mhurhangee/ep-ind-claims huggingface dataset:
A document feeder device configured to turn by a hinge with respect to a reading unit which includes a reader configured to read an image on a sheet, the document feeder device comprising: a pressing plate arranged to press a sheet on the reading glass against the reading glass when the document feeder device is at a position closing the reading glass; a conveying roller (33, 34, 35) arranged to convey a sheet; a motor arranged to rotate the conveying roller (33, 34, 35); and an attachment part to which is attached communication means arranged to receive data from outside of the image reading device, wherein, in a direction perpendicular to the turning axis line direction of the hinge, the motor is disposed on one side from a center of the document feeder device, and the attachment part is disposed on another side from the center of the document feeder device. a pressing plate arranged to press a sheet on the reading glass against the reading glass when the document feeder device is at a position closing the reading glass; a conveying roller (33, 34, 35) arranged to convey a sheet; a motor arranged to rotate the conveying roller (33, 34, 35); and an attachment part to which is attached communication means arranged to receive data from outside of the image reading device, wherein, in a direction perpendicular to the turning axis line direction of the hinge, the motor is disposed on one side from a center of the document feeder device, and the attachment part is disposed on another side from the center of the document feeder device.
An apparatus for heating and intermittent dispensing of water intended for human consumption comprising: - a container which has a level and which has an opening which connects an inside of the container towards the outside environment and which is positioned above the level; - an inlet conduit to the inside of the container which is configured for connection to a water supply of water intended for human consumption; - an outlet conduit from the inside of the container for dispensing water into the outside environment; - heating means (8, 81, 82, 83) of fluids internally of the container; - an overpressure valve which allows the flow only in outlet through the opening and when the pressure internally of the container exceeds an intervention value which is greater than the pressure of the outside environment; - one or more control units which control the heating means (8, 81, 82, 83); - first means for regulating the flow through the inlet conduit and - a level detector which detects the water in the liquid state at the level, wherein: - the outlet conduit has the inlet below the level; - the one or more control units also control the first means and are configured in such a way that the first means close the inlet conduit when the level detector detects water in the liquid state at the level, characterised in that the intervention value is lower than or equal to the pressure of the water supply or the intervention value is a relative pressure, with respect to normal atmospheric pressure, positive and less than or equal to 0.05 MPa. - a container which has a level and which has an opening which connects an inside of the container towards the outside environment and which is positioned above the level; - an inlet conduit to the inside of the container which is configured for connection to a water supply of water intended for human consumption; - an outlet conduit from the inside of the container for dispensing water into the outside environment; - heating means (8, 81, 82, 83) of fluids internally of the container; - an overpressure valve which allows the flow only in outlet through the opening and when the pressure internally of the container exceeds an intervention value which is greater than the pressure of the outside environment; - one or more control units which control the heating means (8, 81, 82, 83); - first means for regulating the flow through the inlet conduit and - a level detector which detects the water in the liquid state at the level, - the outlet conduit has the inlet below the level; - the one or more control units also control the first means and are configured in such a way that the first means close the inlet conduit when the level detector detects water in the liquid state at the level,
A method of operating a first communications device (102, 106, 110, 302, 2200) to communicate with a second communications device (104, 108, 112, 304, 2300) in a system using a plurality of transmission units, each transmission unit communicating at least one symbol, a first pair of said transmission units corresponding to a first pair of communications devices, said first pair of communications devices including said first and second communications devices, said first pair of transmission units including a first transmission unit designated to carry a transmission request from the first communications device to the second communications device and a second transmission unit designated to carry a transmission request from the second communications device to the first communications device, the first and second transmission units being non-overlapping in time, the first transmission unit preceding the second transmission unit, the method comprising: transmitting on the first transmission unit (224, 816, 840) a first signal indicating a request to transmit from said first communications device to said second communications device; transmitting on the second transmission unit (226, 824, 842) a second signal from said first communications device to said second communications device, said second signal carrying additional information; monitoring for a transmit acceptance signal; and if a transmit acceptance signal has been detected from the second communications device, transmitting data in a data transmission interval (216, 838) from said first communications device to the second communications device, said data transmission interval (216, 838) occurring subsequent to said second transmission unit (226, 824,842). transmitting on the first transmission unit (224, 816, 840) a first signal indicating a request to transmit from said first communications device to said second communications device; transmitting on the second transmission unit (226, 824, 842) a second signal from said first communications device to said second communications device, said second signal carrying additional information; monitoring for a transmit acceptance signal; and if a transmit acceptance signal has been detected from the second communications device, transmitting data in a data transmission interval (216, 838) from said first communications device to the second communications device, said data transmission interval (216, 838) occurring subsequent to said second transmission unit (226, 824,842).
