mhurhangee/patent-ind-claim-en huggingface dataset:
A method for preparing an injectable trace element solution, comprising the steps of: (a) mixing MnCO 3 as manganese salt in 80% or 60% water to form a mixture; (b) heating the mixture of step (a) at 80°C; (c) adding ZnO as zinc salt to the mixture of step (b); (d) adding EDTA and NaOH to the mixture of step (c); (e) heating the mixture of step (d) at 100°C; (f) adding copper as carbonate or SO 4 salt to the mixture step (e); (g) cooling the mixture of step (f) at 50°C; (h) adding benzyl alcohol, Na 2 SeO 3 as selenium salt, butaphosphan and Vitamin B12 to the mixture of step (g); and (i) adjusting the pH of the mixture of step (h). (a) mixing MnCO 3 as manganese salt in 80% or 60% water to form a mixture; (b) heating the mixture of step (a) at 80°C; (c) adding ZnO as zinc salt to the mixture of step (b); (d) adding EDTA and NaOH to the mixture of step (c); (e) heating the mixture of step (d) at 100°C; (f) adding copper as carbonate or SO 4 salt to the mixture step (e); (g) cooling the mixture of step (f) at 50°C; (h) adding benzyl alcohol, Na 2 SeO 3 as selenium salt, butaphosphan and Vitamin B12 to the mixture of step (g); and (i) adjusting the pH of the mixture of step (h).
Method for detecting anti-PF4/heparin complex antibodies in a body-fluid sample, the method comprising the steps: i. providing a reaction mixture by mixing the sample • with heparin or a PF4-binding, unbranched polysaccharide or a PF4-binding polyanion, or • with PF4/heparin complex or a complex composed of PF4 with an unbranched polysaccharide or a polyanion, and • with a non-cellular particulate solid phase; and ii. measuring the agglutination of the non-cellular particulate solid phase in the reaction mixture; iii. comparing the thus measured agglutination in the reaction mixture with a predetermined reference value for the agglutination in reaction mixtures containing body-fluid samples from donors known to contain no anti-PF4/heparin complex antibodies; and iv. establishing the presence of anti-PF4/heparin complex antibodies in the sample when the agglutination determined in the reaction mixture exceeds the reference value, characterized in that the non-cellular particulate solid phase has been coated with isolated FcγRIIa protein. i. providing a reaction mixture by mixing the sample • with heparin or a PF4-binding, unbranched polysaccharide or a PF4-binding polyanion, or • with PF4/heparin complex or a complex composed of PF4 with an unbranched polysaccharide or a polyanion, and • with a non-cellular particulate solid phase; and • with heparin or a PF4-binding, unbranched polysaccharide or a PF4-binding polyanion, or • with PF4/heparin complex or a complex composed of PF4 with an unbranched polysaccharide or a polyanion, and • with a non-cellular particulate solid phase; and ii. measuring the agglutination of the non-cellular particulate solid phase in the reaction mixture; iii. comparing the thus measured agglutination in the reaction mixture with a predetermined reference value for the agglutination in reaction mixtures containing body-fluid samples from donors known to contain no anti-PF4/heparin complex antibodies; and iv. establishing the presence of anti-PF4/heparin complex antibodies in the sample when the agglutination determined in the reaction mixture exceeds the reference value,
An image processing apparatus comprising: a primary transformation section that performs a primary transformation that is a transformation process for a predicted residual that is a difference between an image and a predicted image of the image; a secondary transformation section that performs a secondary transformation that is a transformation process for primary transformation coefficients obtained by the primary transformation of the predicted residual performed by the primary transformation section; and a clip processing section that uses one or both a predetermined upper limit and a predetermined lower limit to clip the secondary transformation coefficients generated by the secondary transformation section; wherein the one or both of the predetermined upper limit and predetermined lower limit are decided based on a bit depth of an input signal comprising the image and on an extended computation precision flag, that is notified to an image decoding apparatus in a parameter set. a primary transformation section that performs a primary transformation that is a transformation process for a predicted residual that is a difference between an image and a predicted image of the image; a secondary transformation section that performs a secondary transformation that is a transformation process for primary transformation coefficients obtained by the primary transformation of the predicted residual performed by the primary transformation section; and a clip processing section that uses one or both a predetermined upper limit and a predetermined lower limit to clip the secondary transformation coefficients generated by the secondary transformation section; wherein the one or both of the predetermined upper limit and predetermined lower limit are decided based on a bit depth of an input signal comprising the image and on an extended computation precision flag, that is notified to an image decoding apparatus in a parameter set.
