mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for calculating spatial coordinates, the apparatus comprising: a feature point extractor configured for extracting a plurality of feature points from an input image, a first feature point corresponding to a left eye of a human and a second feature point corresponding to a right eye of the human ; a direction vector calculator configured for calculating, based on the input image, by a processor, a direction vector of a face front; and further configured for calculating, by the processor, direction vectors of each of the plurality of feature points; and a spatial coordinate calculator configured for calculating, by a processor, three-dimensional spatial coordinates of each of the plurality of feature points based on an inter pupil distance value associated with a distance between the left eye of the human and the right eye of the human, based on the direction vectors of each of the feature points, and based on the direction vector of the face front. a feature point extractor configured for extracting a plurality of feature points from an input image, a first feature point corresponding to a left eye of a human and a second feature point corresponding to a right eye of the human ; a direction vector calculator configured for calculating, based on the input image, by a processor, a direction vector of a face front; and further configured for calculating, by the processor, direction vectors of each of the plurality of feature points; and a spatial coordinate calculator configured for calculating, by a processor, three-dimensional spatial coordinates of each of the plurality of feature points based on an inter pupil distance value associated with a distance between the left eye of the human and the right eye of the human, based on the direction vectors of each of the feature points, and based on the direction vector of the face front.
An electronic cigarette, comprising: a cigarette cartridge , a cigarette rod , which is connected to the cigarette cartridge and provides electricity to the cigarette cartridge , and at least one decorative part partially or fully encircling the cigarette rod along the circumferential direction, characterized in that the decorative part includes a first part and at least one second part , wherein the first part sleeves the cigarette rod , and said at least one second part is connected with the first part , and partially or fully encircles the cigarette rod along the circumferential direction. a cigarette cartridge , a cigarette rod , which is connected to the cigarette cartridge and provides electricity to the cigarette cartridge , and at least one decorative part partially or fully encircling the cigarette rod along the circumferential direction, characterized in that the decorative part includes a first part and at least one second part , wherein the first part sleeves the cigarette rod , and said at least one second part is connected with the first part , and partially or fully encircles the cigarette rod along the circumferential direction.
Closure mechanism (V) for closing a container (B), in particular a pail, comprising a) a lid (D), which is formed about an axis (Z), for covering a container opening (O), and b) a clamping ring (K), which can be transferred from a circumferentially reduced (constricted) form counter to a restoring force into a (widened) form increasing its circumference, in order, in the reduced form, to securely clamp the lid (D) to the container, characterized c) in that the clamping ring (K) in a starting position, in which the latter is widened, encompasses the lid (D) along at least a portion of a lid circumference (U) in such a manner that the lid (D) blocks the clamping ring (K) from recovering into the constricted form, d) wherein the clamping ring (K) can be transferred from the starting position into an end position, in which it assumes the constricted form, by being displaced relative to the lid (D) in the axial direction (Z) in order to release the blocking of the clamping ring (K). a) a lid (D), which is formed about an axis (Z), for covering a container opening (O), and b) a clamping ring (K), which can be transferred from a circumferentially reduced (constricted) form counter to a restoring force into a (widened) form increasing its circumference, in order, in the reduced form, to securely clamp the lid (D) to the container, characterized c) in that the clamping ring (K) in a starting position, in which the latter is widened, encompasses the lid (D) along at least a portion of a lid circumference (U) in such a manner that the lid (D) blocks the clamping ring (K) from recovering into the constricted form, d) wherein the clamping ring (K) can be transferred from the starting position into an end position, in which it assumes the constricted form, by being displaced relative to the lid (D) in the axial direction (Z) in order to release the blocking of the clamping ring (K).
A head-mounted display worn by a user, comprising: a display section configured to be disposed in front of eyes of the user; a camera attached to the head-mounted display worn by the user and configured to capture an image of what is ahead of the display section; a detection section configured to detect a direction of a visual line of the user's eyes; a camera control section configured to control a direction of an optical axis of the camera in accordance with the detected direction of the visual line of the user's eyes; the head-mounted display being characterized in that it comprises: a display control section configured to cause the display section to display partial images cut out from the captured images on the basis of the direction of the optical axis of the camera such that when the direction of the optical axis of the camera is changed in a first direction, a position in the captured image from which the partial image is cut out is changed in a second direction, the second direction being in an opposite direction to the first direction. a display section configured to be disposed in front of eyes of the user; a camera attached to the head-mounted display worn by the user and configured to capture an image of what is ahead of the display section; a detection section configured to detect a direction of a visual line of the user's eyes; a camera control section configured to control a direction of an optical axis of the camera in accordance with the detected direction of the visual line of the user's eyes; the head-mounted display being characterized in that it comprises: a display control section configured to cause the display section to display partial images cut out from the captured images on the basis of the direction of the optical axis of the camera such that when the direction of the optical axis of the camera is changed in a first direction, a position in the captured image from which the partial image is cut out is changed in a second direction, the second direction being in an opposite direction to the first direction.
