mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for rib reconstruction, the apparatus comprising: a first rib implant for mounting to a first rib, the first rib implant including a first rib implant aperture having a first rib implant aperture axis; a sternal implant for mounting to a sternum, the sternal implant including a first sternal implant aperture having a first sternal implant aperture axis; and a first elongate member having a first end received in the first rib implant aperture and a second end received in the first sternal implant aperture, wherein the first elongate member is configured to be adjustable in an axial direction relative to the first rib implant aperture or the first sternal implant aperture. a first rib implant for mounting to a first rib, the first rib implant including a first rib implant aperture having a first rib implant aperture axis; a sternal implant for mounting to a sternum, the sternal implant including a first sternal implant aperture having a first sternal implant aperture axis; and a first elongate member having a first end received in the first rib implant aperture and a second end received in the first sternal implant aperture, wherein the first elongate member is configured to be adjustable in an axial direction relative to the first rib implant aperture or the first sternal implant aperture.
A two-agent type hair coloring agent prepared by mixing a first agent and a second agent, wherein the first agent contains a dye component containing a basic dye as a main component, and an alkaline agent, the second agent contains a hydrogen peroxide solution as a main component thereof, and at least one of the first agent and the second agent further contains metal nanoparticles. wherein the first agent contains a dye component containing a basic dye as a main component, and an alkaline agent, the second agent contains a hydrogen peroxide solution as a main component thereof, and at least one of the first agent and the second agent further contains metal nanoparticles.
An electric connector, comprising a plug including a plug terminal and a socket including a socket terminal, the plug terminal and the socket terminal coming into contact with each other and being electrically connected to each other when the plug and the socket are fitted together, wherein the socket terminal includes a connection portion that comes into contact with the plug terminal, wherein the plug terminal includes a locking portion on a contact surface that comes into contact with the connection portion of the socket terminal, the connection portion being locked on the locking portion by coming into contact with the locking portion when moving in a direction in which the plug terminal is pulled out from the socket terminal, wherein the connection portion of the socket terminal includes a front connection portion and a rear connection portion, each of which includes a contact edge (5a1) formed of an end portion of a flat metal sheet, and wherein, while the connector is being changed into a fitted state, the contact edge (5a1) of the front connection portion wipes away an impurity that adheres to the contact surface by contacting the plug terminal until passing the locking portion from an end-side portion of the plug terminal and, while the connector is in the fitted state, the contact edge (5a1) is locked on the locking portion as a result of the plug moving relative to the socket in the direction in which the plug terminal is pulled out from the socket terminal, characterized in that the contact edge of the rear connection portion comes into contact with the plug terminal subsequent to the front connection portion and is electrically connected with the plug terminal at a position between the locking portion and the end-side portion wiped by the contact edge (5a1) of the front connection portion, and in that a movable-range gap that allows displacement in directions in which the plug terminal is inserted into and pulled out from the socket terminal while the plug and the socket are fitted together is provided between the contact edge (5a1) of the front connection portion and the locking portion of the plug terminal so that the plug and the socket are displaceable relative to each other in the directions in which the plug terminal is inserted into and pulled out from the socket terminal while the plug and the socket are fitted together.
A contact probe for electrically connecting a contact point of an object to be tested and a contact point of a test circuit, the contact probe comprising: a first plunger configured to contact the contact point of the object to be tested, a second plunger configured to contact the contact point of the test circuit, a barrel made of conductive metal and configured to support at least one of the first plunger and the second plunger to slide therein, and a spring configured to be interposed between the first plunger and the second plunger within the barrel, wherein one of the first plunger and the second plunger comprises an opening hole to accommodate one end of the spring, and the other one of the first plunger and the second plunger includes a stem arranged to be accommodated in the opening hole, and wherein one of the first plunger and the second plunger comprises an insulating member, and the opening hole is formed in the insulating member. a first plunger configured to contact the contact point of the object to be tested, a second plunger configured to contact the contact point of the test circuit, a barrel made of conductive metal and configured to support at least one of the first plunger and the second plunger to slide therein, and a spring configured to be interposed between the first plunger and the second plunger within the barrel, wherein one of the first plunger and the second plunger comprises an opening hole to accommodate one end of the spring, and the other one of the first plunger and the second plunger includes a stem arranged to be accommodated in the opening hole, and wherein one of the first plunger and the second plunger comprises an insulating member, and the opening hole is formed in the insulating member.