A teleoperated surgical system comprising: an instrument manipulator including a first carriage driver and a second carriage driver , each carriage driver configured to provide independent rotary motion, each carriage driver including a first engagement feature ; a surgical instrument supported by the instrument manipulator , the surgical instrument including first and second instrument drivers (610A-610E) configured to receive the rotary motion of the first and second carriage drivers, respectively, each instrument driver including a second engagement feature , the first and second instrument drivers (610A-610E) being rotationally coupled to each other such that rotation of either instrument driver causes the other to rotate; and a manipulator controller configured to control rotation of the first and second carriage drivers and control a rotation of the second carriage driver contrary to the rotation of the first carriage driver until the first engagement features of the first and second carriage drivers positively engage the second engagement features of the first and second instrument drivers (610A-610E). an instrument manipulator including a first carriage driver and a second carriage driver , each carriage driver configured to provide independent rotary motion, each carriage driver including a first engagement feature ; a surgical instrument supported by the instrument manipulator , the surgical instrument including first and second instrument drivers (610A-610E) configured to receive the rotary motion of the first and second carriage drivers, respectively, each instrument driver including a second engagement feature , the first and second instrument drivers (610A-610E) being rotationally coupled to each other such that rotation of either instrument driver causes the other to rotate; and a manipulator controller configured to control rotation of the first and second carriage drivers and control a rotation of the second carriage driver contrary to the rotation of the first carriage driver until the first engagement features of the first and second carriage drivers positively engage the second engagement features of the first and second instrument drivers (610A-610E).
A braking system for a rail vehicle, having: at least one brake for effecting a deceleration of the rail vehicle, and at least one control unit for actuating the at least one brake, this at least one brake being assigned to the control unit , the control unit having a storage device that is configured to store robustly a braking-specific influencing variable as an influencing variable on the deceleration, and the control unit being configured to actuate the at least one assigned brake based on the braking-specific influencing variable, the storage device having a fluid line portion capable of being shut off that can be shut off in such a way that a fluid with a nominal pilot pressure based on the braking-specific influencing variable can be confined to the fluid line portion , the braking system being configured to actuate the at least one assigned brake based on the nominal pilot pressure, the fluid line portion that is capable of being shut off being connected to a pressure intensifier that is configured to intensify the nominal pilot pressure to a nominal brake cylinder pressure, and the brake system having in a connecting line between the pressure intensifier and the assigned at least one brake a brake pressure regulator that converts the nominal brake cylinder pressure into a required brake cylinder pressure, and the brake pressure regulator being configured to actuate the at least one brake with the nominal brake cylinder pressure in the presence of an emergency braking signal or a power failure in the braking system . at least one brake for effecting a deceleration of the rail vehicle, and at least one control unit for actuating the at least one brake, this at least one brake being assigned to the control unit , the control unit having a storage device that is configured to store robustly a braking-specific influencing variable as an influencing variable on the deceleration, and the control unit being configured to actuate the at least one assigned brake based on the braking-specific influencing variable, the storage device having a fluid line portion capable of being shut off that can be shut off in such a way that a fluid with a nominal pilot pressure based on the braking-specific influencing variable can be confined to the fluid line portion , the braking system being configured to actuate the at least one assigned brake based on the nominal pilot pressure, the fluid line portion that is capable of being shut off being connected to a pressure intensifier that is configured to intensify the nominal pilot pressure to a nominal brake cylinder pressure, and the brake system having in a connecting line between the pressure intensifier and the assigned at least one brake a brake pressure regulator that converts the nominal brake cylinder pressure into a required brake cylinder pressure, and the brake pressure regulator being configured to actuate the at least one brake with the nominal brake cylinder pressure in the presence of an emergency braking signal or a power failure in the braking system .
