrical member and the conical member a plurality of openings.
Damper with a damper cylinder, in which a piston ram is guided via a piston rod, wherein, for the purpose of adjusting characteristic damper values, the throughflow of a damper fluid can be regulated via regulating means arranged within the damper cylinder, wherein the regulating means use first adjustment means to regulate the throughflow of the damper fluid in a first throughflow direction and use second adjustment means to regulate said throughflow in a second throughflow direction, wherein the first and second adjustment means are each designed in the form of at least one spring element (34, 34', 51), wherein it is possible to adjust the spring rate of at least one of the spring elements (34, 34', 51) in order to predefine a damping behaviour via corresponding predefining means (35, 35'), and wherein the predefining means are each designed in the form of a sliding element (35, 35'), it being possible to alter the position thereof above the corresponding at least one spring element (34, 34') in order to adjust the spring rate, characterized in that the sliding element (35, 35') has a rack segment (35.1), in which engages a gearwheel segment, which can be moved by a corresponding drive unit (22, 22') in order to alter the position of the sliding element (35, 35').
Process for producing titanium slag from ilmenite comprising the steps of: a) Partial reduction of granular ilmenite with a reducing agent in a reduction reactor at a temperature of at least 900°C, b) Transfer of the partially reduced hot ilmenite obtained in step a) into an electric furnace, c) Smelting the ilmenite, in the electric furnace in the presence of a reducing agent to form liquid pig iron and titanium slag, and d) Withdrawing the titanium slag from the electric furnace, wherein the off gas of the reduction reactor is introduced into a waste heat boiler, wherein before being transferred into the electric furnace, the partially reduced hot ilmenite is subjected to magnetic separation, and the magnetic fraction obtained thereby is charged into the electric furnace, and wherein surplus solid fuel from the reduction reactor separated by the magnetic separation is introduced into the waste heat boiler and burned therein. a) Partial reduction of granular ilmenite with a reducing agent in a reduction reactor at a temperature of at least 900°C, b) Transfer of the partially reduced hot ilmenite obtained in step a) into an electric furnace, c) Smelting the ilmenite, in the electric furnace in the presence of a reducing agent to form liquid pig iron and titanium slag, and d) Withdrawing the titanium slag from the electric furnace,
A method for incorporating into the genome of a lytic target phage an exogenous DNA sequence, wherein the lytic target phage genome includes a first target sequence and a second target sequence, which method comprises: (a) providing a vector which contains a phage-targeting region comprising (i) a host range determinant of a marker phage, different from the host range determinant of the lytic target phage, and (ii) an exogenous DNA sequence: wherein the phage-targeting region is flanked by first and second flanking sequences homologous to the first and second target sequences of the lytic target phage genome; (b) introducing the vector into a first host cell, which host cell is a host for the lytic target phage; (c) infecting the first host cell with the lytic target phage; (d) allowing replication and recombination of phage to take place whereby the genome of the lytic target phage is modified; (e) propagating resultant phage on a second host cell, which host cell is a host for the marker phage and not the lytic target phage; and (f) harvesting the resultant phage, whereby the genome of the lytic target phage is modified by incorporation therein of the exogenous DNA sequence. (a) providing a vector which contains a phage-targeting region comprising (i) a host range determinant of a marker phage, different from the host range determinant of the lytic target phage, and (ii) an exogenous DNA sequence: wherein the phage-targeting region is flanked by first and second flanking sequences homologous to the first and second target sequences of the lytic target phage genome; (i) a host range determinant of a marker phage, different from the host range determinant of the lytic target phage, and (ii) an exogenous DNA sequence: wherein the phage-targeting region is flanked by first and second flanking sequences homologous to the first and second target sequences of the lytic target phage genome; (b) introducing the vector into a first host cell, which host cell is a host for the lytic target phage; (c) infecting the first host cell with the lytic target phage; (d) allowing replication and recombination of phage to take place whereby the genome of the lytic target phage is modified; (e) propagating resultant phage on a second host cell, which host cell is a host for the marker phage and not the lytic target phage; and (f) harvesting the resultant phage, whereby the genome of the lytic target phage is modified by incorporation therein of the exogenous DNA sequence.
A method comprising: growing on a first surface of a sapphire substrate a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; forming the semiconductor structure into a plurality of LEDs; thinning the sapphire substrate from a second surface of the sapphire substrate in a first thinning process, the second surface of the sapphire substrate is opposite the first surface of the sapphire substrate; after thinning the sapphire substrate from the second surface in the first thinning process, forming cracks in the sapphire substrate, wherein the cracks extend from the first surface of the sapphire substrate and do not penetrate an entire thickness of the sapphire substrate; and after forming cracks in the sapphire substrate, thinning the sapphire substrate from the second surface of the sapphire substrate in a second thinning process. growing on a first surface of a sapphire substrate a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; forming the semiconductor structure into a plurality of LEDs; thinning the sapphire substrate from a second surface of the sapphire substrate in a first thinning process, the second surface of the sapphire substrate is opposite the first surface of the sapphire substrate; after thinning the sapphire substrate from the second surface in the first thinning process, forming cracks in the sapphire substrate, wherein the cracks extend from the first surface of the sapphire substrate and do not penetrate an entire thickness of the sapphire substrate; and after forming cracks in the sapphire substrate, thinning the sapphire substrate from the second surface of the sapphire substrate in a second thinning process.
