mhurhangee/patent-ind-claim-en huggingface dataset:
A jig for guiding placement of femoral component of the implant in a knee replacement surgery (J) mainly comprises of: : Posterior paddles (PP) Posterior s'lots for bushings in posterior paddles (PPS), • Posterior Bushing (PBU), • Distal block (DB), • Distal slots for bushings in distal block (DBS), • Distal bushing (DBU), • Anterior probe with adjustable height (AP), • Probe (PB), • Measuring cylinder (MC), • Locking bolt (LB), • Anterior cutting block for cutting distal femur (AB), • Slot for saw blade (SL), • Holes (HO); said jig (J) has a pair of posterior paddles (PP) made preferably of metal and having posterior slots (PPS) to accept posterior bushings (PBU); said pair of posterior paddles (PP) touches the posterior medial (P4) and posterior lateral (P3) femoral condyle while placing present jig (J) on distal femur wherein present jig (J) rotated posteriorly from the point of contact (posterior condylar axis) on either the lateral or medial posterior femur (P3 and P4) with the help of a bushing (PBU) of 1 mm increment to achieve precise rotation; said distal block (DB) is provided with a pair of distal slots for bushings (DBS) for accepting distal bushing (DBU) wherein said distal block (DB) is a continuous metal sheet at right angles to the posterior paddles (PP); said distal block (DB) touches distal medial (P2) and distal lateral femur (P1) while the Jig (J) is placed on the distal femur wherein the present jig (J) is rotated medially or laterally from the point of contact on either the lateral or medial distal femoral condyle with the help of a bushing (DBU) of 1 mm increment to achieve precision; said anterior probe with adjustable height (AP) having a sliding adjustable probe (PB) is provided wherein said probe (PB) is of variable height off the distal block (DB); it has a measuring cylinder (MC) which is attached to said distal block (DB) through locking bolt (LB); wherein the femoral component is placed in flexion by decreasing the antero-posterior distance; similarly, the femoral component is placed in extension by increasing the antero-posterior distance; an anterior cutting block (for cutting distal femur) (AB) is also provided with slot for saw blade (SL) for taking femur cuts; this is a detachable block (AB) made preferably of metal attached to the distal block (DB); said anterior cutting block (AB) has holes (HO) to increase the depth of the distal femoral cut by 1, 2, or 3 mm. : Posterior paddles (PP) Posterior s'lots for bushings in posterior paddles (PPS), • Posterior Bushing (PBU), • Distal block (DB), • Distal slots for bushings in distal block (DBS), • Distal bushing (DBU), • Anterior probe with adjustable height (AP), • Probe (PB), • Measuring cylinder (MC), • Locking bolt (LB), • Anterior cutting block for cutting distal femur (AB), • Slot for saw blade (SL), • Holes (HO);
Knife comprising a first part and comprising a second part which is mounted so as to be movable relative to the first part , and comprising a blade unit having a blade , and comprising an adjustment means having at least two links which hingedly interconnect the blade and the first part such that a mechanical linkage is formed which is movable, owing to a relative movement between the first part and the second part , between at least one rear end position and at least one front end position, wherein the second part is indirectly or directly movably connected to one of the links or to the blade unit, in order to move the mechanical linkage, and whereby the blade unit is loaded into the safety position by means of at least one restoring element , characterized in that the mechanical linkage forms a four-bar linkage.
A method for preparing a cardiomyocyte population for transplantation therapy, the method comprising the steps of: inducing human pluripotent stem cells to differentiate into cardiomyocytes, bringing a cell population obtained by the induced differentiation into contact with a laminin fragment selected from the group consisting of laminin α2β1γ1 E8 fragment, laminin α2β2γ1 E8 fragment, laminin α1β1γ1 E8 fragment and laminin α1β2γ1 E8 fragment, and retrieving cells adherent to the laminin fragment, wherein the contact of the cell population with the laminin fragment in step is achieved by adding a cell suspension containing the cell population obtained in step to a culture vessel having a culture surface coated with the laminin fragment, followed by a certain period of incubation; by adding a carrier coated with the laminin fragment to a cell suspension containing the cell population obtained in step , followed by a certain period of incubation; or by passing a cell suspension containing the cell population obtained in step through a hollow fiber membrane having an inner surface coated with the laminin fragment, and wherein step comprises removing cells not adherent to the laminin fragment and then detaching cells adherent to the laminin fragment using a cell detachment solution, wherein the contact in step is continued for 15 minutes to 180 minutes. inducing human pluripotent stem cells to differentiate into cardiomyocytes, bringing a cell population obtained by the induced differentiation into contact with a laminin fragment selected from the group consisting of laminin α2β1γ1 E8 fragment, laminin α2β2γ1 E8 fragment, laminin α1β1γ1 E8 fragment and laminin α1β2γ1 E8 fragment, and retrieving cells adherent to the laminin fragment, wherein the contact of the cell population with the laminin fragment in step is achieved by adding a cell suspension containing the cell population obtained in step to a culture vessel having a culture surface coated with the laminin fragment, followed by a certain period of incubation; by adding a carrier coated with the laminin fragment to a cell suspension containing the cell population obtained in step , followed by a certain period of incubation; or by passing a cell suspension containing the cell population obtained in step through a hollow fiber membrane having an inner surface coated with the laminin fragment, and wherein step comprises removing cells not adherent to the laminin fragment and then detaching cells adherent to the laminin fragment using a cell detachment solution, wherein the contact in step is continued for 15 minutes to 180 minutes.