A display device comprising a signal controller, a data driver, a scan driver, a power supply, and a display, wherein the display comprises a matrix of sub-pixels, including a plurality of rows and columns of sub-pixels, at the intersection of the scan lines (121, 122, 123) and data lines (131, 132, 133), and a curved area comprising a display area and a non-display area separated from each other by a curved edge comprising at least one curved segment defined by a plurality of sub-pixel steps, wherein, in any column of sub-pixels, the sub-pixel located at an end of the column in the display area and which is directly adjacent to the at least one curved segment is referred to as being located at a step end, the signal controller being configured to: receive image information specifying a first grayscale value for a sub-pixel of the display area; receive location information for the sub-pixel, the location information comprising a column and a row associated with the subpixel; identify whether the location information indicates that the sub-pixel is adjacent to the curved edge, and if the sub-pixel is not adjacent to the curved edge, send instructions to the data driver to supply the sub-pixel with a first voltage corresponding to the first grayscale value; and if the sub-pixel is adjacent to the curved edge, identify whether the location information indicates that the sub-pixel is located at a step end, and if the sub-pixel is located at a step end, send instructions to the data driver to supply the sub-pixel with a second voltage that corresponds to a second grayscale, which is less than the first grayscale; and if the sub-pixel is not located at a step end, send instructions to the data driver to supply the sub-pixel with a third voltage that corresponds to a third grayscale, the third grayscale being less than the first grayscale and greater than the second grayscale. receive image information specifying a first grayscale value for a sub-pixel of the display area; receive location information for the sub-pixel, the location information comprising a column and a row associated with the subpixel; identify whether the location information indicates that the sub-pixel is adjacent to the curved edge, and if the sub-pixel is not adjacent to the curved edge, send instructions to the data driver to supply the sub-pixel with a first voltage corresponding to the first grayscale value; and if the sub-pixel is adjacent to the curved edge, identify whether the location information indicates that the sub-pixel is located at a step end, and if the sub-pixel is located at a step end, send instructions to the data driver to supply the sub-pixel with a second voltage that corresponds to a second grayscale, which is less than the first grayscale; and if the sub-pixel is not located at a step end, send instructions to the data driver to supply the sub-pixel with a third voltage that corresponds to a third grayscale, the third grayscale being less than the first grayscale and greater than the second grayscale.
A surgical stapler comprising: (a) an end effector operable to drive a plurality of staples into tissue, wherein the end effector comprises an anvil assembly that is slidable longitudinally relative to a stapling head assembly to define an anvil gap between them; (b) a staple driver operable to actuate the end effector to drive the plurality of staples into tissue; (c) a trigger (486, 586, 686) operable to actuate the staple driver to thereby actuate the end effector; (d) a safety latch (88, 488, 588, 688, 888) moveable between a locked position and an unlocked position, wherein the safety latch (488, 588, 688, 888) is operable to prevent operation of the trigger (486, 586, 686) when the safety latch (488, 588, 688, 888) is in the locked position, wherein the safety latch (488, 588, 688, 888) is operable to enable operation of the trigger (486, 586, 686) when the safety latch (488, 588, 688, 888) is in the unlocked position, wherein the safety latch is prevented from moving to the unlocked position when the anvil gap is outside a predetermined operating range; and (e) a safety feature (451, 453, 851, 853) configured to prevent operation of the staple driver when the safety latch (488, 588, 688, 888) is in the unlocked position; wherein the safety feature comprises an actuating switch (451, 851) and a braking assembly (453, 853), the staple driver is actuated by movement of a translating driver actuating member (492, 892), and the actuating switch (451, 851) is operable to control the braking assembly (453, 843) such that the braking assembly (453, 853) is operable to selectively grip or release the driver actuating member (492, 892). (a) an end effector operable to drive a plurality of staples into tissue, wherein the end effector comprises an anvil assembly that is slidable longitudinally relative to a stapling head assembly to define an anvil gap between them; (b) a staple driver operable to actuate the end effector to drive the plurality of staples into tissue; (c) a trigger (486, 586, 686) operable to actuate the staple driver to thereby actuate the end effector; (d) a safety latch (88, 488, 588, 688, 888) moveable between a locked position and an unlocked position, wherein the safety latch (488, 588, 688, 888) is operable to prevent operation of the trigger (486, 586, 686) when the safety latch (488, 588, 688, 888) is in the locked position, wherein the safety latch (488, 588, 688, 888) is operable to enable operation of the trigger (486, 586, 686) when the safety latch (488, 588, 688, 888) is in the unlocked position, wherein the safety latch is prevented from moving to the unlocked position when the anvil gap is outside a predetermined operating range; and (e) a safety feature (451, 453, 851, 853) configured to prevent operation of the staple driver when the safety latch (488, 588, 688, 888) is in the unlocked position;
A shrink film structure comprising a polymeric blend, the blend comprising (i) 40 to 90 wt% ethylene/carbon monoxide copolymer, wherein the ECO copolymer comprises 0.1 to 1 wt% carbon monoxide and (ii) 60 to 10 wt% of at least one ethylene copolymer of LDPE, LLDPE and HDPE. (i) 40 to 90 wt% ethylene/carbon monoxide copolymer, wherein the ECO copolymer comprises 0.1 to 1 wt% carbon monoxide and (ii) 60 to 10 wt% of at least one ethylene copolymer of LDPE, LLDPE and HDPE.
