mhurhangee/ep-ind-claims huggingface dataset:
A light with integrated light and thermal guides, comprising: at least one solid state light source; a light guide comprising a material having a first surface and a second surface opposite the first surface, wherein the second surface forms an interior volume, the light guide has a bottom edge coupled to the solid state light source for receiving and distributing light from the solid state light source through the first surface, and the light is transported through the light guide until the light is extracted from the first or second surface of the light guide; a thermal guide at least partially contained within the interior volume and integrated with the light guide for providing thermal conduction from the solid state light source for cooling the light, characterized in that the light guide includes a plurality of spacers extending along a portion of the first surface; and in that the light further comprises a light ring, wherein when the light guide is aligned within the light ring, the spacers create a gap between the light guide and the light ring. at least one solid state light source; a light guide comprising a material having a first surface and a second surface opposite the first surface, wherein the second surface forms an interior volume, the light guide has a bottom edge coupled to the solid state light source for receiving and distributing light from the solid state light source through the first surface, and the light is transported through the light guide until the light is extracted from the first or second surface of the light guide; a thermal guide at least partially contained within the interior volume and integrated with the light guide for providing thermal conduction from the solid state light source for cooling the light, characterized in that the light guide includes a plurality of spacers extending along a portion of the first surface; and in that the light further comprises a light ring, wherein when the light guide is aligned within the light ring, the spacers create a gap between the light guide and the light ring.
Use of amphiphilic substances for stabilizing fluid oil-based suspensions comprising a hydrophobic silica in which silanol groups are alkylated by alkyl groups, the amphiphilic substance is a polyoxyethylated compound.
A counting mechanism for a magazine of a simulated weapon, the counting mechanism comprising: a ratchet wheel that incrementally rotates upon each firing of the simulated weapon; characterized in that the counting mechanism further comprises: a pin coupled to the ratchet wheel; a lockback plunger; and a locking shaft configured to engage the lockback plunger to hold the lockback plunger within the magazine; wherein the pin is configured to engage the locking shaft and draw the locking shaft out of engagement with the lockback plunger when the ratchet wheel reaches a state indicating that all simulated rounds have been fired from the simulated weapon, releasing the lockback plunger. a ratchet wheel that incrementally rotates upon each firing of the simulated weapon; characterized in that the counting mechanism further comprises: a pin coupled to the ratchet wheel; a lockback plunger; and a pin coupled to the ratchet wheel; a lockback plunger; and a locking shaft configured to engage the lockback plunger to hold the lockback plunger within the magazine; wherein the pin is configured to engage the locking shaft and draw the locking shaft out of engagement with the lockback plunger when the ratchet wheel reaches a state indicating that all simulated rounds have been fired from the simulated weapon, releasing the lockback plunger.
An image capturing device, comprising: an image capturing element having a first image capturing region that captures an image of a photographic subject and outputs first image data, and a second image capturing region that captures an image of the photographic subject and outputs second image data; a setting unit that sets an image capture condition for the first image capturing region to an image capture condition that is different from an image capture condition for the second image capturing region; a correction unit (33b, 322) that performs correction upon the second image data of a second color component outputted from the second image capturing region, for employment in color interpolation at a pixel position of the first image data of a first color component outputted from the first image capturing region, the first color component being different from the second color component; and a generation unit (33c, 323) that generates an image of the photographic subject that has been captured by the first image capturing region by employing image data generated by color interpolating the first image data according to the second image data as corrected by the correction unit (33b, 322) at said pixel position of the first image data of the first color component, wherein as the correction for employment in color interpolation of the first image data outputted from the first image capturing region, the correction unit (33b, 322) performs correction upon the second image data outputted from the second image capturing region based on the image capture condition for the first image capturing region and/or the image capture condition for the second image capturing region. an image capturing element having a first image capturing region that captures an image of a photographic subject and outputs first image data, and a second image capturing region that captures an image of the photographic subject and outputs second image data; a setting unit that sets an image capture condition for the first image capturing region to an image capture condition that is different from an image capture condition for the second image capturing region; a correction unit (33b, 322) that performs correction upon the second image data of a second color component outputted from the second image capturing region, for employment in color interpolation at a pixel position of the first image data of a first color component outputted from the first image capturing region, the first color component being different from the second color component; and a generation unit (33c, 323) that generates an image of the photographic subject that has been captured by the first image capturing region by employing image data generated by color interpolating the first image data according to the second image data as corrected by the correction unit (33b, 322) at said pixel position of the first image data of the first color component,
