mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device , comprising: a body , having an opening at a bottom surface of the electronic device ; and a shape memory element , twistably disposed in the opening , the shape memory element extending along an axial direction (I) and having a first end fixed to the body and a second end opposite to the first end , wherein the shape memory element is in a first shape (S1) and the second end is positioned inside the opening when a temperature of the shape memory element is below a predetermined temperature range (T), and the shape memory element is twisted along the axial direction (I) to deform into a second shape (S2) with the second end protruding out of the opening when the temperature of the shape memory element is above the predetermined temperature range (T), wherein the axial direction (I) is parallel to the bottom surface of the electronic device. a body , having an opening at a bottom surface of the electronic device ; and a shape memory element , twistably disposed in the opening , the shape memory element extending along an axial direction (I) and having a first end fixed to the body and a second end opposite to the first end , wherein the shape memory element is in a first shape (S1) and the second end is positioned inside the opening when a temperature of the shape memory element is below a predetermined temperature range (T), and the shape memory element is twisted along the axial direction (I) to deform into a second shape (S2) with the second end protruding out of the opening when the temperature of the shape memory element is above the predetermined temperature range (T), the shape memory element is in a first shape (S1) and the second end is positioned inside the opening when a temperature of the shape memory element is below a predetermined temperature range (T), and the shape memory element is twisted along the axial direction (I) to deform into a second shape (S2) with the second end protruding out of the opening when the temperature of the shape memory element is above the predetermined temperature range (T), wherein the axial direction (I) is parallel to the bottom surface of the electronic device.
An apparatus, comprising: a display panel configured to display an image; a cover bottom on a rear surface of the display panel ; a plurality of sound-generating actuators supported by the cover bottom , the plurality of sound-generating actuators configured to vibrate the display panel to generate sound, and comprising a first actuator and a second actuator ; an actuator fixing device configured to support the first actuator and the second actuator to be adjacent to each other, wherein the actuator fixing device comprises: a first support part configured to support the first actuator , and a second support part configured to support the second actuator , and wherein each of the first support part and the second support part is configured to support parts of rear surfaces of the first actuator and the second actuator , respectively, and wherein central portions of the rear surfaces of the first actuator and the second actuator are exposed to an outside of the actuator fixing device . a display panel configured to display an image; a cover bottom on a rear surface of the display panel ; a plurality of sound-generating actuators supported by the cover bottom , the plurality of sound-generating actuators configured to vibrate the display panel to generate sound, and comprising a first actuator and a second actuator ; an actuator fixing device configured to support the first actuator and the second actuator to be adjacent to each other, wherein the actuator fixing device comprises: a first support part configured to support the first actuator , and a second support part configured to support the second actuator , and wherein each of the first support part and the second support part is configured to support parts of rear surfaces of the first actuator and the second actuator , respectively, and wherein central portions of the rear surfaces of the first actuator and the second actuator are exposed to an outside of the actuator fixing device . a first support part configured to support the first actuator , and a second support part configured to support the second actuator , and wherein each of the first support part and the second support part is configured to support parts of rear surfaces of the first actuator and the second actuator , respectively, and wherein central portions of the rear surfaces of the first actuator and the second actuator are exposed to an outside of the actuator fixing device .
An image processing apparatus that generates image data for an image forming apparatus , the image forming apparatus having a recording head in which a plurality of recording elements are arranged in a first direction, and that forms an image on a recording medium with the recording elements of the recording head toward the recording medium while the recording medium is fed relatively in a second direction that is perpendicular to the first direction, the image processing apparatus comprising: acquiring means for acquiring multi-valued input image data having a tone value with a uniform density at each of locations in the first direction; conversion means for converting the input image data into halftone image data indicating halftone pattern, by using a dispersive dither matrix with a size of Sx in the second direction, where Sx is a natural number, an obtaining means for obtaining properties of each of the recording elements by reading a chart image formed based on the halftone image data, and correction processing means for executing a density unevenness correction process in accordance with the obtained properties; characterized in that in the halftone image data, a difference of sums of pixel values included in a range in the second direction, the range being of the size of Sx in the second direction, between each of the locations in the first direction, is less than or equal to a predetermined value and is less than or equal to a maximum value of each pixel value in the halftone image data. acquiring means for acquiring multi-valued input image data having a tone value with a uniform density at each of locations in the first direction; conversion means for converting the input image data into halftone image data indicating halftone pattern, by using a dispersive dither matrix with a size of Sx in the second direction, where Sx is a natural number, an obtaining means for obtaining properties of each of the recording elements by reading a chart image formed based on the halftone image data, and correction processing means for executing a density unevenness correction process in accordance with the obtained properties; characterized in that in the halftone image data, a difference of sums of pixel values included in a range in the second direction, the range being of the size of Sx in the second direction, between each of the locations in the first direction, is less than or equal to a predetermined value and is less than or equal to a maximum value of each pixel value in the halftone image data.
