mhurhangee/patent-ind-claim-en huggingface dataset:
An intravascular device delivery system , the system comprising: an elongated member with a proximal end , a distal end , and a longitudinal axis therebetween, the elongated member being configured to have an intravascular device positioned at and/or connected to the distal end , the elongated member including: a multilumen catheter having a catheter wall having an outer diameter (OD), an internal diameter (ID), and with a plurality of lumens (232-1, 232-2, 432-1, 432-2) formed within the catheter wall , the plurality of lumens extending from the proximal end of the elongated member to the distal end of the elongated member , wherein at least one of the lumens (232-1, 432-1) of the plurality of lumens has an elliptical cross-section and at least one other lumen (232-2, 432-2) of the plurality of lumens has a round cross-section, and wherein a lumen ratio, equal to the percentage of the cross sectional area of the catheter wall , in a plane perpendicular to the longitudinal axis , between the outer diameter (OD) and the inner diameter (ID), that is taken up by the combined cross-sectional areas of the plurality of lumens (232-1, 232-2, 432-1, 432-2), is greater than 30%. a multilumen catheter having a catheter wall having an outer diameter (OD), an internal diameter (ID), and with a plurality of lumens (232-1, 232-2, 432-1, 432-2) formed within the catheter wall , the plurality of lumens extending from the proximal end of the elongated member to the distal end of the elongated member , wherein at least one of the lumens (232-1, 432-1) of the plurality of lumens has an elliptical cross-section and at least one other lumen (232-2, 432-2) of the plurality of lumens has a round cross-section, and wherein a lumen ratio, equal to the percentage of the cross sectional area of the catheter wall , in a plane perpendicular to the longitudinal axis , between the outer diameter (OD) and the inner diameter (ID), that is taken up by the combined cross-sectional areas of the plurality of lumens (232-1, 232-2, 432-1, 432-2), is greater than 30%.
Hydrant (100;200;300) comprising a riser pipe (102;202;302) having an interior (104;204;304) and an exterior and a shut-off element (108;208;308) adapted to be moved from at least one open position to at least one closed position and vice versa, and wherein the shut-off element (108;208;308) is adapted in the closed position such that the interior (104;204;304) of the riser pipe (102;202;302) can be sealed against a hydrant inlet (106;206;306), wherein the hydrant (100;200;300) has at least one first passage (114,114',114";214;314), through which the interior (104;204;304) of the riser pipe (102;202;302) can be brought into fluid connection with the outside of the hydrant (100;200;300), and a second passage (116,116',116";216;316), through which the pressurized hydrant inlet (106;206;306) can be brought into fluid connection with the outside of the hydrant (100;200;300), wherein the first (114,114',114";214;314) and second (116,116',116";216;316) passage can be brought into operative connection with one another, wherein this operative connection generates a vacuum by means of water flowing through the second passage (116,116',116";216;316), so that water present in the interior (104;204;304) of the riser pipe (102;202;302) is discharged via the first passage (114,114',114";214;314) and thereby the riser pipe (102;202;302) is drained, wherein the shut-off element comprises a hydrant main valve comprising a main valve body (110;210) and a main valve seat, wherein the main valve body (110;210) is adapted to be moved by means of a drive device (111;211) from at least one open position to at least one closed position and vice versa relative to the main valve seat, wherein the main valve seat is formed as a changeover valve seat which is insertable into and removable from the hydrant , characterized in that the changeover valve seat comprises: a) at least one first opening (224,224',224") through which, in the drainage position of the main valve body in relation to the changeover valve seat , the interior of the riser pipe can be brought into fluid connection with a passage space , and b) the second passage , via which in the drainage position the hydrant inlet can be brought into fluid connection with the passage space , wherein the second passage is aligned over the passage space substantially axially to the first passage , via which the passage space can be brought into fluid connection with the outside of the hydrant . a) at least one first opening (224,224',224") through which, in the drainage position of the main valve body in relation to the changeover valve seat , the interior of the riser pipe can be brought into fluid connection with a passage space , and b) the second passage , via which in the drainage position the hydrant inlet can be brought into fluid connection with the passage space , wherein the second passage is aligned over the passage space substantially axially to the first passage , via which the passage space can be brought into fluid connection with the outside of the hydrant .
