mhurhangee/ep-ind-claims huggingface dataset:
A gear device, comprising: an outer cylinder including a tubular case and an annular flange portion protruding outward from the case; an internal member at least partially housed in the outer cylinder and configured to rotate relative to the outer cylinder about a predetermined rotation axis; a first main bearing fitted into an annular space formed between the outer cylinder and the internal member; and a second main bearing fitted into the annular space and configured to define the rotation axis in cooperation with the first main bearing, wherein a distance between a first intersection where a load action line of the first main bearing intersects with the rotation axis and a second intersection where a load action line of the second main bearing intersects with the rotation axis is set to fall within a range expressed by: BBD + BRD × 2 × 0.95 < IID < BBD + BRD × 2 × 1.05 IID: Distance Between First Intersection and Second Intersection BBD: Distance Between First Main Bearing and Second Main Bearing BRD: Distance Between First Main Bearing and Rotation Axis characterized in that each of the load action line of the first main bearing and the load action line of the second main bearing passes through the case and the flange portion in a consecutive manner, and an intersection between the load action line of the first main bearing and the load action line of the second main bearing is positioned in the flange portion. an outer cylinder including a tubular case and an annular flange portion protruding outward from the case; an internal member at least partially housed in the outer cylinder and configured to rotate relative to the outer cylinder about a predetermined rotation axis; a first main bearing fitted into an annular space formed between the outer cylinder and the internal member; and a second main bearing fitted into the annular space and configured to define the rotation axis in cooperation with the first main bearing, wherein a distance between a first intersection where a load action line of the first main bearing intersects with the rotation axis and a second intersection where a load action line of the second main bearing intersects with the rotation axis is set to fall within a range expressed by: BBD + BRD × 2 × 0.95 < IID < BBD + BRD × 2 × 1.05 IID: Distance Between First Intersection and Second Intersection BBD: Distance Between First Main Bearing and Second Main Bearing BRD: Distance Between First Main Bearing and Rotation Axis IID: Distance Between First Intersection and Second Intersection BBD: Distance Between First Main Bearing and Second Main Bearing BRD: Distance Between First Main Bearing and Rotation Axis characterized in that each of the load action line of the first main bearing and the load action line of the second main bearing passes through the case and the flange portion in a consecutive manner, and an intersection between the load action line of the first main bearing and the load action line of the second main bearing is positioned in the flange portion.
Refrigerator comprising: - a cooling chamber; - a cold storage chamber in fluid communication with a top section and with a bottom section of the cooling chamber for housing a cold storage; - a cold storage in the cold storage chamber; - a fan for circulating air through the cooling chamber and the cold storage chamber and configured to blow air from the cold storage chamber into the cooling chamber; - a vapour compression system connectable to the mains comprising an evaporator in the cold storage chamber; - a battery operatively connected to the fan; and - a control unit configured to activate the battery to feed the fan in the event of a power failure of the mains, characterised in that the cold storage has a heat exchange surface between 4 m2 per m3 of cooling chamber volume and 12 m2 per m3 of cooling chamber volume. - a cooling chamber; - a cold storage chamber in fluid communication with a top section and with a bottom section of the cooling chamber for housing a cold storage; - a cold storage in the cold storage chamber; - a fan for circulating air through the cooling chamber and the cold storage chamber and configured to blow air from the cold storage chamber into the cooling chamber; - a vapour compression system connectable to the mains comprising an evaporator in the cold storage chamber; - a battery operatively connected to the fan; and - a control unit configured to activate the battery to feed the fan in the event of a power failure of the mains,
A method of creating a patient specific instrument to suit a specific patient's anatomy (10,30,40,50) for use in knee replacement surgery, the method comprising: performing at least two X-ray scans of one or more bones, each of the X-ray scans being taken from different angular positions; generating a digital bone model of said one or more bones based solely on the X-ray scans; planning the patient specific instrument based on the digital bone model, including determining locations for one or more anchor points on the patient specific instrument which are adapted to abut a surface of said one or more bones, the determined locations of the one or more anchor points being disposed on the patient specific instrument corresponding to areas of expected high accuracy on the digital bone model generated by the X-ray scans, said areas of expected high accuracy including at least a peripheral bone contour in at least one of said angular positions; and creating the planned patient specific instrument having said one or more anchor points thereon. performing at least two X-ray scans of one or more bones, each of the X-ray scans being taken from different angular positions; generating a digital bone model of said one or more bones based solely on the X-ray scans; planning the patient specific instrument based on the digital bone model, including determining locations for one or more anchor points on the patient specific instrument which are adapted to abut a surface of said one or more bones, the determined locations of the one or more anchor points being disposed on the patient specific instrument corresponding to areas of expected high accuracy on the digital bone model generated by the X-ray scans, said areas of expected high accuracy including at least a peripheral bone contour in at least one of said angular positions; and creating the planned patient specific instrument having said one or more anchor points thereon.