Trailer coupling for a motor vehicle with a coupling arm , wherein the coupling arm is pivotably mounted on a holder which is or may be attached to the motor vehicle with the aid of a swivel bearing between a position of use (G) and an inoperative position (N), wherein the coupling arm in the position of use (G) extends further back beyond a rear section of the motor vehicle for attaching a trailer or mounting a load carrier than in the inoperative position (N) provided for when the coupling arm is not in use, wherein the swivel bearing has a holder bearing location provided on the holder and a coupling arm bearing element carrying the coupling arm and mounted on the holder bearing location , pivotable around a swivel axis (S), wherein the trailer coupling has a fixing device for the immovable fixing of the coupling arm to the holder in the position of use (G) and/or the inoperative position (N) wherein, in a fixing position (F) of the fixing device , a thrust bearing body mounted immovably on the holder is clamped between a fixing body of the fixing device and the coupling arm bearing element and is released in a release position (L) wherein, in the fixing position (F), a fixing support face of the fixing body is in contact with a thrust bearing surface of the thrust bearing body and a support surface of the coupling arm bearing element is in contact with a thrust bearing surface of the thrust bearing body , so that the coupling arm bearing element , relative to the holder , has freedom to swivel in the release position (L) and is fixed immovably in the fixing position (F), wherein in the fixing position (F) the support surface of the coupling arm bearing element and the thrust bearing surface of the thrust bearing body have surface-to-surface support on one another, characterised in that there is no contact between the coupling arm bearing element and the fixing body .
A dual phase mouthwash comprising a hydrophilic phase; a hydrophobic phase; a hydrotrope; a preservative comprising the combination of potassium sorbate in an amount of 0.01 - 0.5% by weight relative to the total weight of the mouthwash, sodium benzoate in an amount of 0.01 - 0.5% by weight relative to the total weight of the mouthwash, and benzyl alcohol in an amount of 0.01 - 1% by weight relative to the total weight of the mouthwash; CPC; and an acid selected from phosphoric acid and/or HCl.
A wave-activated power generation device comprising: a float configured to be capable of floating in the sea; a rotor configured to generate a rotational inertial mass effect; a power generator configured to generate power based on rotation of the rotor ; a first elastic body ; and a drive part configured to connect the rotor with the float via the first elastic body so as to rotate the rotor along with movement of the float , wherein a spring constant of the first elastic body is set so as to cause a rotational inertial mass of the rotor to resonate with oscillation of the float , so that the rotational mass effect can be increased to increase the power generation efficiency; and wherein the power generator is provided with a significantly amplified displacement compared to a displacement of the float . a float configured to be capable of floating in the sea; a rotor configured to generate a rotational inertial mass effect; a power generator configured to generate power based on rotation of the rotor ; a first elastic body ; and a drive part configured to connect the rotor with the float via the first elastic body so as to rotate the rotor along with movement of the float , wherein a spring constant of the first elastic body is set so as to cause a rotational inertial mass of the rotor to resonate with oscillation of the float , so that the rotational mass effect can be increased to increase the power generation efficiency; and wherein the power generator is provided with a significantly amplified displacement compared to a displacement of the float .
A carbon black particle generating reactor , comprising: a plasma generating section containing concentric electrodes configured to generate a plasma; wherein a wall of the plasma generating section is at a distance of from 73mm to 450mm from the outer electrode of the concentric electrodes; a reactor section connected to the plasma generating section; and at least one hydrocarbon injector located within the concentric electrodes, wherein a temperature centrally within the concentric electrodes is less than a temperature of the plasma generated by the concentric electrodes. a plasma generating section containing concentric electrodes configured to generate a plasma; wherein a wall of the plasma generating section is at a distance of from 73mm to 450mm from the outer electrode of the concentric electrodes; a reactor section connected to the plasma generating section; and at least one hydrocarbon injector located within the concentric electrodes, wherein a temperature centrally within the concentric electrodes is less than a temperature of the plasma generated by the concentric electrodes.