An image forming apparatus, comprising: a sheet conveyance unit configured to transport a print medium along a conveyance path; an antenna configured to emit radio waves towards a predetermined portion of the conveyance path; and characterized by: a controller configured to control the antenna to emit the radio waves towards the predetermined portion with a polarization direction set according to a type of the print medium being transported by the sheet conveyance unit. a sheet conveyance unit configured to transport a print medium along a conveyance path; an antenna configured to emit radio waves towards a predetermined portion of the conveyance path; and characterized by: a controller configured to control the antenna to emit the radio waves towards the predetermined portion with a polarization direction set according to a type of the print medium being transported by the sheet conveyance unit.
A method for the production of a milk product from a blend of powders, the method including the use of a blender which includes: a blending chamber; an agitator disposed within the blending chamber; an inlet for introduction of powders into the blending chamber; an outlet for product exiting the blending chamber; and a filter associated with the blender, wherein the filter includes a main compartment, an extraction pipe, a plurality of filter surfaces disposed within the main compartment, a gas feed pipe connected to the main compartment, and a feedback pipe; and wherein an environment-regulating means is associated with the blender via at least one interface point for regulating the environment inside the blending chamber, wherein the environment-regulating means is configured to selectively establish substantially a deoxidated environment inside the blending chamber priorto blending of powders inside the blending chamber, the method including the steps of: a) selectively establishing substantially a deoxidated environment inside the blending chamber of the blender; b) introducing the powders, wherein one of the powders is a milk powder, to be blended into the blending chamber; c) regulating the environment inside the blending chamber; and then d) blending the powders inside the blending chamber. a blending chamber; an agitator disposed within the blending chamber; an inlet for introduction of powders into the blending chamber; an outlet for product exiting the blending chamber; and a filter associated with the blender, wherein the filter includes a main compartment, an extraction pipe, a plurality of filter surfaces disposed within the main compartment, a gas feed pipe connected to the main compartment, and a feedback pipe; a) selectively establishing substantially a deoxidated environment inside the blending chamber of the blender; b) introducing the powders, wherein one of the powders is a milk powder, to be blended into the blending chamber; c) regulating the environment inside the blending chamber; and then d) blending the powders inside the blending chamber.
A liquid crystal display device with a built-in touch screen comprising: - a substrate having a pixel region; - a thin film transistor formed at the pixel region, the thin film transistor including at least an active layer, a gate electrode, an insulating layer, and a data electrode; - a first passivation layer formed on the thin film transistor; - a first contact hole formed through a portion of the first passivation layer to expose the data electrode; - a common electrode formed on at least one portion of the first passivation layer, the common electrode operable to sense touch; - a contact electrode disposed inside the first contact hole and formed from the same material as the common electrode, wherein the contact electrode is electrically insulated from the common electrode; - a conductive line formed on the common electrode; - a conductive layer disposed inside the first contact hole on the contact electrode and formed from the same material as the conductive line; - a second passivation layer formed on the common electrode, on the contact electrode, on the conductive line, and on the conductive layer; - a second contact hole formed through a portion of the second passivation layer to expose the conductive layer; and - a pixel electrode formed on the second passivation layer and inside the second contact hole, - wherein the data electrode and the pixel electrode are electrically connected via the contact electrode and the conductive layer. - a substrate having a pixel region; - a thin film transistor formed at the pixel region, the thin film transistor including at least an active layer, a gate electrode, an insulating layer, and a data electrode; - a first passivation layer formed on the thin film transistor; - a first contact hole formed through a portion of the first passivation layer to expose the data electrode; - a common electrode formed on at least one portion of the first passivation layer, the common electrode operable to sense touch; - a contact electrode disposed inside the first contact hole and formed from the same material as the common electrode, wherein the contact electrode is electrically insulated from the common electrode; - a conductive line formed on the common electrode; - a conductive layer disposed inside the first contact hole on the contact electrode and formed from the same material as the conductive line; - a second passivation layer formed on the common electrode, on the contact electrode, on the conductive line, and on the conductive layer; - a second contact hole formed through a portion of the second passivation layer to expose the conductive layer; and - a pixel electrode formed on the second passivation layer and inside the second contact hole, - wherein the data electrode and the pixel electrode are electrically connected via the contact electrode and the conductive layer.