mhurhangee/patent-ind-claim-en huggingface dataset:
Nucleic acid construct for expression of an effector molecule in response to the presence of a target antigen of a chimeric antigen receptor (CAR) or a T-cell receptor (TCR), characterized in that the nucleic acid construct in one strand comprises a first expression cassette, comprising a first promoter which is inducible by binding of a CAR or TCR to its target antigen to control expression of a coding sequence for the effector molecule, and a second expression cassette encoding the CAR or TCR under the control of a constitutive second promoter, wherein the nucleic acid construct is part of a lentiviral vector, of an alpha (α)-retroviral vector or of a gamma (γ)-retroviral vector, and wherein the first expression cassette is arranged in 5' of the second expression cassette, wherein between the first expression cassette and the second expression cassette there is no poly-adenylation signal and wherein a poly-adenylation signal is contained in an LTR that is arranged in 3' of the second expression cassette.
A last , the last comprising: a last body with a first surface and a second surface , wherein the first surface and the second surface are configured for exposure during a lasting process for lasting an upper for an article of footwear ; and an opening extending from the first surface , characterized in that the opening is configured to receive a lasting element of an article of footwear , the lasting element at least partially being fed through the opening , wherein the opening extends from the first surface to the second surface such that it defines a channel from the first surface to the second surface .
A retaining member , comprising: a body portion having an innermost surface , an outermost surface , a first side and a second side ; wherein said innermost surface of said body portion of said retaining member has a first arcuate portion having a first end and a second end ; wherein said outermost surface of said body portion of said retaining member has a second arcuate portion having a first end and a second end ; wherein said first side of said body portion of said retaining member has a first substantially flat portion having a first end and a second end ; wherein said second side of said body portion of said retaining member has a second substantially flat portion having a first end and a second end ; and wherein said first end of said first arcuate portion of said body portion of said retaining member is directly connected to said first end of said first substantially flat portion of said retaining member and said second end of said first arcuate portion is directly connected to a first end of said second substantially flat portion of said retaining member ; and wherein said first end of said second arcuate portion of said body portion of said retaining member is directly connected to said second end of said first substantially flat portion of said retaining member and said second end of said second arcuate portion is directly connected to a second end of said second substantially flat portion of said retaining member . a body portion having an innermost surface , an outermost surface , a first side and a second side ; wherein said innermost surface of said body portion of said retaining member has a first arcuate portion having a first end and a second end ; wherein said outermost surface of said body portion of said retaining member has a second arcuate portion having a first end and a second end ; wherein said first side of said body portion of said retaining member has a first substantially flat portion having a first end and a second end ; wherein said second side of said body portion of said retaining member has a second substantially flat portion having a first end and a second end ; and wherein said first end of said first arcuate portion of said body portion of said retaining member is directly connected to said first end of said first substantially flat portion of said retaining member and said second end of said first arcuate portion is directly connected to a first end of said second substantially flat portion of said retaining member ; and wherein said first end of said second arcuate portion of said body portion of said retaining member is directly connected to said second end of said first substantially flat portion of said retaining member and said second end of said second arcuate portion is directly connected to a second end of said second substantially flat portion of said retaining member .
Ejection system for particles (P) into space, intended to eject particles (P) on a trajectory of an object in orbit in order to deviate the trajectory of this object, the ejection system comprising at least one ejection module of the particles (P), where these particles (P) have a size between 5 μm and 200 μm, the system comprises at least one storage conduit of the particles (P) which opens at least one injection orifice of the particles (P), the ejection module of the particles (P) being in communication with an environment external to the ejection system of the particles (P), the ejection system comprising at least one first means for driving the particles (P) configured to drive the particles (P) flush with the at least one of the injection orifice and at least one second drive means configured to drive the particles (P) outside the at least one storage conduit , the first drive means and the second drive means being distinct.
A solid oral pharmaceutical composition comprising a pharmaceutically effective amount of living microorganisms and one or more pharmaceutically acceptable water absorbing excipient(s), wherein the composition has a water content, determined according to European Pharmacopoeia 9.4, section 2.5.12., from 0.5 to 30% with respect to the total weight of the composition; wherein the water absorbing excipient(s) are cellulose-based excipients, or a pharmaceutically acceptable salt thereof; and wherein the living microorganisms are non-lyophilized microorganisms.