A self-emulsifying preparation retaining a self-emulsifying composition in a capsule, the self-emulsifying composition comprising, when the total amount of the self-emulsifying composition is 100% by weight, a) 70 to 90% by weight of at least one compound selected from the group consisting of ω3 polyunsaturated fatty acid, its pharmaceutically acceptable salt, and its ester, b) 0.5 to 6% by weight of water, c) 1 to 29% by weight of an emulsifier which includes a polyoxyethylene sorbitan fatty acid ester, but excludes lecithin, and d) 3 to 25 parts by weight of lecithin in relation to 100 parts by weight of the at least one compound selected from the group consisting of an ω3 polyunsaturated fatty acid, its pharmaceutically acceptable salt, and its ester, wherein e) the content of ethanol and/or polyhydric alcohol is up to 4% by weight of the total amount of the composition, with the self-emulsifying preparation being prepared by encapsulating the composition in a hard capsule and/or a soft capsule. a) 70 to 90% by weight of at least one compound selected from the group consisting of ω3 polyunsaturated fatty acid, its pharmaceutically acceptable salt, and its ester, b) 0.5 to 6% by weight of water, c) 1 to 29% by weight of an emulsifier which includes a polyoxyethylene sorbitan fatty acid ester, but excludes lecithin, and d) 3 to 25 parts by weight of lecithin in relation to 100 parts by weight of the at least one compound selected from the group consisting of an ω3 polyunsaturated fatty acid, its pharmaceutically acceptable salt, and its ester, wherein e) the content of ethanol and/or polyhydric alcohol is up to 4% by weight of the total amount of the composition,
Frequency converter for operating an electrical machine on an electrical AC voltage network , wherein the frequency converter has a rectifier feed unit and an inverter , which are connected to one another via a DC voltage intermediate circuit with an intermediate circuit capacitor , wherein the inverter is implemented as a four-quadrant actuator with four switches (S1, S2, S3, S4) in a H-bridge and a clockable switch (S5) which is arranged in a conduction path in the inverter-side part of the DC voltage intermediate circuit which connects the DC voltage intermediate circuit to the inverter , and the clockable switch (S5) is formed, for selectively opening or closing the conduction path or for clocked operation, characterized in that the switch (S5) is formed as a clocked switch comprising two series-connected semiconductor switches (S51, S52) each having a parallel-connected freewheeling diode (D1, D2), wherein the forward direction of the freewheeling diodes (D1, D2) is opposite and wherein the switches (S1, S2, S3, S4) are clocked in a low-frequency clock, while the switch (S5) is clocked in a high-frequency clock which is preferably several times higher than the low-frequency clock, and wherein a diode (D1, D2) of the switch (S5) is configured to prevent a current flow from the inverter-side part of the DC voltage intermediate circuit to the feed unit .
An apparatus for illuminating an object , comprising: an enclosure which is configured to accommodate the object , the enclosure comprising a dome portion and enclosing a space which comprises a cylindrical portion , a truncated conical portion , and/or a hemispherical portion , or is radially symmetric; an emitter which is contained within the enclosure and configured to emit electromagnetic radiation, wherein the emitter comprises multiple inwardly facing active surfaces arranged along a ring; and a diffusor , the diffusor having a concave portion facing the dome portion , the concave portion diffusing electromagnetic radiation incident upon the concave portion towards an inner surface region of the enclosure , the inner surface region being configured to diffuse the electromagnetic radiation onto the object ; characterized in that the diffusor is a ring-shaped radially symmetric diffusor , wherein a cross-section of the ring-shaped radially symmetric diffusor through an axis (S) of radial symmetry has two U-shaped portions which are mirror symmetric to said axis (S). an enclosure which is configured to accommodate the object , the enclosure comprising a dome portion and enclosing a space which comprises a cylindrical portion , a truncated conical portion , and/or a hemispherical portion , or is radially symmetric; an emitter which is contained within the enclosure and configured to emit electromagnetic radiation, wherein the emitter comprises multiple inwardly facing active surfaces arranged along a ring; and a diffusor , the diffusor having a concave portion facing the dome portion , the concave portion diffusing electromagnetic radiation incident upon the concave portion towards an inner surface region of the enclosure , the inner surface region being configured to diffuse the electromagnetic radiation onto the object ; characterized in that the diffusor is a ring-shaped radially symmetric diffusor , wherein a cross-section of the ring-shaped radially symmetric diffusor through an axis (S) of radial symmetry has two U-shaped portions which are mirror symmetric to said axis (S).
