mhurhangee/patent-ind-claim-en huggingface dataset:
An isolated form of anatabine or a pharmaceutically acceptable salt thereof for use in reducing elevated blood serum levels of C-reactive protein (CRP) in an individual.
A plurality of communication devices for managing refuse collection performed by a refuse collection service from refuse containers according to a pre-established schedule for emptying each refuse container , the communication devices consisting of: a master device capable of receiving a download list from a server maintained by the refuse collection service and displaying the same; a plurality of slave devices , each slave device being attached to a respective refuse container , wherein the master device has a wireless communications module for activating each of the plurality of slave devices that are located within the communication range of the master device ; characterised in that each of the slave devices is provided with a high brightness signalling LED light , a 3-axis linear accelerometer for indicating the refuse container emptying, a microcontroller, a wireless communications module and an independent power supply, wherein each of the slave devices has unique MAC address assigned to its respective refuse container ; wherein the download list includes only the MAC addresses of the slave devices attached to refuse containers that are scheduled for emptying, where when said slave devices are located within the communication range of the master device , the master device activates emitting intermitting light from the LED light of each slave device , the light being of a particular colour, wherein the colour visually indicates if the respective refuse container is scheduled for emptying or not. a master device capable of receiving a download list from a server maintained by the refuse collection service and displaying the same; a plurality of slave devices , each slave device being attached to a respective refuse container , wherein the master device has a wireless communications module for activating each of the plurality of slave devices that are located within the communication range of the master device ; characterised in that each of the slave devices is provided with a high brightness signalling LED light , a 3-axis linear accelerometer for indicating the refuse container emptying, a microcontroller, a wireless communications module and an independent power supply, wherein each of the slave devices has unique MAC address assigned to its respective refuse container ; wherein the download list includes only the MAC addresses of the slave devices attached to refuse containers that are scheduled for emptying, where when said slave devices are located within the communication range of the master device , the master device activates emitting intermitting light from the LED light of each slave device , the light being of a particular colour, wherein the colour visually indicates if the respective refuse container is scheduled for emptying or not.
Reslizumab for use in the treatment of eosinophilic asthma, wherein: 3mg/kg reslizumab is provided intravenously once every 4 weeks to a patient together with a long acting beta 2 adrenoceptor agonist (LABA) and an inhaled corticosteroid, the inhaled corticosteroid comprising > 500 μg Fluticasone, > 440 μg Mometasone, > 800 μg Budesonide, > 320 μg Ciclesonide, > 400 μg Beclomethasone, or > 2000 μg Triamcinolone, said patient having blood eosinophil levels equal to or greater than 400/μl and, prior to the use, the patient's symptoms were inadequately controlled with said long acting beta 2 adrenoceptor agonist (LABA) and inhaled corticosteroid and wherein, in the 12 months prior to the use, the patient had at least one asthma exacerbation requiring oral, intramuscular, or intravenous corticosteroid use for greater than or equal to 3 days. 3mg/kg reslizumab is provided intravenously once every 4 weeks to a patient together with a long acting beta 2 adrenoceptor agonist (LABA) and an inhaled corticosteroid, the inhaled corticosteroid comprising > 500 μg Fluticasone, > 440 μg Mometasone, > 800 μg Budesonide, > 320 μg Ciclesonide, > 400 μg Beclomethasone, or > 2000 μg Triamcinolone, said patient having blood eosinophil levels equal to or greater than 400/μl and, prior to the use, the patient's symptoms were inadequately controlled with said long acting beta 2 adrenoceptor agonist (LABA) and inhaled corticosteroid and wherein, in the 12 months prior to the use, the patient had at least one asthma exacerbation requiring oral, intramuscular, or intravenous corticosteroid use for greater than or equal to 3 days.