Emergency wheel attachment (10; 10a; 10b; 10c; 10d) for a vehicle wheel , which comprises a rim and a tire arranged on the rim , wherein the emergency wheel attachment is provided to be placed onto the outside of the vehicle wheel and to enable a driving operation with a restricted tire function in an operating state attached to the vehicle wheel , wherein the emergency wheel attachment has a mounting unit , which serves to mount the emergency wheel attachment (10; 10a; 10b; 10c; 10d) on the vehicle wheel, and a substantially annular tread unit , which in the operating state contacts a road on which the vehicle wheel is intended to roll, wherein the mounting unit is provided with at least two retaining claws , which are designed to fasten the mounting unit to the rim of the vehicle wheel by engaging behind the rim flange of the rim , wherein at least one of the retaining claws is radially movably to change its distance from the center point of the mounting unit , wherein the mounting unit has an annular actuating element, which is rotatable about an axis of rotation (A) coinciding with the vehicle wheel axis in the operating state of the emergency wheel attachment and which forms part of a gear mechanism, which converts a rotation of the actuating element into a radial movement of the or all radially movable retaining claws , wherein the annular mounting unit further comprises a drive device, which is coupled or is configured to be coupled to the annular actuating element and the actuation of which causes a rotation of the annular actuating element, characterised in that the mounting unit is substantially annular.
A semiconductor device package comprising: a resin unit ; a metal body including a cavity disposed on the resin unit ; and a light-emitting device disposed in the cavity , wherein the metal body includes a first metal body and a second metal body, wherein an insulating member is disposed between the first metal body and the second metal body, wherein a portion of the first metal body, a portion of the second metal body, and a portion of the insulating member are exposed to the cavity , wherein the light emitting device is electrically connected to the portion of the first metal body and the portion of the second metal body, and wherein the metal body further includes a groove in a bottom surface of the metal body, characterized in that the groove includes a peripheral groove and a separating groove, wherein the separating groove is overlapped with the insulating member vertically, wherein the peripheral groove is provided along the periphery of the metal body, wherein the separating groove is connected to the peripheral groove at the periphery of the metal body, wherein the resin unit is disposed in the separating groove and the peripheral groove, and wherein a portion of the resin unit disposed in the peripheral groove has a thickness d1 greater than the thickness d2 of another portion of the resin unit disposed in the separating groove. a resin unit ; a metal body including a cavity disposed on the resin unit ; and a light-emitting device disposed in the cavity , wherein the metal body includes a first metal body and a second metal body, wherein an insulating member is disposed between the first metal body and the second metal body, wherein a portion of the first metal body, a portion of the second metal body, and a portion of the insulating member are exposed to the cavity , wherein the light emitting device is electrically connected to the portion of the first metal body and the portion of the second metal body, and wherein the metal body further includes a groove in a bottom surface of the metal body, characterized in that the groove includes a peripheral groove and a separating groove, wherein the separating groove is overlapped with the insulating member vertically, wherein the peripheral groove is provided along the periphery of the metal body, wherein the separating groove is connected to the peripheral groove at the periphery of the metal body, wherein the resin unit is disposed in the separating groove and the peripheral groove, and wherein a portion of the resin unit disposed in the peripheral groove has a thickness d1 greater than the thickness d2 of another portion of the resin unit disposed in the separating groove.