An apparatus comprising: at least one processor; and at least one memory including computer program code; the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to perform: - determine a first measure of the geographical location of a particular real-world peripheral device in an actual captured representation of a real-world scene comprising the particular real-world peripheral device using geographical location signalling; - associate the determined first measure of the geographical location of the particular real-world peripheral device with communication channel signalling (108d-112d) received from the particular real-world peripheral device, the communication channel signalling indicating that communication with the particular real-world peripheral device is possible; and - enable selection of the geographical location of the particular real-world peripheral device using the actual captured representation of the real-world scene to use the communication channel signalling to provide for connection of an electronic device to the particular real-world peripheral device to allow the electronic device (101, 201) to use the functionality provided by the particular real-world peripheral device. at least one processor; and at least one memory including computer program code; - determine a first measure of the geographical location of a particular real-world peripheral device in an actual captured representation of a real-world scene comprising the particular real-world peripheral device using geographical location signalling; - associate the determined first measure of the geographical location of the particular real-world peripheral device with communication channel signalling (108d-112d) received from the particular real-world peripheral device, the communication channel signalling indicating that communication with the particular real-world peripheral device is possible; and - enable selection of the geographical location of the particular real-world peripheral device using the actual captured representation of the real-world scene to use the communication channel signalling to provide for connection of an electronic device to the particular real-world peripheral device to allow the electronic device (101, 201) to use the functionality provided by the particular real-world peripheral device.
A method for preparing edges of reels of web material, comprising: - arranging a plurality of reels in an inlet station arranged with the respective axes aligned along a horizontal axis, - picking up a reel in said inlet station by means of a reel pick-up device translatable along at least one horizontal direction and having a horizontal shaft that engages a central hole of the reel, - applying a first adhesive element on the outer surface of the reel, - gripping said first adhesive element by means of a gripping member and moving the gripping member away from the reel so as to form a loop between a section of the outer turn of the web material and the remaining part of the reel, - inserting a cutting member into said loop and transversely cutting the web material downstream of said first adhesive element with reference to the unwinding direction of the reel, - unwinding a section of web material with a length equal to or greater than the length of the circumference of the reel and aspirating one end of web material unwound from the reel, - applying a second adhesive element on an outer surface or on an inner surface of the section of web material unwound from the reel, - transversely cutting the section of unwound web material downstream of the second adhesive element and discarding as waste the section of unwound web material downstream of the cut, - rewinding the remaining section of web material onto the reel, and - depositing the reel in an outlet station. - arranging a plurality of reels in an inlet station arranged with the respective axes aligned along a horizontal axis, - picking up a reel in said inlet station by means of a reel pick-up device translatable along at least one horizontal direction and having a horizontal shaft that engages a central hole of the reel, - applying a first adhesive element on the outer surface of the reel, - gripping said first adhesive element by means of a gripping member and moving the gripping member away from the reel so as to form a loop between a section of the outer turn of the web material and the remaining part of the reel, - inserting a cutting member into said loop and transversely cutting the web material downstream of said first adhesive element with reference to the unwinding direction of the reel, - unwinding a section of web material with a length equal to or greater than the length of the circumference of the reel and aspirating one end of web material unwound from the reel, - applying a second adhesive element on an outer surface or on an inner surface of the section of web material unwound from the reel, - transversely cutting the section of unwound web material downstream of the second adhesive element and discarding as waste the section of unwound web material downstream of the cut, - rewinding the remaining section of web material onto the reel, and - depositing the reel in an outlet station.