A method of transferring data among devices in a network including a plurality of slave devices and a plurality of master devices arranged in a two-tier architecture, comprising: dividing an access time to a wireless medium of the network into at least a contention-based period and a contention-free reservation period; allowing devices to transfer data during the contention-based period using a contention access mechanism; and allowing only devices having reserved time slots to transfer data during the contention-free reservation period, wherein the time slots are reserved by the plurality of master devices based, in part, on reservation requests received from devices requesting to transmit data; characterized in that: the network is a body area network; the contention access mechanism is a local prioritized contention access mechanism; the master devices synchronize the reservation of the time slots using a distributed global beaconing process whereby the master devices transmit global beacons to exchange medium reservation requests; and the global beacons are transmitted using a scheduling method that dynamically constructs and maintains a logical tree topology of the master devices in the body area network. dividing an access time to a wireless medium of the network into at least a contention-based period and a contention-free reservation period; allowing devices to transfer data during the contention-based period using a contention access mechanism; and allowing only devices having reserved time slots to transfer data during the contention-free reservation period, wherein the time slots are reserved by the plurality of master devices based, in part, on reservation requests received from devices requesting to transmit data; characterized in that: the network is a body area network; the contention access mechanism is a local prioritized contention access mechanism; the master devices synchronize the reservation of the time slots using a distributed global beaconing process whereby the master devices transmit global beacons to exchange medium reservation requests; and the global beacons are transmitted using a scheduling method that dynamically constructs and maintains a logical tree topology of the master devices in the body area network. the network is a body area network; the contention access mechanism is a local prioritized contention access mechanism; the master devices synchronize the reservation of the time slots using a distributed global beaconing process whereby the master devices transmit global beacons to exchange medium reservation requests; and the global beacons are transmitted using a scheduling method that dynamically constructs and maintains a logical tree topology of the master devices in the body area network.
- Tyre for a vehicle of the heavy-duty type, comprising a radial carcass reinforcement made up of at least one layer of metal reinforcing elements, said tyre comprising a crown reinforcement, said crown reinforcement being capped radially by a tread, said tread being joined to two beads via two sidewalls, characterized in that the sidewall height of the tyre is less than 165 mm and in that the metal reinforcing elements of said at least one carcass reinforcement layer are non-wrapped metal cords, with an unsaturated external layer, that yield a flow rate of less than 20 cm3/min in the test known as the permeability test, measured according to the standard ASTM D2692-98.
An artificial light source, wherein the artificial light source is configured to deliver light across a visible light range from 400 nm to 700 nm, and to provide a Circadian Night Mode (CNight Mode) in which less than six percent (6%) of the total irradiance from the artificial light source in the visible light range is in a wavelength band from 430 nm to 500 nm; and greater than about four percent (4%), of the total irradiance from the light source in the visible light range is in a wavelength band from 400 nm to 430 nm.
