mhurhangee/patent-ind-claim-en huggingface dataset:
A device for performing tricuspid regurgitation operation , the device comprising: a blocking part adapted to block the orifice of the tricuspid valve, characterized in that the device further comprises: a fixing member for the pulmonary artery adapted to be installed in the pulmonary artery; a fixing member for the inferior vena cava adapted to be installed in the inferior vena cava; and a connecting tube connecting the fixing member for the pulmonary artery and the fixing member for the inferior vena cava to each other, wherein the blocking part comprises: a supporting wire having both ends thereof coupled to the connecting tube ; and a blocking membrane having one side thereof fixed to the connecting tube and supported by the supporting wire , and wherein the blocking part is adapted to pass obliquely through the tricuspid valve. a blocking part adapted to block the orifice of the tricuspid valve, characterized in that the device further comprises: a fixing member for the pulmonary artery adapted to be installed in the pulmonary artery; a fixing member for the inferior vena cava adapted to be installed in the inferior vena cava; and a connecting tube connecting the fixing member for the pulmonary artery and the fixing member for the inferior vena cava to each other, wherein the blocking part comprises: a supporting wire having both ends thereof coupled to the connecting tube ; and a blocking membrane having one side thereof fixed to the connecting tube and supported by the supporting wire , and wherein the blocking part is adapted to pass obliquely through the tricuspid valve. a fixing member for the pulmonary artery adapted to be installed in the pulmonary artery; a fixing member for the inferior vena cava adapted to be installed in the inferior vena cava; and a connecting tube connecting the fixing member for the pulmonary artery and the fixing member for the inferior vena cava to each other, wherein the blocking part comprises: a supporting wire having both ends thereof coupled to the connecting tube ; and a blocking membrane having one side thereof fixed to the connecting tube and supported by the supporting wire , and wherein the blocking part is adapted to pass obliquely through the tricuspid valve. a supporting wire having both ends thereof coupled to the connecting tube ; and a blocking membrane having one side thereof fixed to the connecting tube and supported by the supporting wire , and wherein the blocking part is adapted to pass obliquely through the tricuspid valve.
An instrument for securing a knot disposed in surgical suture, the instrument comprising: a shaft comprising a proximal portion coupled to a handle and a distal portion, the distal portion including a distal end; and a side-loading channel disposed along the side of the distal portion and extending through the distal end, wherein the distal end comprises a knot pushing surface, the side-loading channel configured to receive the suture, wherein the shaft comprises a cannulated tip for receiving the suture from the side-loading channel and is configured to retain the knot in a knot retainer disposed in the distal end; wherein the cannulated tip comprises a cutting surface for cutting the suture; and, a cutting sleeve movably disposed over the shaft with a user manipulable control for controlling the cutting sleeve and sliding the cutting sleeve over the shaft ; the cutting sleeve comprising a knife edge configured for cutting the suture and said instrument is characterized in that the cutting sleeve further comprises at least one aperture at the distal end of said sleeve configured to pass debris and positioned to allow a surgeon to arthroscopically view the suture within the shaft . a shaft comprising a proximal portion coupled to a handle and a distal portion, the distal portion including a distal end; and a side-loading channel disposed along the side of the distal portion and extending through the distal end, wherein the distal end comprises a knot pushing surface, the side-loading channel configured to receive the suture, wherein the shaft comprises a cannulated tip for receiving the suture from the side-loading channel and is configured to retain the knot in a knot retainer disposed in the distal end; wherein the cannulated tip comprises a cutting surface for cutting the suture; and, a cutting sleeve movably disposed over the shaft with a user manipulable control for controlling the cutting sleeve and sliding the cutting sleeve over the shaft ; the cutting sleeve comprising a knife edge configured for cutting the suture and said instrument is characterized in that the cutting sleeve further comprises at least one aperture at the distal end of said sleeve configured to pass debris and positioned to allow a surgeon to arthroscopically view the suture within the shaft .
