mhurhangee/patent-ind-claim-en huggingface dataset:
Method for transporting water comprising soil particles through a pipeline , wherein the pipeline is provided between a reclamation site for the soil particles containing water and another location wherein a pressure difference is applied between an inlet and an outlet for the water , wherein the pipeline comprises a flexible peripheral body with a length of at least 1000 m manufactured from plastic foil, wherein the peripheral body is transported in folded state to a site with a transport means and unrolled from the transport means along a desired trajectory for the pipeline , and wherein the peripheral body is brought from a substantially flat state, in which peripheral parts lie on one another, to an inflated state in which the peripheral body has a throughflow area of at least 0.15 m 2 .
A method for producing platelets from megakaryocytes comprising the steps of: a) providing a non-adherent, feeder-free culture of megakaryocytes; b) contacting the megakaryocytes with TPO or a TPO agonist to cause the formation in culture of pro-platelets, wherein the pro-platelets release platelets, at least 60% of which are positive for CD41a and CD42b expression; or contacting the megakaryocytes with hematopoietic expansion medium and TPO or a TPO agonist, SCF, IL-6 and IL-9 or TPO or a TPO agonist, SCF, and IL-11 to cause the formation in culture of pro-platelets, wherein the pro-platelets release platelets, at least 60% of which are positive for CD41a and CD42b expression, wherein said TPO agonist comprises one or more of: ADP, epinephrine, thrombin, collagen, romiplostim, eltrombopag (SB497115, Promacta), recombinant human thrombopoietin (TPO), pegylated recombinant human megakaryocyte growth and development factor (PEG-rHuMGDF), Fab 59, AMG 531, Peg-TPOmp, AKR-501, monoclonal TPO agonist antibodies, polyclonal TPO agonist antibodies, TPO minibodies, VB22B sc(Fv)2, domain subclass-converted TPO agonist antibodies, MA01G4G344, recombinant human thrombopoietins, or recombinant TPO fusion proteins; and c) isolating the platelets, optionally wherein substantially all the isolated platelets are functional. a) providing a non-adherent, feeder-free culture of megakaryocytes; b) contacting the megakaryocytes with TPO or a TPO agonist to cause the formation in culture of pro-platelets, wherein the pro-platelets release platelets, at least 60% of which are positive for CD41a and CD42b expression; or contacting the megakaryocytes with hematopoietic expansion medium and TPO or a TPO agonist, SCF, IL-6 and IL-9 or TPO or a TPO agonist, SCF, and IL-11 to cause the formation in culture of pro-platelets, wherein the pro-platelets release platelets, at least 60% of which are positive for CD41a and CD42b expression, wherein said TPO agonist comprises one or more of: ADP, epinephrine, thrombin, collagen, romiplostim, eltrombopag (SB497115, Promacta), recombinant human thrombopoietin (TPO), pegylated recombinant human megakaryocyte growth and development factor (PEG-rHuMGDF), Fab 59, AMG 531, Peg-TPOmp, AKR-501, monoclonal TPO agonist antibodies, polyclonal TPO agonist antibodies, TPO minibodies, VB22B sc(Fv)2, domain subclass-converted TPO agonist antibodies, MA01G4G344, recombinant human thrombopoietins, or recombinant TPO fusion proteins; and c) isolating the platelets, optionally wherein substantially all the isolated platelets are functional.
A plasma reactor , comprising: a plasma panel stack having a structure in which a plurality of electrode panels each having a discharge electrode are stacked, and generating plasma upon application of voltage between the adjacent electrode panels ; an electrically conductive member electrically connected to the discharge electrodes of the plurality of electrode panels ; a case housing the plasma panel stack ; and a mat intervening between the case and the plasma panel stack and fixing the plasma panel stack to the case ; the plasma reactor being characterized in that the mat is disposed apart from the electrically conductive member so that a gap (S1, S2, S3) having a size of 2 mm to 30 mm is present between the mat and the electrically conductive member ; wherein a plurality of the mats are disposed apart from one another, and the electrically conductive member is located between the adjacent mats . a plasma panel stack having a structure in which a plurality of electrode panels each having a discharge electrode are stacked, and generating plasma upon application of voltage between the adjacent electrode panels ; an electrically conductive member electrically connected to the discharge electrodes of the plurality of electrode panels ; a case housing the plasma panel stack ; and a mat intervening between the case and the plasma panel stack and fixing the plasma panel stack to the case ; the plasma reactor being characterized in that the mat is disposed apart from the electrically conductive member so that a gap (S1, S2, S3) having a size of 2 mm to 30 mm is present between the mat and the electrically conductive member ; wherein a plurality of the mats are disposed apart from one another, and the electrically conductive member is located between the adjacent mats .
