mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method of providing a finish line for a preparation area in an oral cavity, the finish line being a circumferential junction between an upper prepared portion of a tooth and a lower unprepared portion of the tooth, comprising: providing at least one numerical entity representative of the three-dimensional surface geometry and colour of at least part of the intra-oral cavity; and manipulating said entity to provide desired data therefrom, wherein said numerical entity comprises surface geometry in form of spatial coordinates (x, y, z) and colour data (c) associated with said part of the intra-oral cavity, wherein said method is useful for differentiating between two tissues and comprises further: (a) comparing the colour data for each pair of spatially adjacent data points in said numerical entity; (b) if the colour data for said pair of data points are substantially different one from the other, providing one said data point of said pair of data points having colour data associated with a hard tissue; and (c) applying a search algorithm to the numerical entity for identifying said finish line in said numerical entity, wherein said application of said algorithm is initially applied to a part of said numerical entity corresponding to the said provided data points of step (b) as a starting point. providing at least one numerical entity representative of the three-dimensional surface geometry and colour of at least part of the intra-oral cavity; and manipulating said entity to provide desired data therefrom, wherein said numerical entity comprises surface geometry in form of spatial coordinates (x, y, z) and colour data (c) associated with said part of the intra-oral cavity, wherein said method is useful for differentiating between two tissues and comprises further: (a) comparing the colour data for each pair of spatially adjacent data points in said numerical entity; (b) if the colour data for said pair of data points are substantially different one from the other, providing one said data point of said pair of data points having colour data associated with a hard tissue; and (c) applying a search algorithm to the numerical entity for identifying said finish line in said numerical entity, wherein said application of said algorithm is initially applied to a part of said numerical entity corresponding to the said provided data points of step (b) as a starting point. (a) comparing the colour data for each pair of spatially adjacent data points in said numerical entity; (b) if the colour data for said pair of data points are substantially different one from the other, providing one said data point of said pair of data points having colour data associated with a hard tissue; and (c) applying a search algorithm to the numerical entity for identifying said finish line in said numerical entity, wherein said application of said algorithm is initially applied to a part of said numerical entity corresponding to the said provided data points of step (b) as a starting point.
A fast disintegrating dosage form in the form of a tablet comprising functionalized natural and/or synthetic calcium carbonate, at least one active ingredient and at least one disintegrant, wherein said functionalized natural or synthetic calcium carbonate is a reaction product of natural or synthetic calcium carbonate with carbon dioxide and one or more acids, wherein the carbon dioxide is formed in situ by the acid treatment and/or is supplied from an external source, wherein the at least one disintegrant is selected from the group comprising modified cellulose gums, insoluble cross-linked polyvinylpyrrolidones, starch glycolates or mixtures thereof, and wherein the tablet has a hardness in the range from 40 to 100 N and a corresponding tensile strength in the range of 0.4 to 1.3 MPa and disintegrates in less than or in 3 minutes, preferably in less than or in 2 minutes, more preferably in less than or in 1 minute, still more preferably in less than or in 30 seconds, when introduced into an aqueous environment.
A compound of Formula XX, or a lactone thereof, such as a compound of formula XIX or XXI, for use in the treatment and/or prevention of a bacterial infection selected from the group consisting of Gardnerella vaginalis, Mobiluncus spp, Ureaplasma urealyticum, Mycoplasma hominis, Prevotella spp, Enterococci, Bacteroides spp, Peptostreptococcus spp, Porphyromonas gingivalis, Escherichia coli, Pseudomonas aeruginosa, Acetinobacter baumanii, Streptococcus pyogenes, Beta-Hemolytic Streptococci Group C, Beta-Hemolytic Streptococci Group G-, and/or Streptococcus agalactiae infection.
A viscoelastic surfactant fluid comprising: (i) a surfactant selected from the group consisting of amphoteric surfactant, zwitterionic surfactant, anionic surfactant, nonionic surfactant, cationic surfactant, and combinations thereof; and (ii) an enhanced shear recovery agent to reduce shear recovery time, whereby said enhanced shear recovery agent is a sugar derived surfactant selected from the group consisting of alkyl polyglycoside, alkyl polyglucoside, and combinations thereof; and (iii) a proppant. (i) a surfactant selected from the group consisting of amphoteric surfactant, zwitterionic surfactant, anionic surfactant, nonionic surfactant, cationic surfactant, and combinations thereof; and (ii) an enhanced shear recovery agent to reduce shear recovery time, whereby said enhanced shear recovery agent is a sugar derived surfactant selected from the group consisting of alkyl polyglycoside, alkyl polyglucoside, and combinations thereof; and (iii) a proppant.