An inductor, comprising - a mounted inner core comprising an enameled coil and a T-shaped core shaft , wherein the T-shaped core shaft is formed into the T shape by combining a rod with a sheet-shaped base which each other are made of different materials, - electrodes (5C, 6C; 5D, 6D; 5E, 6E; 5F, 6F), and - an outer encasing layer (1C; 1D; 1E; 1F), - wherein -- the T-shaped core shaft is disposed with the rod in an inner diameter of the enameled coil , -- two opposing lateral end sides of the sheet-shaped base are electroplated at the upper surface, the lateral side surface and the bottom surface thereof, wherein the upper surface is the surface on which the rod is disposed, and -- leading-outs of the enameled coil are connected, respectively, to the corresponding electroplated upper surfaces of the end sides by spot welding or soldering, and - wherein the electroplated bottom surfaces of the opposing end sides of the sheet-shaped base form the electrodes (5C, 6C; 5D, 6D; 5E, 6E; 5F, 6F) which are exposed out of the outer encasing layer (1C; 1D; 1E; 1F), and - wherein the electroplated lateral side surfaces and the electroplated upper surfaces and the mounted inner core are buried into the centre of the outer encasing layer (1C; 1D; 1E; 1F). - a mounted inner core comprising an enameled coil and a T-shaped core shaft , wherein the T-shaped core shaft is formed into the T shape by combining a rod with a sheet-shaped base which each other are made of different materials, - electrodes (5C, 6C; 5D, 6D; 5E, 6E; 5F, 6F), and - an outer encasing layer (1C; 1D; 1E; 1F), - wherein -- the T-shaped core shaft is disposed with the rod in an inner diameter of the enameled coil , -- two opposing lateral end sides of the sheet-shaped base are electroplated at the upper surface, the lateral side surface and the bottom surface thereof, wherein the upper surface is the surface on which the rod is disposed, and -- leading-outs of the enameled coil are connected, respectively, to the corresponding electroplated upper surfaces of the end sides by spot welding or soldering, and -- the T-shaped core shaft is disposed with the rod in an inner diameter of the enameled coil , -- two opposing lateral end sides of the sheet-shaped base are electroplated at the upper surface, the lateral side surface and the bottom surface thereof, wherein the upper surface is the surface on which the rod is disposed, and -- leading-outs of the enameled coil are connected, respectively, to the corresponding electroplated upper surfaces of the end sides by spot welding or soldering, and - wherein the electroplated bottom surfaces of the opposing end sides of the sheet-shaped base form the electrodes (5C, 6C; 5D, 6D; 5E, 6E; 5F, 6F) which are exposed out of the outer encasing layer (1C; 1D; 1E; 1F), and - wherein the electroplated lateral side surfaces and the electroplated upper surfaces and the mounted inner core are buried into the centre of the outer encasing layer (1C; 1D; 1E; 1F).
A method of synthesising aziridine (III) or a salt thereof, said method comprising contacting imine (I), or a salt or one or more precursors thereof, with a diazo compound (II) or a salt thereof in a solvent comprising a mixture of halocarbons in the presence of a catalyst: wherein R 1 , R 2 , R 3 , R 4 and R 5 each independently represent any atom or group, and wherein the catalyst is a compound of formula (IV) or a salt thereof, or a compound of formula (V) or a salt thereof: wherein X is O, S or NR 9 , and R 6 , R 7 , R 8 and R 9 each independently represent any atom or group.
A barrel for a timepiece, wherein said barrel comprises a device for limiting the number of running rotations of the barrel , and wherein said device still allows any number of winding rotations of the barrel characterised in that said device is made up of a first device for the release of the winding rotations and a second device for limiting the number of running rotations of the barrel , wherein said first device works in a first placement plane (A) and said second device works in a second, different placement plane (B).
