mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: a tread portion for contacting a road surface; and a sidewall portion continuing into the tread portion, wherein sidewall rubber constituting the sidewall portion includes a rubber decor, characterised in that the rubber decor comprises: a rubber; a white layer arranged on or above a surface of the rubber and composed of a white paint; and a colored layer composed of a paint except a white paint and at least partially applied on the white layer, wherein the darkest part of the white layer has brightness of 80% or more, the white layer and the colored layer constitute a desired decoration, and the ratio (tw/tc) of thickness (tw) of the thickest part of the white layer to the thickness (tc) of the thickest part of the colored layer is not less than 1 and not more than 4, wherein the rubber comprises a barrier layer at the surface of the rubber and at least at an area adjacent to the white layer, the barrier layer including butyl-based rubber, wherein the thickness (tw) of the thickest part of the white layer is 50μm or more, wherein total thickness of the thickest part of the white layer and the colored layer is 250 μm or less, and wherein tire radial outer ends of the white layer and the colored layer are arranged on an inner side of a tire radial direction from a tire maximum width position. a tread portion for contacting a road surface; and a sidewall portion continuing into the tread portion, wherein sidewall rubber constituting the sidewall portion includes a rubber decor, characterised in that the rubber decor comprises: a rubber; a white layer arranged on or above a surface of the rubber and composed of a white paint; and a colored layer composed of a paint except a white paint and at least partially applied on the white layer, a rubber; a white layer arranged on or above a surface of the rubber and composed of a white paint; and a colored layer composed of a paint except a white paint and at least partially applied on the white layer, wherein the darkest part of the white layer has brightness of 80% or more, the white layer and the colored layer constitute a desired decoration, and the ratio (tw/tc) of thickness (tw) of the thickest part of the white layer to the thickness (tc) of the thickest part of the colored layer is not less than 1 and not more than 4, wherein the rubber comprises a barrier layer at the surface of the rubber and at least at an area adjacent to the white layer, the barrier layer including butyl-based rubber, wherein the thickness (tw) of the thickest part of the white layer is 50μm or more, wherein total thickness of the thickest part of the white layer and the colored layer is 250 μm or less, and wherein tire radial outer ends of the white layer and the colored layer are arranged on an inner side of a tire radial direction from a tire maximum width position.
A method for forming a composite visual display, from a plurality of volumetric image data sets, comprising the steps of: a) receiving a first volumetric image data set of a first volume obtained over a first time interval using a mechanically scanned imaging device, processing said first volumetric image data set to reconstruct a representation of the first volume; b) defining a region of interest within the first volume; c) receiving an additional volumetric image data set of the region of interest obtained over a second time interval shorter than the first time interval; d) combining the additional volumetric image data set of the region of interest with the first volumetric image data set to produce a combined volumetric image data set, and processing the combined data set to reconstruct a composite representation of the first volume; e) repeating steps c) and d) one or more times; and f) repeating steps a) and c) through e) one or more times, such that the representation of the region of interest portion of the first volume is updated more frequently than the remainder of the first volume. a) receiving a first volumetric image data set of a first volume obtained over a first time interval using a mechanically scanned imaging device, processing said first volumetric image data set to reconstruct a representation of the first volume; b) defining a region of interest within the first volume; c) receiving an additional volumetric image data set of the region of interest obtained over a second time interval shorter than the first time interval; d) combining the additional volumetric image data set of the region of interest with the first volumetric image data set to produce a combined volumetric image data set, and processing the combined data set to reconstruct a composite representation of the first volume; e) repeating steps c) and d) one or more times; and f) repeating steps a) and c) through e) one or more times, such that the representation of the region of interest portion of the first volume is updated more frequently than the remainder of the first volume.