An electronic distance measuring instrument comprising; a light projecting optical system for emitting a distance measuring light projected from a distance measuring light source onto a distance measuring optical axis and a light receiving optical system for receiving a reflected distance measuring light from an object to be measured and leading to a photodetector , wherein said light projecting optical system is so arranged that a projection optical axis crosses a light receiving optical axis with each other and has a projection optical axis deflecting unit for deflecting said projection optical axis so that said projection optical axis coincides with said light receiving optical axis at an intersecting position of said projection optical axis and said light receiving optical axis, said light receiving optical system has a condenser lens , a first light receiving optical axis deflecting unit and a second light receiving optical axis deflecting unit which are arranged on a same plane, characterized in that said first light receiving optical axis deflecting unit reflects said light receiving optical axis at an angle of 60° - 80°, and deflects said light receiving optical axis toward said second light receiving optical axis deflecting unit , said second light receiving optical axis deflecting unit is provided on an optical axis deflected by said first light receiving optical axis deflecting unit , said second light receiving optical axis deflecting unit reflects said optical axis at an angle of 30° - 60°, said second light receiving optical axis deflecting unit deflects said optical axis in a direction apart from said plane in such a manner that said optical axis becomes an optical axis , said photodetector is provided on said optical axis , said condenser lens condenses said reflected distance measuring light on said photodetector arranged at a position apart from said plane.
A tire comprising a sidewall portion , wherein at least one mark formed by a character or a figure is disposed on a surface of the sidewall portion , wherein a decorative region comprising a first region is formed, the first region having a plurality of first micro projections disposed therein, characterized in that : the decorative region comprising the first region is formed adjacent to the mark on the surface of the sidewall portion outside the mark , wherein the first region extends radially from a vanishing point (Q) on the surface of the sidewall portion toward the mark so as to allow the mark to be stereoscopically viewed. a sidewall portion , wherein at least one mark formed by a character or a figure is disposed on a surface of the sidewall portion , wherein a decorative region comprising a first region is formed, the first region having a plurality of first micro projections disposed therein, characterized in that : the decorative region comprising the first region is formed adjacent to the mark on the surface of the sidewall portion outside the mark , wherein the first region extends radially from a vanishing point (Q) on the surface of the sidewall portion toward the mark so as to allow the mark to be stereoscopically viewed.
A display apparatus comprising: a display that has a display face on which an image is displayed and which is a front face of the display , the display comprising a first front and a second rear transparent plate which are disposed opposite to each other, and a first polarizing film attached to the front face of the first front transparent plate ; a back chassis that is disposed at the rear face of the display which is opposite to the display face of the display ; and a cover film that reaches from the display face around to the rear side of the back chassis which is opposite to the display face , wherein one end of the cover film is attached to at least a portion of the outer peripheral portion of the display , wherein at least another end of the cover film is attached to the back chassis , wherein the display is held by the cover film , wherein the cover film is the first polarizing film . a display that has a display face on which an image is displayed and which is a front face of the display , the display comprising a first front and a second rear transparent plate which are disposed opposite to each other, and a first polarizing film attached to the front face of the first front transparent plate ; a back chassis that is disposed at the rear face of the display which is opposite to the display face of the display ; and a cover film that reaches from the display face around to the rear side of the back chassis which is opposite to the display face , wherein one end of the cover film is attached to at least a portion of the outer peripheral portion of the display , wherein at least another end of the cover film is attached to the back chassis , wherein the display is held by the cover film , wherein the cover film is the first polarizing film .
Polyvinyl acetal with a degree of acetalization of 70 - 84 mol %, characterised by a molar ratio of the amount of continuous syndiotactic sequences of vinyl alcohol groups with 3 members of 0.152 to 0.25 , based on the total amount of vinyl alcohol groups in the polyvinyl acetal and having a solution viscosity in a 5 % by weight solution in ethanol of more than 90 mPas , wherein the molar ratio is determined according to the method mentioned in the specification and wherein the solution viscosity of the polyvinyl acetal is measured in accordance with DIN 53015.
A computer-implemented method comprising: receiving an encoded video frame; decompressing the received encoded video frame; extracting a first quantization parameter, QP, from the decompressed video frame, wherein the first QP corresponds to quantization settings originally used for compressing the encoded video frame; acquiring a delta QP based on the first QP; acquiring a quality degradation offset indicating an amount of quality degradation; utilizing a compensation function that compares a total byte size of at least some of the video frames previously decompressed and a total byte size of the at least some of the video frames after previously being compressed and outputs a byte size inflation adjustment value; adjusting the delta QP using the quality degradation offset and the byte size inflation adjustment value; deriving a second QP based on the adjusted delta QP and the first QP, wherein the second QP corresponds to quantization settings for compressing the decompressed video frame, and wherein the second QP is different from the delta QP; compressing the decompressed video frame based on the second QP; and providing the compressed video frame; wherein acquiring the delta QP is further based on a mapping table between the first QP and the delta QP. receiving an encoded video frame; decompressing the received encoded video frame; extracting a first quantization parameter, QP, from the decompressed video frame, wherein the first QP corresponds to quantization settings originally used for compressing the encoded video frame; acquiring a delta QP based on the first QP; acquiring a quality degradation offset indicating an amount of quality degradation; utilizing a compensation function that compares a total byte size of at least some of the video frames previously decompressed and a total byte size of the at least some of the video frames after previously being compressed and outputs a byte size inflation adjustment value; adjusting the delta QP using the quality degradation offset and the byte size inflation adjustment value; deriving a second QP based on the adjusted delta QP and the first QP, wherein the second QP corresponds to quantization settings for compressing the decompressed video frame, and wherein the second QP is different from the delta QP; compressing the decompressed video frame based on the second QP; and providing the compressed video frame; wherein acquiring the delta QP is further based on a mapping table between the first QP and the delta QP.
