mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method to adaptively size or position an application window of an application in a windows-based workspace, the method comprising: receiving a selection of a half-area of the windows-based workspace in which to present the application window of the application by detecting said application window of the application being moved or dragged against a vertical edge of the windows-based workspace associated with the half-area of the windows-based workspace; determining a size and position of another application window in the windows-based workspace, wherein the other application window is initially maximized in the windows-based workspace; determining, based on the determined size and position of the other application window, a size and position for the application window of the application such that the application window fills the selected half-area of the windows-based workspace; determining, for the other application window, another size and position such that a vertical edge of the other application window aligns with a vertical edge of the half-area of the windows-based workspace; and presenting the application window at the determined size and position such that the application window is presented in the selected half-area of the windows-based workspace, and presenting the other application window at the other determined size and position such that the application window and other application window meet at the vertical edge of the selected half-area area of the windows-based workspace and such that the other application window is presented in the other half-area of the windows-based workspace. receiving a selection of a half-area of the windows-based workspace in which to present the application window of the application by detecting said application window of the application being moved or dragged against a vertical edge of the windows-based workspace associated with the half-area of the windows-based workspace; determining a size and position of another application window in the windows-based workspace, wherein the other application window is initially maximized in the windows-based workspace; determining, based on the determined size and position of the other application window, a size and position for the application window of the application such that the application window fills the selected half-area of the windows-based workspace; determining, for the other application window, another size and position such that a vertical edge of the other application window aligns with a vertical edge of the half-area of the windows-based workspace; and presenting the application window at the determined size and position such that the application window is presented in the selected half-area of the windows-based workspace, and presenting the other application window at the other determined size and position such that the application window and other application window meet at the vertical edge of the selected half-area area of the windows-based workspace and such that the other application window is presented in the other half-area of the windows-based workspace.
A parking mechanism, comprising: a wheel disc, a wedge disc, and a drive assembly, wherein the wheel disc is configured to be fixedly connected to a motor shaft of a brake system, the wedge disc is fastened relative to a motor housing of the brake system, and an axis of the wheel disc and an axis of the wedge disc are aligned with an axis of the motor shaft; a wedge groove with an opening facing the wheel disc is formed on a surface of the wedge disc facing the wheel disc, a movable part in contact with the wheel disc is disposed in the wedge groove, and in a direction from a bottom of the wedge groove to the wheel disc, a groove depth at a first end of the wedge groove is greater than a size of the movable part, and a groove depth at a second end of the wedge groove is less than the size of the movable part; the parking mechanism being characterised in that: an elastic part is disposed between the movable part and the first end of the wedge groove, and the elastic part is in a compressed energy storage state to have a trend of driving the movable part to move from the first end to the second end of the wedge groove; and the drive assembly is configured to drive the movable part to move from the second end to the first end in the wedge groove. a wedge groove with an opening facing the wheel disc is formed on a surface of the wedge disc facing the wheel disc, a movable part in contact with the wheel disc is disposed in the wedge groove, and in a direction from a bottom of the wedge groove to the wheel disc, a groove depth at a first end of the wedge groove is greater than a size of the movable part, and a groove depth at a second end of the wedge groove is less than the size of the movable part; the parking mechanism being characterised in that: an elastic part is disposed between the movable part and the first end of the wedge groove, and the elastic part is in a compressed energy storage state to have a trend of driving the movable part to move from the first end to the second end of the wedge groove; and the drive assembly is configured to drive the movable part to move from the second end to the first end in the wedge groove. an elastic part is disposed between the movable part and the first end of the wedge groove, and the elastic part is in a compressed energy storage state to have a trend of driving the movable part to move from the first end to the second end of the wedge groove; and the drive assembly is configured to drive the movable part to move from the second end to the first end in the wedge groove.