A capsule for preparing a beverage in a brewing device, comprising a hollow body including an inlet wall, an outlet wall closing said capsule body, a lateral wall and a flange rim, said rim having an upper side and a lower side, whereby the lateral wall extends between the inlet wall and the flange rim, and whereby the upper side of the flange rim is closer to the inlet wall than the lower side of the flange rim, wherein said lower side of the flange rim comprises at least two portions (13, 14) that lie on two or more planes (Q, P, P') that are at different levels with respect to the capsule axis (A-A), and said outlet wall extends along at least part of said flange rim to provide a lid having at least one layer of material under the said flange rim, wherein the lower side of the flange rim is free of perforating means, said capsule being characterized in that: a sealing element is located on the upper side of said flange rim and formed by at least one protruding element that is circumferential to the capsule body, said flange rim of the capsule body is vertically spaced from the layer formed by the lid at least in the area where the sealing element is located, said different levels provide at least one space or cavity on the lower side of the flange rim to receive a portion of the flange rim when said sealing element on said flange rim is compressed, and said space or cavity is connected to the inside of the capsule.
Method for producing a natural-fibre-reinforced cladding component for a motor vehicle, comprising the following steps: - providing a natural-fibre mat permeated with a plastic; - providing a textile in the form of a flexible sheet material; - providing a multi-layered film; - compacting the natural-fibre mat, the textile and the film by means of a first press and/or by means of a second press to form a component composite, wherein the textile is connected to the natural-fibre mat serving as carrier part and the film is connected on a side of the textile that faces away from the natural-fibre mat in such a way that a surface structure of the textile becomes apparent on a visible side of the film that faces away from the textile; - shaping and compacting the component composite into a predefined shape by means of a tool to form the cladding component. - providing a natural-fibre mat permeated with a plastic; - providing a textile in the form of a flexible sheet material; - providing a multi-layered film; - compacting the natural-fibre mat, the textile and the film by means of a first press and/or by means of a second press to form a component composite, wherein the textile is connected to the natural-fibre mat serving as carrier part and the film is connected on a side of the textile that faces away from the natural-fibre mat in such a way that a surface structure of the textile becomes apparent on a visible side of the film that faces away from the textile; - shaping and compacting the component composite into a predefined shape by means of a tool to form the cladding component.
A surgical staple (1300, 1340, 1350, 1360, 1370, 1380) deformable between a first shape and a second shape, said staple comprising: a crown; and a first deformable member (1304, 1344) extending from said crown, said first deformable member having a first notch (1310, 1342) therein, said first notch configured to cause said deformable member to bend at said first notch when said staple is deformed from said first shape into said second shape; characterised in that, said first deformable member (1304, 1344) has a second notch (1312, 1342) therein, said second notch configured to cause said deformable member to bend at said second notch when said staple is deformed from said first shape into said second shape. a crown; and a first deformable member (1304, 1344) extending from said crown, said first deformable member having a first notch (1310, 1342) therein, said first notch configured to cause said deformable member to bend at said first notch when said staple is deformed from said first shape into said second shape; characterised in that, said first deformable member (1304, 1344) has a second notch (1312, 1342) therein, said second notch configured to cause said deformable member to bend at said second notch when said staple is deformed from said first shape into said second shape.
An illumination device comprising: a substrate; a side-view type light-emitting diode package (24, 240) mounted on the substrate; a cover unit that surrounds the substrate and the side-view type LED package (24, 240); and caps formed on both edges of the cover unit, wherein the side-view type LED package (24, 240) comprises a plurality of side-view type LED packages (24, 240) arranged in a direction on a surface of the substrate, wherein the side-view type LED packages (24, 240) comprise: first side-view type LED packages (24, 34) formed to have a first light-emitting direction; and second side-view type LED packages (240, 340) formed to have a second light-emitting direction, and characterized in that the first side-view type LED packages and the second side-view type LED packages are alternately arranged. a substrate; a side-view type light-emitting diode package (24, 240) mounted on the substrate; a cover unit that surrounds the substrate and the side-view type LED package (24, 240); and caps formed on both edges of the cover unit, wherein the side-view type LED package (24, 240) comprises a plurality of side-view type LED packages (24, 240) arranged in a direction on a surface of the substrate, wherein the side-view type LED packages (24, 240) comprise: first side-view type LED packages (24, 34) formed to have a first light-emitting direction; and second side-view type LED packages (240, 340) formed to have a second light-emitting direction, and characterized in that first side-view type LED packages (24, 34) formed to have a first light-emitting direction; and second side-view type LED packages (240, 340) formed to have a second light-emitting direction, and characterized in that the first side-view type LED packages and the second side-view type LED packages are alternately arranged.