A method of preparing a resin powder, comprising a latex coagulation process by input of an organic acid, a neutralization process of a remaining organic acid by input of a neutralization agent, and an aging process for the resin powder, wherein the latex coagulation process, the neutralization process and the aging process are continuously performed in an integrated coagulator for latex coagulation and aging, wherein the latex coagulation process comprises input of an organic acid in a position of the integrated coagulator for latex coagulation and aging, wherein the neutralization process of the remaining organic acid comprises input of a neutralization agent for neutralizing the remaining organic acid in a downstream position of the position to which the organic acid is inputted, wherein the integrated coagulator for latex coagulation and aging is a device in which a coagulation process and an aging process may be simultaneously realized, wherein each of the input of the latex and the input of the organic acid is performed in a section of 0 to 20% the length according to a transfer section toward a transfer direction of a reaction pipe outlet end portion from a reaction pipe inlet end portion of the integrated coagulator, and wherein the input of the neutralization agent is performed in a section of 40 to 60% the length toward a transfer section toward transfer direction of a reaction pipe outlet end portion from a reaction pipe inlet end portion of the integrated coagulator. a latex coagulation process by input of an organic acid, a neutralization process of a remaining organic acid by input of a neutralization agent, and an aging process for the resin powder, wherein the latex coagulation process, the neutralization process and the aging process are continuously performed in an integrated coagulator for latex coagulation and aging, wherein the latex coagulation process comprises input of an organic acid in a position of the integrated coagulator for latex coagulation and aging, wherein the neutralization process of the remaining organic acid comprises input of a neutralization agent for neutralizing the remaining organic acid in a downstream position of the position to which the organic acid is inputted, wherein the integrated coagulator for latex coagulation and aging is a device in which a coagulation process and an aging process may be simultaneously realized, wherein each of the input of the latex and the input of the organic acid is performed in a section of 0 to 20% the length according to a transfer section toward a transfer direction of a reaction pipe outlet end portion from a reaction pipe inlet end portion of the integrated coagulator, and wherein the input of the neutralization agent is performed in a section of 40 to 60% the length toward a transfer section toward transfer direction of a reaction pipe outlet end portion from a reaction pipe inlet end portion of the integrated coagulator.
A method for producing a bar- or stick-type food item, comprising steps of: preparing a die having an elongated containing recess which has a bar or stick shape and an opened upper surface; loading a first food item ingredient which is viscous and mobile near one longitudinal end side of the containing recess of the prepared die; vibrating the die to move the loaded first food item ingredient from the one longitudinal end side of the containing recess to the other end side in an inclined shape; filling a second food item ingredient into an empty area of the containing recess of the die where the first food item ingredient is not present; and performing removal such that an upper surface of the second food item ingredient is along the opened upper surface of the containing recess so that the upper surface of the second food item ingredient filled into the containing recess of the die is becomes flat. preparing a die having an elongated containing recess which has a bar or stick shape and an opened upper surface; loading a first food item ingredient which is viscous and mobile near one longitudinal end side of the containing recess of the prepared die; vibrating the die to move the loaded first food item ingredient from the one longitudinal end side of the containing recess to the other end side in an inclined shape; filling a second food item ingredient into an empty area of the containing recess of the die where the first food item ingredient is not present; and performing removal such that an upper surface of the second food item ingredient is along the opened upper surface of the containing recess so that the upper surface of the second food item ingredient filled into the containing recess of the die is becomes flat.
A compound of formula I: wherein: R 1 is CH 3 or CD 3; R 2 and R 3 are each independently H or D; R 4 and R 5 are each H; provided that R 2 and R 3 are not both H when R 1 is CH 3, and wherein D is deuterium; in free or salt form. R 1 is CH 3 or CD 3; R 2 and R 3 are each independently H or D; R 4 and R 5 are each H; provided that R 2 and R 3 are not both H when R 1 is CH 3, and wherein D is deuterium;
A method of making an article of footwear, comprising: knitting a knitted textile element of unitary warp knit construction having a first knit layer, a second knit layer that overlays the first knit layer and is continuous with the first knit layer along a common edge of the knitted textile element that extends along a direction of knitting process, an interlayer knit stitch line that interconnects the first knit layer and the second knit layer, at least one first knitted indicating portion located along the common edge (4956, 210) of the knitted textile element, the common edge and the interlayer knit stitch line defining an outline of a first knitted component portion of a knitted component, the first knitted component portion being configured to form a seamless bootie, and a second knitted component portion seamlessly associated with the first knitted component portion at the interlayer knit stitch line, the first knitted component portion and the second knitted component portion collectively forming the knitted component; removing the knitted component (4940, 240) from the knitted textile element (4900, 200); separating the knitted component (4940, 240) along the at least one knitted indicating portion to create an opening in the knitted component (4940, 240); and wrapping the second knitted component portion around at least a portion of the first knitted component portion. knitting a knitted textile element of unitary warp knit construction having a first knit layer, a second knit layer that overlays the first knit layer and is continuous with the first knit layer along a common edge of the knitted textile element that extends along a direction of knitting process, an interlayer knit stitch line that interconnects the first knit layer and the second knit layer, at least one first knitted indicating portion located along the common edge (4956, 210) of the knitted textile element, the common edge and the interlayer knit stitch line defining an outline of a first knitted component portion of a knitted component, the first knitted component portion being configured to form a seamless bootie, and a second knitted component portion seamlessly associated with the first knitted component portion at the interlayer knit stitch line, the first knitted component portion and the second knitted component portion collectively forming the knitted component; removing the knitted component (4940, 240) from the knitted textile element (4900, 200); separating the knitted component (4940, 240) along the at least one knitted indicating portion to create an opening in the knitted component (4940, 240); and wrapping the second knitted component portion around at least a portion of the first knitted component portion.