An abatement system for pollutants produced by an internal combustion engine (E) having an intake pipe (IP) and an exhaust pipe (EP), the system comprising - a device (ATS) for the abatement of pollutants contained in the exhaust gases produced by the internal combustion engine, wherein said device comprises at least a first treatment portion (ATS1, ATS1') of exhaust gases comprising a NSC, - fuel metering means (J1, J1') adapted to introduce fuel into said first treatment portion, - a first cooler (GC) arranged on said exhaust pipe upstream of said first treatment portion, and comprising its own bypass means BP1, FP2) for adjusting a temperature of said first treatment portion; characterized by comprising - a second treatment portion (ATS2) arranged downstream of said first treatment portion and comprising an active SCR, and - a relating metering device (J2) for a urea-based additive arranged at the second treatment portion (ATS2) upstream of the active SCR, or between the first and the second treatment portion (ATS1, ATS2), or upstream of the first treatment portion (ATS1). - a device (ATS) for the abatement of pollutants contained in the exhaust gases produced by the internal combustion engine, wherein said device comprises at least a first treatment portion (ATS1, ATS1') of exhaust gases comprising a NSC, - fuel metering means (J1, J1') adapted to introduce fuel into said first treatment portion, - a first cooler (GC) arranged on said exhaust pipe upstream of said first treatment portion, and comprising its own bypass means BP1, FP2) for adjusting a temperature of said first treatment portion; - a second treatment portion (ATS2) arranged downstream of said first treatment portion and comprising an active SCR, and - a relating metering device (J2) for a urea-based additive arranged at the second treatment portion (ATS2) upstream of the active SCR, or between the first and the second treatment portion (ATS1, ATS2), or upstream of the first treatment portion (ATS1).
A method of making a stable, clear liquid steviol glycoside ingredient solution which can be used as sweetener in food and beverages, comprising the steps of: a. providing a steviol glycoside; b. providing a solvent system comprising an aqueous solution of 10-50 % w/w propylene glycol to water; c. heating the solvent system to a temperature of between 70°C and 95°C prior to combining the steviol glycoside of (a) in the heated solvent; and d. combining the steviol glycoside of (a) in the heated solvent of (c), wherein upon combining the steviol glycoside the mixture is constantly agitated while the temperature of the solvent is maintained between 70°C and 95°C until the steviol glycoside is dissolved; wherein the stable, clear liquid steviol glycoside ingredient solution has a clear solution stability at a steviol glycoside concentration of up to 40%w/w for 45-60 days, wherein clear means free of visible precipitation and turbidity a. providing a steviol glycoside; b. providing a solvent system comprising an aqueous solution of 10-50 % w/w propylene glycol to water; c. heating the solvent system to a temperature of between 70°C and 95°C prior to combining the steviol glycoside of (a) in the heated solvent; and d. combining the steviol glycoside of (a) in the heated solvent of (c), wherein upon combining the steviol glycoside the mixture is constantly agitated while the temperature of the solvent is maintained between 70°C and 95°C until the steviol glycoside is dissolved;
A rail wheel assembly for a railway vehicle comprising: a center wheel hub attached to an axle of a railway vehicle with an interference press fit, wherein the center wheel hub includes an outward facing stepped interface located at an outer edge of the center hub , the outward facing stepped interface comprising a first set of holes ; and a tire configured to engage a rail, wherein the tire includes an inward facing stepped interface located at an inner edge of the tire , the inward facing stepped interface comprising a second set of holes ; wherein the outward facing stepped interface of the center wheel hub is configured to receive the inward facing stepped interface of the tire , wherein when the first set of holes is aligned with the second set of holes , the first set of holes and the second set of holes are together configured to receive bolts configured to secure the tire to the center wheel hub , characterised in that , the bolts are configured to be inserted into the first set of holes via an interior side of the outward facing stepped interface , wherein each bolt is configured to be inserted into one of a set of bolt retaining plates before being inserted into one of the first set of holes , wherein each bolt retaining plate includes at least two holes configured to receive adjacent bolts , and wherein the tire is configured to be removed and replaced once secured to the center wheel hub without requiring removal of any components affixed directly to the axle . a center wheel hub attached to an axle of a railway vehicle with an interference press fit, wherein the center wheel hub includes an outward facing stepped interface located at an outer edge of the center hub , the outward facing stepped interface comprising a first set of holes ; and a tire configured to engage a rail, wherein the tire includes an inward facing stepped interface located at an inner edge of the tire , the inward facing stepped interface comprising a second set of holes ; wherein the outward facing stepped interface of the center wheel hub is configured to receive the inward facing stepped interface of the tire , wherein when the first set of holes is aligned with the second set of holes , the first set of holes and the second set of holes are together configured to receive bolts configured to secure the tire to the center wheel hub , characterised in that , the bolts are configured to be inserted into the first set of holes via an interior side of the outward facing stepped interface , wherein each bolt is configured to be inserted into one of a set of bolt retaining plates before being inserted into one of the first set of holes , wherein each bolt retaining plate includes at least two holes configured to receive adjacent bolts , and wherein the tire is configured to be removed and replaced once secured to the center wheel hub without requiring removal of any components affixed directly to the axle .
