mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-volume Container made of a first and at least a second element, wherein the first element comprises a first mantle portion , the first mantle portion defining a first internal volume and having a first and a second opening, the first and the second opening being defined by a first and a second boundary region, respectively, and the second element comprises a second mantle portion , the second mantle portion defining a second internal volume and having a third opening , the third opening being defined by a third boundary region , wherein at least a portion of the second element is arranged inside the first internal volume , and the first element and the second element are in a substantially fixed spatial arrangement relative to one another so that the first opening at least partially overlaps the third opening , wherein at least a first portion of the first mantle portion is in intimate contact with at least a first portion of the second mantle portion , and at least a second portion of the second mantle portion constitutes a septum providing a fluid tight separation between the first and the second opening of the first element , wherein the multi-volume container comprises a first closing element and a second closing element, the first and/or the third opening being sealable by means of the first closing element and the second opening being sealable by means of the second closing element, wherein the third opening is in opposite arrangement with a base of the second mantle portion , and characterised in that the base constitutes the septum.
A compound of Formula I or a pharmaceutically acceptable salt thereof, for use in a method of treatment of cancer, or an inflammatory or autoimmune disease, the method comprising administration of the compound of Formula I in a dose of between 36 mg and 72 mg of the compound per day. or a pharmaceutically acceptable salt thereof, for use in a method of treatment of cancer, or an inflammatory or autoimmune disease, the method comprising administration of the compound of Formula I in a dose of between 36 mg and 72 mg of the compound per day.
Docking station of a mobile electronic payment terminal comprising an electrical connector comprising a plurality of power and data contacts, of identical structure, and an electrical contact support , said electrical contact support being characterized in that it comprises: - fastening means of a plurality of power and data contacts to said electrical contact support , and - sixteen apertures formed in at least one face of said support and intended for the projection of external portions of said power and data contacts respectively, said electrical contact support comprising retaining means of internal portions of said power and data contacts respectively, said retaining means comprising first retaining means having a first thickness (e1) and second retaining means having a second thickness (e2) greater than said first thickness (e1) so as to define at least a first height of projection (h1) of said external portions of said power contacts through said apertures and at least a second height of projection (h2) of said external portions of said data contacts through said apertures , said first projection height (h1) being greater than said second projection height (h2), said retaining means being located, on said face of said support, at an end of said apertures opposite said fastening means . - fastening means of a plurality of power and data contacts to said electrical contact support , and - sixteen apertures formed in at least one face of said support and intended for the projection of external portions of said power and data contacts respectively,
An in vitro method for measuring the expression of the antigens TNC-FN III-C, TFPI, and CA19-9 comprising: (a) contacting a plurality of antigens with an anti-TNC-FN III-C antibody, an anti-TFPI antibody, and an anti-CA19-9 antibody to form antigen-antibody complexes; and (b) detecting the antigen-antibody complexes using detectable moieties that distinctly bind each of the antibodies, thereby measuring the expression of the antigens TNC-FN III-C, TFPI, and CA19-9. (a) contacting a plurality of antigens with an anti-TNC-FN III-C antibody, an anti-TFPI antibody, and an anti-CA19-9 antibody to form antigen-antibody complexes; and (b) detecting the antigen-antibody complexes using detectable moieties that distinctly bind each of the antibodies, thereby measuring the expression of the antigens TNC-FN III-C, TFPI, and CA19-9.
A restrictor (100, 100'; 200, 200') comprising: a body defining a Venturi tube having a throat defining a junction of a converging inlet cone to a diverging outlet cone along a longitudinal axis thereof, wherein the throat does not define a Venturi gap and is not open to a suction port; wherein the converging inlet cone has an entrance defining a circular opening, and the converging inlet cone and the diverging outlet cone each define an inner passageway that both transition as a hyperbolic function toward the throat or as a parabolic function toward the throat ; wherein each hyperbolic or parabolic function has a derivative equal to zero and flow lines at the throat that are parallel to one another, thereby providing a constant rate of flow through the restrictor (100, 100', 200, and 200') without creating a vena contracta; wherein the throat is a junction of the end of the converging inlet cone with a beginning of the outlet cone , thereby having no length; and wherein the length of the outlet cone is in the range of 20 mm to 90 mm. a body defining a Venturi tube having a throat defining a junction of a converging inlet cone to a diverging outlet cone along a longitudinal axis thereof, wherein the throat does not define a Venturi gap and is not open to a suction port; wherein the converging inlet cone has an entrance defining a circular opening, and the converging inlet cone and the diverging outlet cone each define an inner passageway that both transition as a hyperbolic function toward the throat or as a parabolic function toward the throat ; wherein each hyperbolic or parabolic function has a derivative equal to zero and flow lines at the throat that are parallel to one another, thereby providing a constant rate of flow through the restrictor (100, 100', 200, and 200') without creating a vena contracta; wherein the throat is a junction of the end of the converging inlet cone with a beginning of the outlet cone , thereby having no length; and wherein the length of the outlet cone is in the range of 20 mm to 90 mm.
