mhurhangee/ep-ind-claims huggingface dataset:
A printhead comprising: a printhead housing including a removable printhead cartridge to be removably inserted into a printer by a user; and a handle movably coupled to the printhead housing, the handle to rotatably move with respect to the printhead housing between an upright position, an intermediate position, and a folded position; the folded position corresponds to the handle extending along a respective housing surface of the printhead housing; the upright position corresponds to the handle extending outward from the respective housing surface of the printhead housing and forming a first non-folded angle with the respective housing surface; the intermediate position corresponds to the handle extending outward from the respective housing surface of the printhead housing and forming a second non-folded angle with the respective housing surface less than the first non-folded angle; and a lift spring and a return spring to provide forces to bias the handle to the intermediate position to be accessed by the user to remove the removable cartridge from the printer. a printhead housing including a removable printhead cartridge to be removably inserted into a printer by a user; and a handle movably coupled to the printhead housing, the handle to rotatably move with respect to the printhead housing between an upright position, an intermediate position, and a folded position; the folded position corresponds to the handle extending along a respective housing surface of the printhead housing; the upright position corresponds to the handle extending outward from the respective housing surface of the printhead housing and forming a first non-folded angle with the respective housing surface; the intermediate position corresponds to the handle extending outward from the respective housing surface of the printhead housing and forming a second non-folded angle with the respective housing surface less than the first non-folded angle; and a lift spring and a return spring to provide forces to bias the handle to the intermediate position to be accessed by the user to remove the removable cartridge from the printer.
Component for guiding airflow in an airconditioning system of an aircraft, wherein the component is designed for the interior of the aircraft and, in an installed state, should be mounted there as intended, wherein the component is an air outlet component, - comprising at least one inlet opening and a multiplicity of outlet openings for air, - comprising at least two partial shells (6a, b), - wherein the partial shells (6a, b) are interconnected in an airtight manner in such a way that the inlet openings and the outlet openings remain free, - wherein the component contains at least one structural part (10a-d), - wherein at least one of the structural parts (10a-d) is an air-conducting element bringing about airflow guidance in the component, - wherein the air-conducting element is an outlet part forming the multiplicity of outlet openings, wherein the component is designed such that, in the installed state as intended, the outlet openings open into a free space, namely the interior of the aircraft, characterized in that - the partial shells (6a, b) are particle foam parts, and - the air-conducting element is a particle foam part. - comprising at least one inlet opening and a multiplicity of outlet openings for air, - comprising at least two partial shells (6a, b), - wherein the partial shells (6a, b) are interconnected in an airtight manner in such a way that the inlet openings and the outlet openings remain free, - wherein the component contains at least one structural part (10a-d), - wherein at least one of the structural parts (10a-d) is an air-conducting element bringing about airflow guidance in the component, - wherein the air-conducting element is an outlet part forming the multiplicity of outlet openings, wherein the component is designed such that, in the installed state as intended, the outlet openings open into a free space, namely the interior of the aircraft, characterized in that - the partial shells (6a, b) are particle foam parts, and - the air-conducting element is a particle foam part.
Nonwoven comprising thermoplastic fibers with a melting temperature T m (th), bonding fibers 1 with a melting temperature T m, and bonding fibers 2 with melting temperature T m, wherein the condition T m (th) > T m > T m applies for T m (th), T m, and T m, wherein the nonwoven contains the bonding fibers as a solidified melt, characterized in that the thermoplastic fibers are monofilaments or multifilaments, and that the nonwoven is not a laminate.
A terminal comprising: a reception section adapted to receive a downlink shared channel that is scheduled by first downlink control information; and a control section adapted to if the terminal transmits an uplink shared channel over multiple slots and at least one slot of the multiple slots overlaps with a slot in which the terminal transmits a transmission acknowledgement signal for the downlink shared channel, characterised in that the control section is further adapted to control to map the transmission acknowledgement signal in transmission of the uplink shared channel in a specific slot of the multiple slots, wherein the control section is adapted to apply, in each of the multiple slots, intra-slot frequency hopping to the uplink shared channel, and the control section is adapted to map, in each of the multiple slots, a demodulation reference signal to a first symbol of each of an uplink shared channel domain of a first hop and an uplink shared channel domain of a second hop. a reception section adapted to receive a downlink shared channel that is scheduled by first downlink control information; and a control section adapted to if the terminal transmits an uplink shared channel over multiple slots and at least one slot of the multiple slots overlaps with a slot in which the terminal transmits a transmission acknowledgement signal for the downlink shared channel, characterised in that the control section is further adapted to control to map the transmission acknowledgement signal in transmission of the uplink shared channel in a specific slot of the multiple slots, wherein the control section is adapted to apply, in each of the multiple slots, intra-slot frequency hopping to the uplink shared channel, and the control section is adapted to map, in each of the multiple slots, a demodulation reference signal to a first symbol of each of an uplink shared channel domain of a first hop and an uplink shared channel domain of a second hop.