DASH client configured to if a predetermined descriptor is present in a media presentation descriptor, MPD , the predetermined descriptor indicating, for a certain representation , switch-to representations which are of different qualities and available for being switched to, schedule a transition phase , which is one segment length long, before switching from the certain representation to a predetermined switch-to representation , during which, as an additional media stream, an auxiliary stream (L2) which is comprised by, or separated from, the certain representation in addition to a media stream (L1) of the certain representation indicated by a @codecs attribute at the certain representation , is to be decoded, wherein a @switchableTo attribute indicates that switching is allowed and that the auxiliary stream (L2) is present for the predetermined switch-to representation , wherein a @switchingTimeSwitch or @numSwitchRepSegments attribute provides timing indication indicating time before that the auxiliary stream (L2) is decoded in addition to the media stream (L1) of the certain representation , wherein the DASH client is configured to decide, based on the @switchingTimeSwitch or @numSwitchRepSegments attribute, whether to switch to the predetermined switch-to representation or not, wherein a @switchingMimeType attribute specifies required capabilities when the auxiliary stream (L2) is decoded in addition to the media stream (L1) of the certain representation . if a predetermined descriptor is present in a media presentation descriptor, MPD , the predetermined descriptor indicating, for a certain representation , switch-to representations which are of different qualities and available for being switched to, schedule a transition phase , which is one segment length long, before switching from the certain representation to a predetermined switch-to representation , during which, as an additional media stream, an auxiliary stream (L2) which is comprised by, or separated from, the certain representation in addition to a media stream (L1) of the certain representation indicated by a @codecs attribute at the certain representation , is to be decoded, wherein a @switchableTo attribute indicates that switching is allowed and that the auxiliary stream (L2) is present for the predetermined switch-to representation , wherein a @switchingTimeSwitch or @numSwitchRepSegments attribute provides timing indication indicating time before that the auxiliary stream (L2) is decoded in addition to the media stream (L1) of the certain representation , wherein the DASH client is configured to decide, based on the @switchingTimeSwitch or @numSwitchRepSegments attribute, whether to switch to the predetermined switch-to representation or not, wherein a @switchingMimeType attribute specifies required capabilities when the auxiliary stream (L2) is decoded in addition to the media stream (L1) of the certain representation .
An impact resistant elastomeric seal comprising; an annular body extending between a first axial end and a second axial end ; a first anchor formed on the first axial end ; a second anchor formed on the second axial end ; an elastomeric section having an exterior surface , the elastomeric section extending between the first anchor and the second anchor , the elastomeric section being expandable and contractible in response to movement of the first anchor relative to the second anchor ; a plurality of protrusions (20A-H) extending radially outward from the exterior surface and extending circumferentially around the elastomeric section , adjacent ones of the plurality of protrusions (20A-20H) being spaced apart from one another by a predetermined spacing magnitude configured to accommodate the movement of the first anchor relative to the second anchor ; wherein each of the plurality of protrusions (20A-20H) has a height extending from the exterior surface and the height being of a predetermined magnitude configured to intercept projectiles from impacting the exterior surface , the elastomeric section comprises a serpentine cross section having a first leg characterized in that said elastomeric section further comprises a bend extending from the first leg , wherein the plurality of protrusions (20A, 20B, 20C, 20D and 20E) extend from the first leg and the plurality of protrusions (20F, 20G and 20H) extend from the first bend .
Timepiece tourbillon comprising a carriage pivotally mounted about a tourbillon axis (DT) with respect to a structure and carrying a balance pivoting about a balance axis (DB) and arranged to cooperate in a reciprocating motion with a stop device pivotally mounted on said carriage , characterized in that said tourbillon includes a fixed magnetic wheel , fixed to said structure and comprising at least one continuous magnetic track and/or comprising a series of magnets, said magnetic track being arranged to cooperate by magnetic repulsion and/or attraction with at least one magnet comprised in said stop device in a reciprocating motion of said stop device with respect to said fixed magnetic wheel .
A computer implemented medical data processing method comprising the following steps: • an identified tracking structure of a patient is acquired (S1.1), wherein the identified tracking structure is an anatomical structure of the patient identified in image data which describes at least one anatomical structure of the patient and is a structure which shall be tracked; and • the identified tracking structure is tessellated (S1.2) into a plurality of sub-tracking structures (1 to 9), which can be tracked individually, characterized in that • the sub-tracking structures (1 to 9) are formed by grouping parts of the identified tracking structure having the same range of similarity of movement together. • an identified tracking structure of a patient is acquired (S1.1), wherein the identified tracking structure is an anatomical structure of the patient identified in image data which describes at least one anatomical structure of the patient and is a structure which shall be tracked; and • the identified tracking structure is tessellated (S1.2) into a plurality of sub-tracking structures (1 to 9), which can be tracked individually, characterized in that • the sub-tracking structures (1 to 9) are formed by grouping parts of the identified tracking structure having the same range of similarity of movement together.
A method for 3D printing a 3D item using a fused deposition modeling 3D printer , wherein the method comprises the steps of: - feeding a 3D printable material to a printer nozzle of the fused deposition modeling 3D printer , - providing, with a fiber providing unit , an elongated solid fiber to the printer nozzle , and - co-depositing, during a printing stage, the 3D printable material and the elongated solid fiber via the printer nozzle to provide the 3D item comprising 3D printed material with the elongated solid fiber embedded therein, characterised in that the fiber providing unit is further configured to control a rotation of the elongated solid fiber provided to the printer nozzle around an axis (C1) of elongation of the elongated solid fiber , and in that the method further comprises the step of controlling rotation of the elongated solid fiber when the elongated solid fiber has a diameter d of at least 0.5 mm. - feeding a 3D printable material to a printer nozzle of the fused deposition modeling 3D printer , - providing, with a fiber providing unit , an elongated solid fiber to the printer nozzle , and - co-depositing, during a printing stage, the 3D printable material and the elongated solid fiber via the printer nozzle to provide the 3D item comprising 3D printed material with the elongated solid fiber embedded therein, characterised in that the fiber providing unit is further configured to control a rotation of the elongated solid fiber provided to the printer nozzle around an axis (C1) of elongation of the elongated solid fiber , and in that the method further comprises the step of controlling rotation of the elongated solid fiber when the elongated solid fiber has a diameter d of at least 0.5 mm.