A capacitor of an electric vehicle, comprising: a housing ; multiple groups of capacitor cores independently disposed in the housing so that there is no connection between every two groups of capacitor cores, and multiple groups of capacitor cores work independently, each group of the capacitor cores comprising at least one capacitor core; and multiple groups of connecting terminals disposed on the housing and connected to the multiple groups of capacitor cores in an one-to-one manner, wherein each group of the connecting terminals comprises a pair of electrodes , the pair of electrodes protrudes from the housing , such that the pair of electrodes can be connected to a DC bus of the electric vehicle and an insulated gate bipolar transistor , characterized in that the multiple pairs of electrodes are disposed on a first sidewall of the housing and spaced apart from each other; and a slot is disposed on a bottom wall of the housing and configured to fix a conducting wire connected to the DC bus and the electrodes . a housing ; multiple groups of capacitor cores independently disposed in the housing so that there is no connection between every two groups of capacitor cores, and multiple groups of capacitor cores work independently, each group of the capacitor cores comprising at least one capacitor core; and multiple groups of connecting terminals disposed on the housing and connected to the multiple groups of capacitor cores in an one-to-one manner, wherein each group of the connecting terminals comprises a pair of electrodes , the pair of electrodes protrudes from the housing , such that the pair of electrodes can be connected to a DC bus of the electric vehicle and an insulated gate bipolar transistor , characterized in that the multiple pairs of electrodes are disposed on a first sidewall of the housing and spaced apart from each other; and a slot is disposed on a bottom wall of the housing and configured to fix a conducting wire connected to the DC bus and the electrodes .
A method of preparing an elastomeric glue for bonding parts inside an inkjet printhead from a composition comprising: linear, unsaturated hydrocarbon based polymers comprising at least one non-aromatic unsaturation in at least one monomer, wherein the linear, unsaturated hydrocarbon based polymers comprise polyisoprene graft maleic anhydride and polybutadiene-styrene; one or more sulfur donor molecules; and an organometallic zinc catalyst; the method comprising the steps of: a) reacting the one or more sulfur donor molecules with the organometallic zinc catalyst to form a first sulfurized zinc complex as an active cross-linking initiator; b) catalyzing vulcanization reaction of the one or more linear, unsaturated hydrocarbon based polymers with the first sulfurized zinc complex to obtain vulcanized polymers and thiols; c) crosslinking the polymeric chains of the vulcanized polymers obtained in step b) via polysulfidic bridges between units through a curing, preferably thermocuring, process. linear, unsaturated hydrocarbon based polymers comprising at least one non-aromatic unsaturation in at least one monomer, wherein the linear, unsaturated hydrocarbon based polymers comprise polyisoprene graft maleic anhydride and polybutadiene-styrene; one or more sulfur donor molecules; and an organometallic zinc catalyst; a) reacting the one or more sulfur donor molecules with the organometallic zinc catalyst to form a first sulfurized zinc complex as an active cross-linking initiator; b) catalyzing vulcanization reaction of the one or more linear, unsaturated hydrocarbon based polymers with the first sulfurized zinc complex to obtain vulcanized polymers and thiols; c) crosslinking the polymeric chains of the vulcanized polymers obtained in step b) via polysulfidic bridges between units through a curing, preferably thermocuring, process.
A method implemented in a machine-to-machine, M2M, server, the method comprising: receiving, from a M2M network application, a RESTful method addressed to a first attribute of a management-command resource that facilitates execution of a device management service function in connection with a client M2M device, wherein the management-command resource further comprises a plurality of attributes specifying criteria for scheduling the execution of the device management service function; translating and mapping the device management service function to a device management command, wherein the device management command is in a protocol that is supported by the client M2M device; scheduling the execution of the device management service function based on the criteria; and sending the device management command to the client M2M device based on the scheduling. receiving, from a M2M network application, a RESTful method addressed to a first attribute of a management-command resource that facilitates execution of a device management service function in connection with a client M2M device, wherein the management-command resource further comprises a plurality of attributes specifying criteria for scheduling the execution of the device management service function; translating and mapping the device management service function to a device management command, wherein the device management command is in a protocol that is supported by the client M2M device; scheduling the execution of the device management service function based on the criteria; and sending the device management command to the client M2M device based on the scheduling.