A nasal interface comprising: an elongate body comprising: one or more facial pads or wings and at least one lumen extending at least partially through the body, the body configured to be coupled to a gases flow source, wherein the one or more facial pads or wings are configured to be spaced symmetrically about the sagittal plane of a user in use, and one or more prongs coupled to the body and in fluid communication with the at least one lumen, wherein at least one element (512, 514) is located adjacent to and outside of the one or more prongs, and characterised in that the element(s) (512, 514) are pre-formed in a convex shape outward from the user's face in use. an elongate body comprising: one or more facial pads or wings and at least one lumen extending at least partially through the body, the body configured to be coupled to a gases flow source, wherein the one or more facial pads or wings are configured to be spaced symmetrically about the sagittal plane of a user in use, and one or more prongs coupled to the body and in fluid communication with the at least one lumen, wherein at least one element (512, 514) is located adjacent to and outside of the one or more prongs, and characterised in that the element(s) (512, 514) are pre-formed in a convex shape outward from the user's face in use.
Seal arrangement for sealing two spaces (2, 3) which are arranged adjacently with respect to one another in the axial direction and are to be sealed with respect to one another, comprising a first machine element, a second machine element and a sealing ring, the first machine element being enclosed by the second machine element at a radial spacing, and the sealing ring being arranged in the gap which is formed by way of the radial spacing, the sealing ring having at least one dynamically loaded first sealing lip which sealingly encloses a surface to be sealed of the first machine element, the sealing ring being arranged in an installation space of the second machine element, and the sealing ring having a first and a second end side, of which the first end side axially faces the first space to be sealed and the second end side axially faces the second space to be sealed, it being possible for the first space to be loaded with a relative positive pressure, in relation to the second space, the second end side being configured as a first contact face of the sealing ring, the second machine element having a second contact face on the side which axially faces the first contact face, and the first and the second contact face making contact with one another in a bearing manner, characterized in that the first and the second contact face are of congruent configuration with respect to one another in a production-induced manner, in that the contact faces (13, 14) are configured in each case as an oblique plane (15, 16) in such a way that, in the case of a movement of the sealing ring axially in the direction of the second space, a relative movement of the two contact faces (13, 14) on one another takes place at the same time, and the internal diameter of the at least one sealing lip sealingly encloses the surface to be sealed with an increasing radial prestress, the contact faces (13, 14) in each case enclosing an angle (α 1, α 2) which is from 5° to 45° with an imaginary radial plane which intersects the contact faces (13, 14).
An elevator hoistway access ladder storage system comprising a landing doorway, the landing doorway comprising a door column and a landing door characterised in that: the door column comprises a cavity and a rotating support for storing a hoistway access ladder; and in that the rotating support is rotatable relative to the door column between a first position inside the cavity, and a second position inside the landing doorway. the door column comprises a cavity and a rotating support for storing a hoistway access ladder; and in that the rotating support is rotatable relative to the door column between a first position inside the cavity, and a second position inside the landing doorway.