A method for Discontinuous Reception, DRX, comprising: determining , by a terminal device, at least one DRX configuration in a plurality of DRX configurations; and detecting , by the terminal device, a Physical Downlink Control Channel, PDCCH, according to the at least one DRX configuration, characterized in that each DRX configuration in the plurality of DRX configurations corresponds to at least one resource configuration, and the at least one resource configuration comprises at least one of the following: a serving cell configuration, a Bandwidth Part, BWP, configuration, a Control Resource Set,CORESET, configuration and a search space configuration; wherein the detecting, by the terminal device, the PDCCH according to the at least one DRX configuration comprises: detecting, by the terminal device, the PDCCH according to each DRX configuration and the resource configuration corresponding to each DRX configuration. determining , by a terminal device, at least one DRX configuration in a plurality of DRX configurations; and detecting , by the terminal device, a Physical Downlink Control Channel, PDCCH, according to the at least one DRX configuration, characterized in that each DRX configuration in the plurality of DRX configurations corresponds to at least one resource configuration, and the at least one resource configuration comprises at least one of the following: a serving cell configuration, a Bandwidth Part, BWP, configuration, a Control Resource Set,CORESET, configuration and a search space configuration; wherein the detecting, by the terminal device, the PDCCH according to the at least one DRX configuration comprises: detecting, by the terminal device, the PDCCH according to each DRX configuration and the resource configuration corresponding to each DRX configuration.
A thermoplastic composition comprising: a homopolycarbonate; a poly(carbonate siloxane) present in an amount effective to provide 0.5-10 wt% total siloxane content, based on the total weight of the composition; an antimicrobial agent comprising silver silicate powder, silver silicate glass powder, or a combination thereof. a homopolycarbonate; a poly(carbonate siloxane) present in an amount effective to provide 0.5-10 wt% total siloxane content, based on the total weight of the composition; an antimicrobial agent comprising silver silicate powder, silver silicate glass powder, or a combination thereof.
Centrifugal pump for conveying solids-containing media, having at least one arrangement for reducing a backflow from a first space into a second space, and having a closed impeller which comprises a rear shroud away from which at least one blade projects, said at least one blade being covered by a cover shroud in such a way that at least one at least partially closed channel is formed, wherein the surface of the impeller at least partially has a layer of carbon, wherein the closed impeller interacts with a non-rotating counterpart element which is arranged directly on the pump casing , wherein the counterpart element at least partially has a layer of carbon, wherein the centrifugal pump has an arrangement for reducing a backflow in the form of a gap seal, wherein the gap seal comprises a rotating component , which is in the form of a running ring, and a non-rotating component , which is in the form of a split ring, wherein the rotating component is arranged on a radial outer side of the cover shroud of the impeller , wherein the rotating component rotates with the impeller , wherein the non-rotating component is arranged on the pump casing and has a radial ring inner side as a guide, which interacts with the radial ring outer side of the rotating component and forms the gap seal, characterized in that the rotating component and the non-rotating component are coated with a tetrahedral hydrogen-free amorphous carbon layer or ta-C, wherein, in addition to the arrangement for reducing a backflow , a further arrangement comprising a rotating element and a non-rotating element is provided, wherein the rotating element is in the form of a ring and is arranged on the axial end face of the cover shroud , wherein the rotating element has an axially extending projection which engages into a groove in the cover shroud , wherein the non-rotating element is in the form of an axially displaceable ring which is guided by a surface of the pump casing against radial displacement, wherein a force-generating element exerts a force on the non-rotating element and presses the non-rotating element against the rotating element , wherein the force-generating element is in the form of a spring, wherein the non-rotating element is sealed off from the casing part by a seal element , wherein the seal element is preferably an O-ring, wherein the rotating element and the non-rotating element are formed from a high-grade-steel material coated with ta-C, wherein the two axially mutually facing end faces of the rotating element and the non-rotating element are pressed onto one another by the force-generating element .