Process for quantifying at least one target molecule in at least one biological tissue of interest of animal or plant origin comprising the following steps: a) analyzing a section of tissue of interest so as to obtain a signal representative of the quantity of target molecule in said section; b) determining the quantity of target molecule in the tissue by using a dilution range of a standard molecule for said tissue made from sections of a reconstituted tissue identical to the tissue of interest, wherein the dilution range of the standard molecule is obtained according to the steps consisting of: (i) grinding a tissue identical to the tissue of interest to obtain a ground tissue: (ii) mixing the standard molecule with a first sample of ground tissue of step (i), said standard molecule being at a first known concentration; (iii) conditioning the first ground tissue sample derived from step (ii) so as to be able to slice said ground tissue sample; (iv) repeating steps (ii) and (iii) with at least one second ground tissue sample of step (i) and a second known concentration of the standard molecule, different from the first concentration; (v) analyzing at least one section of each of the conditioned ground tissue samples derived from step (iii), so as to obtain a signal representative of the quantity of standard molecule in the tissue for each of the concentrations of said standard molecule. a) analyzing a section of tissue of interest so as to obtain a signal representative of the quantity of target molecule in said section; b) determining the quantity of target molecule in the tissue by using a dilution range of a standard molecule for said tissue made from sections of a reconstituted tissue identical to the tissue of interest, (i) grinding a tissue identical to the tissue of interest to obtain a ground tissue: (ii) mixing the standard molecule with a first sample of ground tissue of step (i), said standard molecule being at a first known concentration; (iii) conditioning the first ground tissue sample derived from step (ii) so as to be able to slice said ground tissue sample; (iv) repeating steps (ii) and (iii) with at least one second ground tissue sample of step (i) and a second known concentration of the standard molecule, different from the first concentration; (v) analyzing at least one section of each of the conditioned ground tissue samples derived from step (iii), so as to obtain a signal representative of the quantity of standard molecule in the tissue for each of the concentrations of said standard molecule.
A heated tobacco device comprising: a power source ; a heater ; and a printed circuit board "PCB" comprising a power layer connected to the power source , a ground layer , a top layer and a bottom layer , wherein the top and bottom layers are configured to electrically connect and support one or more components, characterised in that the power and ground layers are sandwiched between the top and bottom layers . a power source ; a heater ; and a printed circuit board "PCB" comprising a power layer connected to the power source , a ground layer , a top layer and a bottom layer , wherein the top and bottom layers are configured to electrically connect and support one or more components, characterised in that the power and ground layers are sandwiched between the top and bottom layers .
Two-speed power transmission for a power tool, said transmission comprising a planetary gear and a two speed gear shift assembly (T) for directing torque through said planetary gear in a high torque/low speed drive mode or past said planetary gear in a low torque/high speed drive mode; said gear shift assembly (T) comprising a driving member drivingly connectable to an input shaft (IS), a driven member drivingly connectable to an output shaft, a coupling sleeve arranged to intercouple in a first position said driving member and said driven member and to intercouple in a second position said planetary gear and said driven member , and a linear actuator arranged to displace said coupling sleeve between said first and second position, wherein said linear actuator comprises a linearly movable push bar arranged to displace said coupling sleeve between said first and second position, characterized in that said gear assembly (T) further comprises a coupling assembly arranged between said coupling sleeve and said linear actuator , said coupling assembly comprising a first element rotationally coupled to said sleeve , wherein a rotation of said first element is independent of a rotation of said push bar and wherein said push bar is arranged to push said first element in an axial direction, wherein said coupling sleeve is concentrically arranged with respect to said planetary gear and wherein said push bar is adapted to engage said first element in a position lying in a center of said sleeve . said gear shift assembly (T) comprising a driving member drivingly connectable to an input shaft (IS), a driven member drivingly connectable to an output shaft, a coupling sleeve arranged to intercouple in a first position said driving member and said driven member and to intercouple in a second position said planetary gear and said driven member , and a linear actuator arranged to displace said coupling sleeve between said first and second position, wherein said linear actuator comprises a linearly movable push bar arranged to displace said coupling sleeve between said first and second position, characterized in that said gear assembly (T) further comprises a coupling assembly arranged between said coupling sleeve and said linear actuator , said coupling assembly comprising a first element rotationally coupled to said sleeve , wherein a rotation of said first element is independent of a rotation of said push bar and wherein said push bar is arranged to push said first element in an axial direction, wherein said coupling sleeve is concentrically arranged with respect to said planetary gear and wherein said push bar is adapted to engage said first element in a position lying in a center of said sleeve .