A method of providing an application service in a telecommunications network, wherein the telecommunications network is accessible to a user equipment via an access node (110A; 130A) or via a further access node (110B; 130B), the method comprising: providing an application service platform at the access node (110A; 130A); providing, by one or more applications running on the application service platform at the access node (110A; 130A), one or more application services which are accessible to the user equipment via the access node (110A; 130A); if the user equipment is connected to the telecommunications network via the further access node (110B; 130B), obtaining, by the application service platform at the access node (110A; 130A), radio related context data of the user equipment from the further access node (110B; 130B); and exposing, by the application service platform at the access node (110A; 130A), the obtained radio related context data to the one or more applications. providing an application service platform at the access node (110A; 130A); providing, by one or more applications running on the application service platform at the access node (110A; 130A), one or more application services which are accessible to the user equipment via the access node (110A; 130A); if the user equipment is connected to the telecommunications network via the further access node (110B; 130B), obtaining, by the application service platform at the access node (110A; 130A), radio related context data of the user equipment from the further access node (110B; 130B); and exposing, by the application service platform at the access node (110A; 130A), the obtained radio related context data to the one or more applications.
A heat exchanger comprising a laminated header comprising a plate-like unit comprising: bare members having first flow passages formed therein with no brazing material being applied to each of the bare members; and cladding members having second flow passages formed therein with a brazing material being applied to at least a front surface and a back surface of each of the cladding members, the bare members and the cladding members being alternately laminated so that the first flow passages and the second flow passages are communicated with each other, the plate-like unit being configured such that a pipe is joined to the plate-like unit under a state in which an end portion of the pipe is inserted into at least one of the first flow passages or the second flow passages, characterized in that: each of the bare members being thicker than each of the cladding members, the pipe being joined under a state in which the end portion is positioned between both ends of one of the first flow passages of one of the bare members. bare members having first flow passages formed therein with no brazing material being applied to each of the bare members; and cladding members having second flow passages formed therein with a brazing material being applied to at least a front surface and a back surface of each of the cladding members, the bare members and the cladding members being alternately laminated so that the first flow passages and the second flow passages are communicated with each other, the plate-like unit being configured such that a pipe is joined to the plate-like unit under a state in which an end portion of the pipe is inserted into at least one of the first flow passages or the second flow passages, characterized in that: each of the bare members being thicker than each of the cladding members, the pipe being joined under a state in which the end portion is positioned between both ends of one of the first flow passages of one of the bare members. each of the bare members being thicker than each of the cladding members, the pipe being joined under a state in which the end portion is positioned between both ends of one of the first flow passages of one of the bare members.
A device comprising: a first Bluetooth communication device; a separate second Bluetooth communication device; and control circuitry configured to: Perform a first Bluetooth pairing procedure between the first Bluetooth communication device and a mobile device to establish a communication channel between the first Bluetooth communication device and the mobile device, Perform a second Bluetooth pairing procedure between the second Bluetooth communication device and the mobile device by exchanging pairing information for pairing the second Bluetooth communication device and the mobile device with the mobile device via the communication channel between the first Bluetooth communication device and the mobile device. a first Bluetooth communication device; a separate second Bluetooth communication device; and control circuitry configured to: Perform a first Bluetooth pairing procedure between the first Bluetooth communication device and a mobile device to establish a communication channel between the first Bluetooth communication device and the mobile device, Perform a second Bluetooth pairing procedure between the second Bluetooth communication device and the mobile device by exchanging pairing information for pairing the second Bluetooth communication device and the mobile device with the mobile device via the communication channel between the first Bluetooth communication device and the mobile device. Perform a first Bluetooth pairing procedure between the first Bluetooth communication device and a mobile device to establish a communication channel between the first Bluetooth communication device and the mobile device, Perform a second Bluetooth pairing procedure between the second Bluetooth communication device and the mobile device by exchanging pairing information for pairing the second Bluetooth communication device and the mobile device with the mobile device via the communication channel between the first Bluetooth communication device and the mobile device.
A grease filter for installation within an aperture of an exhaust hood overlying kitchen equipment where heat or flame may occur, the grease filter comprising: an external frame assembly defining a pathway for airflow therethrough and partially defining a downstream portion of the grease filter and an upstream portion of the grease filter; a baffle filter disposed within the downstream portion of the grease filter, the baffle filter being secured within the external frame assembly; and a first perforated insert configured to move from a first position to a second position, wherein the first position permits installation of a filter pad within the grease filter and the second position does not permit installation of the filter pad within the grease filter; and wherein: the upstream portion of the grease filter comprises the first perforated insert. an external frame assembly defining a pathway for airflow therethrough and partially defining a downstream portion of the grease filter and an upstream portion of the grease filter; a baffle filter disposed within the downstream portion of the grease filter, the baffle filter being secured within the external frame assembly; and a first perforated insert configured to move from a first position to a second position, wherein the first position permits installation of a filter pad within the grease filter and the second position does not permit installation of the filter pad within the grease filter; and wherein: the upstream portion of the grease filter comprises the first perforated insert.