Data transmission device for establishing a data connection between two coupled vehicle units of a vehicle combination with a first interface which is associated with a first vehicle unit , a second interface which is associated with a second vehicle unit , and a connection for connecting the interfaces to one another, wherein the interfaces and the connection provide the data connection in the coupled state, characterised in that the connection comprises a set of wires in the coupled state, which are provided by means of two cables which each have four twisted-pair wires, and an enclosure which encloses and externally insulates the four wires, wherein the two cables of the connection run between the first interface and the second interface , the first interface is connected to a cable unit laid in the first vehicle unit , which has a set of eight wires and an enclosure which encloses and externally insulates the eight wires, for routing a signal which is transmitted to the second vehicle unit by means of the two cables of the connection , and in the interfaces the cables of the connection are combined into the cable of the corresponding vehicle unit (10; 12).
A modified thin film composite (TFC) reverse osmosis membrane comprising a polysulphone support and a polyamide ultrathin layer formed on said support, wherein the polyamide ultrathin layer is formed by reacting polyfunctional amine(s) in the range 2-3% (w/v) and polyfunctional acid chloride(s) in the range of 0.1-0.125% (w/v) followed by post treatment of the nascent TFC membrane with an aqueous solution containing sulphopropyl methacrylate in the concentration of 2x10 -2 mol/L, methylene-bis-acrylamide in the concentration of 9.5x10 -3 mol/L, polyvinyl alcohol in the concentration of 2x10 -2 mol/L, nitric acid in the concentration of 2x10 -2 mol/L, and ceric ammonium nitrate in the concentration of 2x10 -3 mol/L for 15 minutes at room temperature to enhance fouling resistance and chlorine stability compared to that of the TFC membrane prepared without the above mentioned post treatment.
Hardener component for a multicomponent epoxy resin composition, which component comprises, as a curing agent, at least one Mannich base and an amine that is reactive with respect to epoxy groups, as well as at least one polyphenol from the group of novolac resins as an accelerator, wherein the Mannich base can be obtained by reacting a phenolic compound selected from the group consisting of phenol, styrenated phenol, pyrocatechol, resorcinol, hydroquinone, hydroxyhydroquinone, phloroglucinol, pyrogallol, o-cresol, m-cresol, p-cresol and bisphenols, with an aldehyde or an aldehyde precursor and an amine having at least two active hydrogen atoms in the molecule which are bonded to a nitrogen atom, and wherein the novolac resin is contained in the hardener component in a proportion of from 5 to 30 wt.%, based on the organic proportions of the hardener component. wherein the Mannich base can be obtained by reacting a phenolic compound selected from the group consisting of phenol, styrenated phenol, pyrocatechol, resorcinol, hydroquinone, hydroxyhydroquinone, phloroglucinol, pyrogallol, o-cresol, m-cresol, p-cresol and bisphenols, with an aldehyde or an aldehyde precursor and an amine having at least two active hydrogen atoms in the molecule which are bonded to a nitrogen atom, and wherein the novolac resin is contained in the hardener component in a proportion of from 5 to 30 wt.%, based on the organic proportions of the hardener component.
A heater and wick assembly for an aerosol generating system , the assembly comprising: a capillary body ; a heating element arranged on an outer surface of the capillary body ; a pair of spaced apart electrical contacts fixed around the capillary body and coupled with the heating element ; and a support member extending along at least part of the length of the capillary body . a capillary body ; a heating element arranged on an outer surface of the capillary body ; a pair of spaced apart electrical contacts fixed around the capillary body and coupled with the heating element ; and a support member extending along at least part of the length of the capillary body .
A wave guide assembly for a control and diagnostic system for a machine, the wave guide assembly comprising: a housing defining an exterior surface and an internal cavity extending between distal ends; a wave guide defined within the internal cavity; characterized in that the wave guide assembly comprising: at least one open conduit defined within the internal cavity providing a space for routing conductors through the housing; and a fluid passage defined within the internal cavity separate from the wave guide. a housing defining an exterior surface and an internal cavity extending between distal ends; a wave guide defined within the internal cavity; characterized in that the wave guide assembly comprising: at least one open conduit defined within the internal cavity providing a space for routing conductors through the housing; and a fluid passage defined within the internal cavity separate from the wave guide. at least one open conduit defined within the internal cavity providing a space for routing conductors through the housing; and a fluid passage defined within the internal cavity separate from the wave guide.
A valve device, in particular a lifting valve device, comprising a housing, a valve seat , a movable closing body which can be brought into an open position in an opening movement and into a closed position in a closing movement, in which closed position the closing body and the valve seat are in sealing contact, and comprising a piston to which pressure medium can be applied and which is received in a cylinder , wherein the cylinder is a part of the closing body , characterized in that the closing body extends through a housing part and a first sliding bearing and a second sliding bearing are provided and are arranged at opposite ends of the housing part , and in that an annular channel surrounding the closing body is arranged between a housing part and the closing body , wherein a choke gap is formed from the annular channel towards a connection between the housing part and the closing body .