A conveyor belt for carrying a transported article mounted on a surface of the conveyor belt , comprising: a belt main body ; an upper surface layer covering an upper surface of the belt main body , wherein the upper surface layer is polyolefin, polyester, polyester fiber bundle, polyamide, silicone, polyurethane or PVC; and a lower surface layer covering a lower surface of the belt main body opposite to the upper surface, wherein the lower surface is polyolefin, polyester, polyester fiber bundle, polyamide, silicone, polyurethane or PVC, characterized in that the lower surface layer is provided with a projective surface comprising a plurality of projections arranged over an entire area of the lower surface of the belt main body with peak portions formed into a curved surface shape and valley portions between the projections on the lower surface of the belt main body . a belt main body ; an upper surface layer covering an upper surface of the belt main body , wherein the upper surface layer is polyolefin, polyester, polyester fiber bundle, polyamide, silicone, polyurethane or PVC; and a lower surface layer covering a lower surface of the belt main body opposite to the upper surface, wherein the lower surface is polyolefin, polyester, polyester fiber bundle, polyamide, silicone, polyurethane or PVC, characterized in that the lower surface layer is provided with a projective surface comprising a plurality of projections arranged over an entire area of the lower surface of the belt main body with peak portions formed into a curved surface shape and valley portions between the projections on the lower surface of the belt main body .
An adapter for an energy meter, wherein the adapter has a voltage converter , at least two second electrical terminals (50-53; 50'-53') for connecting to respective conductors (11-14) of a power network and at least two third electrical terminals (54-57; 54'-57') to which an energy meter (21; 21') can be electrically connected, wherein the voltage converter is electrically connected to the at least two second electrical terminals (50-53) and the at least two third terminals (54-57) and converts a first voltage which can be applied to the at least two second electrical terminals (50-53) to a lower second voltage that is applied to the at least two third electrical terminals (54-57), wherein the voltage ratio between the first and the second voltage is predetermined and can be stored in an energy meter , wherein there is a distance d1 between the at least two second electrical terminals (50-53; 50'-53') that is greater than the distance d2 between the at least two third electrical terminals (54-57; 54'-57').
A display device comprising a display screen and a frame disposed around the display screen , the display device further comprising an infrared receiver ; and a light guide member having a securing surface , the light guide member further comprising a receiving end and a light exiting surface , the receiving end formed at a display side of the display screen , wherein a width of the receiving surface in a direction perpendicular to the frame to which the light guide member is fixed is narrower than a width of the light exiting surface in the direction; and the receiving end receives the infrared control signals and changes transmission direction thereof so as to transmit the signals to the infrared receiver , and a distance between the securing surface of the light guide member through which the light guide member is secured to the frame and a surface of the light guide member opposite to the securing surface is continuously increased in a direction from the receiving end to the light exiting surface , characterised in that the light guide member is secured to the frame through the securing surface ; the receiving end has a first receiving surface and a second receiving surface for receiving infrared control signals, the first receiving surface being parallel to the display side of the display screen , and the second receiving surface intersecting with the first receiving surface and opposite to the securing surface ; and a lower surface of the receiving end is an arc surface.
