mhurhangee/patent-ind-claim-en huggingface dataset:
An applicator device for applying a semi-permanent oxidative and/or direct dye hair colorant composition to a selected area of hair, the applicator device comprising: a collapsible body defining a reservoir for holding the hair colorant composition; a body head connected to the collapsible body and defining a nozzle in fluid communication with the reservoir; an applicator assembly connected to the body head , the applicator assembly comprising: a valve body configured to engage the nozzle to selectively permit flow from the reservoir; an applicator mechanically attached to the valve body to receive flow from the valve body; and a holder having an opening through which a portion of the applicator can extend, the holder coupled to the body head ; a spring located between the body head and the valve body to bias the applicator assembly away from the body head ; and characterised in that it further comprises a removable cap configured to be positioned over the applicator assembly to push down on holder to close the nozzle . a collapsible body defining a reservoir for holding the hair colorant composition; a body head connected to the collapsible body and defining a nozzle in fluid communication with the reservoir; an applicator assembly connected to the body head , the applicator assembly comprising: a valve body configured to engage the nozzle to selectively permit flow from the reservoir; an applicator mechanically attached to the valve body to receive flow from the valve body; and a holder having an opening through which a portion of the applicator can extend, the holder coupled to the body head ; a valve body configured to engage the nozzle to selectively permit flow from the reservoir; an applicator mechanically attached to the valve body to receive flow from the valve body; and a holder having an opening through which a portion of the applicator can extend, the holder coupled to the body head ; a spring located between the body head and the valve body to bias the applicator assembly away from the body head ; and characterised in that it further comprises a removable cap configured to be positioned over the applicator assembly to push down on holder to close the nozzle .
Diene elastomer copolymer obtained by copolymerization of one or more conjugated dienes with ethylene, an acyclic aliphatic α-monoolefin having 3 to 18 carbon atoms or a mixture thereof and including at least one polymer chain bearing pendant groups apart from at its ends, characterized in that the pendant groups are substituted or unsubstituted anthracenyl units.
An image display apparatus, comprising: a display panel that displays an image on a front surface; a back frame disposed behind the display panel ; a bezel disposed along outer edges of the display panel , the bezel including a front surface region disposed frontward of the display panel and being fixed to the back frame ; and a molded frame disposed along the outer edges of the display panel , the molded frame supporting the display panel from behind, wherein the bezel includes a first cover component and a second cover component that are separate from each other and correspond to two adjacent sides of the display panel in the front view, the second cover component being connected to an end portion of the first cover component , characterized in that the first cover component and the second cover component each include a first conductor disposed on a surface of the front surface region facing the display panel , the first conductor including a first extension section that extends to a position at which the first extension section is in contact with the back frame , and a second conductor that overlaps a joint of the first cover component and the second cover component in the front view is disposed on the molded frame , the second conductor including a second extension section that extends to a position at which the second extension section is in contact with the back frame . a display panel that displays an image on a front surface; a back frame disposed behind the display panel ; a bezel disposed along outer edges of the display panel , the bezel including a front surface region disposed frontward of the display panel and being fixed to the back frame ; and a molded frame disposed along the outer edges of the display panel , the molded frame supporting the display panel from behind, wherein the bezel includes a first cover component and a second cover component that are separate from each other and correspond to two adjacent sides of the display panel in the front view, the second cover component being connected to an end portion of the first cover component , characterized in that the first cover component and the second cover component each include a first conductor disposed on a surface of the front surface region facing the display panel , the first conductor including a first extension section that extends to a position at which the first extension section is in contact with the back frame , and a second conductor that overlaps a joint of the first cover component and the second cover component in the front view is disposed on the molded frame , the second conductor including a second extension section that extends to a position at which the second extension section is in contact with the back frame .
Composition for use in providing immunity against Piscirickettsia in a fish, comprising a purified preparation of outer membrane vesicles of a Piscirickettsia spp.
An artificial turf comprising: a base ; a backing located above the base, the backing having a primary and grass-like fibers extending upwardly therefrom; and a particulate infill residing on the primary and providing lateral support for the grass-like fibers ; wherein the particulate infill includes a top layer of treated walnut shell particles , the treated walnut shell particles having been treated so as to substantially eliminate tree nut allergens therefrom. a base ; a backing located above the base, the backing having a primary and grass-like fibers extending upwardly therefrom; and a particulate infill residing on the primary and providing lateral support for the grass-like fibers ; wherein the particulate infill includes a top layer of treated walnut shell particles , the treated walnut shell particles having been treated so as to substantially eliminate tree nut allergens therefrom.