A wound dressing for use in a Negative Pressure Wound Therapy (NPWT) System comprising: a wound contacting layer the lower surface of which is a wound-facing surface ; an absorbent layer and a first material located on the absorbent layer which is opposed to the wound-facing surface , a moisture indicator which indicates wound exudate loading within the dressing, wherein the moisture indicator is positioned between the absorbent layer and the first material, wherein the visibility of the moisture indicator changes as a result of hydration of the first material within the dressing when it is directly contacted by wound exudate, wherein either hydration of the first material when it is directly contacted by wound exudate transforms its appearance from substantially opaque having a first colour to substantially transparent or translucent, thereby causing at least part of the moisture indicator to become visible; or hydration of the first material when it is directly contacted by wound exudate transforms its appearance from being substantially transparent or translucent to substantially opaque having a first colour, thereby causing at least part of the moisture indicator to become invisible, wherein the moisture indicator is a coloured moisture indicator having a second colour, wherein the second colour is selected to be a contrasting colour to the first colour. a wound contacting layer the lower surface of which is a wound-facing surface ; an absorbent layer and a first material located on the absorbent layer which is opposed to the wound-facing surface , a moisture indicator which indicates wound exudate loading within the dressing, wherein the moisture indicator is positioned between the absorbent layer and the first material, wherein the visibility of the moisture indicator changes as a result of hydration of the first material within the dressing when it is directly contacted by wound exudate, hydration of the first material when it is directly contacted by wound exudate transforms its appearance from substantially opaque having a first colour to substantially transparent or translucent, thereby causing at least part of the moisture indicator to become visible; or hydration of the first material when it is directly contacted by wound exudate transforms its appearance from being substantially transparent or translucent to substantially opaque having a first colour, thereby causing at least part of the moisture indicator to become invisible,
A connection module to be connected to an automatic analyzer with a rack rotor mechanism , comprising: a rack discharge mechanism for moving a rack from the rack rotor mechanism to a rotation holder ; a rack rotating mechanism for rotating the rack moved to the rotation holder ; a conveyor mechanism for transporting the rack from the rack rotating mechanism to a discharge port; and a feeder mechanism for pushing the rack out of the rotation holder to the conveyor mechanism , wherein the rack rotating mechanism rotates the rotation holder in a selected rotation direction from a direction parallel to the rack discharge mechanism to a direction parallel to the feeder mechanism and the conveyor mechanism , the rack discharge mechanism includes: a rail for supporting the rack under movement from the rack rotor mechanism to the rotation holder ; a slider shaft ; and a carriage , the carriage including: a slider to slide on the slider shaft ; and a holding part located on the slider to hold the rack , and a length of the rail is shorter than an overall length of the rack . a rack discharge mechanism for moving a rack from the rack rotor mechanism to a rotation holder ; a rack rotating mechanism for rotating the rack moved to the rotation holder ; a conveyor mechanism for transporting the rack from the rack rotating mechanism to a discharge port; and a feeder mechanism for pushing the rack out of the rotation holder to the conveyor mechanism , wherein the rack rotating mechanism rotates the rotation holder in a selected rotation direction from a direction parallel to the rack discharge mechanism to a direction parallel to the feeder mechanism and the conveyor mechanism , the rack discharge mechanism includes: a rail for supporting the rack under movement from the rack rotor mechanism to the rotation holder ; a slider shaft ; and a carriage , the carriage including: a slider to slide on the slider shaft ; and a holding part located on the slider to hold the rack , and a length of the rail is shorter than an overall length of the rack .
Method for fixing a built-in domestic appliance to a furniture using a fixing system including: a first fixing element comprising a first adhesive surface suitable to be glued to a first lateral wall of the built-in domestic appliance , a second adhesive surface parallel and opposite to the first surface adhesive and suitable to be glued to the first lateral wall of the furniture , a first removable protective film which initially covers the first adhesive surface , and a second removable protective film which initially covers the second adhesive surface ; and a second fixing element comprising a third adhesive surface suitable to be glued to a second lateral wall of the built-in domestic appliance and a fourth adhesive surface parallel and opposite to the third adhesive surface and suitable to be glued to the second lateral wall of the furniture , a third removable protective film which initially covers the third adhesive surface , and a fourth removable protective film which initially covers the fourth adhesive surface ; the method for fixing includes the steps of: gluing the second adhesive surface of the first fixing element to the first lateral wall of the furniture , by first removing the second protective film ; gluing the fourth adhesive surface of the second fixing element to the second lateral wall of the furniture , by first removing the fourth protective film ; inserting the built-in domestic appliance into the furniture , leaving in position the first removable protective film and the third protective film ; removing the first removable protective film to glue the first adhesive surface of the first fixing element to the first lateral wall of the built-in domestic appliance ; and removing the third removable protective film to glue the third adhesive surface of the second fixing element to the second lateral wall of the built-in domestic appliance . gluing the second adhesive surface of the first fixing element to the first lateral wall of the furniture , by first removing the second protective film ; gluing the fourth adhesive surface of the second fixing element to the second lateral wall of the furniture , by first removing the fourth protective film ; inserting the built-in domestic appliance into the furniture , leaving in position the first removable protective film and the third protective film ; removing the first removable protective film to glue the first adhesive surface of the first fixing element to the first lateral wall of the built-in domestic appliance ; and removing the third removable protective film to glue the third adhesive surface of the second fixing element to the second lateral wall of the built-in domestic appliance .