A multi-view display, comprising: a display panel ; and a view forming arrangement formed over the display panel for providing a multi-view function, wherein the view forming arrangement comprises a first view forming structure spaced by a first spacer from the display panel for providing multiple views across a first direction, and a second view forming structure spaced by a second spacer from the first view forming structure for providing multiple views across a second perpendicular direction, wherein the view forming structures have a periodic structure, characterised in that the first view forming structure which is closest to the display panel has a smaller period than the second view forming structure , wherein the display panel comprises rectangular sub-pixels, wherein p 1 t 1 / n 1 = k . p 2 t 1 / n 1 + t 2 / n 2 in which p 1 is the period of the first view forming structure , t 1 is the combined thickness of the first view forming structure and the first spacer so that t 1 is the height of the first view forming structure over the display panel and n 1 is the refractive index of the material of the first spacer between the display panel and the first view forming structure , p 2 is the period of the second view forming structure , t 2 is the combined thickness of the second view forming structure and the second spacer so that t 2 is the height of the second view forming structure over the first view forming structure and t 1 +t 2 is the height of the second view forming structure over the display panel , and n 2 is the refractive index of the material of the second spacer between the first and second view forming structures, wherein k is between 0.5 and 2, more preferably between 0.75 and 1.5, more preferably between 0.9 and 1.1, and wherein the angular width of the multiple views in the two directions is independently defined with the angular widths of the multiple views in the two directions in the ratio of smaller angular width to larger angular width of 1:n where n<2. a display panel ; and a view forming arrangement formed over the display panel for providing a multi-view function, wherein the view forming arrangement comprises a first view forming structure spaced by a first spacer from the display panel for providing multiple views across a first direction, and a second view forming structure spaced by a second spacer from the first view forming structure for providing multiple views across a second perpendicular direction, wherein the view forming structures have a periodic structure,
A device comprising: an enclosure that supports a pump tube ; a framed heat exchange bag connected to the enclosure, the heat exchange bag for holding working fluid from an intravascular heat exchange catheter or external heat exchange pad , the framed heat exchange bag being configured for insertion between opposed plates to effect heat exchange between the plates and working fluid flowing through the bag, wherein when the framed heat exchange bag is between the plates, the pump tube from the enclosure is receivable in a raceway of a pump ; and wherein the enclosure is hingedly connected to a frame of the framed heat exchange bag for movement between a shipping position, in which a bottom side of the enclosure is parallel to the frame and is closely spaced from the bag, and an operating position, in which the bottom side is perpendicular or angled relative to the frame . an enclosure that supports a pump tube ; a framed heat exchange bag connected to the enclosure, the heat exchange bag for holding working fluid from an intravascular heat exchange catheter or external heat exchange pad , the framed heat exchange bag being configured for insertion between opposed plates to effect heat exchange between the plates and working fluid flowing through the bag, wherein when the framed heat exchange bag is between the plates, the pump tube from the enclosure is receivable in a raceway of a pump ; and wherein the enclosure is hingedly connected to a frame of the framed heat exchange bag for movement between a shipping position, in which a bottom side of the enclosure is parallel to the frame and is closely spaced from the bag, and an operating position, in which the bottom side is perpendicular or angled relative to the frame .
An integrated circuit for a fluid ejection assembly, the integrated circuit comprising: an interface coupled to a plurality of memory cells (404 0 to 404 N ), wherein the interface comprises a single contact pad, and the interface is coupled to the plurality of memory cells (404 0 to 404 N ) such that a state of each memory cell (404 0 to 404 N ) of the integrated circuit can be read via the interface; and a select circuit to select at least one memory cell of the plurality of memory cells (404 0 to 404 N ), such that a voltage bias or a current bias applied to the interface generates a sensed current or a sensed voltage, respectively, on the interface indicating the state of the selected at least one memory cell (404 0 to 404 N ). an interface coupled to a plurality of memory cells (404 0 to 404 N ), wherein the interface comprises a single contact pad, and the interface is coupled to the plurality of memory cells (404 0 to 404 N ) such that a state of each memory cell (404 0 to 404 N ) of the integrated circuit can be read via the interface; and a select circuit to select at least one memory cell of the plurality of memory cells (404 0 to 404 N ), such that a voltage bias or a current bias applied to the interface generates a sensed current or a sensed voltage, respectively, on the interface indicating the state of the selected at least one memory cell (404 0 to 404 N ).