A method of controlling a mobile terminal, the method comprising: displaying, via a display unit of the mobile terminal, a screen including text; receiving, via a controller of the mobile terminal, a first command copying at least a portion of the text displayed on the screen; receiving, via the controller, a second command for dividing the portion of text into a plurality of text blocks, wherein the portion of text is selected based on the received first command; storing, via a memory associated with the mobile terminal, at least first and second text blocks included in the divided text blocks based on at least one of a position of the received second command and a direction of the received second command, the text blocks being stored mapped to respective specific executable applications; displaying the at least first and second text blocks on the display unit, executing a specific application; analyzing the application currently being executed, analyzing text contained in the text blocks which are stored in the memory, and preferentially displaying any of those text blocks that are mapped to the application currently being executed. displaying, via a display unit of the mobile terminal, a screen including text; receiving, via a controller of the mobile terminal, a first command copying at least a portion of the text displayed on the screen; receiving, via the controller, a second command for dividing the portion of text into a plurality of text blocks, wherein the portion of text is selected based on the received first command; storing, via a memory associated with the mobile terminal, at least first and second text blocks included in the divided text blocks based on at least one of a position of the received second command and a direction of the received second command, the text blocks being stored mapped to respective specific executable applications; displaying the at least first and second text blocks on the display unit, executing a specific application; analyzing the application currently being executed, analyzing text contained in the text blocks which are stored in the memory, and preferentially displaying any of those text blocks that are mapped to the application currently being executed.
A recording apparatus comprising: a recording head that is capable of ejecting a liquid onto a recording medium; a recording medium holding unit that holds the recording medium; a transport unit that transports the recording medium from the recording medium holding unit to the recording head; a housing which houses the recording head and the transport unit, and into which the recording medium holding unit is inserted; an inserting opening which is formed on an outer surface of the housing and through which the recording medium holding unit is inserted; a first holding body that is disposed on an outer surface on one side adjacent to the outer surface on which the inserting opening of the housing is formed and holds a first liquid container storing the liquid; a second holding body that is disposed on an outer surface on the other side adjacent to the outer surface on which the inserting opening of the housing is formed and holds a second liquid container storing the liquid; and a supply section (37a,37b) that supplies the liquid from the first liquid container and the second liquid container to the recording head of the housing, characterized in that the number of the second liquid containers held in the second holding body is greater than the number of the first liquid containers held in the first holding body. a recording head that is capable of ejecting a liquid onto a recording medium; a recording medium holding unit that holds the recording medium; a transport unit that transports the recording medium from the recording medium holding unit to the recording head; a housing which houses the recording head and the transport unit, and into which the recording medium holding unit is inserted; an inserting opening which is formed on an outer surface of the housing and through which the recording medium holding unit is inserted; a first holding body that is disposed on an outer surface on one side adjacent to the outer surface on which the inserting opening of the housing is formed and holds a first liquid container storing the liquid; a second holding body that is disposed on an outer surface on the other side adjacent to the outer surface on which the inserting opening of the housing is formed and holds a second liquid container storing the liquid; and a supply section (37a,37b) that supplies the liquid from the first liquid container and the second liquid container to the recording head of the housing,
Rotary coupling for a multiaxial robot hand having a movable, in particular rotatable hand housing and a drive member that is rotatable thereon, characterized in that the rotary coupling has connectors (65, 66, 68) for the drive member, a working device and an auxiliary device, wherein the working device and the auxiliary device are rotatable relative to one another and the auxiliary device is able to be coupled to the hand housing or to the working device, or to the drive member, wherein the rotary coupling has a coupling device with a plurality of coupling points (37, 38) which are alternately controllable, wherein the connector for the auxiliary device can be selectively coupled to the working device for conjoint rotation or uncoupled therefrom by means of the coupling device.