Working chamber for a fluid processing machine comprising: - multiple walls that surround an interior of the working chamber, - an access opening to the interior on one side of the working chamber, wherein the access opening extends in an access plane, which is orientated parallel to a longitudinal direction and parallel to a transverse direction, - a cover unit that is movable relative to the walls and that is provided for covering the access opening during a workpiece processing in the interior, - wherein the cover unit comprises a rigid cover that partly covers the access opening in a closing position and is movably supported in longitudinal direction, - wherein the cover unit comprises a first cover part and a second cover part extending along the access opening and adjoining the cover on opposite sides in longitudinal direction, - a first deflection unit for deflection of the first cover part without winding up the first cover part and with a second deflection unit for deflecting the second cover part without winding up the second cover part, characterized in that - the first cover part and the second cover part are connected with each other at their longitudinal ends opposite to the cover by means of at least one flexible connection element, - and in that the working chamber comprises a tensioning device that applies a traction force on the cover parts (35, 36) that is respectively directed away from the cover, wherein the tensioning device is configured to keep the at least one flexible connection element under tension. - multiple walls that surround an interior of the working chamber, - an access opening to the interior on one side of the working chamber, wherein the access opening extends in an access plane, which is orientated parallel to a longitudinal direction and parallel to a transverse direction, - a cover unit that is movable relative to the walls and that is provided for covering the access opening during a workpiece processing in the interior, - wherein the cover unit comprises a rigid cover that partly covers the access opening in a closing position and is movably supported in longitudinal direction, - wherein the cover unit comprises a first cover part and a second cover part extending along the access opening and adjoining the cover on opposite sides in longitudinal direction, - a first deflection unit for deflection of the first cover part without winding up the first cover part and with a second deflection unit for deflecting the second cover part without winding up the second cover part, characterized in that - the first cover part and the second cover part are connected with each other at their longitudinal ends opposite to the cover by means of at least one flexible connection element, - and in that the working chamber comprises a tensioning device that applies a traction force on the cover parts (35, 36) that is respectively directed away from the cover, wherein the tensioning device is configured to keep the at least one flexible connection element under tension.
A gesture-based method of filtering and displaying data using a computer, comprising the steps of: display on a touch screen a two-dimensional-axes data chart in a graphical user interface, the two-dimensional-axes data chart comprising a first axis and a second axis; detecting a filtering gesture performed on the first axis of the data chart displayed on the screen; in response to the detection of the filtering gesture, filtering data associated with the first axis; and updating the displayed data chart based on the filtering; characterized in that the filtering gesture is a composite gesture comprising a first gesture part comprising selecting the first axis by touching it on the touch screen, a second gesture part comprising defining a value range among the values of the first axis by touching the first axis at two different points along the axis using two fingers, and a third gesture part performed on the defined value range, comprising swiping one or both of said fingers in one direction, wherein the outcome of the filtering consists of the deletion of the data defined in the value range, and display on the touch screen an updated data chart from which any data points whose values fell in the selected range are missing. display on a touch screen a two-dimensional-axes data chart in a graphical user interface, the two-dimensional-axes data chart comprising a first axis and a second axis; detecting a filtering gesture performed on the first axis of the data chart displayed on the screen; in response to the detection of the filtering gesture, filtering data associated with the first axis; and updating the displayed data chart based on the filtering; characterized in that the filtering gesture is a composite gesture comprising a first gesture part comprising selecting the first axis by touching it on the touch screen, a second gesture part comprising defining a value range among the values of the first axis by touching the first axis at two different points along the axis using two fingers, and a third gesture part performed on the defined value range, comprising swiping one or both of said fingers in one direction, wherein the outcome of the filtering consists of the deletion of the data defined in the value range, and display on the touch screen an updated data chart from which any data points whose values fell in the selected range are missing.