A method for preparing agomelatine-resorcinol or agomelatine-hydroquinone co-crystals, the method comprising: (i) dissolving agomelatine and one aromatic polyhydric alcohol selected from hydroquinone and resorcinol in an organic solvent selected from the group consisting of C3-C7 ester, C2-C7 ether and a mixture thereof to prepare a solution; and (ii) adding a solvent selected from the group consisting of pentane, hexane, heptane, benzene and a mixture thereof as an antisolvent to the solution of the step (i) to prepare a mixture. (i) dissolving agomelatine and one aromatic polyhydric alcohol selected from hydroquinone and resorcinol in an organic solvent selected from the group consisting of C3-C7 ester, C2-C7 ether and a mixture thereof to prepare a solution; and (ii) adding a solvent selected from the group consisting of pentane, hexane, heptane, benzene and a mixture thereof as an antisolvent to the solution of the step (i) to prepare a mixture.
An automated slide processing apparatus for staining a specimen on a microscope slide located within the slide processing apparatus, the slide processing apparatus comprising: a liquid removal device movable relative to the slide , the liquid removal device including a gas knife configured to output more than one gas flow to urge a volume of a liquid on an upper surface of the slide toward a collection zone on the upper surface , the collection zone being at least partially defined by the more than one gas flow as the liquid removal device moves relative to the slide , wherein the gas knife is configured to produce at least one V-shaped gas curtain , and a suction element positioned to remove liquid collected at the collection zone from the upper surface as the liquid removal device moves relative to the slide characterized in that the gas knife includes a plurality of first discrete gas outlets positioned to form a first gas curtain in a first plane and a plurality of second discrete gas outlets positioned to form a second gas curtain in a second plane, the first plane and the second plane intersecting at an angle in a range from about 80 degrees to about 100 degrees. a liquid removal device movable relative to the slide , the liquid removal device including a gas knife configured to output more than one gas flow to urge a volume of a liquid on an upper surface of the slide toward a collection zone on the upper surface , the collection zone being at least partially defined by the more than one gas flow as the liquid removal device moves relative to the slide , wherein the gas knife is configured to produce at least one V-shaped gas curtain , and a suction element positioned to remove liquid collected at the collection zone from the upper surface as the liquid removal device moves relative to the slide a gas knife configured to output more than one gas flow to urge a volume of a liquid on an upper surface of the slide toward a collection zone on the upper surface , the collection zone being at least partially defined by the more than one gas flow as the liquid removal device moves relative to the slide , wherein the gas knife is configured to produce at least one V-shaped gas curtain , and a suction element positioned to remove liquid collected at the collection zone from the upper surface as the liquid removal device moves relative to the slide characterized in that the gas knife includes a plurality of first discrete gas outlets positioned to form a first gas curtain in a first plane and a plurality of second discrete gas outlets positioned to form a second gas curtain in a second plane, the first plane and the second plane intersecting at an angle in a range from about 80 degrees to about 100 degrees.
Cannula , comprising: - a cannula body having a cannula tube , with a cannula tip at its distal end and with an attachment , attached at the proximal end of the cannula tube , - a control clip , comprising a fixing body which has at least one control element , - wherein the control clip is laterally attachable to the attachment in order to form a first assembly step (I), wherein the attachment comprises proximally a connection , into which the liquid to be injected can be, coaxially to the cannula tube , conducted, characterized in that a contact clip is provided, and in that the contact clip comprises at least one fixing part having at least one electrical contact , and in that the contact clip is laterally attachable to the attachment , in order to form a second assembly step (II) and in that the electrical contact establishes, in the second assembly step (II), an electrical connection between a stimulation cable and an electrically conductive core of the cannula tube in the region of the attachment . - a cannula body having a cannula tube , with a cannula tip at its distal end and with an attachment , attached at the proximal end of the cannula tube , - a control clip , comprising a fixing body which has at least one control element , - wherein the control clip is laterally attachable to the attachment in order to form a first assembly step (I), wherein the attachment comprises proximally a connection , into which the liquid to be injected can be, coaxially to the cannula tube , conducted,
Use of a porous film comprising of amorphous polybenzimidazole and at least one filler for use as a separator in a lithium ion battery, wherein the amount of filler is in the range of 0.5 wt% to 5.0 wt% of polybenzimidazole.