A non-oriented electrical steel sheet comprising, as a chemical composition, by mass%: C: 0.0030% or less; Si: 2.00% or less; Al: 1.00% or less; Mn: 0.10% to 2.00%; S: 0.0030% or less; one or more selected from the group consisting of Mg, Ca, Sr, Ba, Nd, Pr, La, Ce, Zn, and Cd: 0.0015% to 0.0100% in total; a parameter Q represented by Formula 1 where [Si] denotes a Si content in terms of mass%, [Al] denotes an Al content in terms of mass%, and [Mn] denotes a Mn content in terms of mass%: 2.00 or less; Sn: 0.00% to 0.40%; Cu: 0.00% to 1.00%; and a remainder: Fe and impurities, wherein a parameter R represented by Formula 2 where I 100 , I 310 , I 411 , I 521 , I 111 , I 211 , I 332 , and I 221 denote a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, and a crystal orientation intensity in a thickness middle portion, respectively, is 0.80 or greater, wherein the crystal orientation is measured as defined in the description. Q = Si + 2 × Al − Mn R = I 100 + I 310 + I 411 + I 521 / I 111 + I 211 + I 332 + I 221 C: 0.0030% or less; Si: 2.00% or less; Al: 1.00% or less; Mn: 0.10% to 2.00%; S: 0.0030% or less; one or more selected from the group consisting of Mg, Ca, Sr, Ba, Nd, Pr, La, Ce, Zn, and Cd: 0.0015% to 0.0100% in total; a parameter Q represented by Formula 1 where [Si] denotes a Si content in terms of mass%, [Al] denotes an Al content in terms of mass%, and [Mn] denotes a Mn content in terms of mass%: 2.00 or less; Sn: 0.00% to 0.40%; Cu: 0.00% to 1.00%; and a remainder: Fe and impurities, wherein a parameter R represented by Formula 2 where I 100 , I 310 , I 411 , I 521 , I 111 , I 211 , I 332 , and I 221 denote a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, a crystal orientation intensity, and a crystal orientation intensity in a thickness middle portion, respectively, is 0.80 or greater, wherein the crystal orientation is measured as defined in the description. Q = Si + 2 × Al − Mn R = I 100 + I 310 + I 411 + I 521 / I 111 + I 211 + I 332 + I 221
Scissor stay arrangement for a sliding door or a sliding window, the scissor stay arrangement comprising the following: a) a first scissor stay having a first stay arm and a control arm arranged pivotably on the first stay arm ; b) two sliders ; c) a first connecting rod for connecting the two sliders , the first connecting rod being able to be mounted in two different arrangement positions on the sliders ; the first scissor stay and the first of the two sliders being arranged on the first connecting rod and the first slider being able to be arranged in a form-fitting manner in portions on the first connecting rod in a first position and a second position of the first connecting rod , the first connecting rod , in the second position, being rotated relative to the first position by 180° with respect to an axis perpendicular to the longitudinal axis of the first connecting rod , such that the first connecting rod can thereby be adapted to two different purposes, characterized in that the first slider has, on the side thereof facing away from the first connecting rod , a first receiving recess for a first spring element and, on the side thereof facing the first connecting rod , a second receiving recess for a second spring element . a) a first scissor stay having a first stay arm and a control arm arranged pivotably on the first stay arm ; b) two sliders ; c) a first connecting rod for connecting the two sliders , the first connecting rod being able to be mounted in two different arrangement positions on the sliders ; the first connecting rod , in the second position, being rotated relative to the first position by 180° with respect to an axis perpendicular to the longitudinal axis of the first connecting rod , such that the first connecting rod can thereby be adapted to two different purposes, characterized in that the first slider has, on the side thereof facing away from the first connecting rod , a first receiving recess for a first spring element and, on the side thereof facing the first connecting rod , a second receiving recess for a second spring element .
A battery module , comprising: - a plurality of lithium-ion (Li-ion) electrochemical cells disposed in a row ; - a plurality of expansion accommodating elements, each expansion accommodating element being configured to accommodate swelling of one or more Li-ion electrochemical cells such that a footprint of the row of the plurality of Li-ion electrochemical cells is substantially constant during operation of the battery module ; and - a plastic housing having a main body configured to receive the plurality of Li-ion electrochemical cells , and a cover heat sealed to a surface of the main body ; wherein the cover of the plastic housing comprises a skirt extending downwardly toward the main body of the plastic housing and around a first perimeter of the cover , wherein the main body of the plastic housing comprises a lip extending upwardly toward the cover and around a second perimeter of the main body , and wherein the lip of the main body is heat sealed to an inner surface of the cover disposed inwards from the skirt of the cover such that the skirt of the cover and the lip of the main body overlap along a height of the battery module . - a plurality of lithium-ion (Li-ion) electrochemical cells disposed in a row ; - a plurality of expansion accommodating elements, each expansion accommodating element being configured to accommodate swelling of one or more Li-ion electrochemical cells such that a footprint of the row of the plurality of Li-ion electrochemical cells is substantially constant during operation of the battery module ; and - a plastic housing having a main body configured to receive the plurality of Li-ion electrochemical cells , and a cover heat sealed to a surface of the main body ;
A connection verifier , comprising: a housing including: a handle comprising a first outer shell and a first inner shell connected to the first outer shell ; and, a head arranged to engage a fluid connection and having a cutout ; and, at least one camera arranged in the housing radially between the first inner shell and the first outer shell and directed toward the cutout to view the fluid connection . a housing including: a handle comprising a first outer shell and a first inner shell connected to the first outer shell ; and, a head arranged to engage a fluid connection and having a cutout ; and, a handle comprising a first outer shell and a first inner shell connected to the first outer shell ; and, a head arranged to engage a fluid connection and having a cutout ; and, at least one camera arranged in the housing radially between the first inner shell and the first outer shell and directed toward the cutout to view the fluid connection .