A double-glazing panel comprising two or more glass sheets and a perimetrical frame , wherein the glass sheets are supported parallel to one another only by the frame , and wherein between the two adjacent glass sheets , a chamber containing air or gas is defined, which is sealingly isolated from the outside by the same glass sheets and the frame , and wherein the frame consists of one or more profiles (7-10) glued to the glass sheets , wherein at least one of said profiles (7-10) is transparent, wherein, at least one of the profiles (7-10) comprises an inner seat , identified as second inner seat , in which a bar is housed and has the double function of: - being an element to which the hinges can be anchored for the use of the panel as door or window; - being a limiting element to limit the deformations the panel is subjected to, in case of violent or quick impacts at the stop, characterized in that the glass sheets are glued to the profiles (7-10) by means of a transparent glue acting also as a sealant of the chamber , wherein the glue is methacrylic urethane glue and is solidified by illuminating said glue with cold ultraviolet light. wherein the glass sheets are supported parallel to one another only by the frame , and wherein between the two adjacent glass sheets , a chamber containing air or gas is defined, which is sealingly isolated from the outside by the same glass sheets and the frame , and wherein the frame consists of one or more profiles (7-10) glued to the glass sheets , wherein at least one of said profiles (7-10) is transparent, wherein, at least one of the profiles (7-10) comprises an inner seat , identified as second inner seat , in which a bar is housed and has the double function of: - being an element to which the hinges can be anchored for the use of the panel as door or window; - being a limiting element to limit the deformations the panel is subjected to, in case of violent or quick impacts at the stop, - being an element to which the hinges can be anchored for the use of the panel as door or window; - being a limiting element to limit the deformations the panel is subjected to, in case of violent or quick impacts at the stop, characterized in that the glass sheets are glued to the profiles (7-10) by means of a transparent glue acting also as a sealant of the chamber , wherein the glue is methacrylic urethane glue and is solidified by illuminating said glue with cold ultraviolet light.
A loading module for a substrate inspection system , the loading module comprising: a first arm including a first end , a second end opposite the first end, a first substrate gripper disposed on the first end of the first arm, and a second substrate gripper disposed on the second end of the first arm; a second arm including a first end , a second end opposite the first end, a first substrate gripper disposed on the first end of the second arm, and a second substrate gripper disposed on the second end of the second arm; a first rotatable support member coupled to the first arm; a second rotatable support member coupled to the second arm; a conveyor system including a conveyor belt disposed between the first and second rotatable support members; and at least one actuator coupled to the first and second rotatable support members, and characterized in that the at least one actuator is configured to rotate the first arm about the first rotatable support member and the second arm about the second rotatable support member to selectively position the first and second substrate grippers of the first and second arms over the conveyor system in a same substrate release location, wherein the substrate release location is a location that allows a substrate held by any one of the first and second substrate grippers of the first and second arms to be released onto the conveyor belt of the conveyor system, wherein the first arm is configured to be in a position substantially perpendicular to a position of the second arm. a first arm including a first end , a second end opposite the first end, a first substrate gripper disposed on the first end of the first arm, and a second substrate gripper disposed on the second end of the first arm; a second arm including a first end , a second end opposite the first end, a first substrate gripper disposed on the first end of the second arm, and a second substrate gripper disposed on the second end of the second arm; a first rotatable support member coupled to the first arm; a second rotatable support member coupled to the second arm; a conveyor system including a conveyor belt disposed between the first and second rotatable support members; and at least one actuator coupled to the first and second rotatable support members, and characterized in that the at least one actuator is configured to rotate the first arm about the first rotatable support member and the second arm about the second rotatable support member to selectively position the first and second substrate grippers of the first and second arms over the conveyor system in a same substrate release location, wherein the substrate release location is a location that allows a substrate held by any one of the first and second substrate grippers of the first and second arms to be released onto the conveyor belt of the conveyor system, wherein the first arm is configured to be in a position substantially perpendicular to a position of the second arm.