Method for producing a security device comprising the steps of: - printing, on a support, of a first pattern with a first optically variable ink making it possible to see a red colour under an incidence less than 45°, in relation to the direction of specular reflection and to see a green colour under an incidence greater than 45° in relation to this direction of specular reflection, - formation, on this support, of a second pattern, associated with the first pattern so as to present two other colours that are functions of the angle of observation, characterized in that the formation of the second pattern comprises the printing of the second pattern in one and the same pass as for the printing of the first pattern, with the first optically variable ink, and a step of modification of the first ink of the second pattern into the second ink, by means of a laser applied to this second pattern with a power of between 0.5 and 4 W low enough not to effect any etching of said support, such that the first ink with which the second pattern has been printed presents said other colours. - printing, on a support, of a first pattern with a first optically variable ink making it possible to see a red colour under an incidence less than 45°, in relation to the direction of specular reflection and to see a green colour under an incidence greater than 45° in relation to this direction of specular reflection, - formation, on this support, of a second pattern, associated with the first pattern so as to present two other colours that are functions of the angle of observation,
Protection device for an electronic equipment comprising a housing having a first data communication port, the device comprising: - a case suitable for accommodating the housing of the electronic equipment, having a second data communication port suitable for communicating data with the first port of the electronic equipment, such that, when the case accommodates the housing, the second port is coupled operationally with the first port of the equipment for communicating data between the protection device and the electronic equipment; - a first slider which can be moved along a first axis towards a first position, the first position being a setpoint position or a target position, the setpoint position being a position towards which the first slider can be moved manually by the user, the device further comprising a position sensor for sensing the position of the first slider, configured to transmit, to the electronic equipment via the second port, a signal which is representative of the first position of the first slider, the device being characterized in that it comprises: - at least one button, the position sensor for sensing the position of the first slider further being configured to transmit, to the electronic equipment, upon actuation of the button by a user, the signal which is representative of the first position of the first slider; - an actuator coupled operationally to the first slider and configured to, when it receives a signal which is representative of the target position from the electronic equipment, move the first slider towards the target position. - a case suitable for accommodating the housing of the electronic equipment, having a second data communication port suitable for communicating data with the first port of the electronic equipment, such that, when the case accommodates the housing, the second port is coupled operationally with the first port of the equipment for communicating data between the protection device and the electronic equipment; - a first slider which can be moved along a first axis towards a first position, the first position being a setpoint position or a target position, the setpoint position being a position towards which the first slider can be moved manually by the user, the device further comprising a position sensor for sensing the position of the first slider, configured to transmit, to the electronic equipment via the second port, a signal which is representative of the first position of the first slider, the device being characterized in that it comprises: - at least one button, the position sensor for sensing the position of the first slider further being configured to transmit, to the electronic equipment, upon actuation of the button by a user, the signal which is representative of the first position of the first slider; - an actuator coupled operationally to the first slider and configured to, when it receives a signal which is representative of the target position from the electronic equipment, move the first slider towards the target position.