Use of an extruded product in the form of an aluminium alloy tube, characterised in that it comprises (as a % by mass): (a) Zn 6.7 - 7.5% Cu 2.0 - 2.8% Mg 1.6 - 2.2%; (b) Zr 0.08 - 0.20% Fe + Si < 0.20%; (c) other elements ≤ 0.05% each and ≤ 0.15% in total; (d) the remainder aluminium, for the manufacture of cycle frames, forks and handlebars or baseball bats. (a) Zn 6.7 - 7.5% Cu 2.0 - 2.8% Mg 1.6 - 2.2%; (b) Zr 0.08 - 0.20% Fe + Si < 0.20%; (c) other elements ≤ 0.05% each and ≤ 0.15% in total; (d) the remainder aluminium,
A method for fabricating a carrier-depletion based silicon waveguide resonant cavity modulator comprising a silicon waveguide based resonant cavity, the resonant cavity comprising an optical modulation section with an integrated lateral PN diode and an optical power monitoring section with an integrated lateral PIN diode comprising a doping compensated I region, wherein the method comprises: performing a P-type implantation step using a first implantation window; and performing an N-type implantation step using a second implantation window, wherein an overlap is provided between the first implantation window and the second implantation window, thereby forming the doping compensated region at the locations of the overlap. performing a P-type implantation step using a first implantation window; and performing an N-type implantation step using a second implantation window, wherein an overlap is provided between the first implantation window and the second implantation window, thereby forming the doping compensated region at the locations of the overlap.
Method for imitating a shadow of a shadow-casting object with a security device having an arrangement with light sources, characterizing in that the intensity of the radiated light of at least one group (5a, 5b) of adjacent light sources is reduced relative to the intensity of the radiated light from light sources of the arrangement outside of the at least one group (5a, 5b) in order to imitate a shadow on a wall illuminated by the security device and, in order to imitate a movement of the shadow, the assignment of the light sources to the at least one group (5a, 5b) is changed by adding further light sources of the arrangement to the at least one group (5a, 5b) and/or by removing light sources of the at least one group (5a, 5b), whereby the intensity of the radiated light of the added light sources is reduced and the intensity of a removed light sources is increased.
Assembly comprising:an injection device comprising a container for a product, said container comprising a distal tip encompassing a channel providing a passageway for the transfer of said product; an adaptor comprising a ring mounted onto said distal tip, wherein the adaptor includes a screw thread; characterized in that: the ring of the adaptor is mounted on said distal tip by friction; and said assembly further comprises a heat-shrinkable film covering at least part of said container and at least part of said adaptor, said heat-shrinkable film maintaining said adaptor blocked in rotation and in translation with respect to said container when said heat-shrinkable film is in its heat-shrunk condition, said heat- shrinkable film being glued to part of the container and part of the adaptor. the ring of the adaptor is mounted on said distal tip by friction; and said assembly further comprises a heat-shrinkable film covering at least part of said container and at least part of said adaptor, said heat-shrinkable film maintaining said adaptor blocked in rotation and in translation with respect to said container when said heat-shrinkable film is in its heat-shrunk condition, said heat- shrinkable film being glued to part of the container and part of the adaptor.