A supporting bracket for supporting a radiant heating device above a bottom panel of a cooking hob, comprising a mountable portion, a resilient portion, wherein: - the mountable portion comprises at least one sheet element and is attachable on the bottom panel, - the resilient portion comprises at least one sheet element and is bent up at an obtuse angle in relation to the mountable portion, - a bending is formed between the resilient portion and the mountable portion, - the resilient portion is provided for supporting a bottom of the radiant heating device, characterized in that the supporting bracket further comprises a rigid portion wherein - the rigid portion comprises at least one sheet element and is bent up substantially at right angles with the mountable portion, - at least one further bending is formed between the rigid portion and the mountable portion; - the axes of the bending and further bending are arranged substantially perpendicular, and - at least one edge of the sheet element of the rigid portion is provided for supporting a sidewall of the radiant heating device. - the mountable portion comprises at least one sheet element and is attachable on the bottom panel, - the resilient portion comprises at least one sheet element and is bent up at an obtuse angle in relation to the mountable portion, - a bending is formed between the resilient portion and the mountable portion, - the resilient portion is provided for supporting a bottom of the radiant heating device, characterized in that the supporting bracket further comprises a rigid portion wherein - the rigid portion comprises at least one sheet element and is bent up substantially at right angles with the mountable portion, - at least one further bending is formed between the rigid portion and the mountable portion; - the axes of the bending and further bending are arranged substantially perpendicular, and - at least one edge of the sheet element of the rigid portion is provided for supporting a sidewall of the radiant heating device.
A lifting device, in particular for a vehicle, comprising a column forming a frame, extending substantially vertically above a base, and lifting means movable along said column under the action of the rotational control, by appropriate motor means, of a threaded rod and the movement, along the latter, of a nut secured to a carriage on which the load to be lifted can rest, this lifting device further including fall arresting safety means for the lifted load, characterized in that the fall arresting safety means include a ratchet able to occupy at least a first unblocking position and a blocking position cooperating with at least one tooth of a ratchet wheel to block the rotation of the threaded rod, as well as retaining means in the unblocking position and control means for returning to the blocking position.
A standard particle suspension for use with human visual inspection and/or with an optical analysis instrument, comprising: a solution; one or more pluralities of standard particles suspended in the solution, wherein each plurality of standard particles has a defined size and shape distribution, and wherein the standard particles have a refractive index and a buoyancy that are substantially similar to those of biological particles; and wherein at least one of the standard particles comprise one or more patterns of stripes of varying widths and separations along the length of the standard particle suitable for assessing the modulation transfer function MTF of an optical analysis instrument. a solution; one or more pluralities of standard particles suspended in the solution, wherein each plurality of standard particles has a defined size and shape distribution, and wherein the standard particles have a refractive index and a buoyancy that are substantially similar to those of biological particles; and wherein at least one of the standard particles comprise one or more patterns of stripes of varying widths and separations along the length of the standard particle suitable for assessing the modulation transfer function MTF of an optical analysis instrument.
Remotely controllable weapon station with a weapon, which is alignably mounted in a carriage in azimuth and elevation, for combating a target object, comprising: a first unit for determining a target distance of the target object to the weapon, a second unit for determining a physical target extension of the target object, and a third unit for adjusting a maximum cadence of the weapon in dependence on the determined target distance and the determined physical target extension, wherein the cadence is the fire velocity of the weapon, and a fifth unit which is configured to set a coincidence window for the weapon in dependence on the determined target distance and the determined physical target extension, wherein the coincidence window represents the deviation between the line of fire and the line of sight. a first unit for determining a target distance of the target object to the weapon, a second unit for determining a physical target extension of the target object, and a third unit for adjusting a maximum cadence of the weapon in dependence on the determined target distance and the determined physical target extension, wherein the cadence is the fire velocity of the weapon, and a fifth unit which is configured to set a coincidence window for the weapon in dependence on the determined target distance and the determined physical target extension, wherein the coincidence window represents the deviation between the line of fire and the line of sight.