A method of assembling and conditioning an infusion pump assembly for medication dispensing before dispensing of a medication commences; wherein the infusion pump reservoir assembly, comprises: a medicament reservoir including a reservoir barrel with an inner surface ; a plunger moveable within the medicament reservoir in a dispensing direction from a full position and including a dynamic seal that is in contact with the inner surface of the reservoir barrel and a rear surface that faces in a direction opposite to the dispensing direction; and a static face seal that engages the rear surface and a reservoir assembly support block surface, wherein the static face seal does not need to change position in order for the plunger to move out of the full position; said method comprising the step of: disengaging the static face seal acting between the rear surface and a surface in a medicament reservoir assembly in the infusion pump in response to movement in a dispensing direction of the plunger within a reservoir barrel from a full position while maintaining contact between the dynamic seal associated with the plunger and an inner surface of the reservoir barrel in response to movement in the dispensing direction of the plunger within a reservoir barrel from the full position. a medicament reservoir including a reservoir barrel with an inner surface ; a plunger moveable within the medicament reservoir in a dispensing direction from a full position and including a dynamic seal that is in contact with the inner surface of the reservoir barrel and a rear surface that faces in a direction opposite to the dispensing direction; and a static face seal that engages the rear surface and a reservoir assembly support block surface, wherein the static face seal does not need to change position in order for the plunger to move out of the full position; said method comprising the step of: disengaging the static face seal acting between the rear surface and a surface in a medicament reservoir assembly in the infusion pump in response to movement in a dispensing direction of the plunger within a reservoir barrel from a full position while maintaining contact between the dynamic seal associated with the plunger and an inner surface of the reservoir barrel in response to movement in the dispensing direction of the plunger within a reservoir barrel from the full position.
Pressure tank for storage of high and low pressure fluids/gases, particularly LPG, LNG or CNG, comprising - a hollow body of thermoplastic material with at least one outlet , having a surrounding contact area , - one boss each per outlet , having at least one aperture to the interior of the hollow body and being connected over its entire surface with a complementary contact area to the contact area , the aperture having a diffuser at a bottom end, which can be part of the boss , or of a neckring or of a coupling piece , and which seals the aperture in axial direction and has diffuser openings pointing primarily only in radial direction, - inside the hollow body , a static eliminator wall surrounding the diffusor , which is part or the boss or the neckring or is attached as a separate parte to the coupling piece , characterized in that the static eliminator wall has several turbulence release openings , which are positioned relatively to the diffuser openings in such a way, that fluid, which flows in under pressure, creates a substantially stationary flow in the region below the boss . - a hollow body of thermoplastic material with at least one outlet , having a surrounding contact area , - one boss each per outlet , having at least one aperture to the interior of the hollow body and being connected over its entire surface with a complementary contact area to the contact area , the aperture having a diffuser at a bottom end, which can be part of the boss , or of a neckring or of a coupling piece , and which seals the aperture in axial direction and has diffuser openings pointing primarily only in radial direction, - inside the hollow body , a static eliminator wall surrounding the diffusor , which is part or the boss or the neckring or is attached as a separate parte to the coupling piece , characterized in that the static eliminator wall has several turbulence release openings , which are positioned relatively to the diffuser openings in such a way, that fluid, which flows in under pressure, creates a substantially stationary flow in the region below the boss .
A method , performed at a User Equipment, 'UE' , of a wireless communications network, the method comprising: detecting that a downlink transmission timing has changed by an amount of time; determining that a time alignment timer, 'TAT', is not running; and while the TAT is not running, adjusting a timing advance for uplink transmissions based on the amount of time that the downlink transmission timing has changed, wherein the timing advance for uplink transmissions was stored in memory at expiration of the TAT. detecting that a downlink transmission timing has changed by an amount of time; determining that a time alignment timer, 'TAT', is not running; and while the TAT is not running, adjusting a timing advance for uplink transmissions based on the amount of time that the downlink transmission timing has changed, wherein the timing advance for uplink transmissions was stored in memory at expiration of the TAT.
A method of operating a residue forming stage of a pipelined analog to digital converter, the residue forming stage comprising an analog to digital converter , the residue forming stage being configured to receive, during operation, a first dither from a dither generator , and a first digital to analog converter for sampling a dithered input signal, and the analog to digital converter of the residue forming stage has a least significant bit value representing the limit of the resolution of the stage, the method comprising: receiving an input signal; adding the first dither value to the input signal provided to the first digital to analog converter to form the dithered input signal sampled by the first digital to analog converter wherein the first dither value is not added to the input signal provided to the analog to digital converter of the residue forming stage , using the analog to digital converter of the residue forming stage to form a digital code, modifying the digital code by a digital value related to at least part of the first dither value to form a modified digital code, wherein the modified digital code is obtained by subtracting the first dither value from the digital code, and providing the modified digital code to the first digital to analog converter . receiving an input signal; adding the first dither value to the input signal provided to the first digital to analog converter to form the dithered input signal sampled by the first digital to analog converter wherein the first dither value is not added to the input signal provided to the analog to digital converter of the residue forming stage , using the analog to digital converter of the residue forming stage to form a digital code, modifying the digital code by a digital value related to at least part of the first dither value to form a modified digital code, wherein the modified digital code is obtained by subtracting the first dither value from the digital code, and providing the modified digital code to the first digital to analog converter .
