mhurhangee/ep-ind-claims huggingface dataset:
A fluid dispensing toothbrush, comprising: a head including a plurality of tooth cleaning elements and a tissue cleaner; a handle coupled to the head; a storage member disposed in the handle for storing a fluid; at least one fluid outlet disposed in the head; a channel fluidly coupling the storage member to the outlet, wherein the fluid flows via capillary action through the capillary channel to the outlet from which the fluid is dispensed; a valve disposed in the handle and in communication with a vent opening disposed in the handle, the valve being operative to introduce external air into a reservoir via the vent opening and an end cap disposed on a proximal end of the toothbrush, the valve being seated in the end cap, characterized in that the end cap is a two-piece component including a toothbrush handle plug that closes off the proximal end of the handle and a valve plug secured to the handle plug. a head including a plurality of tooth cleaning elements and a tissue cleaner; a handle coupled to the head; a storage member disposed in the handle for storing a fluid; at least one fluid outlet disposed in the head; a channel fluidly coupling the storage member to the outlet, wherein the fluid flows via capillary action through the capillary channel to the outlet from which the fluid is dispensed; a valve disposed in the handle and in communication with a vent opening disposed in the handle, the valve being operative to introduce external air into a reservoir via the vent opening and an end cap disposed on a proximal end of the toothbrush, the valve being seated in the end cap, characterized in that the end cap is a two-piece component including a toothbrush handle plug that closes off the proximal end of the handle and a valve plug secured to the handle plug.
An integrally manufactured self-inclined ceramic shower tile for using in indoor/outdoor shower areas comprising a shower tile edge height letting waste water to flow into drainage hole without accumulating on the shower floor and a drainage hole height lower than said shower tile edge height; and characterized in that - said shower tile is manufactured via dry press method from clay, kaolin and feldspar raw materials which provide a water absorption value of lower than 3%. - said shower tile is manufactured via dry press method from clay, kaolin and feldspar raw materials which provide a water absorption value of lower than 3%.
A system for virtual reality interaction evaluation, the system comprising: memory comprising: an interaction sub-database comprising information relating to one or several user interactions with virtual assets in a virtual environment; and a content library database identifying the virtual assets and information relating to the virtual assets; and at least one server configured to: launch a user experience in the virtual environment; generate a plurality of virtual assets within the virtual environment; detect a user gaze; determine that a user has engaged a virtual asset of the plurality of virtual assets based at least on the user gaze being directed to the virtual asset for at least a predetermined amount of time; receive data indicative of an interaction with the virtual assets; determine an interaction type of the interaction associated with the received data, wherein the interaction type comprises at least one of: a verbal interaction; and a manipulation interaction; generate an evaluation of the user interactions with the virtual asset; and deliver the generated evaluation. memory comprising: an interaction sub-database comprising information relating to one or several user interactions with virtual assets in a virtual environment; and a content library database identifying the virtual assets and information relating to the virtual assets; and an interaction sub-database comprising information relating to one or several user interactions with virtual assets in a virtual environment; and a content library database identifying the virtual assets and information relating to the virtual assets; and at least one server configured to: launch a user experience in the virtual environment; generate a plurality of virtual assets within the virtual environment; detect a user gaze; determine that a user has engaged a virtual asset of the plurality of virtual assets based at least on the user gaze being directed to the virtual asset for at least a predetermined amount of time; receive data indicative of an interaction with the virtual assets; determine an interaction type of the interaction associated with the received data, wherein the interaction type comprises at least one of: a verbal interaction; and a manipulation interaction; generate an evaluation of the user interactions with the virtual asset; and deliver the generated evaluation. launch a user experience in the virtual environment; generate a plurality of virtual assets within the virtual environment; detect a user gaze; determine that a user has engaged a virtual asset of the plurality of virtual assets based at least on the user gaze being directed to the virtual asset for at least a predetermined amount of time; receive data indicative of an interaction with the virtual assets; determine an interaction type of the interaction associated with the received data, wherein the interaction type comprises at least one of: a verbal interaction; and a manipulation interaction; generate an evaluation of the user interactions with the virtual asset; and deliver the generated evaluation.
A system comprising: a flexible guide tube comprising a plurality of sections; and a control system for measuring and evaluating a shape of the flexible guide tube, wherein the control system is configured to: identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; inform a user that the first configuration includes the one or more problem sections of the flexible guide tube that the tool would have difficulty traversing; and identify a second configuration of the flexible guide tube suitable for traversal of the tool, wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections. a flexible guide tube comprising a plurality of sections; and a control system for measuring and evaluating a shape of the flexible guide tube, wherein the control system is configured to: identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; inform a user that the first configuration includes the one or more problem sections of the flexible guide tube that the tool would have difficulty traversing; and identify a second configuration of the flexible guide tube suitable for traversal of the tool, wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections. identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; inform a user that the first configuration includes the one or more problem sections of the flexible guide tube that the tool would have difficulty traversing; and identify a second configuration of the flexible guide tube suitable for traversal of the tool, wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections.