Method for connecting a centering pin to a core grid plate of the reactor pressure vessel of a pressurized water reactor, wherein the centering pin is retained in a mounting bore of a plate provided on the core grid plate, the method comprising the following steps: a) providing a centering pin with a first axial section and a second axial section, wherein - the first axial section is provided to center a fuel element - the second axial section merges at its free end into a radially outwardly deformable fixing section, - the length of the second axial section is greater than the thickness of the plate, b) inserting the centering pin with its second axial section into the mounting bore in such a way that the first axial section extends vertically from a horizontally extending inner side of the plate, which faces the center of the reactor pressure vessel, and in such a way that the deformable fixing section protrudes from an outer side of the plate, which faces away from the inner side, by a projection, c) moving an expanding tool towards the projection from the outer side of the plate and expanding the latter by means of the expanding tool in such a way that it engages the outer side of the plate from behind in an axial direction facing the center of the reactor pressure vessel while forming a form-fitting connection, d) retaining the centering pin in the mounting bore with a counter-holder during widening of the projection of the fixing section. a) providing a centering pin with a first axial section and a second axial section, wherein - the first axial section is provided to center a fuel element - the second axial section merges at its free end into a radially outwardly deformable fixing section, - the length of the second axial section is greater than the thickness of the plate, - the first axial section is provided to center a fuel element - the second axial section merges at its free end into a radially outwardly deformable fixing section, - the length of the second axial section is greater than the thickness of the plate, b) inserting the centering pin with its second axial section into the mounting bore in such a way that the first axial section extends vertically from a horizontally extending inner side of the plate, which faces the center of the reactor pressure vessel, and in such a way that the deformable fixing section protrudes from an outer side of the plate, which faces away from the inner side, by a projection, c) moving an expanding tool towards the projection from the outer side of the plate and expanding the latter by means of the expanding tool in such a way that it engages the outer side of the plate from behind in an axial direction facing the center of the reactor pressure vessel while forming a form-fitting connection, d) retaining the centering pin in the mounting bore with a counter-holder during widening of the projection of the fixing section.
A method for remote configuration of a second wireless node by a first wireless node, the method comprising: the first wireless node determining whether the second wireless node currently resides on the same wireless communication channel and if not switching to the same wireless communication channel as the second wireless node; the first wireless node creating a remote configuration frame that includes configuration information to be transmitted to the second wireless node, the first wireless node embedding within the configuration information a network identifier and a configuration frame identifier, the configuration information designating network configuration parameters, security information and optionally a channel that the second wireless node should use as its base channel; the first wireless node transmitting the configuration frame to the second wireless node over the wireless communication channel shared with the second wireless node; upon receipt of a confirmation frame from the second wireless node indicating that the second wireless node has been configured in accordance with the configuration information, establishing a connection using the network configuration parameters. the first wireless node determining whether the second wireless node currently resides on the same wireless communication channel and if not switching to the same wireless communication channel as the second wireless node; the first wireless node creating a remote configuration frame that includes configuration information to be transmitted to the second wireless node, the first wireless node embedding within the configuration information a network identifier and a configuration frame identifier, the configuration information designating network configuration parameters, security information and optionally a channel that the second wireless node should use as its base channel; the first wireless node transmitting the configuration frame to the second wireless node over the wireless communication channel shared with the second wireless node; upon receipt of a confirmation frame from the second wireless node indicating that the second wireless node has been configured in accordance with the configuration information, establishing a connection using the network configuration parameters.
A method for automated communication, comprising: receiving in a server scheduling information with regard to a child, including a daily drop-off time of the child on at least a certain day of the week, an identity of a primary caregiver who is usually responsible for dropping off the child at the drop-off time, and a respective contact identifier of at least one secondary caregiver; automatically sending, over a communication channel from the server to a mobile communication device of the primary caregiver on the certain day at a time within a predefined interval following the drop-off time, a first query as to whether the primary caregiver dropped off the child, the first query including a choice allowing the primary caregiver to indicate a secondary caregiver to be queried; receiving from the primary caregiver a response to the first query; and upon failing to receive a positive reply to the first query, automatically sending from the server, over a communication network, at least one second query to the respective contact identifier of the secondary caregiver identified in the received response to the first query, as to whether the at least one secondary caregiver dropped off the child. receiving in a server scheduling information with regard to a child, including a daily drop-off time of the child on at least a certain day of the week, an identity of a primary caregiver who is usually responsible for dropping off the child at the drop-off time, and a respective contact identifier of at least one secondary caregiver; automatically sending, over a communication channel from the server to a mobile communication device of the primary caregiver on the certain day at a time within a predefined interval following the drop-off time, a first query as to whether the primary caregiver dropped off the child, the first query including a choice allowing the primary caregiver to indicate a secondary caregiver to be queried; receiving from the primary caregiver a response to the first query; and upon failing to receive a positive reply to the first query, automatically sending from the server, over a communication network, at least one second query to the respective contact identifier of the secondary caregiver identified in the received response to the first query, as to whether the at least one secondary caregiver dropped off the child.