A computer-implemented method for facilitating updating a manufacturing execution system (MES) database to include an MES entity corresponding to equipment modeled by a corresponding supervisory control and data acquisition (SCADA) system object, the method comprising: providing an application object corresponding to plant equipment of interest in a SCADA system; configuring a utilization capability object (UCO, 110) for the application object and attaching it as a child object to the application object; extracting by an entity model builder MES entity configuration information from the UCO ; building by the entity model builder , via calls to interface functionality on the MES database and using the MES entity configuration information extracted from the UCO , an MES entity in the MES database corresponding to the application object, thereby creating a runtime link between the UCO and the MES entity that facilitates updating the MES entity via equipment and reason codes generated by the UCO in response to process data received by the application object with which the UCO is associated. providing an application object corresponding to plant equipment of interest in a SCADA system; configuring a utilization capability object (UCO, 110) for the application object and attaching it as a child object to the application object; extracting by an entity model builder MES entity configuration information from the UCO ; building by the entity model builder , via calls to interface functionality on the MES database and using the MES entity configuration information extracted from the UCO , an MES entity in the MES database corresponding to the application object, thereby creating a runtime link between the UCO and the MES entity that facilitates updating the MES entity via equipment and reason codes generated by the UCO in response to process data received by the application object with which the UCO is associated.
A method of preparing an aromatic vinyl compound-vinyl cyanide compound polymer, comprising: separating volatile components from a polymerization product containing an aromatic vinyl compound-vinyl cyanide compound polymer, residual aromatic vinyl monomer, residual vinyl cyanide monomer, and an organic solvent using a volatilization tank; and condensing the separated volatile components using one condenser or two or more condensers connected in series, wherein the method comprises spraying an organic solvent onto the separated volatile components being transferred from the volatilization tank to the condenser; or spraying an organic solvent or an aromatic vinyl monomer onto the volatile components not being condensed in a first condenser and being transferred to a second condenser when the two or more condensers connected in series are used, wherein the organic solvent includes one or more selected from the group consisting of toluene, ethylbenzene, xylene, methylethylketon, and isobutylmethylketon, separating volatile components from a polymerization product containing an aromatic vinyl compound-vinyl cyanide compound polymer, residual aromatic vinyl monomer, residual vinyl cyanide monomer, and an organic solvent using a volatilization tank; and condensing the separated volatile components using one condenser or two or more condensers connected in series, wherein the method comprises spraying an organic solvent onto the separated volatile components being transferred from the volatilization tank to the condenser; or spraying an organic solvent or an aromatic vinyl monomer onto the volatile components not being condensed in a first condenser and being transferred to a second condenser when the two or more condensers connected in series are used, wherein the organic solvent includes one or more selected from the group consisting of toluene, ethylbenzene, xylene, methylethylketon, and isobutylmethylketon,
A selective double layer moulding process of a product made of cellulose fibres, comprising the following steps: - forming, through a first moulding counter-mould , a first cellulose layer , to implement a preform of said product; - forming, through a second moulding counter-mould , a second cellulose humid layer , implemented by one or more areas, localized in predefined positions, corresponding to reinforcement regions of said product; - overlapping said first layer and said second layer ; - joining, through a definition mould and a thermoforming mould , said first layer and said second layer , to obtain said product; - drying said product, characterized in that said definition mould has a functional face shaped so that, at the minimum approaching distance to the thermoforming mould , the gap between the two moulds is variable, so as to obtain as a whole a product with constant density and variable thickness, or said gap is constant so as to obtain as a whole a product with variable density and constant thickness. - forming, through a first moulding counter-mould , a first cellulose layer , to implement a preform of said product; - forming, through a second moulding counter-mould , a second cellulose humid layer , implemented by one or more areas, localized in predefined positions, corresponding to reinforcement regions of said product; - overlapping said first layer and said second layer ; - joining, through a definition mould and a thermoforming mould , said first layer and said second layer , to obtain said product; - drying said product,