A fluid processing machine comprising: a first stator configured to generate a rotating electromagnetic field; at least one first rotor section internal to the first stator comprising at least one set of axially spaced impellers each having permanent magnets located on the outer diameter thereof wherein the first stator is configured to electromagnetically engage with the at least one first rotor section inducing rotation of the at least one first rotor section about a central axis in a first rotational direction thereby causing the at least one impeller to impart kinetic energy on a fluid being processed; a second stator configured to generate a rotating electromagnetic field and electromagnetically engage with at least one second rotor section rotatable about the central axis in a second rotational direction opposite to the first rotation direction, the second rotor section comprising at least one set of axially spaced second impellers having permanent magnets located on the internal diameter thereof , with the second rotor section being internal to the first stator and the second stator being internal to the second rotor section, and with the impellers of the at least one first rotor section interleaved with the impellers of the at least one second rotor section. a first stator configured to generate a rotating electromagnetic field; at least one first rotor section internal to the first stator comprising at least one set of axially spaced impellers each having permanent magnets located on the outer diameter thereof wherein the first stator is configured to electromagnetically engage with the at least one first rotor section inducing rotation of the at least one first rotor section about a central axis in a first rotational direction thereby causing the at least one impeller to impart kinetic energy on a fluid being processed; a second stator configured to generate a rotating electromagnetic field and electromagnetically engage with at least one second rotor section rotatable about the central axis in a second rotational direction opposite to the first rotation direction, the second rotor section comprising at least one set of axially spaced second impellers having permanent magnets located on the internal diameter thereof , with the second rotor section being internal to the first stator and the second stator being internal to the second rotor section, and with the impellers of the at least one first rotor section interleaved with the impellers of the at least one second rotor section.
A triggering system for a safety catch able to be attached to a counterweight connected to an elevator car and guided in a shaft via a suspension means guided by a traction sheave coupled to a drive or to the elevator car , comprising: a tensionable stationary tensioning means in the shaft , an actuating device by means of which a force (F Z ) can be exerted on the tensioning means in the longitudinal direction of the tensioning means when needed, and a coupling device by means of which the tensioning means and the safety catch can be coupled such that the safety catch can be triggered upon the exertion of force (F Z ) on the tensioning means , characterized in that the tensioning means is fixed at the upper end of the shaft by means of the actuating device .
A method of surface finishing an orthopaedic implant comprising: a. fixturing a machined orthopaedic implant having a targeted surface with machine lines on a platform in a wet blasting cabinet, the wet blasting cabinet having at least one nozzle ; b. rotating the platform at a speed of about 5 to about 360 revolutions per minute; c. moving the at least one nozzle and the platform relative to one another in a linear motion at a speed of 254 mm to 1524 mm (10 to 60 inches) per minute; and d. applying a slurry mixture at an impaction angle to the targeted surface through the at least one nozzle at pressure of 0.1 MPa to 0.41 MPa (15 to 60 pounds per square inch) to remove machine lines and blend the targeted surface, wherein the pressure is a combination pressure of both air pressure and slurry pressure, and wherein the at least one nozzle is located from about 6.35 mm (0.25 inches) to about 457 mm (18 inches) away from the targeted surface, and the at least one nozzle has a bore from about 6.35 mm (0.25 inches) to about 12.70 mm (0.50 inches) in diameter. a. fixturing a machined orthopaedic implant having a targeted surface with machine lines on a platform in a wet blasting cabinet, the wet blasting cabinet having at least one nozzle ; b. rotating the platform at a speed of about 5 to about 360 revolutions per minute; c. moving the at least one nozzle and the platform relative to one another in a linear motion at a speed of 254 mm to 1524 mm (10 to 60 inches) per minute; and d. applying a slurry mixture at an impaction angle to the targeted surface through the at least one nozzle at pressure of 0.1 MPa to 0.41 MPa (15 to 60 pounds per square inch) to remove machine lines and blend the targeted surface, wherein the pressure is a combination pressure of both air pressure and slurry pressure, and wherein the at least one nozzle is located from about 6.35 mm (0.25 inches) to about 457 mm (18 inches) away from the targeted surface, and the at least one nozzle has a bore from about 6.35 mm (0.25 inches) to about 12.70 mm (0.50 inches) in diameter.