A delay circuit , comprising: a plurality of delay stages coupled in series, wherein each of the delay stages comprises: a delay gate on a forward path of the delay circuit, wherein the delay gate is configured to pass a signal on the forward path or to block the signal on the forward path depending on a logic state of a respective select signal; and a multiplexer on a return path of the delay circuit, wherein the multiplexer is configured to pass a signal on the return path or to route the signal on the forward path to the return path depending on the logic state of the respective select signal; wherein the delay gates and the multiplexers are configured to maintain static output logic states when logic states of one or more of the select signals are changed during a change in a delay setting of the delay circuit, and wherein the delay gates in odd numbered ones of the delay stages comprise NAND gates and the delay gates in even numbered ones of the delay stages comprise NOR gates, or the delay gates in odd numbered ones of the delay stages comprise NOR gates and delay gates in even numbered ones of the delay stages comprise NAND gates. a plurality of delay stages coupled in series, wherein each of the delay stages comprises: a delay gate on a forward path of the delay circuit, wherein the delay gate is configured to pass a signal on the forward path or to block the signal on the forward path depending on a logic state of a respective select signal; and a multiplexer on a return path of the delay circuit, wherein the multiplexer is configured to pass a signal on the return path or to route the signal on the forward path to the return path depending on the logic state of the respective select signal; a delay gate on a forward path of the delay circuit, wherein the delay gate is configured to pass a signal on the forward path or to block the signal on the forward path depending on a logic state of a respective select signal; and a multiplexer on a return path of the delay circuit, wherein the multiplexer is configured to pass a signal on the return path or to route the signal on the forward path to the return path depending on the logic state of the respective select signal; wherein the delay gates and the multiplexers are configured to maintain static output logic states when logic states of one or more of the select signals are changed during a change in a delay setting of the delay circuit, and wherein the delay gates in odd numbered ones of the delay stages comprise NAND gates and the delay gates in even numbered ones of the delay stages comprise NOR gates, or the delay gates in odd numbered ones of the delay stages comprise NOR gates and delay gates in even numbered ones of the delay stages comprise NAND gates.
A protection device for protecting a seal arranged in a sealed connector housing from damage, while leading through an elongated blade along a longitudinal axis (X), wherein the elongated blade protrudes from an electrical terminal , along the longitudinal axis, wherein the protective device comprises a tubular body made of plastics and arranged along the longitudinal axis, wherein a first end of the tubular body is smoothed by removing all sharp edges and a second end comprises an opening adapted to receive the elongated blade, whereby the tubular body is adapted to cover at least a tip of the elongated blade, when the elongated blade is received in the tubular body; characterized in that the first end of the tubular body comprises a straight wall arranged perpendicular to the longitudinal axis (X), defining the first end, wherein said straight wall closes the tubular body on the first end and wherein the outer surface of the tubular body and the straight wall meet in an angle of about 90°.
A process for preparing a flexible packaging material comprising: - providing a first flexible substrate coated with a primer comprising poly(acrylic acid) and/or poly(methacrylic acid); - printing a liquid electrophotographic printing ink composition onto the surface of the first flexible substrate; - extruding a thermally activatable laminating material onto a surface of a second flexible substrate; and - contacting, under conditions of temperature greater or equal to 50°C, the surface of the second flexible substrate on which the thermally activatable laminating material is deposited with the surface of the first flexible substrate printed with the liquid electrophotographic printing ink composition. - providing a first flexible substrate coated with a primer comprising poly(acrylic acid) and/or poly(methacrylic acid); - printing a liquid electrophotographic printing ink composition onto the surface of the first flexible substrate; - extruding a thermally activatable laminating material onto a surface of a second flexible substrate; and - contacting, under conditions of temperature greater or equal to 50°C, the surface of the second flexible substrate on which the thermally activatable laminating material is deposited with the surface of the first flexible substrate printed with the liquid electrophotographic printing ink composition.
A transfer sheet , comprising a release sheet and a transfer layer , wherein the release sheet comprises a substrate , a release layer provided on one surface of the substrate , and a pattern layer on the other surface of the substrate , and after the release sheet and the transfer layer are peeled off from each other, a gloss value of a surface of the release layer opposite to the substrate with incident light at 60° is 60 or less, characterized in that the pattern layer has a thickness of 5 μm or more and 20 μm or less, and the pattern layer has a plurality of convex portions and a width of the convex portions is 0.15 mm or more and 10 mm or less. wherein the release sheet comprises a substrate , a release layer provided on one surface of the substrate , and a pattern layer on the other surface of the substrate , and after the release sheet and the transfer layer are peeled off from each other, a gloss value of a surface of the release layer opposite to the substrate with incident light at 60° is 60 or less, characterized in that the pattern layer has a thickness of 5 μm or more and 20 μm or less, and the pattern layer has a plurality of convex portions and a width of the convex portions is 0.15 mm or more and 10 mm or less.