Medical upper garment having a longitudinal direction or direction of wear and a transverse or circumferential direction, and having a main part, and having sleeves adjoining the main part on both sides, and having a gathering element on the sleeves, characterized in that the sleeves are short sleeves, wherein each short sleeve has an outer sleeve element with a first inner side and a first distal end, and wherein an inner sleeve element with a second proximal end and with a second distal end is arranged on the first inner side of the outer sleeve element, wherein the gathering element is provided on the inner sleeve element, and wherein the inner sleeve element does not extend beyond the first distal end of the outer sleeve element.
Method for treating solid and liquid wastes comprising materials containing organic carbon, such as plastic materials and biomasses, of the type which provides for a pyrolysis treatment, of said solid and liquid wastes, from which a synthesis gas (syngas) is obtained, comprising methane, and an inert residual, said pyrolysis being performed at the presence of an electromagnetic field whose frequency is either included between 2 and 3 kHz or higher harmonics thereof, the field intensity being equal to about 1 Tesla, and said magnetic field being adapted to move the pyrolysis reactions towards the formation of a percentage of methane in the syngas greater than 90%; the pyrolysis reactions starting inside a pyrolysis chamber and ending in a following settling chamber, placed immediately downstream of said pyrolysis chamber, said pyrolysis chamber and said settling chamber being under the influence of said electromagnetic field, wherein the composition of syngas at the pyrolysis chamber outlet is the following: CH 4 = 65%, CO = 10% and CO 2 = 10%, H 2 < 1%, O 2 < 0.15%, in the settling chamber the conversion process into CH 4 of H 2, of CO, of overheated steam, of CO 2, of C (carbon black) and of high boiling hydrocarbons ( tar) starting, and the composition of syngas at the settling chamber outlet being as follows: CH 4 = 90÷95%, CO 2 + CO = 5÷10%, O 2 < 0.15%.
A bulb-shaped LED light source being a light source of a type that has a built-in lighting circuit and can be lit using a commercial power supply, emitting light over a range of approximately 2nSt (steradian), using LED (light emitting diode) elements as a light source, having an electric bulb-shaped appearance, and not having a wide light distribution like that of an electric bulb, and being an alternative light source to an incandescent light bulb having an E or B metal cap, and further having an outer tube globe in front of the LED light source in imitation of an incandescent light bulb, wherein, at least n, n is a natural number of 4 or more, abovementioned LED LED elements are arranged within the abovementioned outer tube globe on the same surface of a substantially planar substrate; characterized in that, each LED element has a light distribution angle of at least 60° and 120° or less, and the central axis of the abovementioned light distribution angle is perpendicular to the surface of the abovementioned substantially planar substrate; the light distribution areas inside the abovementioned light distribution angle within which each LED element illuminates light onto the inner surface of the abovementioned outer tube globe are made to overlap; and a part, including on the inner surface of the abovementioned outer tube globe on the central axis of the lamp, of the abovementioned overlap comprises n overlapping abovementioned light distribution areas, and the n overlapping abovementioned light distribution areas comprise at least 10% and no more than 80% of the inner surface of the abovementioned outer tube globe.
Device insert for installation devices, comprising a cover, wherein the cover has a frame for receiving a section of floor covering, characterized in that the cover has a bottom plate which is removably inserted into the frame, and in that the frame of the cover has a through opening which is closed by means of the bottom plate, wherein the frame and the bottom plate form a depression for receiving the section of floor covering, and wherein at least one spacer (40, 46, 52; 54, 56, 58, 60) is provided, which spacer is removably arrangeable between frame and bottom plate.
A multirotor aircraft with an airframe and at least one wing that is mounted to the airframe, the at least one wing being provided with at least four thrust producing units (3a, 3b, 3c, 3d, 3e, 3f) for producing thrust in a predetermined direction, the at least four thrust producing units (3a, 3b, 3c, 3d, 3e, 3f) being arranged in spanwise direction of the at least one wing, wherein each one of the at least four thrust producing units comprises at least one rotor assembly that is accommodated in an associated shrouding, the associated shrouding being integrated into the at least one wing, wherein the associated shrouding defines an air duct that is axially delimited by an air inlet region and an air outlet region, the air duct being cylindrical, characterized in that the air duct comprises a front side duct wall, a board side duct wall, a rear side duct wall, and a star board side duct wall, wherein at least the front side duct wall and the board side and star board side duct walls (11b, 11d) exhibit different heights in axial direction of the air duct, wherein the different heights define an undulated geometry, and wherein the air inlet region exhibits in circumferential direction of the air duct at least two different aerodynamic profiles (12, 12c).