A developer supply container detachably mountable to a developer receiving apparatus, the developer receiving apparatus including a receiving opening for receiving a developer, and a portion-to-be-engaged integrally displaceable with a developer receiving portion, said developer supply container comprising: a rotatable developer accommodating portion accommodating the developer; a gear for transmitting a driving force to said developer accommodating portion; a developer discharging portion rotatable relative to said developer accommodating portion and provided at a bottom side with a discharge opening for discharging the developer from said developer accommodating portion; a rotatable engaging portion engageable with the portion-to-be-engaged with a mounting operation of said developer supply container to displace the developer receiving portion so as to move the receiving opening toward said discharge opening, thus bringing the receiving opening in fluid communication with said discharge opening; a shaft portion which is provided between one end portion of said engaging portion and other end portion thereof with respect to a rotational axis direction of said developer accommodating portion and which rotatably supports said rotatable engaging portion; and a restricting portion (42, 43) for restricting movement of a gear side end portion (30a, 30b) of said engaging portion with respect to the rotational axis direction beyond a predetermined position. a rotatable developer accommodating portion accommodating the developer; a gear for transmitting a driving force to said developer accommodating portion; a developer discharging portion rotatable relative to said developer accommodating portion and provided at a bottom side with a discharge opening for discharging the developer from said developer accommodating portion; a rotatable engaging portion engageable with the portion-to-be-engaged with a mounting operation of said developer supply container to displace the developer receiving portion so as to move the receiving opening toward said discharge opening, thus bringing the receiving opening in fluid communication with said discharge opening; a shaft portion which is provided between one end portion of said engaging portion and other end portion thereof with respect to a rotational axis direction of said developer accommodating portion and which rotatably supports said rotatable engaging portion; and a restricting portion (42, 43) for restricting movement of a gear side end portion (30a, 30b) of said engaging portion with respect to the rotational axis direction beyond a predetermined position.
A method of preventing access to users of an access control system, said access control system comprising a plurality of card readers (210-i) associated with one or more doors (220-i), each of the card readers (210-i) being able to communicate with an access controller, said access controller including or being associated with a database device and being configured to, in response to an access card being read by any of the card readers (210-i), make a determination according to the access privileges of the access card stored in the database device, said method being characterized by: dividing a plurality of card readers into one or more groups of card readers; reading a first management card at a first card reader; identifying all card readers of a first group which the first card reader belongs to; updating the database device to indicate that access via each of the card readers of the first group of card readers is forbidden; after updating the database device to indicate that the access via any card reader in the first group of card readers is forbidden, reading an access card at any card reader in the first group; and responsive to reading the access card at any card reader in the first group of card readers, determining by the access controller that the access is forbidden regardless of access privileges associated with the access card in the database device. dividing a plurality of card readers into one or more groups of card readers; reading a first management card at a first card reader; identifying all card readers of a first group which the first card reader belongs to; updating the database device to indicate that access via each of the card readers of the first group of card readers is forbidden; after updating the database device to indicate that the access via any card reader in the first group of card readers is forbidden, reading an access card at any card reader in the first group; and responsive to reading the access card at any card reader in the first group of card readers, determining by the access controller that the access is forbidden regardless of access privileges associated with the access card in the database device.
A semiconductor device structure, comprising: a silicon carbide substrate; and a Group III nitride epitaxial layer above the silicon carbide substrate having a thickness in a range between 5 microns and 20 microns, the Group III layer having a first surface adjacent the silicon carbide substrate and a second surface opposite the first surface above the silicon carbide substrate, the thickness being sufficient to impart to the Group III nitride epitaxial layer a dislocation density of less than about 4x 10 8 cm -2 and a transition metal dopant in a concentration range that varies from the first surface towards the second surface by a factor of 10 every 0.4 μm in the Group III nitride epitaxial layer, the metal dopant concentration being sufficient to increase an isolation voltage of the Group III nitride epitaxial layer to 50V. a silicon carbide substrate; and a Group III nitride epitaxial layer above the silicon carbide substrate having a thickness in a range between 5 microns and 20 microns, the Group III layer having a first surface adjacent the silicon carbide substrate and a second surface opposite the first surface above the silicon carbide substrate, the thickness being sufficient to impart to the Group III nitride epitaxial layer a dislocation density of less than about 4x 10 8 cm -2 and a transition metal dopant in a concentration range that varies from the first surface towards the second surface by a factor of 10 every 0.4 μm in the Group III nitride epitaxial layer, the metal dopant concentration being sufficient to increase an isolation voltage of the Group III nitride epitaxial layer to 50V.