A method of controlling communications that may include high speed downlink packet access, HSDPA, traffic, comprising the steps of: setting a first power limit below an allowable power limit; setting a second power limit that is below the first power limit; determining whether there is any HSDPA traffic; and selecting the first power limit for non-HSPDA traffic when there is no HSDPA traffic and selecting the second power limit for non-HSDPA traffic when there is HSDPA traffic. setting a first power limit below an allowable power limit; setting a second power limit that is below the first power limit; determining whether there is any HSDPA traffic; and selecting the first power limit for non-HSPDA traffic when there is no HSDPA traffic and selecting the second power limit for non-HSDPA traffic when there is HSDPA traffic.
Autonomous underwater vehicle (1, 30, 50, 80) comprising a hull (3, 40, 60, 86) extending along a longitudinal main axis (5, 38, 58, 99), at least one device for uprighting the vehicle configured to modify a trim angle of the vehicle (1, 30, 50, 80) between a horizontal nominal position of the vehicle and a vertical position of the vehicle, the device for uprighting the vehicle comprises one or more arms (24, 26, 32, 52, 62, 92) mounted by a proximal end (24a, 26a) onto the hull (3, 40, 60, 86) and rotatably hinged relative to the hull (3, 40, 60, 86), characterised in that the arm comprises a float (28, 29, 34, 54, 64, 90) at a distal free end (24b, 26b) such that the arm (24, 26, 32, 52, 62, 92) is configured to adopt: - a retracted position when the vehicle is in the nominal position with a substantially zero trim angle, wherein the arm (24, 26, 32, 52, 62, 92) is substantially parallel with the longitudinal main axis (5, 38, 58, 99) of the vehicle (1, 30, 50, 80) and the float (28, 29, 34, 54, 64, 90) is in the immediate vicinity of the hull (3, 40, 60, 86); - a deployed position wherein the arm (24, 26, 32, 52, 62, 92) is inclined relative to the longitudinal main axis (5, 38, 58, 99) so as to bring and/or stabilise the vehicle (1, 30, 50, 80) in the so-called vertical position with a trim angle greater than 70° relative to its nominal position. - a retracted position when the vehicle is in the nominal position with a substantially zero trim angle, wherein the arm (24, 26, 32, 52, 62, 92) is substantially parallel with the longitudinal main axis (5, 38, 58, 99) of the vehicle (1, 30, 50, 80) and the float (28, 29, 34, 54, 64, 90) is in the immediate vicinity of the hull (3, 40, 60, 86); - a deployed position wherein the arm (24, 26, 32, 52, 62, 92) is inclined relative to the longitudinal main axis (5, 38, 58, 99) so as to bring and/or stabilise the vehicle (1, 30, 50, 80) in the so-called vertical position with a trim angle greater than 70° relative to its nominal position.
Container assembly comprising - a container configured to store a tissue sample; said container comprising a bottom; - a cover adapted to engage with said container, said cover comprising: - a top member comprising a receptacle, said receptacle being adapted to contain a preserving agent, - a seal for sealing off said receptacle; characterized in that said cover further comprises - a puncturing member configured to break said seal by displacement of said puncturing member; where the container assembly has a first and a second position, wherein in the first position the container is isolated from the receptacle, and in the second position fluid communication is provided between the receptacle and the container, and that the container assembly comprises a separator positioned between the seal and the bottom of the container, and the separator is provided with at least one aperture adapted to provide a fluid passage between the receptacle and the container. - a container configured to store a tissue sample; said container comprising a bottom; - a cover adapted to engage with said container, said cover comprising: - a top member comprising a receptacle, said receptacle being adapted to contain a preserving agent, - a seal for sealing off said receptacle; characterized in that said cover further comprises - a puncturing member configured to break said seal by displacement of said puncturing member;
An abrasive grain jet grinding device comprising a grain jet ejector including an impeller that includes blades held between a shaft-side disk rotatable by a drive shaft and an open disk having an opening at a center thereof, and includes a circumference surface having open slits between the blades, and a belt that is entrained between pulleys and the impeller such that part of the circumference surface is closed such that a plurality of storage chambers for abrasive grains are formed while the impeller is rotated, a feeder that feeds the abrasive grains into the impeller via the opening, and a nozzle that is arranged in a tangential direction of the disks at a point of separation between the belt and the circumference surface of the impeller to spray the abrasive grains onto a workpiece, characterized in that the blades held between the shaft-side disk and the open disk are thin plates to finely partition the circumference surface of the impeller, are inclined obliquely forward in a direction of rotation of the disks, and are arranged densely with spacing between adjacent blades set to be narrow to cause the adjacent blades to overlap each other in a manner such that the storage chambers are formed for the abrasive grains.
