mhurhangee/ep-ind-claims huggingface dataset:
An orthopedic bone cutter, comprising: a) a cutting shell having a shell sidewall with a curvature that comprises at least a portion of a hemisphere, the cutting shell extending from a lower edge towards an imaginary apex, an opening having an opening perimeter extends through the shell sidewall at the imaginary apex to a cutting shell interior, a rotational axis (A-A) extends through the imaginary apex the cutting shell being rotatable about the rotational axis (A-A); b) a flange having an annular flange sidewall defining a flange opening, the flange extending from the shell opening perimeter at a flange distal end to a flange proximal end positioned within the shell interior; c) a plurality of outwardly extending and spaced apart shell cutting teeth; d) an insert extending from an insert proximal end to an insert distal end, the insert comprising an annular insert sidewall that meets an insert end wall at the insert distal end, the insert positioned within the flange opening along the rotational axis (A-A), wherein the insert distal end faces the imaginary apex; e) a plurality of outwardly extending and spaced apart insert cutting teeth; characterised in that the insert is configured to rotationally and axially move about the rotational axis (A-A) independently of the cutting shell and is configured to retract within the cutting shell and outwardly extend from within the cutting shell. a) a cutting shell having a shell sidewall with a curvature that comprises at least a portion of a hemisphere, the cutting shell extending from a lower edge towards an imaginary apex, an opening having an opening perimeter extends through the shell sidewall at the imaginary apex to a cutting shell interior, a rotational axis (A-A) extends through the imaginary apex the cutting shell being rotatable about the rotational axis (A-A); b) a flange having an annular flange sidewall defining a flange opening, the flange extending from the shell opening perimeter at a flange distal end to a flange proximal end positioned within the shell interior; c) a plurality of outwardly extending and spaced apart shell cutting teeth; d) an insert extending from an insert proximal end to an insert distal end, the insert comprising an annular insert sidewall that meets an insert end wall at the insert distal end, the insert positioned within the flange opening along the rotational axis (A-A), wherein the insert distal end faces the imaginary apex; e) a plurality of outwardly extending and spaced apart insert cutting teeth; characterised in that
A method comprising: determining, by a server device, a data generation attribute associated with an audible version of a news story, wherein the data generation attribute indicates that the audible version of the news story was generated either by recording a human verbal reading of a text based version of the news story, or by a text-to-speech system operating on the text based version of the news story; based on the data generation attribute, generating, by the server device, a playlist that includes a reference to the audible version of the news story, wherein generating the playlist comprises: (i) using the determined data generation attribute associated with the audible version of the news story as a basis to select a set of audible news stories, including the audible version of the news story, from a group of audible news stories, and (ii) including, in the playlist, references to each audible news story of the selected set of audible news stories, wherein each audible news story of the selected set of audible news stories was generated by either recording a human verbal reading or by the text-to-speech system, and wherein the references to the selected set of audible news stories are ordered in the playlist using a predetermined arrangement technique which specifies a threshold value indicating a maximum number of audible news stories represented by text-to-speech data that separate audible news stories represented by recorded voice data; and transmitting, by the server device, the playlist to a client device. determining, by a server device, a data generation attribute associated with an audible version of a news story, wherein the data generation attribute indicates that the audible version of the news story was generated either by recording a human verbal reading of a text based version of the news story, or by a text-to-speech system operating on the text based version of the news story; based on the data generation attribute, generating, by the server device, a playlist that includes a reference to the audible version of the news story, wherein generating the playlist comprises: (i) using the determined data generation attribute associated with the audible version of the news story as a basis to select a set of audible news stories, including the audible version of the news story, from a group of audible news stories, and (ii) including, in the playlist, references to each audible news story of the selected set of audible news stories, wherein each audible news story of the selected set of audible news stories was generated by either recording a human verbal reading or by the text-to-speech system, and wherein the references to the selected set of audible news stories are ordered in the playlist using a predetermined arrangement technique which specifies a threshold value indicating a maximum number of audible news stories represented by text-to-speech data that separate audible news stories represented by recorded voice data; and transmitting, by the server device, the playlist to a client device.