A bodymaker comprising: a frame assembly, said frame assembly including a forward end; an elongated ram; a drive mechanism, said drive mechanism coupled to said frame assembly and operatively coupled to said ram; wherein said ram reciprocates between a retracted, first position and an extended, second position; a number of coupled components including a die pack and a domer assembly; a unitary forward mounting body; said unitary forward mounting body and said number of coupled components configured as an aligned forward module; and said aligned forward module coupled to said frame assembly forward end; characterized in that said unitary forward mounting assembly body including a cradle portion, a first support arm portion and a second support arm portion; wherein said cradle portion has a forward side, a rear side, a right side, and a left side; said first support arm portion disposed at said cradle portion right side; said second support arm portion disposed at said cradle portion left side; said die pack is directly coupled to said cradle portion; and said domer assembly directly coupled to said first support arm portion and to said second support arm portion. a frame assembly, said frame assembly including a forward end; an elongated ram; a drive mechanism, said drive mechanism coupled to said frame assembly and operatively coupled to said ram; wherein said ram reciprocates between a retracted, first position and an extended, second position; a number of coupled components including a die pack and a domer assembly; a unitary forward mounting body; said unitary forward mounting body and said number of coupled components configured as an aligned forward module; and said aligned forward module coupled to said frame assembly forward end; characterized in that said unitary forward mounting assembly body including a cradle portion, a first support arm portion and a second support arm portion; wherein said cradle portion has a forward side, a rear side, a right side, and a left side; said first support arm portion disposed at said cradle portion right side; said second support arm portion disposed at said cradle portion left side; said die pack is directly coupled to said cradle portion; and said domer assembly directly coupled to said first support arm portion and to said second support arm portion.
An installation for manufacturing a velour, in which a non-woven is delivered from a first to a second transport belt (7, 8), wherein between the transport belts (7, 8) a device is disposed, which is adapted to press individual fibres or pile loops out of one side of the non-woven, characterized in that, in the area of a first surface of the non-woven, the device comprises at least one water bar for generating a plurality of water jets, as well as at least one support surface for the second surface of the non-woven, wherein at least one portion of the support surface is formed at least as one brush (3c, 10c), which cooperates with at least one suction device.
A method for driving a bistable active matrix electrophoretic display having a plurality of pixels divided into a plurality of groups, wherein a complete rewriting of the display is achieved by a pulse width modulation method by scanning the matrix a plurality of times in respective Frame periods being equal in length, each time supplying each pixel with either a drive voltage or a non-drive voltage, the method comprising: (a) scanning the matrix by selecting each of the plurality of groups of pixels in succession and applying to each of the pixels in the selected group either the drive voltage or the non-drive voltage, the scanning of all the groups of pixels being completed in a first of said frame periods; and (b) repeating the scanning of the groups of pixels during a second of said frame periods, the method being characterized by interrupting the scanning of the groups of pixels during a pause period between the first and second frame periods, this pause period having a length equal to a sub-multiple of the length of one frame period. (a) scanning the matrix by selecting each of the plurality of groups of pixels in succession and applying to each of the pixels in the selected group either the drive voltage or the non-drive voltage, the scanning of all the groups of pixels being completed in a first of said frame periods; and (b) repeating the scanning of the groups of pixels during a second of said frame periods,
A computer-readable storage medium storing instructions that when executed by a processor of a processing node in a computing environment, route messages using unreliable routing data by: receiving a message from a computer-readable communication medium; calculating one or more characteristic properties of the message so as to determine state requirements for a service instance at a service for processing of the message; attempting to acquire an appropriate service instance that satisfies the state requirements for processing the message, wherein when attempting to acquire an appropriate service instance that satisfies the state requirements for processing the message is successful at acquiring an appropriate service instance, the message is processed based on the state requirements; determining that attempting to acquire an appropriate service instance that satisfies the state requirements for processing the message is not successful at acquiring an appropriate service instance, and as a result, redirecting the message using an unreliable local cache of routing information and without coordination between processing nodes so as to attempt to cause the message to reach a server node that has an appropriate service instance or that can successfully acquire an appropriate service instance that satisfies the state requirements for processing of the message (308, 310); and further comprising instructions to perform processing that is independent of the service instance on the message prior to calculating one or more characteristic properties of the message, or after calculating the one or more characteristic properties of the message. receiving a message from a computer-readable communication medium; calculating one or more characteristic properties of the message so as to determine state requirements for a service instance at a service for processing of the message; attempting to acquire an appropriate service instance that satisfies the state requirements for processing the message, wherein when attempting to acquire an appropriate service instance that satisfies the state requirements for processing the message is successful at acquiring an appropriate service instance, the message is processed based on the state requirements; determining that attempting to acquire an appropriate service instance that satisfies the state requirements for processing the message is not successful at acquiring an appropriate service instance, and as a result, redirecting the message using an unreliable local cache of routing information and without coordination between processing nodes so as to attempt to cause the message to reach a server node that has an appropriate service instance or that can successfully acquire an appropriate service instance that satisfies the state requirements for processing of the message (308, 310); and further comprising instructions to perform processing that is independent of the service instance on the message prior to calculating one or more characteristic properties of the message, or after calculating the one or more characteristic properties of the message.