A patch, comprising: a support for a patch or patch preparation, comprising: a base material containing a PET resin film, polyethylene resin film or an ethylene-vinyl alcohol copolymer resin film; and an undercoat agent layer laminated on the base material, wherein the undercoat agent layer contains a binder resin and porous inorganic particles having an average particle diameter of from 1 μm to 15 μm, wherein the measurement of an average particle diameter of porous inorganic particles is performed with a three-dimensional measuring X-ray CT apparatus, and an average particle diameter is calculated from particle size distribution of any 100 particles that can be observed in any region in a three-dimensional stereoscopic image, wherein the binder resin is a PET resin, an ethylene-vinyl alcohol copolymer resin, or a polyethylene resin, wherein the same resin as that used in the base material is used for the binder resin; and a pressure-sensitive adhesive layer placed on one surface of the support to be adjacent to the undercoat agent layer. a support for a patch or patch preparation, comprising: a base material containing a PET resin film, polyethylene resin film or an ethylene-vinyl alcohol copolymer resin film; and an undercoat agent layer laminated on the base material, a base material containing a PET resin film, polyethylene resin film or an ethylene-vinyl alcohol copolymer resin film; and an undercoat agent layer laminated on the base material, wherein the undercoat agent layer contains a binder resin and porous inorganic particles having an average particle diameter of from 1 μm to 15 μm, wherein the measurement of an average particle diameter of porous inorganic particles is performed with a three-dimensional measuring X-ray CT apparatus, and an average particle diameter is calculated from particle size distribution of any 100 particles that can be observed in any region in a three-dimensional stereoscopic image, wherein the binder resin is a PET resin, an ethylene-vinyl alcohol copolymer resin, or a polyethylene resin, wherein the same resin as that used in the base material is used for the binder resin; and a pressure-sensitive adhesive layer placed on one surface of the support to be adjacent to the undercoat agent layer.
A surgical cutting blade for cutting bone material when the blade is coupled to a hand-held surgical saw having protrusions extending therefrom that interface with the cutting blade, the cutting blade comprising: a distal end comprising a plurality of cutting teeth ; a shank portion adjacent the distal end; a bulbous proximal end adjacent the shank portion, the proximal end being shaped to attach to the surgical saw and including an upper substantially planar surface and a lower substantially planar surface and a side edge extending between the upper and lower planar surfaces; the proximal end including a plurality of openings ; the openings configured to receive and interface with the protrusions of the surgical saw in a manner that the protrusions cooperatively impart motion to drive the blade; characterized by the side edge at least in part defining a partially circular outer perimeter extending about a center point at the proximal end and a centrally disposed slot formed in the partially circular outer perimeter and having a partially circular inner edge concentric with the partially circular outer perimeter; the plurality of openings formed closer to the partially circular outer perimeter than to the inner edge of the slot. a distal end comprising a plurality of cutting teeth ; a shank portion adjacent the distal end; a bulbous proximal end adjacent the shank portion, the proximal end being shaped to attach to the surgical saw and including an upper substantially planar surface and a lower substantially planar surface and a side edge extending between the upper and lower planar surfaces; the proximal end including a plurality of openings ; the openings configured to receive and interface with the protrusions of the surgical saw in a manner that the protrusions cooperatively impart motion to drive the blade;
A vehicle regenerative speed control device for a vehicle having a continuously variable transmission , and an electric motor that is connected to an input shaft side of the continuously variable transmission and that regenerates energy during deceleration, the vehicle regenerative speed control device, comprising a controller that performs a regenerative speed control for downshifting the continuously variable transmission to a low gear ratio side and increasing a rotational speed of a transmission input shaft to which the electric motor is connected when there is a request for an increase in the regeneration amount while decelerating, characterized in that the controller makes a rotational speed change rate of a transmission input rotational speed smaller than when carrying out the regenerative speed control based on a request for an increase in a regeneration amount in a regenerative braking region, when performing the regenerative speed control based on a request for an increase in the regeneration amount in a brake switching region, in which regenerative braking is switched to mechanical braking due to a decrease in a vehicle speed.