A stent comprising: a plurality of annular rows , wherein each row of the plurality of annular rows forms a zigzag pattern of alternating peaks and valleys; and a plurality of connectors , wherein each connector of the plurality of connectors couples an annular row of the plurality of annular rows to an adjacent row of the plurality of annular rows; wherein the stent is configured to transition from a compressed configuration to an expanded configuration; and wherein the stent , when compressed, is configured to be delivered through a channel that has a diameter of 3.2 mm or less; characterized in that , the stent further comprises one or more eyelets disposed on a proximal end of the stent ; and a loop-shaped suture disposed through only one of the one or more eyelets and not extending around a circumference of the stent , wherein the loop-shaped suture is configured to facilitate removal of the stent from a patient. a plurality of annular rows , wherein each row of the plurality of annular rows forms a zigzag pattern of alternating peaks and valleys; and a plurality of connectors , wherein each connector of the plurality of connectors couples an annular row of the plurality of annular rows to an adjacent row of the plurality of annular rows; wherein the stent is configured to transition from a compressed configuration to an expanded configuration; and wherein the stent , when compressed, is configured to be delivered through a channel that has a diameter of 3.2 mm or less; characterized in that , the stent further comprises one or more eyelets disposed on a proximal end of the stent ; and a loop-shaped suture disposed through only one of the one or more eyelets and not extending around a circumference of the stent , wherein the loop-shaped suture is configured to facilitate removal of the stent from a patient.
A method for producing a hydraulic powder, comprising adding, during pulverization of a hydraulic compound, a strength improver composition for a hydraulic powder which contains a reaction product [hereinbelow, referred to as the component (A)] obtained by reacting (a1) glycerin [hereinbelow, referred to as the component (al)] and (a2) formaldehyde [hereinbelow, referred to as the component (a2)], at, in terms of solid matter, 0.0005 part by mass or more and 1.0 part by mass or less relative to 100 parts by mass of the hydraulic compound.
A display substrate comprising a flexible base substrate , wherein the flexible base substrate comprises a display area and a non-display area disposed outside the display area , and the non-display area of the base substrate is divided to form at least one carrying unit by at least one slit on an edge of the flexible base substrate , wherein the display substrate further comprises a reinforcing means configured to protect the slit and being disposed at an edge of the slit, characterized in that the reinforcing means is formed by a reinforcing member disposed at an edge of the slit , wherein a part of the reinforcing member is disposed in the slit.
A row unit for a seeding machine operable to plant seeds into soil, the row unit comprising: a frame supporting a furrow opener for opening a furrow in the soil, a gauge wheel for rolling atop the soil, a seed meter for dispensing seeds into the furrow , and a furrow closer for closing the furrow ; a downforce adjustment mechanism operable to push the row unit frame toward the soil to engage the furrow opener , the gauge wheel , and the furrow closer with the soil; a first ground view sensor positioned directly over the furrow and operable to sense the furrow and generate depth signals corresponding to actual sensed depth of the furrow ; and a controller configured to receive the depth signals and output a control signal to the downforce adjustment mechanism , wherein the controller is programmed to adjust the downforce adjustment mechanism to adjust a downforce on the frame based on the depth signals such that downforce is increased in response to the depth signal indicating a depth less than a set point depth, and downforce is decreased in response to the depth signal indicating a depth greater than the set point depth; characterised by further comprising at least one additional ground view sensor positioned ahead of the furrow and operable to provide respective output signals related to depth of the furrow . a frame supporting a furrow opener for opening a furrow in the soil, a gauge wheel for rolling atop the soil, a seed meter for dispensing seeds into the furrow , and a furrow closer for closing the furrow ; a downforce adjustment mechanism operable to push the row unit frame toward the soil to engage the furrow opener , the gauge wheel , and the furrow closer with the soil; a first ground view sensor positioned directly over the furrow and operable to sense the furrow and generate depth signals corresponding to actual sensed depth of the furrow ; and a controller configured to receive the depth signals and output a control signal to the downforce adjustment mechanism , wherein the controller is programmed to adjust the downforce adjustment mechanism to adjust a downforce on the frame based on the depth signals such that downforce is increased in response to the depth signal indicating a depth less than a set point depth, and downforce is decreased in response to the depth signal indicating a depth greater than the set point depth; characterised by further comprising at least one additional ground view sensor positioned ahead of the furrow and operable to provide respective output signals related to depth of the furrow .