A computer-implemented method, comprising: receiving, by a server, information corresponding to a combinational two-dimensional code that includes static two-dimensional code information and a random feature value, the random feature value based upon dynamic feature information obtained from the combinational two-dimensional code at a first time and a second time subsequent to the first time; identifying, by the server, a stored random feature value stored by the server that corresponds to the received static two-dimensional code information; determining, by the server, whether the received random feature value is the same as the stored random feature value; and in response to determining that the received random feature value is the same as the stored random feature value, sending, by the server, a code scanning success notification. receiving, by a server, information corresponding to a combinational two-dimensional code that includes static two-dimensional code information and a random feature value, the random feature value based upon dynamic feature information obtained from the combinational two-dimensional code at a first time and a second time subsequent to the first time; identifying, by the server, a stored random feature value stored by the server that corresponds to the received static two-dimensional code information; determining, by the server, whether the received random feature value is the same as the stored random feature value; and in response to determining that the received random feature value is the same as the stored random feature value, sending, by the server, a code scanning success notification.
A self-inflating tire assembly comprising a tire having a tire cavity, first and second sidewalls extending respectively from first and second tire bead regions to a tire tread region; an air passageway having an inlet end and an outlet end, the air passageway being composed of or est ablished by a flexible material operative to open and close when the tire rotates, wherein the outlet end is in fluid communication with the tire cavity; an inlet control valve having a regulator body having an interior chamber; and a pressure membrane being mounted on the inlet control valve to enclose the interior chamber, wherein the pressure membrane has a first or lower surface that is positioned to open and close an outlet port mounted in the interior chamber, wherein the pressure membrane is in fluid communication with the tire cavity; wherein the body of the inlet control valve has a first and second flexible duct, wherein said first and second flexible ducts each have an internal passageway, wherein the first flexible duct has a first end connected to an inlet filter assembly and a second end is connected to the interior chamber of the inlet control valve, wherein the second flexible duct has a first end connected to the outlet port of the inlet control valve, and a second end in fluid communication with the inlet end of the air passageway; and wherein a spring (580, 583) biases the pressure membrane (550, 1102) in an open position.
A sealing assembly for a turbine rotor of a turbomachine, said turbine comprising a fixed outer casing and a plurality of stages each comprising an upstream rotor impeller and a downstream nozzle, said nozzle comprising at least one blade extending between a radially inner platform and a radially outer platform, the radially outer platform comprising at its upstream end, a radially outer spoiler and a radially inner spoiler which delimit an annular groove open toward the upstream, the sealing assembly comprising a sealing ring configured to be attached to the outer casing, the impeller being adapted to be driven in rotation inside the sealing ring, the sealing ring comprising a plurality of ring sectors (70a, 70b) which extend circumferentially about its longitudinal axis by being adjacent in the circumferential direction, a sealing tab (8, 8') being engaged, for a part, in a first housing of a ring sector and, for another part, in a second housing of an adjacent ring sector, said first housing and said second housing opening opposite each other and toward the downstream through a downstream mouth (74a, 74b), and an anti-wear foil, trunking-shaped, open toward the upstream, mounted in the groove, characterized in that the downstream end of the ring sectors (70a, 70b) is configured to be engaged in said anti-wear foil, in that each of the first and second housings (73a, 73b) is formed by a slot comprising a radially outer wall (731a, 731b) and a radially inner wall (732a, 732b) which extend axially and in that the sealing tab (8, 8') is bent at its downstream end and is disposed in the slots located oppositely, so that its downstream end extends out of the slots to be able to face the anti-wear foil.
Cooling system for cooling electronic aircraft equipment, comprising: - a primary cooling arrangement configured to provide basic cooling energy for cooling the electronic aircraft equipment; - a supplemental cooling arrangement configured to provide supplemental cooling energy for cooling the electronic aircraft equipment; and - a control unit configured to operate the supplemental cooling arrangement in response to at least one control parameter transmitted to the control unit from a sensor device, wherein the supplemental cooling arrangement comprises: - a coolant source in the form of a pressurized storage tank for storing a compressed coolant; and - a coolant supply system configured to supply the compressed coolant from the coolant source to the electronic aircraft equipment to be cooled, characterized in that the supplemental cooling arrangement further comprises a coolant distribution system comprising a plurality of coolant distribution lines connected to the coolant supply system, wherein each of the plurality of coolant distribution lines is configured to selectively direct the compressed coolant supplied by the coolant supply system to at least one of a plurality of components of the electronic aircraft equipment. - a primary cooling arrangement configured to provide basic cooling energy for cooling the electronic aircraft equipment; - a supplemental cooling arrangement configured to provide supplemental cooling energy for cooling the electronic aircraft equipment; and - a control unit configured to operate the supplemental cooling arrangement in response to at least one control parameter transmitted to the control unit from a sensor device, - a coolant source in the form of a pressurized storage tank for storing a compressed coolant; and - a coolant supply system configured to supply the compressed coolant from the coolant source to the electronic aircraft equipment to be cooled,
Traction sytem for a hybrid motor vehicle, comprising a heat engine, as well as a hydraulic machine and a hydraulic pump which can be connected by a hydraulic circuit to high pressure accumulators, this traction chain further comprising a transmission comprising an output differential connected directly to the hydraulic machine via a first synchronization sleeve when it is engaged, a planetary train having a crown exterior, a planet carrier and a sun gear, this planet carrier being connected to the differential, and a second synchronization sleeve capable of connecting this planet carrier with this sun gear when it is engaged, the crown and the sun gear being connected one to the heat engine and the other to the pump, in which the hydraulic circuit comprises controlled means providing a direct passage between the pump and the hydraulic machine, and a closure of the high pressure accumulators, characterized in that the controlled means providing a direct passage and the controlled closing means are included in the same control block.