A residential roof window having a sash frame, with at least one cover plate (1, 1', 1") being mounted to said sash frame, characterised in that at least one mounting part that is made of plastic and is intended to connect a plurality of cover plates (1, 1', 1") is mounted to the at least one cover plate (1, 1', 1 "), and wherein the cover plate (1, 1', 1") and the mounting part are retained to each other by means of at least one snap-on connection (11, 12, 11', 12', 11", 12"), wherein the snap-on connection (11, 12, 11', 12', 11", 12") comprises at least one opening (13, 16, 13', 16', 13", 16") penetrating the cover plate (1, 1', 1 ") and a projection (14, 17, 14', 17', 14", 17") of the mounting part, said projection (14, 17, 14', 17', 14", 17") engaging the opening (13, 16, 13', 16', 13", 16"), as well as a holding down device (15, 18, 15', 18', 15", 18") that is formed on the mounting part, engages across the cover plate (1, 1', 1") and holds the projection (14, 17, 14', 17', 14", 17") in the opening (13, 16, 13', 16', 13", 16").
Device for ventilating a room, characterized in that it comprises: - an actuator configured to open an opening panel of the room; - a means for pairing with an alarm control unit; - a means for controlling the actuator, configured to control the opening or the closing of the opening panel in accordance with a received signal; - a means for storing electrical energy, charged by an electrical power supply, configured to power the actuator during the opening of the opening panel following the receipt of a smoke evacuation signal, the device characterized in that in comprises - a means for communicating wirelessly with the alarm control unit configured to receive said smoke evacuation signal; - a means for verifying the working condition of the communication means as a function of a signal received, from the alarm control unit, by the communication means after the verification means has commanded the communication means to emit a standard piece of information to the alarm control unit; and - a means for activating a visual and/or sound alarm as a function of the signal received. - an actuator configured to open an opening panel of the room; - a means for pairing with an alarm control unit; - a means for controlling the actuator, configured to control the opening or the closing of the opening panel in accordance with a received signal; - a means for storing electrical energy, charged by an electrical power supply, configured to power the actuator during the opening of the opening panel following the receipt of a smoke evacuation signal, the device characterized in that in comprises - a means for communicating wirelessly with the alarm control unit configured to receive said smoke evacuation signal; - a means for verifying the working condition of the communication means as a function of a signal received, from the alarm control unit, by the communication means after the verification means has commanded the communication means to emit a standard piece of information to the alarm control unit; and - a means for activating a visual and/or sound alarm as a function of the signal received.
An antenna mounting assembly (310, 550, 600), comprising: a front surface configured to mount to a convex surface of a center reflector panel (104, 302, 502, 638) of an antenna (100, 300); a first side-panel fastener configured to couple a first side panel (106, 304, 504, 628) to the center reflector panel; a second side-panel fastener configured to couple a second side panel (108, 306, 506, 628) to the center reflector panel; and an antenna feed fastener configured to fasten an antenna feed assembly (110, 308) to the antenna mounting assembly; a pair of center-panel fasteners (604 and 606) configured to fasten the center reflector panel to the antenna mounting assembly; wherein an axis along the first and second side-panel fasteners (608 and 610) is substantially perpendicular to an axis along the pair of center-panel fasteners (604 and 606). a front surface configured to mount to a convex surface of a center reflector panel (104, 302, 502, 638) of an antenna (100, 300); a first side-panel fastener configured to couple a first side panel (106, 304, 504, 628) to the center reflector panel; a second side-panel fastener configured to couple a second side panel (108, 306, 506, 628) to the center reflector panel; and an antenna feed fastener configured to fasten an antenna feed assembly (110, 308) to the antenna mounting assembly; a pair of center-panel fasteners (604 and 606) configured to fasten the center reflector panel to the antenna mounting assembly; wherein an axis along the first and second side-panel fasteners (608 and 610) is substantially perpendicular to an axis along the pair of center-panel fasteners (604 and 606).