Tank system for a vehicle , - having an extraction device and having a tank , - wherein the extraction device comprises an extraction line and an attachment device , - wherein the tank comprises a tank top side , - wherein the tank top side comprises a fastening wall and a first tank top side section , - wherein the fastening wall and the first tank top side section delimit a tank interior space at a top side, - wherein the tank interior space can be filled with an exhaust-gas aftertreatment liquid , - wherein the fastening wall is arranged obliquely with respect to the first tank top side section , - wherein the fastening wall has a fastening surface and a tank opening , - wherein the attachment device is fastened to the fastening surface , - wherein the extraction line is led through the tank opening , - wherein the tank comprises a tank base having a first tank base section and a second tank base section , - wherein the second tank base section is arranged at a lower level than the first tank base section and is connected to the first tank base section , - wherein the second tank base section is arranged parallel to the first tank top side section , - wherein the extraction line is, at least in sections, arranged obliquely with respect to the second tank base section , characterized in that the first tank base section is arranged obliquely with respect to the second tank base section , - the extraction line opens out above the second tank base section of the tank base and is coupled to the attachment device , - wherein the fastening wall is arranged preferably entirely above the first tank base section . - having an extraction device and having a tank , - wherein the extraction device comprises an extraction line and an attachment device , - wherein the tank comprises a tank top side , - wherein the tank top side comprises a fastening wall and a first tank top side section , - wherein the fastening wall and the first tank top side section delimit a tank interior space at a top side, - wherein the tank interior space can be filled with an exhaust-gas aftertreatment liquid , - wherein the fastening wall is arranged obliquely with respect to the first tank top side section , - wherein the fastening wall has a fastening surface and a tank opening , - wherein the attachment device is fastened to the fastening surface , - wherein the extraction line is led through the tank opening , - wherein the tank comprises a tank base having a first tank base section and a second tank base section , - wherein the second tank base section is arranged at a lower level than the first tank base section and is connected to the first tank base section , - wherein the second tank base section is arranged parallel to the first tank top side section , - wherein the extraction line is, at least in sections, arranged obliquely with respect to the second tank base section , - the extraction line opens out above the second tank base section of the tank base and is coupled to the attachment device , - wherein the fastening wall is arranged preferably entirely above the first tank base section .
Pressurized gas bottle with an extraction fitting, which has a shut-off member mounted on the pressurized gas bottle (1, la), at least one additional functional component attached to the shut-off member , and at least one fall protection device securing at least the shut-off member against inadmissible damage, wherein the extraction fitting has a modular design and comprises a base module , comprising the shut-off member and a fall protection device securing the shut-off member , and at least one additional module connected releasably to the base module and having the at least one additional functional component , and the at least one additional module is equipped with a connector for connection to the gas outlet of the shut-off member and with devices for releasably securing the additional module on the base module and is connected to the base module in such a way that the fall safety of the pressurized gas bottle ensured by the base module is not impaired, characterized in that the additional module is equipped with a safety device that secures the additional functional components against impact, said securing device being designed such that it protects the additional functional components received in the additional module from external influences but does not play any part in the fall safety of the pressurized gas bottle .
An interior rearview device adapted for use with a motor vehicle, comprising: a rearview element comprising at least one of a reflective element and a display element; a housing ; a mount assembly which is configured to attach the housing to the vehicle; and an human machine interface (HMI) for controlling at least one function of the interior rearview device , characterized by a bezel surrounding the rearview element and being surrounded by the housing, with the HMI comprising at least one ToF sensor , between the housing and the rearview element, and at least a part of the bezel , wherein the bezel comprises a transparent and/or translucent substrate provided with a, preferably chromium-based, reflective coating , with at least one opening or region of reduced thickness of the coating • being provided on the substrate and/or • being hidden by the coating until at least one light source is lit, and • providing at last one logo, sign, mark, icon and/or information on a function to be actuated via the HMI. a rearview element comprising at least one of a reflective element and a display element; a housing ; a mount assembly which is configured to attach the housing to the vehicle; and an human machine interface (HMI) for controlling at least one function of the interior rearview device , characterized by a bezel surrounding the rearview element and being surrounded by the housing, with the HMI comprising at least one ToF sensor , between the housing and the rearview element, and at least a part of the bezel , wherein the bezel comprises a transparent and/or translucent substrate provided with a, preferably chromium-based, reflective coating , with at least one opening or region of reduced thickness of the coating • being provided on the substrate and/or • being hidden by the coating until at least one light source is lit, and • providing at last one logo, sign, mark, icon and/or information on a function to be actuated via the HMI. • being provided on the substrate and/or • being hidden by the coating until at least one light source is lit, and • providing at last one logo, sign, mark, icon and/or information on a function to be actuated via the HMI.