A disposable applanation head for a Goldmann applanation tonometer, comprising: a transparent body to at least one type of visible light, having a flat corneal applanation surface, configured to be pressed against a cornea of an eye so as to flatten it, wherein at least a portion of said transparent body defines optical prisms configured to visualize as two circular semi-annuli a substantially circular perimeter of a cornea flattened against the flat corneal applanation surface; characterized in that said transparent body is made of a solidified mixture of transparent polymer with a yellow dye, in which a type and a percentage of said yellow dye of said mixture are determined so that a sample plate, shaped like a parallelepiped, of said solidified mixture having the following dimensions: Length = 50 mm Width = 70 mm Thickness = 2 mm when this sample plate is illuminated by means of a CIE Illuminant Standard D65 radiation as referred in the ASTM E313-15 standard published on January 1 st, 2015, the measurement sensor being a CIE 1964 Standard Colorimetric Observer, as referred in the ASTM E313-15 standard published on January 1 st, 2015, positioned at 10° from a vertical axis perpendicular to a planar development of the plate, has a yellow color identified by a CIELab colorimetric model, as referred in the ASTM E313-15 standard published on January 1 st, 2015, as a function of parameters L, a, b, wherein: L between 92.0% and 95.0% a between -19.0 and -14.0 b between 68.0 and 95.0. characterized in that said transparent body is made of a solidified mixture of transparent polymer with a yellow dye, in which a type and a percentage of said yellow dye of said mixture are determined so that a sample plate, shaped like a parallelepiped, of said solidified mixture having the following dimensions: Length = 50 mm Width = 70 mm Thickness = 2 mm when this sample plate is illuminated by means of a CIE Illuminant Standard D65 radiation as referred in the ASTM E313-15 standard published on January 1 st, 2015, the measurement sensor being a CIE 1964 Standard Colorimetric Observer, as referred in the ASTM E313-15 standard published on January 1 st, 2015, positioned at 10° from a vertical axis perpendicular to a planar development of the plate, has a yellow color identified by a CIELab colorimetric model, as referred in the ASTM E313-15 standard published on January 1 st, 2015, as a function of parameters L, a, b, wherein: L between 92.0% and 95.0% a between -19.0 and -14.0 b between 68.0 and 95.0. L between 92.0% and 95.0% a between -19.0 and -14.0 b between 68.0 and 95.0.
An end effector for a surgical clip applier, comprising: jaws that comprise a one-piece body having opposed first and second jaw members (1408a, 1408b); a first inner surface defined on the first jaw member; and a second inner surface defined on the second jaw member and opposite the first inner surface, wherein the first and second inner surfaces remain parallel to each other as the first and second jaw members (1408a, 1408b) move from an open position to a closed position to crimp a surgical clip positioned between the first and second inner surfaces; wherein each jaw member (1408a, 1408b) further comprises: a linkage portion that includes two or more beam elements, wherein each beam element extends longitudinally between a first living hinge and a second living hinge defined in the linkage portion; a crimping portion extending distally from the linkage portion and providing the first and second inner surfaces. jaws that comprise a one-piece body having opposed first and second jaw members (1408a, 1408b); a first inner surface defined on the first jaw member; and a second inner surface defined on the second jaw member and opposite the first inner surface, wherein the first and second inner surfaces remain parallel to each other as the first and second jaw members (1408a, 1408b) move from an open position to a closed position to crimp a surgical clip positioned between the first and second inner surfaces; wherein each jaw member (1408a, 1408b) further comprises: a linkage portion that includes two or more beam elements, wherein each beam element extends longitudinally between a first living hinge and a second living hinge defined in the linkage portion; a crimping portion extending distally from the linkage portion and providing the first and second inner surfaces. a linkage portion that includes two or more beam elements, wherein each beam element extends longitudinally between a first living hinge and a second living hinge defined in the linkage portion; a crimping portion extending distally from the linkage portion and providing the first and second inner surfaces.