An array substrate for a liquid crystal display, comprising: a plurality of data lines and a plurality of gate lines, a plurality of pixel units defined by the plurality of data lines and the plurality of gate lines, each pixel unit comprising a first pixel electrode, a second pixel electrode, and at least three thin film transistors, the gates of a first thin film transistor and a second thin film transistor of the at least three thin film transistors being both connected to the same gate line of the plurality of gate lines, sources of the first thin film transistor and the second thin film transistor being both connected to the same data line of the plurality of data lines, a drain of the first thin film transistor being connected to the first pixel electrode, a drain of the second thin film transistor being connected to the second pixel electrode, wherein the pixel unit further comprises: a charge-discharge element, the charge-discharge element and a third thin film transistor of the at least three thin film transistors being adapted to charge and discharge the pixel unit such that the pixel unit forms a first voltage region and a second voltage region with different voltages, and the charge-discharge element is a diode, a gate of the third thin film transistor is connected to the gate line to which the gates of the first and second thin film transistors are connected, a source of the third thin film transistor is connected to the first pixel electrode, a drain of the third thin film transistor is connected to a first electrode of the diode, wherein the pixel unit further comprises a second auxiliary electrode, a second electrode of the diode is connected to the second auxiliary electrode, and a storage capacitance is formed between the second auxiliary electrode and the second pixel electrode. the pixel unit further comprises: a charge-discharge element, the charge-discharge element and a third thin film transistor of the at least three thin film transistors being adapted to charge and discharge the pixel unit such that the pixel unit forms a first voltage region and a second voltage region with different voltages, and the charge-discharge element is a diode, a gate of the third thin film transistor is connected to the gate line to which the gates of the first and second thin film transistors are connected, a source of the third thin film transistor is connected to the first pixel electrode, a drain of the third thin film transistor is connected to a first electrode of the diode, wherein the pixel unit further comprises a second auxiliary electrode, a second electrode of the diode is connected to the second auxiliary electrode, and a storage capacitance is formed between the second auxiliary electrode and the second pixel electrode.
An unlatching device for a vehicle door, comprising: electrically-operated unlatching means capable of exerting unlatching power; emergency unlatching means capable of transmitting mechanical unlatching power in response to an operation by a vehicle driver; and a latch mechanism configured to enable switching between an unlocked state and a locked state and to release a latched state of a door in response to an operation of any one of the electrically-operated unlatching means and the emergency unlatching means when the latch mechanism is in the unlocked state, wherein a door handle is provided on the door in such a manner as to operate the electrically-operated unlatching means in response to a first operation and to operate the emergency unlatching means in response to a second operation being different from the first operation, the door handle being turnably attached to the door via a single support shaft in such a manner as to enable switching between the first operation to turn the door handle in the downward direction from a neutral position and the second operation to turn the door handle in the upward direction from the neutral position, wherein biasing means for turning and biasing the door handle in a direction back to the neutral position side is provided between the door handle and the door, and characterised in that the emergency unlatching means includes a shaft lever configured to turn with the door handle, a handle lever rotatably supported by a base member so as to turn in conjunction with a turn of the shaft lever associated with an upward turn of the door handle, and a rod connecting the handle lever and the latch mechanism together.
A master station comprising a control unit, configured to determine a first physical layer network identifier for identifying a first network to which the master station belongs, to match a second physical layer network identifier for identifying a second network to which the master station does not belong, wherein in a case where a value of the first physical layer network identifier in a physical header of a received packet is the same as a value of the first physical layer network identifier identifying the first network, and a value of a data link layer network identifier in a MAC header of the received packet is different from a value of a data link layer network identifier for identifying the first network, the control unit is configured to determine that the first physical layer network identifier and the second physical layer network identifier match each other, to change the first physical layer network identifier and to perform control to transmit change information about the change to a slave station, wherein the change information includes designation information for designating a start timing for starting use of the changed first physical layer network identifier and an end timing for ending use of the not-yet-updated first physical layer network identifier.
A photoresist composition suitable for image-wise exposure and development as a positive photoresist comprising a positive photoresist composition and an inorganic particle material, the inorganic particle material being dispersed in propylene glycol mono-methyl ether prior to mixing with the positive photoresist composition, having an average particle size equal or greater than 10 nanometers, wherein the photoresist composition is capable of forming a coating film having a thickness of greater than 5 μm.