Device of (DA) assistance to assist at least a user of a vehicle (V) including equipment suitable to carry out tasks, including means of speech recognition (MR.) suitable to recognise words and expressions pronounced by at least the aforementioned user, and II) of the methods of control (MC) clean, on the one hand, to propose to the user a list conversational agents so that it selects one of them, each conversational agent being specific to converse, via means of voice synthesis, with the aforementioned user, at least to propose the realisation of task (S), and/or to start automatically the realisation of task (S), according to one together preset associated preconfigures criteria defining each one at least a mode or right of intervention, and, in addition, to make automatically function the conversational agent selected by the aforementioned user or when at least a word or an expression marked (E) by this last was recognised (E) by the aforementioned means of speech recognition (MR.).
Connector arrangement having a connector and a cable connected to the connector, wherein the cable has an inner conductor as well as an outer conductor , comprising a braided sheath, and the connector has an inner conductor as well as an outer conductor , wherein the connector arrangement has a crimp region in which the cable is crimped with a crimp barrel , wherein the crimp barrel has at least one radially inwardly directed lug , wherein the lug is formed at a frontal end (13; 14) of the crimp barrel, wherein the crimp barrel is crimped with the braided sheath and the braided sheath is formed within the crimp barrel, characterized in that the crimp barrel has a plurality of lugs which are formed at opposing frontal ends of the crimp barrel, wherein each lug bears against the outer conductor of the cable and engages in the braided sheath of the cable, wherein the crimp barrel has at least one recess and the braided sheath engages in the recess. wherein the cable has an inner conductor as well as an outer conductor , comprising a braided sheath, and the connector has an inner conductor as well as an outer conductor , wherein the connector arrangement has a crimp region in which the cable is crimped with a crimp barrel , wherein the crimp barrel has at least one radially inwardly directed lug , wherein the lug is formed at a frontal end (13; 14) of the crimp barrel, wherein the crimp barrel is crimped with the braided sheath and the braided sheath is formed within the crimp barrel, characterized in that the crimp barrel has a plurality of lugs which are formed at opposing frontal ends of the crimp barrel, wherein each lug bears against the outer conductor of the cable and engages in the braided sheath of the cable, wherein the crimp barrel has at least one recess and the braided sheath engages in the recess.
A beverage dispensing system comprising: a container ; an attachment mechanism coupled to the container , the attachment mechanism comprising an engagement assembly , a piercing portion , and a valve assembly including a valve and an elevator; and a pod adapted to engage the attachment mechanism , wherein when the pod is engaged with the attachment mechanism , the engagement assembly engages the pod within the attachment mechanism , the piercing portion pierces through the pod , and the elevator moves such that the valve extends into the container , wherein an elevator seal prevents liquid from escaping into the attachment mechanism when the piercing portion pierces the pod ; characterized in that the container includes a release mechanism configured to release the pod from the attachment mechanism , wherein the release mechanism includes a release spring that resets the release mechanism after the pod is ejected. a container ; an attachment mechanism coupled to the container , the attachment mechanism comprising an engagement assembly , a piercing portion , and a valve assembly including a valve and an elevator; and a pod adapted to engage the attachment mechanism , wherein when the pod is engaged with the attachment mechanism , the engagement assembly engages the pod within the attachment mechanism , the piercing portion pierces through the pod , and the elevator moves such that the valve extends into the container , wherein an elevator seal prevents liquid from escaping into the attachment mechanism when the piercing portion pierces the pod ; characterized in that the container includes a release mechanism configured to release the pod from the attachment mechanism , wherein the release mechanism includes a release spring that resets the release mechanism after the pod is ejected.