A medical insertion apparatus comprising: a screw nail body inserted or insertable into a human body; and an electrode exposed outside the screw nail body, wherein the electrode extends from a first end of the screw nail body to a second end of the screw nail body along a longitudinal direction of the screw nail body, wherein the first end of the screw nail body is a top end of the screw nail body; wherein the second end of the screw nail body is an end portion of the screw nail body; wherein the electrode is exposed at an outside of the screw nail body; characterized in that the electrode extends from the top end of the screw nail body to the end portion of the screw nail body along the longitudinal direction of the screw nail body; and the electrode extends straight along the longitudinal direction of the screw nail body on an outer circumference of the screw nail body. a screw nail body inserted or insertable into a human body; and an electrode exposed outside the screw nail body, wherein the electrode extends from a first end of the screw nail body to a second end of the screw nail body along a longitudinal direction of the screw nail body, wherein the first end of the screw nail body is a top end of the screw nail body; wherein the second end of the screw nail body is an end portion of the screw nail body; wherein the electrode is exposed at an outside of the screw nail body; characterized in that wherein the first end of the screw nail body is a top end of the screw nail body; wherein the second end of the screw nail body is an end portion of the screw nail body; wherein the electrode is exposed at an outside of the screw nail body; characterized in that the electrode extends from the top end of the screw nail body to the end portion of the screw nail body along the longitudinal direction of the screw nail body; and the electrode extends straight along the longitudinal direction of the screw nail body on an outer circumference of the screw nail body.
A machine for preparing a beverage, comprising: - a seat having at least one part that is movable between a transfer position for introducing a beverage ingredient into the seat and/or removing said ingredient therefrom, and a processing position for forming said beverage from the ingredient in the seat; - an outlet for dispensing said beverage upon formation in the seat; and - a drop collector for collecting drops from the outlet, characterised in that the outlet is movable with the movable part relative to drop collector and in that said movable part of the seat, the outlet and the drop collector are associated, in particular connected, so that the drop collector and the outlet are relatively moved into: - a drop collection configuration for the drop collector to collect drops from the outlet when the movable part of the seat is moved into the transfer position; and/or - a dispensing configuration for dispensing the formed beverage from the outlet into a dispensing zone, in particular a zone arranged for receiving a recipient such as a cup or a mug, when the movable part of the seat is moved into the processing position. - a seat having at least one part that is movable between a transfer position for introducing a beverage ingredient into the seat and/or removing said ingredient therefrom, and a processing position for forming said beverage from the ingredient in the seat; - an outlet for dispensing said beverage upon formation in the seat; and - a drop collector for collecting drops from the outlet, - a drop collection configuration for the drop collector to collect drops from the outlet when the movable part of the seat is moved into the transfer position; and/or - a dispensing configuration for dispensing the formed beverage from the outlet into a dispensing zone, in particular a zone arranged for receiving a recipient such as a cup or a mug, when the movable part of the seat is moved into the processing position.
Household appliance construction device, in particular for a cooking appliance, comprising at least one substrate having at least one at least partially coated surface region, which has at least one first, substantially gas diffusion-tight and substantially transparent coating and at least one second coating located above the first coating at least in regions, characterised in that the second coating is at least in part an enamel and/or enamellar coating.
Housing frame (10, 11) designed for a control unit (5, 6) for driving an electrical machine, wherein the housing frame (10, 11) has at least one connection pin for electrically contacting a circuit carrier of the control unit (5, 6), characterized in that the connection pin has a connection foot and is injection-moulded into the housing frame (10, 11) in such a way that the connection pin can be electrically connected to the circuit carrier at the connection foot by means of laser welding, and in that the resilient connection pin rests planeparallel on the circuit carrier by pressing the housing frame (10, 11) onto a heat sink of the control unit (5, 6) in the perpendicular direction in relation to the main plane of extent of the housing frame (10, 11).