A photovoltaic energy harvesting device comprising a single-junction photovoltaic cell , wherein the photovoltaic cell comprises: a light converting element made of (Al)GalnP III-V active material spectrally matched to an ambient light source, and said active material has a direct band-gap in a range of 1.12 eV to 2.0 eV, an anti-reflection coating that is spectrally matched with the ambient light source, and wherein the photovoltaic cell has a light receiving side that is free from front metal contact gridlines; and at least one discrete metal contact element placed on the light receiving side that realizes power extraction from the light converting element, and wherein a total area covered by the at least one metal contact element is less than 5% of a total area of the light receiving side of the photovoltaic cell , and an area-normalised shunt resistance of said photovoltaic cell is not less than 500kΩ.cm 2 a light converting element made of (Al)GalnP III-V active material spectrally matched to an ambient light source, and said active material has a direct band-gap in a range of 1.12 eV to 2.0 eV, an anti-reflection coating that is spectrally matched with the ambient light source, and wherein the photovoltaic cell has a light receiving side that is free from front metal contact gridlines; and at least one discrete metal contact element placed on the light receiving side that realizes power extraction from the light converting element, and wherein a total area covered by the at least one metal contact element is less than 5% of a total area of the light receiving side of the photovoltaic cell , and an area-normalised shunt resistance of said photovoltaic cell is not less than 500kΩ.cm 2
A vehicle frame for a mobile crane, comprising a first frame part and a second frame part which can be detachably connected to each other via a common interface , wherein the interface comprises multiple points at which it is bolted to bolting elements assigned to the respective frame parts , wherein the interface also comprises at least one engaging profile along which it engages with engaging elements assigned to the respective frame parts , characterized in that the engaging elements are, at least in portions, formed as flat engaging plates having repeatedly re-appearing protrusions and/or incisions across their extent, and are, when the bolting elements are aligned with each other, in a mutually positive-fit engagement across their extent.
A method for controlling a vacuum generator in a vacuum system for transportation of objects, which vacuum system comprises a vacuum generator driven by a compressed air flow via a first on/off valve , wherein the vacuum generator is arranged to be brought in flow connection with the vacuum gripper means comprised in the vacuum system , in order to supply vacuum to the vacuum gripper means in result of the compressed air flow, wherein the vacuum system comprises a second valve , which is arranged to supply compressed air into the vacuum system ; one single centralized pressure sensor used for monitoring a system pressure (P) inside the vacuum system and for adaptive blow-off; and a vacuum system controller , wherein, if the on/off valve is not flowing air to the vacuum generator , the vacuum system controller indicates a state of no vacuum generation, and the second valve is activated, typically held opened, allowing an amount of compressed air to flow into the vacuum-system for blow-off, using vacuum system properties being characterized with respect to volume and flow-restriction in relation to the blow-off capacity of the blow-off function and for every release cycle wherein blow-off is terminated and excessive air injected into the system is released through the vacuum gripper means , characterized in that the method further comprises analyzing pressure propagation following blow-off by means of a set of data provided by the single centralized pressure sensor to the controller, calculating a duration of when the vacuum system is being fully pressure-equalized in parts of the vacuum gripper means by using the pressure propagation and a compensation factor (k), which is based on the pressure propagation from blow-off termination to pressure equilibrium of the previous release circle, analyzing the pressure propagation from blow-off termination to pressure equilibrium resulting in a compensation factor (k), which is stored and used for the next release cycle for calculating a duration of when the vacuum system is being fully pressure-equalized in parts of the vacuum gripper means.
A body comprising the following elements in atomic percent (at%): Boron 21 - 41; Iron 25 - 35; Chromium 2-4; Carbon 3-10; and remainder at% tungsten; wherein the body comprises trace amounts of FeCr metallic binder phase being less than 5 at%; wherein at least 95 at% of Fe is in the form of a boride, an intermetallic boride or an intermetallic carbide. wherein at least 95 at% of Cr is the form of a boride, an intermetallic boride or an intermetallic carbide. Boron 21 - 41; Iron 25 - 35; Chromium 2-4; Carbon 3-10; and remainder at% tungsten; wherein the body comprises trace amounts of FeCr metallic binder phase being less than 5 at%; wherein at least 95 at% of Fe is in the form of a boride, an intermetallic boride or an intermetallic carbide. wherein at least 95 at% of Cr is the form of a boride, an intermetallic boride or an intermetallic carbide.