A method, comprising: displaying, by one or more processors, in a display, a first object within a field of view of a user; detecting, by the one or more processors, an interaction of the user with the first object within the FOV; characterized by: determining, by the one or more processors, whether a change occurs in a second object outside the FOV, the change based on the detected interaction of the user with the first object within the FOV; in accordance with the determining indicating that the change occurs in the second object outside the FOV based on the detected interaction of the user with the first object within the FOV, generating, by the one or more processors, one or more attention pointers within the FOV of the user for directing user attention to the change in the second object outside the FOV; and displaying, by the one or more processors, on a virtual screen of the display within the FOV of the user, the one or more attention pointers. displaying, by one or more processors, in a display, a first object within a field of view of a user; detecting, by the one or more processors, an interaction of the user with the first object within the FOV; characterized by: determining, by the one or more processors, whether a change occurs in a second object outside the FOV, the change based on the detected interaction of the user with the first object within the FOV; in accordance with the determining indicating that the change occurs in the second object outside the FOV based on the detected interaction of the user with the first object within the FOV, generating, by the one or more processors, one or more attention pointers within the FOV of the user for directing user attention to the change in the second object outside the FOV; and displaying, by the one or more processors, on a virtual screen of the display within the FOV of the user, the one or more attention pointers. determining, by the one or more processors, whether a change occurs in a second object outside the FOV, the change based on the detected interaction of the user with the first object within the FOV; in accordance with the determining indicating that the change occurs in the second object outside the FOV based on the detected interaction of the user with the first object within the FOV, generating, by the one or more processors, one or more attention pointers within the FOV of the user for directing user attention to the change in the second object outside the FOV; and displaying, by the one or more processors, on a virtual screen of the display within the FOV of the user, the one or more attention pointers.
A targeting guide assembly, comprising: a first bracket, wherein said first bracket includes a first arm and a second arm spaced from said first arm; a second bracket rotatable relative to said first bracket; a cannula guide body movable along a curvilinear path within a slot of said first bracket, wherein said slot extends between the first arm and the second arm of said first bracket, the slot including a track formed in the first arm, wherein the track is configured to guide movement of said cannula body along said curvilinear path; a cannula configured to be received within a bore of said cannula guide body; and a cannula sleeve configured to be received within said cannula. a first bracket, wherein said first bracket includes a first arm and a second arm spaced from said first arm; a second bracket rotatable relative to said first bracket; a cannula guide body movable along a curvilinear path within a slot of said first bracket, wherein said slot extends between the first arm and the second arm of said first bracket, the slot including a track formed in the first arm, wherein the track is configured to guide movement of said cannula body along said curvilinear path; a cannula configured to be received within a bore of said cannula guide body; and a cannula sleeve configured to be received within said cannula.
A unit comprising: a part that is detachably attachable relative to an other unit, wherein the other unit includes an opening through which image forming powder is supplied from or received by the other unit, and a shutter configured to open and close the opening; and a collecting member configured to collect the image forming powder falling from at least one of the opening and the shutter by making contact with the shutter when detaching the unit from the other unit, characterized in that the collecting member is made of a resilient material, wherein the collecting member, when attaching the unit to the other unit, makes contact with the shutter and is resiliently deformed in a direction opposite to a direction in which the unit is attached to the other unit, and wherein the collecting member, when detaching the unit from the other unit, is resiliently deformed while making contact with the shutter so as to return to its original state before the resilient deformation due to an elastic restoration force of the collecting member. a part that is detachably attachable relative to an other unit, wherein the other unit includes an opening through which image forming powder is supplied from or received by the other unit, and a shutter configured to open and close the opening; and a collecting member configured to collect the image forming powder falling from at least one of the opening and the shutter by making contact with the shutter when detaching the unit from the other unit, characterized in that the collecting member is made of a resilient material, wherein the collecting member, when attaching the unit to the other unit, makes contact with the shutter and is resiliently deformed in a direction opposite to a direction in which the unit is attached to the other unit, and wherein the collecting member, when detaching the unit from the other unit, is resiliently deformed while making contact with the shutter so as to return to its original state before the resilient deformation due to an elastic restoration force of the collecting member.
Device for selecting eukaryotic cells, which device comprises a transport channel in which a solution containing said eukaryotic cells can circulate, a first through-passage leading into said transport channel, an electromagnetic radiation source which is coupled to a first end of a first optical fiber, the other emission end of the first optical fiber being inserted into said first through-passage without projecting into the transport channel, the transport channel being a microfluidic channel of which at least one cross-sectional dimension is less than 1 mm, and more particularly less than 100 μm, and said device further comprising electronic control means for automatically controlling said electromagnetic radiation source so as to selectively damage the eukaryotic cells circulating in the transport channel by means of damaging electromagnetic radiation emitted by the electromagnetic radiation source.