An optical input device comprising: - at least one optically clear plate having at least one light source positioned at a peripheral edge thereof, arranged and configured to transmit frequency modulated light into said optically clear plate along its planar length, at an angle such that said modulated light is contained within said plate by means of total internal reflection thereof; - at least one sensor configured to receive some or all of said modulated light; - at least one input mechanism embedded within said optically clear plate configured to be mechanically moveable relative thereto; - a display screen communicably coupled to said at least one sensor ; and - a processing module for receiving signals from said at least one sensor and generating data representative of information to be displayed on said display screen ; wherein, the device is configured such that both mechanical movement of said input mechanism relative to said optically clear plate and the application of pressure to said clear plate generates respective changes in said modulated light received by said at least one sensor ; and wherein a change in the modulated light received by said at least one sensor causes said processing module to generate data representative of a change in information to be displayed on said display screen . - at least one optically clear plate having at least one light source positioned at a peripheral edge thereof, arranged and configured to transmit frequency modulated light into said optically clear plate along its planar length, at an angle such that said modulated light is contained within said plate by means of total internal reflection thereof; - at least one sensor configured to receive some or all of said modulated light; - at least one input mechanism embedded within said optically clear plate configured to be mechanically moveable relative thereto; - a display screen communicably coupled to said at least one sensor ; and - a processing module for receiving signals from said at least one sensor and generating data representative of information to be displayed on said display screen ;
A printing apparatus comprising: wireless communication means capable of operating in a first mode of performing an access point operation to cause the printing apparatus to operate as an access point, and a second mode of performing an operation conforming to Wi-Fi Direct; setting means configured to set one of the first mode and the second mode as an operation mode to be used for wireless direct connection with an external apparatus, in accordance with an instruction from a user; control means configured to control the wireless communication means, in case of accepting an instruction to start an operation for the wireless direct connection, so as to start an operation in the first mode upon condition that the first mode is set as the operation mode, and start an operation in the second mode upon condition that the second mode is set as the operation mode; and display means configured to display, in case of accepting the instruction, a screen related to the wireless direct connection, the screen comprising information indicating the set operation mode, and information indicating an execution status of the wireless direct connection corresponding to the set operation mode, wherein the screen related to the wireless direct connection further comprises a display item configured to accept an instruction to stop an operation for the wireless direct connection. wireless communication means capable of operating in a first mode of performing an access point operation to cause the printing apparatus to operate as an access point, and a second mode of performing an operation conforming to Wi-Fi Direct; setting means configured to set one of the first mode and the second mode as an operation mode to be used for wireless direct connection with an external apparatus, in accordance with an instruction from a user; control means configured to control the wireless communication means, in case of accepting an instruction to start an operation for the wireless direct connection, so as to start an operation in the first mode upon condition that the first mode is set as the operation mode, and start an operation in the second mode upon condition that the second mode is set as the operation mode; and display means configured to display, in case of accepting the instruction, a screen related to the wireless direct connection, the screen comprising information indicating the set operation mode, and information indicating an execution status of the wireless direct connection corresponding to the set operation mode, wherein the screen related to the wireless direct connection further comprises a display item configured to accept an instruction to stop an operation for the wireless direct connection.
An amusement park tracking and control system for evaluating a position of one or more persons in a guest attraction area, comprising: a plurality of retro-reflective markers positioned within the guest attraction area, wherein the plurality of retro-reflective markers are positioned on a floor of the guest attraction area, a wall of the guest attraction area or a combination of both; an emission subsystem configured to emit electromagnetic radiation toward the plurality of retro-reflective markers; a detection subsystem configured to detect reflection of electromagnetic radiation from the plurality of retro-reflective markers resulting from electromagnetic radiation emission by the emission subsystem; and a control system communicatively coupled to the detection subsystem and comprising processing circuitry configured to monitor the reflection from the plurality of retro-reflective markers and evaluate a position of one or more persons in the guest attraction area using the identification of one or more occluded retro-reflective markers in the monitored reflection, wherein the evaluation comprises comparing a pattern of reflection observed in the monitored reflection with a stored pattern of reflection to identify which of the plurality of retro-reflective markers are occluded. a plurality of retro-reflective markers positioned within the guest attraction area, wherein the plurality of retro-reflective markers are positioned on a floor of the guest attraction area, a wall of the guest attraction area or a combination of both; an emission subsystem configured to emit electromagnetic radiation toward the plurality of retro-reflective markers; a detection subsystem configured to detect reflection of electromagnetic radiation from the plurality of retro-reflective markers resulting from electromagnetic radiation emission by the emission subsystem; and a control system communicatively coupled to the detection subsystem and comprising processing circuitry configured to monitor the reflection from the plurality of retro-reflective markers and evaluate a position of one or more persons in the guest attraction area using the identification of one or more occluded retro-reflective markers in the monitored reflection, wherein the evaluation comprises comparing a pattern of reflection observed in the monitored reflection with a stored pattern of reflection to identify which of the plurality of retro-reflective markers are occluded.