A core for an electrical machine, comprising: a core body with circumferentially offset winding slots ; a winding seated in one or more of the winding slots and having an endturn proximate an end of the core body; and a heat sink embedded in the winding endturn; and characterised in that the heat sink includes an anchor fixed within the winding endturn, the anchor including a shank having a barb defined on an end of the shank, and wherein the winding includes a plurality of conductive wires and further comprising a resin encapsulating the conductive wires and the shank, and wherein the resin has a thermal conductivity lower than that of the winding and of the heat sink. a core body with circumferentially offset winding slots ; a winding seated in one or more of the winding slots and having an endturn proximate an end of the core body; and
An apparatus for the automated preparation of areas on substrate layers that correspond to cross sections of a three-dimensional object manufactured by additive manufacturing of composite-based objects, comprising: a material feeder configured to hold a plurality of substrate sheets in a stack; a printer for depositing fluid onto a sheet from the plurality of sheets; a powder system having a powder applicator and a powder remover , wherein the powder applicator is configured to deposit powder onto the substrate sheet ; and a transfer system for transferring a sheet from the material feeder to the printer , and from the printer to the powder system , wherein the transfer system comprises a felted-material gripper configured for lifting a single substrate sheet from the stack and transferring the sheet from the material feeder to the printer ; whereby the powder can adhere to the areas of the sheet onto which the printer has deposited fluid, and the powder remover is configured to remove powder that did not adhere to the sheet. a material feeder configured to hold a plurality of substrate sheets in a stack; a printer for depositing fluid onto a sheet from the plurality of sheets; a powder system having a powder applicator and a powder remover , wherein the powder applicator is configured to deposit powder onto the substrate sheet ; and a transfer system for transferring a sheet from the material feeder to the printer , and from the printer to the powder system , wherein the transfer system comprises a felted-material gripper configured for lifting a single substrate sheet from the stack and transferring the sheet from the material feeder to the printer ; whereby the powder can adhere to the areas of the sheet onto which the printer has deposited fluid, and the powder remover is configured to remove powder that did not adhere to the sheet.
A positive electrode slurry composition comprising: a positive electrode active material; a fluorine-containing polymer; a conductive agent; a solvent; and a polymer or oligomer containing a unit represented by Formula 1: wherein, in Formula 1, R is a substituted or unsubstituted alkylene group having 1 to 5 carbon atoms, and m and n are the numbers of repeating units, wherein m is an integer of 10 to 5,000, and n is an integer of 10 to 5,000. a positive electrode active material; a fluorine-containing polymer; a conductive agent; a solvent; and a polymer or oligomer containing a unit represented by Formula 1: wherein, in Formula 1, R is a substituted or unsubstituted alkylene group having 1 to 5 carbon atoms, and m and n are the numbers of repeating units, wherein m is an integer of 10 to 5,000, and n is an integer of 10 to 5,000. R is a substituted or unsubstituted alkylene group having 1 to 5 carbon atoms, and m and n are the numbers of repeating units, wherein m is an integer of 10 to 5,000, and n is an integer of 10 to 5,000.
A pump comprising: a housing comprising a rotor chamber , inlet and outlet channels opening into the rotor chamber, and inlet and outlet seals mounted respectively on first and second surfaces of the chamber, and a rotor rotatably and axially slidably received in the rotor chamber and comprising a first axial extension comprising a liquid supply channel and a second axial extension comprising a liquid supply channel , the first and second axial extensions having different diameters, said inlet and outlet seals engaging a surface of the rotor, said liquid supply channel of each axial extension in conjunction with a corresponding said seal forming a valve that opens and closes as a function of the angular and axial displacement of the rotor, characterized in that both of the inlet and outlet channels open transversely or radially into the rotor chamber and both of the inlet and outlet seals form a closed circuit circumscribing respective said inlet and outlet channels. a housing comprising a rotor chamber , inlet and outlet channels opening into the rotor chamber, and inlet and outlet seals mounted respectively on first and second surfaces of the chamber, and a rotor rotatably and axially slidably received in the rotor chamber and comprising a first axial extension comprising a liquid supply channel and a second axial extension comprising a liquid supply channel , the first and second axial extensions having different diameters, said inlet and outlet seals engaging a surface of the rotor, said liquid supply channel of each axial extension in conjunction with a corresponding said seal forming a valve that opens and closes as a function of the angular and axial displacement of the rotor,