An apparatus for treating containers and in particular for closing containers with closure caps, with a transport unit that transports the containers through a clean room, said clean room being separated by a plurality of walls (22, 24, 26) against an environment, with a plurality of treatment elements arranged within the clean room, which are movable and which are in particular both rotatable in relation to a predefined axis and movable in the direction of this axis, in particular in order to attach closure caps onto the containers, each of said treatment elements being arranged on a carrier that extends through a wall of the clean room, each of said treatment elements having associated therewith a sealing unit in order to seal at least one movement of the carrier, and wherein the sealing unit has a receptacle for receiving a liquid separating medium as well as a wall element movably arranged within the separating medium, wherein the at least one sealing unit has an inlet for the liquid separating medium, characterized in that the sealing unit has a further inlet, via which in an operating state of the apparatus a cleaning medium is applied to the sealing unit and wherein the inlet for the cleaning medium is different from the inlet for the separating medium.
An injection device provided with a compartment articulated in reference to the device to receive a syringe provided with a needle protected by a protective cap secured to the syringe, the compartment being able to move between a first open position for the insertion and removal of the syringe, and a second closed position for performing the injection, characterized in that the device includes a separating system designed to cooperate with the cap of the syringe to separate it from the syringe, the separation being subject to the passage of the compartment to its second position, and in that it includes means arranged so that the passage of the compartment from the second to the first position is subject to the securing of the cap.
A battery pack, in particular for an electric hand tool, having: at least one battery cell and/or a battery cell block, a housing for accommodating the at least one battery cell and/or the at least one battery cell block, and a printed circuit board which can be connected to the at least one rechargeable battery cell via at least one electrically conductive fuse element, wherein the housing has a fuse portion for securingly receiving the at least one electrically conductive fuse element and is integrally formed with the housing, wherein the housing comprises at least one housing part (14, 16), in particular a housing cover, which is detachable from the rest of the housing, and wherein the securing region is formed at least in sections on the detachable housing part (14, 16) and has two inner housing walls in the assembled state of the battery pack, which, together with sections of the remaining housing, are able to enclose the electrically conductive fuse element connected to a rechargeable battery cell and the printed circuit board in an inner fuse housing and to separate it from the adjacent electrical components.
An oligoaniline compound, characterized by being represented by the formula,, or wherein R 1 to R 20 independently represent a hydrogen atom, a halogen atom, a hydroxyl group, an amino group, a silanol group, a thiol group, a carboxyl group, a phosphate group, a phosphoric acid ester group, an ester group, a thioester group, an amide group, a nitro group, a monovalent hydrocarbon group, an organoxy group, an organoamino group, an organosilyl group, an organothio group, an acyl group or a sulfone group, m, n, l and k are, respectively, such integers that 1 ≤ m ≤ 20, 1 ≤ n ≤ 20, 1 ≤ l ≤ 20 and 1 s k ≤ 20 are satisfied, and X represents a fluorinated aryl group.
A stator comprising: a core comprising: a spine; a first wear liner coupled to the spine, the first wear liner comprising an annular ring and a stator key, wherein the stator key mates with the key notch in the inner core; characterized in that the core further comprises an inner core having a thickness greater than the spine; a lug in the inner core; and a key notch recessed into an outer portion of the inner core. a core comprising: a spine; a spine; a first wear liner coupled to the spine, the first wear liner comprising an annular ring and a stator key, wherein the stator key mates with the key notch in the inner core; characterized in that the core further comprises an inner core having a thickness greater than the spine; a lug in the inner core; and a key notch recessed into an outer portion of the inner core. a lug in the inner core; and a key notch recessed into an outer portion of the inner core. a key notch recessed into an outer portion of the inner core.
A process for arranging a digital object that is part of an On Screen Display, OSD, visualization, in a three-dimensional visual space which is to be presented to a viewer by a display unit of an electronic entertainment device, the process comprising the following steps: - providing the digital object and an associated object class specification, wherein the digital object relates to OSD parameters of the display unit and is classified into one of several object classes which is specified by said associated object class specification; - providing a representation specification defining how the provided digital object is to be arranged in the three-dimensional visual space depending on the associated object class specification, by defining a position and /or orientation of the digital object in the three-dimensional visual space; wherein the provided digital object is a bi- or three-dimensional object associated to a working condition of said electronic entertainment device and/or the regulation describing the designated representation of the provided digital objects. - providing the digital object and an associated object class specification, wherein the digital object relates to OSD parameters of the display unit and is classified into one of several object classes which is specified by said associated object class specification; - providing a representation specification defining how the provided digital object is to be arranged in the three-dimensional visual space depending on the associated object class specification, by defining a position and /or orientation of the digital object in the three-dimensional visual space;
A parallel link robot comprising: a base; a movable portion; three link portions connecting the base and the movable portion; and three actuators for driving the three link portions, wherein each of the three actuators is a linear actuator supported on the base to be rotatable about a first predetermined axis and has a main body portion and a shaft portion for linearly moving relative to the main body portion, and each of the three link portions has a driving link supported on the base to be rotatable about a second predetermined axis and connected to the linear actuator and a driven link connecting the driving link and the movable portion, wherein the driven link has paired parallel links (4a, 4b) connected to the driving link via a first joint (21a, 21b) and connected to the movable portion via a second joint (22a, 22b), the paired parallel links (4a, 4b) have equal lengths with each other and a parallelogram is formed by the paired parallel links (4a, 4b) and the first and second joints (21a, 21b, 22a, 22b) so that the movable portion carries out translational movements in directions of an x-axis, a y-axis, and a z-axis relative to the base, when the linear actuator extends and contracts, the driving link rotates relative to the base about said second predetermined axis of the driving link and the movable portion carries out the translational movements parallel to the base in the directions of the x-axis, the y-axis, and the z-axis, and a length of the driving link from said second predetermined axis to a position of connection between the linear actuator and the driving link is shorter than a length of the driving link from said second predetermined axis to a position of connection between the driving link and the driven link.