A shell removal device (100, 200, 300, 400) comprising: a body (110, 310, 410) comprising one or more sidewalls that enclose an interior of the body (110, 310, 410); a platform (120, 420) disposed within the interior of the body (110, 310, 410), wherein the platform (120, 420) is configured to secure a mold that has an untrimmed shell formed over the mold, and wherein one or more portions of the untrimmed shell are to extend over the one or more sidewalls of the body (110, 310, 410); a cover (130, 230, 330, 430) configured to secure the untrimmed shell to an upper surface of the one or more sidewalls of the body (110, 310, 410) and provide a seal between a lower surface of the untrimmed shell and the upper surface of the one or more sidewalls of the body (110, 310, 410); a media inlet (116, 416) in the body (110, 310, 410) to permit pressurized media into the interior of the body (110, 310, 410) to cause a pressure differential between an upper surface of the untrimmed shell and the lower surface of the untrimmed shell, wherein the pressure differential causes the untrimmed shell to expand and release from the mold; a drive mechanism to move the platform (120, 420) away from the mold during the pressure differential to cause the mold to separate from the untrimmed shell; and a sensor to detect when the untrimmed shell has begun to separate from the mold and to trigger the drive mechanism after detecting that the untrimmed shell has begun to separate from the mold. a body (110, 310, 410) comprising one or more sidewalls that enclose an interior of the body (110, 310, 410); a platform (120, 420) disposed within the interior of the body (110, 310, 410), wherein the platform (120, 420) is configured to secure a mold that has an untrimmed shell formed over the mold, and wherein one or more portions of the untrimmed shell are to extend over the one or more sidewalls of the body (110, 310, 410); a cover (130, 230, 330, 430) configured to secure the untrimmed shell to an upper surface of the one or more sidewalls of the body (110, 310, 410) and provide a seal between a lower surface of the untrimmed shell and the upper surface of the one or more sidewalls of the body (110, 310, 410); a media inlet (116, 416) in the body (110, 310, 410) to permit pressurized media into the interior of the body (110, 310, 410) to cause a pressure differential between an upper surface of the untrimmed shell and the lower surface of the untrimmed shell, wherein the pressure differential causes the untrimmed shell to expand and release from the mold; a drive mechanism to move the platform (120, 420) away from the mold during the pressure differential to cause the mold to separate from the untrimmed shell; and a sensor to detect when the untrimmed shell has begun to separate from the mold and to trigger the drive mechanism after detecting that the untrimmed shell has begun to separate from the mold.
A suburethral implant for treating stress urinary incontinence, which comprises: a main body for supporting a patient's urethra, and a pair of spaced apart arms; characterised in that: the main body includes an elongated plate-like member having a longitudinal axis along which the plate-like member extends, and opposite lateral side portions; each arm extends from the plate-like member and has a tissue engaging portion; and that the suburethral implant is foldable to an undeployed state in which the arms and the plate-like member of the main body extend generally along the longitudinal axis of the plate-like member, and wherein the suburethral implant is unfoldable to a deployed state in which the arms extend in a transverse direction to the longitudinal axis along which the plate-like member extends. a main body for supporting a patient's urethra, and a pair of spaced apart arms; characterised in that: the main body includes an elongated plate-like member having a longitudinal axis along which the plate-like member extends, and opposite lateral side portions; each arm extends from the plate-like member and has a tissue engaging portion; and that the suburethral implant is foldable to an undeployed state in which the arms and the plate-like member of the main body extend generally along the longitudinal axis of the plate-like member, and wherein the suburethral implant is unfoldable to a deployed state in which the arms extend in a transverse direction to the longitudinal axis along which the plate-like member extends. the main body includes an elongated plate-like member having a longitudinal axis along which the plate-like member extends, and opposite lateral side portions; each arm extends from the plate-like member and has a tissue engaging portion; and that the suburethral implant is foldable to an undeployed state in which the arms and the plate-like member of the main body extend generally along the longitudinal axis of the plate-like member, and wherein the suburethral implant is unfoldable to a deployed state in which the arms extend in a transverse direction to the longitudinal axis along which the plate-like member extends.
A method for analyzing hemoglobins by liquid chromatography, comprising pre-treating at a pH of 4.0 to 10.0 a hemolyzed blood sample with 0.05 mmol/L to 50 mmol/L of an oxidant capable of transforming hemoglobins to their met-forms and 0.05 mmol/L to 50 mmol/L of a binder which binds to trivalent iron in methemoglobin and converts methemoglobin to stable methemoglobin, and determining the stable methemoglobins in an elution profile from the liquid chromatography at a detection wavelength with the sample that has been subjected to the pre-treating.