A device for adjusting printheads relative to each other during the mounting thereof to a printhead retaining plate , wherein the printheads each comprise a nozzle plate having multiple nozzles for printing, and having at least one round hole and/or at least one elongated hole in the nozzle plate for manufacturing and/or assembly purposes, and wherein the printhead retaining plate comprises an elongated opening at the site of each printhead , which corresponds to the base area of a nozzle plate or is greater than that, such that the nozzle plate has open access to the substrate to be imprinted through the elongeted opening , characterized by an assembly template for multiple printheads with a top-side contact surface that faces the bottom side of the retaining plate , wherein for each printhead at least one counterpart is provided, preferably in the form of a pin , which fits exactly to at least one round hole and/or to at least one elongated hole in the corresponding nozzle plate , so that when the printheads are inserted into the assembly template in such a way that each pair of round hole counterparts and elongated hole counterparts engages with the round hole and/or elongated hole in the corresponding nozzle plate , the nozzles of all printheads are aligned with one another in the desired manner, wherein the assembly template is detachable from the retaining plate after screwing or fixing the printheads to the retaining plate .
Device for a vehicle roof , having: - a guide element with a slideway , - a bolt which can be displaced relative to the guide element and is guided thereby on the slideway , - the bolt and the guide element having a common contact area which is formed by a protrusion on the bolt and the slideway , the protrusion being configured to introduce a corresponding notch into the slideway during the displacement along the slideway . - a guide element with a slideway , - a bolt which can be displaced relative to the guide element and is guided thereby on the slideway , - the bolt and the guide element having a common contact area which is formed by a protrusion on the bolt and the slideway , the protrusion being configured to introduce a corresponding notch into the slideway during the displacement along the slideway .
Gas intake duct for a cylinder of an internal-combustion engine, said intake duct comprises means for diverting said gas to generate an aerodynamic motion of said gas inside said cylinder about an axis substantially perpendicular to the axis of said cylinder, said diverting means comprising a ramp shape in the lower profile of said intake duct and a concave shape in the upper profile of said intake duct , said lower profile and upper profile of said intake duct being defined in the usage position of said intake duct , characterized in that the radius of curvature R1 of the lower profile forming said ramp is between 20 mm and 30 mm, and in that said concave shape of said upper profile comprises an intermediate zone having a radius of curvature R3 of between 100 mm and 130 mm and an end zone having a radius of curvature R2 of between 60 mm and 70 mm, said end zone facing said ramp shape of said lower profile .
Multi-position textile machine with a travelling aggregate that can move along the workstations whereby openings for the application of vacuum or compressed air are present for the purpose of cleaning the multi-position textile machine of lint and dust both on the travelling aggregate and the workstations , characterised in that several sensors are present at contamination-critical points, which detect the contamination of the workstations and which forward the results to a control device , and that the control device is configured to control the application of vacuum or compressed air to the openings as required, depending on the contamination.
A security container cassette for banknotes or values for Bancomat or ATMs, defining an internal volume and comprising a perimeter boundary comprising an upper wall and: - a first container arranged in said internal volume and said upper wall forming structurally part of said first container, - said first container having an internal volume separated from an external portion of said security container cassette by said upper wall, - said first container being designed to contain marking fluid and being arranged close to said banknotes and values , - said security container cassette being configured so that said upper wall , comprises passage windows or weakened upper portions . - a first container arranged in said internal volume and said upper wall forming structurally part of said first container, - said first container having an internal volume separated from an external portion of said security container cassette by said upper wall, - said first container being designed to contain marking fluid and being arranged close to said banknotes and values , - said security container cassette being configured so that said upper wall , comprises passage windows or weakened upper portions .
A method for handling data in a distributed computing environment comprising at least one server and a plurality of clients comprising at least a first client and a second client , the method comprising, at the first client : sending a first request to the server to obtain result data; receiving raw data from the server as a response to the first request, the raw data being a superset of the result data; processing the raw data to obtain the result data; storing the result data; the method comprising, at the second client : sending a second request to the server for obtaining the result data; receiving an indication from the server indicating that the result data is available at the first client ; the method further comprising, at the first client : sending the result data to the second client in response to receiving a third request from the second client to obtain the result data. sending a first request to the server to obtain result data; receiving raw data from the server as a response to the first request, the raw data being a superset of the result data; processing the raw data to obtain the result data; storing the result data; the method comprising, at the second client : sending a second request to the server for obtaining the result data; receiving an indication from the server indicating that the result data is available at the first client ; sending a second request to the server for obtaining the result data; receiving an indication from the server indicating that the result data is available at the first client ; the method further comprising, at the first client : sending the result data to the second client in response to receiving a third request from the second client to obtain the result data.