A heat transfer composition, the heat transfer composition is composed of three components: 1,1,1,2-tetrafluoroethane with a mass ratio of 36% or 38%-40% or 46%, 2,3,3,3-tetrafluoropropene with a mass ratio of 48%-55%, and trans-1,3,3,3-tetrafluoropropene with a mass ratio of 5%-8% or 11%, wherein the mass ratio is based on the total mass of all the components of the heat transfer composition; and the heat transfer composition has a global warming potential not greater than 600.
A vehicle-mounted concrete pump , wherein the vehicle-mounted concrete pump comprises: - a concrete pump system , wherein the concrete pump system is designed to convey concrete, - a hydraulic drive pump system , wherein the hydraulic drive pump system is designed to drive the concrete pump system and has a hydraulic pump drive shaft , - a combustion drive motor system , wherein the combustion drive motor system is designed to drive the hydraulic pump drive shaft of the hydraulic drive pump system , - a drive motor , wherein the drive motor is designed to drive the hydraulic pump drive shaft of the hydraulic drive pump system , and - an electrical energy store , in particular an accumulator, wherein the electrical energy store is electrically connected, in particular by means of a converter , to the drive motor and is designed to output electrical power (P15) to the drive motor , - wherein the vehicle-mounted concrete pump is designed to charge the electrical energy store by means of the drive motor as generator from the combustion drive motor system , - characterized in that the drive motor is a liquid-cooled synchronous drive motor and that the vehicle-mounted concrete pump comprises: - a superstructure , wherein the superstructure carries the concrete pump system , and - a vehicle frame , wherein the vehicle frame carries the superstructure , - wherein the liquid-cooled synchronous drive motor is spatially arranged in part between main longitudinal members of the superstructure and/or of the vehicle frame . - a concrete pump system , wherein the concrete pump system is designed to convey concrete, - a hydraulic drive pump system , wherein the hydraulic drive pump system is designed to drive the concrete pump system and has a hydraulic pump drive shaft , - a combustion drive motor system , wherein the combustion drive motor system is designed to drive the hydraulic pump drive shaft of the hydraulic drive pump system , - a drive motor , wherein the drive motor is designed to drive the hydraulic pump drive shaft of the hydraulic drive pump system , and - an electrical energy store , in particular an accumulator, wherein the electrical energy store is electrically connected, in particular by means of a converter , to the drive motor and is designed to output electrical power (P15) to the drive motor , - wherein the vehicle-mounted concrete pump is designed to charge the electrical energy store by means of the drive motor as generator from the combustion drive motor system , - characterized in that the drive motor is a liquid-cooled synchronous drive motor and that the vehicle-mounted concrete pump comprises: - a superstructure , wherein the superstructure carries the concrete pump system , and - a vehicle frame , wherein the vehicle frame carries the superstructure , - wherein the liquid-cooled synchronous drive motor is spatially arranged in part between main longitudinal members of the superstructure and/or of the vehicle frame .
Method for distributing navigation map data to a plurality of work machines which are part of a network of work machines and perform work orders in this network, wherein the navigation map data are needed in the work machines to carry out the work orders , and work orders are planned on the basis of navigation map data , having the following steps of: a) detecting work orders for work machines , which work orders exist in the network and were planned on the basis of old navigation map data , b) checking the work orders which exist in the network in order to determine whether these work orders can be carried out with new navigation map data , c) terminating work orders which cannot be carried out with new navigation map data , and d) installing new navigation map data . a) detecting work orders for work machines , which work orders exist in the network and were planned on the basis of old navigation map data , b) checking the work orders which exist in the network in order to determine whether these work orders can be carried out with new navigation map data , c) terminating work orders which cannot be carried out with new navigation map data , and d) installing new navigation map data .