An airflow apparatus comprising: an outlet for allowing air to flow out of the apparatus; a wall delimiting a flared bore which widens to the outlet; and at least one air guide member (108A; 108B; 108C; 110A; 110B; 110C) configured to retractably protrude into the flared bore from the wall, the at least one air guide member having a surface for guiding air flowing in the flared bore away from the wall and towards the outlet when the air guide member is protruding into the flared bore, characterized in that the at least one air guide member (108A; 108B; 108C; 110A; 110B; 110C) comprises a series of air guide members which are respectively arranged to protrude into the flared bore from positions along the wall which are successively closer to the outlet. an outlet for allowing air to flow out of the apparatus; a wall delimiting a flared bore which widens to the outlet; and at least one air guide member (108A; 108B; 108C; 110A; 110B; 110C) configured to retractably protrude into the flared bore from the wall, the at least one air guide member having a surface for guiding air flowing in the flared bore away from the wall and towards the outlet when the air guide member is protruding into the flared bore, characterized in that the at least one air guide member (108A; 108B; 108C; 110A; 110B; 110C) comprises a series of air guide members which are respectively arranged to protrude into the flared bore from positions along the wall which are successively closer to the outlet.
A watch (1; 1B; 1C; 1D; 1E; 1F; 1G), comprising: a watch case; a cover glass attached to the watch case; and a decorative body attached to the watch case, wherein the watch case includes a holding wall portion provided along an outer periphery of the cover glass, and characterised in that the watch case further includes: a first column portion provided outside the holding wall portion, a second column portion provided outside the holding wall portion, and provided at a distance from the first column portion, and an inclined portion (40; 50; 60; 70; 80; 90; 100) including an inner end portion (45; 55; 65; 75; 85; 95) formed from between the first column portion and the second column portion to the holding wall portion, and continuous with the holding wall portion, and an outer end portion (46; 56; 66; 76; 86; 96) continuous with an outer surface of the watch case and provided at a position close to a rear surface of the watch case, and in that the decorative body is held by the holding wall portion, the first column portion, and the second column portion. a watch case; a cover glass attached to the watch case; and a decorative body attached to the watch case, wherein the watch case includes a holding wall portion provided along an outer periphery of the cover glass, and characterised in that the watch case further includes: a first column portion provided outside the holding wall portion, a second column portion provided outside the holding wall portion, and provided at a distance from the first column portion, and an inclined portion (40; 50; 60; 70; 80; 90; 100) including an inner end portion (45; 55; 65; 75; 85; 95) formed from between the first column portion and the second column portion to the holding wall portion, and continuous with the holding wall portion, and an outer end portion (46; 56; 66; 76; 86; 96) continuous with an outer surface of the watch case and provided at a position close to a rear surface of the watch case, and in that the decorative body is held by the holding wall portion, the first column portion, and the second column portion. a first column portion provided outside the holding wall portion, a second column portion provided outside the holding wall portion, and provided at a distance from the first column portion, and an inclined portion (40; 50; 60; 70; 80; 90; 100) including an inner end portion (45; 55; 65; 75; 85; 95) formed from between the first column portion and the second column portion to the holding wall portion, and continuous with the holding wall portion, and an outer end portion (46; 56; 66; 76; 86; 96) continuous with an outer surface of the watch case and provided at a position close to a rear surface of the watch case, and in that the decorative body is held by the holding wall portion, the first column portion, and the second column portion.
Segment of an articulated arm made of composite material, with an elongated shape defining a longitudinal axis, and having a box-like cross section, and comprising at least a first end portion, configured to allow the pivoting of a further segment, a second intermediate portion configured to allow the pivoting of an actuation member, and a third end portion wherein said first end portion, said second intermediate portion and said third end portion are made in a single body with respect to each other, wherein said second intermediate portion comprises at least a protruding zone defined at least by a first side and by a second side converging with respect to each other to define a vertex, first pivoting elements being provided in said protruding zone in order to allow the pivoting of said actuation member between said protruding zone and the first end portion, wherein said first end portion is provided at least with second pivoting elements configured to allow the connection of articulation elements between said actuation member and said further segment, wherein said first and said second side defining the protruding zone are filleted to substantially rectilinear adjacent tracts (42, 43) of said first and third end portions, said rectilinear tracts (42, 43) being substantially parallel to the longitudinal axis, and wherein the angle (α) defined between first side and rectilinear tract of the first end portion is bigger than the angle (β) defined between second side and rectilinear tract of the third end portion, characterized in that said angle (β), defined between said second side and said rectilinear tract of the third end portion, having an amplitude comprised between 5° and 25°, with respect to the longitudinal axis, said second side being filleted to said rectilinear tract of the third end portion with a filleted tract, wherein said second side and said filleted tract develop overall for a determinate first longitudinal length of said second intermediate portion, and in that the ratio between the rounding radius of said filleted tract and said first length is comprised between 1.8 and 7.2.