A vibration welding device, comprising: a) a tool carrier for an upper tool, being mounted oscillatingly movable; b) a lifting table for receiving a lower tool, so that the lower tool can be liftably moved by means of a vertical drive, wherein the vibration welding device further comprises: c) at least one horizontal drive, by means of which the lower tool is movable in a horizontal direction, characterized in that the vibration welding device further comprises: d) at least one pivoting drive (20, 22), by means of which the lower tool is additionally pivotable out of a horizontal plane. a) a tool carrier for an upper tool, being mounted oscillatingly movable; b) a lifting table for receiving a lower tool, so that the lower tool can be liftably moved by means of a vertical drive, wherein the vibration welding device further comprises: c) at least one horizontal drive, by means of which the lower tool is movable in a horizontal direction, characterized in that the vibration welding device further comprises: d) at least one pivoting drive (20, 22), by means of which the lower tool is additionally pivotable out of a horizontal plane.
An induction cooking apparatus comprising: a plurality of induction coils arranged in at least one array; at least one beam structure configured to support the at least one array of induction coils; characterised by at least one electrical circuit supported by the at least one beam structure and in electrical communication with each of the plurality of induction coils forming the at least one array; and by at least one inverter assembly configured to drive the induction coils, wherein the electrical circuit and the inverter assembly form a connection interface comprising a plurality of mating connectors (48, 74), wherein the mating connectors (48, 74) of the connection interface electrically connect the array with the inverter assembly. a plurality of induction coils arranged in at least one array; at least one beam structure configured to support the at least one array of induction coils; characterised by at least one electrical circuit supported by the at least one beam structure and in electrical communication with each of the plurality of induction coils forming the at least one array; and by at least one inverter assembly configured to drive the induction coils, wherein the electrical circuit and the inverter assembly form a connection interface comprising a plurality of mating connectors (48, 74), wherein the mating connectors (48, 74) of the connection interface electrically connect the array with the inverter assembly.
An image capturing apparatus comprising: communication means (101, S315) for communicating with a first external apparatus; recording means (101, S403-S404) for recording connection information for connecting to the first external apparatus using the communication means using wireless LAN (101, S315); connecting means (101, S503-S507) for establishing, upon the image capturing apparatus having been turned on and activated, a communication connection to the first external apparatus via the communication means using the wireless LAN based on the connection information; and transmitting means for automatically transmitting, upon the communication connection having been established, image data owned by the image capturing apparatus to the first external apparatus using the established communication connection ( S503-S507); characterized in inhibiting means (101, S500-S501) that, in a case where the image capturing apparatus is turned on and activated in response to communication between a second external apparatus different from the first external apparatus and the image capturing apparatus via Bluetooth, inhibits the connecting means from establishing the communication connection to the first external apparatus via the wireless LAN and the transmitting means from automatically transmitting the image data. communication means (101, S315) for communicating with a first external apparatus; recording means (101, S403-S404) for recording connection information for connecting to the first external apparatus using the communication means using wireless LAN (101, S315); connecting means (101, S503-S507) for establishing, upon the image capturing apparatus having been turned on and activated, a communication connection to the first external apparatus via the communication means using the wireless LAN based on the connection information; and transmitting means for automatically transmitting, upon the communication connection having been established, image data owned by the image capturing apparatus to the first external apparatus using the established communication connection ( S503-S507); characterized in inhibiting means (101, S500-S501) that, in a case where the image capturing apparatus is turned on and activated in response to communication between a second external apparatus different from the first external apparatus and the image capturing apparatus via Bluetooth, inhibits the connecting means from establishing the communication connection to the first external apparatus via the wireless LAN and the transmitting means from automatically transmitting the image data.