A method for making PET objects comprising: reacting a first PET precursor and a second PET precursor to produce a PET melt; flowing said PET melt to a distribution system having multiple outlets; flowing said PET melt from the distribution system having multiple outlets to a die forming system and a side chip stream; controlling individually the mass flow of the PET melt in each of the die forming system and the side chip stream with a combination feedback and feed forward control system on the die forming system and the side chip stream, wherein said controlling individually the mass flow of the PET melt comprises controlling the pressure of said PET melt with pressure control loops prior to said forming said PET objects; forming said PET objects from said PET melt; and wherein the method further comprises: flowing said PET from one of said multiple outlets to the side chip stream for forming pellets. reacting a first PET precursor and a second PET precursor to produce a PET melt; flowing said PET melt to a distribution system having multiple outlets; flowing said PET melt from the distribution system having multiple outlets to a die forming system and a side chip stream; controlling individually the mass flow of the PET melt in each of the die forming system and the side chip stream with a combination feedback and feed forward control system on the die forming system and the side chip stream, wherein said controlling individually the mass flow of the PET melt comprises controlling the pressure of said PET melt with pressure control loops prior to said forming said PET objects; forming said PET objects from said PET melt; and wherein the method further comprises: flowing said PET from one of said multiple outlets to the side chip stream for forming pellets.
Process for preparing cyclododecanone (CDON) by means of a reaction route I, comprising the steps of a. epoxidizing cyclododecene (CDEN) to epoxycyclododecane (CDAN epoxide) and b. rearranging the CDAN epoxide to CDON to obtain a mixture comprising cyclododecane (CDAN), characterized in that CDAN is separated from the CDON-containing mixture and oxidized to CDON and the CDAN separated, prior to performance of the oxidation, is sent to a reaction route II for preparation of CDON, comprising i. hydrogenation of cyclododecatriene to CDAN, ii. oxidation of CDAN to give a mixture comprising cyclododecanol (CDOL) and CDON and iii. dehydrogenation of CDOL to CDON. a. epoxidizing cyclododecene (CDEN) to epoxycyclododecane (CDAN epoxide) and b. rearranging the CDAN epoxide to CDON to obtain a mixture comprising cyclododecane (CDAN), i. hydrogenation of cyclododecatriene to CDAN, ii. oxidation of CDAN to give a mixture comprising cyclododecanol (CDOL) and CDON and iii. dehydrogenation of CDOL to CDON.
A display device, comprising a light source comprising a first electrode having a light reflectance for a first light of greater than or equal to 60 %, an organic light emitting layer disposed on the first electrode, the organic light emitting layer emitting the first light, and a second electrode disposed on the organic light emitting layer, the second electrode having a light transmittance in a visible wavelength region of greater than or equal to 70 %, wherein the light source has a first absorption peak in a wavelength region of 650 nanometers to 750 nanometers or a second absorption peak in a wavelength region of 550 nanometers to 600 nanometers at a viewing angle of 55 degrees to 85 degrees; and a color filter layer disposed above the light source, the color filter layer comprising a quantum dot configured to convert the first light into a second light, wherein at least a portion of the first light emitted from the organic light emitting layer and at least a portion of the second light emitted from the color filter layer are reflected by the first electrode, and wherein a center wavelength of the second light emitted from the color filter layer is less than a center wavelength of the first absorption peak or the second absorption peak. a light source comprising a first electrode having a light reflectance for a first light of greater than or equal to 60 %, an organic light emitting layer disposed on the first electrode, the organic light emitting layer emitting the first light, and a second electrode disposed on the organic light emitting layer, the second electrode having a light transmittance in a visible wavelength region of greater than or equal to 70 %, wherein the light source has a first absorption peak in a wavelength region of 650 nanometers to 750 nanometers or a second absorption peak in a wavelength region of 550 nanometers to 600 nanometers at a viewing angle of 55 degrees to 85 degrees; and a color filter layer disposed above the light source, the color filter layer comprising a quantum dot configured to convert the first light into a second light, wherein at least a portion of the first light emitted from the organic light emitting layer and at least a portion of the second light emitted from the color filter layer are reflected by the first electrode, and wherein a center wavelength of the second light emitted from the color filter layer is less than a center wavelength of the first absorption peak or the second absorption peak.