A replacement heart valve, comprising: a buckle member fixedly attached to a tubular anchor member , the tubular anchor member being actuatable between an elongated delivery configuration and an expanded deployed configuration; a post member axially translatable relative to the buckle member, the post member including a latch portion ; characterized by an actuator member including a suture member forming a loop unreleasably attached to a distal end thereof, the actuator member being releasably connected to a proximal end of the post member by the loop; and a release pin extending axially along the actuator member and through the loop in a first position, wherein axial translation of the release pin to a second position proximal the first position disconnects the actuator member from the post member. a buckle member fixedly attached to a tubular anchor member , the tubular anchor member being actuatable between an elongated delivery configuration and an expanded deployed configuration; a post member axially translatable relative to the buckle member, the post member including a latch portion ; characterized by an actuator member including a suture member forming a loop unreleasably attached to a distal end thereof, the actuator member being releasably connected to a proximal end of the post member by the loop; and a release pin extending axially along the actuator member and through the loop in a first position, wherein axial translation of the release pin to a second position proximal the first position disconnects the actuator member from the post member.
A computer-implemented method for determining resources responsible for events, the method comprising: receiving data associated with a resource , the resource comprising a database; identifying , based on the data associated with the resource, first actors that have accessed the resource , wherein the first actors comprise a plurality of accounts; determining , based on the first actors , a number of unique actors that have accessed the resource , wherein the number of unique actors is a number of unique users of the plurality of accounts; identifying, from the first actors , a set of affected actors that have been affected by an event, wherein an event comprises a database breach; identifying , from the set of affected actors, a subset of resource-affected actors comprising the affected actors that accessed the resource prior to being affected by the event; determining a number of resource-affected actors in the subset of resource-affected actors; determining an event score for the resource based on the number of unique actors and the number of resource-affected actors, wherein the event score comprises a lower bound of a confidence interval of a binomial proportion of the number of resource-affected actors to the number of unique actors; and determining whether the resource is responsible for the event based on the event score for the resource . receiving data associated with a resource , the resource comprising a database; identifying , based on the data associated with the resource, first actors that have accessed the resource , wherein the first actors comprise a plurality of accounts; determining , based on the first actors , a number of unique actors that have accessed the resource , wherein the number of unique actors is a number of unique users of the plurality of accounts; identifying, from the first actors , a set of affected actors that have been affected by an event, wherein an event comprises a database breach; identifying , from the set of affected actors, a subset of resource-affected actors comprising the affected actors that accessed the resource prior to being affected by the event; determining a number of resource-affected actors in the subset of resource-affected actors; determining an event score for the resource based on the number of unique actors and the number of resource-affected actors, wherein the event score comprises a lower bound of a confidence interval of a binomial proportion of the number of resource-affected actors to the number of unique actors; and determining whether the resource is responsible for the event based on the event score for the resource .
A formliner for use in creating a pattern in curable material, the formliner comprising: a plurality of cells each comprising a base configured to face curable material in use, the base configured to create a pattern on the curable material; a rib system comprising a plurality of ribs extending along the plurality of cells and forming at least parts of boundaries of the plurality of cells , the plurality of ribs comprising: a first section connected with a cell of the plurality of cells and comprising a first rib end , the first section configured to face the curable material in use; and a second section connected with the cell and comprising a second rib end , at least a portion of the first section configured to overlap onto at least a portion of the second section ; and a channel connecting at least a part of the cell to at least one rib of the plurality of ribs , the channel configured to accept the first rib end in the channel , wherein at least a portion of the first rib end is in the channel when the at least a portion of the first section overlaps onto the at least a portion of the second section , characterized in that the second section comprises a straight wall extending away from the channel , the wall extending perpendicular to a general extent of the base of the cell . a plurality of cells each comprising a base configured to face curable material in use, the base configured to create a pattern on the curable material; a rib system comprising a plurality of ribs extending along the plurality of cells and forming at least parts of boundaries of the plurality of cells , the plurality of ribs comprising: a first section connected with a cell of the plurality of cells and comprising a first rib end , the first section configured to face the curable material in use; and a second section connected with the cell and comprising a second rib end , at least a portion of the first section configured to overlap onto at least a portion of the second section ; and a first section connected with a cell of the plurality of cells and comprising a first rib end , the first section configured to face the curable material in use; and a second section connected with the cell and comprising a second rib end , at least a portion of the first section configured to overlap onto at least a portion of the second section ; and a channel connecting at least a part of the cell to at least one rib of the plurality of ribs , the channel configured to accept the first rib end in the channel , wherein at least a portion of the first rib end is in the channel when the at least a portion of the first section overlaps onto the at least a portion of the second section , characterized in that the second section comprises a straight wall extending away from the channel , the wall extending perpendicular to a general extent of the base of the cell .