A user terminal having first interface means, active within a short range, for entering into an interactive session with a smart display device, characterised in that said user terminal further has; selection means for selecting a smart display device, second interface means, active within a longer range than said short range, for continuing said interactive session with said selected a smart display device.
A method for assessing the function of the visual sensory field of a subject, the method comprising: presenting visual stimuli to selected locations of the visual sensory field, the selected locations being centred at points on a sampling grid spanning a portion of the visual sensory field; using a sensor, detecting responses in the subject's visual sensory field evoked by the stimuli; and processing the detected responses to relate the detected responses to the function of the subject's visual sensory field at the selected locations; said method characterised in that said visual stimuli are such that, if presented simultaneously at the sampling grid points, individual visual stimuli would sufficiently overlap in the space defined by sensory dimensions of the visual sensory field such that spatial aliasing of the stimuli on the sampling grid is minimized, wherein profiles of the visual stimuli are smoothly varying such that the individual visual stimuli comprise mainly spatial frequencies that are about less than or equal to the highest spatial frequency that can be represented by the sampling grid, which is the Nyquist sampling frequency defined by the density of the sampling grid. presenting visual stimuli to selected locations of the visual sensory field, the selected locations being centred at points on a sampling grid spanning a portion of the visual sensory field; using a sensor, detecting responses in the subject's visual sensory field evoked by the stimuli; and processing the detected responses to relate the detected responses to the function of the subject's visual sensory field at the selected locations; said method characterised in that said visual stimuli are such that, if presented simultaneously at the sampling grid points, individual visual stimuli would sufficiently overlap in the space defined by sensory dimensions of the visual sensory field such that spatial aliasing of the stimuli on the sampling grid is minimized, wherein profiles of the visual stimuli are smoothly varying such that the individual visual stimuli comprise mainly spatial frequencies that are about less than or equal to the highest spatial frequency that can be represented by the sampling grid, which is the Nyquist sampling frequency defined by the density of the sampling grid.
Lock for a swivelling wing, with a lock case, a lock case front, a handle follower, which is actuable via a door handle, for actuating the lock, and a locking element which is movable between an extended locking position which protrudes over the lock case front and in which the locking element engages in a recess in a strike plate, and a release position which is retracted into the lock case, wherein a first latch device is arranged above the locking element and a second latch device is arranged below the locking element, said latch devices each being movable between a position which is swivelled out of the lock case over the lock case front and in which the respective latch device (10A, 10B) engages in a recess in the strike plate, and a position swivelled into the lock case, wherein the locking element is only movable into the locking position whenever the latch devices (10A, 10B) are each in the position swivelled out of the lock case over the lock case front, and wherein the first latch device and the second latch device are blocked in the swivelled-out position by a latch catch against a movement when the locking element is in the locking position, characterized in that the first latch device and the second latch device are each designed as a cross latch comprising a first latch element and a second latch element which are arranged in a swivelling manner in relation to each other.
A fan casing for a gas turbine engine, the fan casing having an annular projection, the fan casing further comprising an annular casing, the projection extending radially from and at least partly circumscribing the annular casing, the projection comprising a shell portion formed of a fibre and flammable resin composite material encasing a core of fire resistant material, so that in case of fire the resin part of the shell portion will burn away and the core will maintain the structural strength of the projection, the fan casing being characterised in that the projection comprises a spacer portion spacing the shell portion from the annular casing, the spacer portion being suitable for connection to an adjacent mating ring through a bolt.