A system for the detection and quantification of organic molecules from a liquid chromatograph comprising: a liquid chromatograph having an outlet; a device comprising a heated rotating disk , an inlet for effluent from the liquid chromatograph with the inlet depositing the effluent onto the disk , a solvent vent for capturing volatilized gases, an inlet for a gas, a source of concentrated energy , a vent for receiving transformed analyte from the action of the concentrated energy, and a catalytic reactor configured to secondarily oxidize and/or reduce the transformed analyte for detection; a conduit connecting the outlet of the chromatograph with the inlet on the device for receiving effluent from the chromatograph; a detector for detecting and quantifying organic molecules, the detector having an inlet; and a conduit connecting the reactor to the inlet of the detector. a liquid chromatograph having an outlet; a device comprising a heated rotating disk , an inlet for effluent from the liquid chromatograph with the inlet depositing the effluent onto the disk , a solvent vent for capturing volatilized gases, an inlet for a gas, a source of concentrated energy , a vent for receiving transformed analyte from the action of the concentrated energy, and a catalytic reactor configured to secondarily oxidize and/or reduce the transformed analyte for detection; a conduit connecting the outlet of the chromatograph with the inlet on the device for receiving effluent from the chromatograph; a detector for detecting and quantifying organic molecules, the detector having an inlet; and a conduit connecting the reactor to the inlet of the detector.
An outboard motor comprising: an engine ; an electrical component including a component of a power supply system including an inverter and a converter ; a first cooling water passage configured for first cooling water (L1) including water outside an outboard motor body to pass there through to cool a first cooling target including the electrical component ; a first pump that is an electric pump configured to pump the first cooling water (L1) from an outside of the outboard motor body and to pump the first cooling water (L1) into the first cooling water passage ; a second cooling water passage configured for second cooling water (L2) to pass there through to cool a second cooling target that is different from the first cooling target and includes the engine ; and a second pump configured to pump the second cooling water (L2) into the second cooling water passage . an engine ; an electrical component including a component of a power supply system including an inverter and a converter ; a first cooling water passage configured for first cooling water (L1) including water outside an outboard motor body to pass there through to cool a first cooling target including the electrical component ; a first pump that is an electric pump configured to pump the first cooling water (L1) from an outside of the outboard motor body and to pump the first cooling water (L1) into the first cooling water passage ; a second cooling water passage configured for second cooling water (L2) to pass there through to cool a second cooling target that is different from the first cooling target and includes the engine ; and a second pump configured to pump the second cooling water (L2) into the second cooling water passage .
A filter element comprising: a filter media for filtering a fluid; an endcap coupled to and positioned at an axial end of the filter media, the endcap comprising a main wall that defines a central aperture ; and a seal member positioned within the central aperture of the endcap; characterised in that the filter media and the seal member are adhered to the endcap with a same, continuous adhesive . a filter media for filtering a fluid; an endcap coupled to and positioned at an axial end of the filter media, the endcap comprising a main wall that defines a central aperture ; and a seal member positioned within the central aperture of the endcap;
A support member for peripheral stage devices comprising: a plurality of elongated members connected to form a first elongated rigid structure; a first elongated member of the plurality of elongated members disposed proximate to a first edge of the first elongated rigid structure with a first member top surface; a first stacking guide disposed on the first elongated member wherein a first attachment top surface is to slope toward the first member top surface; a second elongated member of the plurality of elongated members disposed proximate to a second edge of the first elongated rigid structure with a second member top surface, wherein the second edge is opposite the first edge; and a second stacking guide disposed on the second elongated member, wherein a second attachment top surface is to slope toward the second member top surface, and wherein the first stacking guide and the second stacking guide are to guide in use a second elongated rigid structure above the first elongated rigid structure, wherein the first stacking guide guides a first attachment point on the second elongated rigid structure and the second stacking guide guides a second attachment point on the second elongated rigid structure to stack the second elongated rigid structure above the first elongated rigid structure. a plurality of elongated members connected to form a first elongated rigid structure; a first elongated member of the plurality of elongated members disposed proximate to a first edge of the first elongated rigid structure with a first member top surface; a first stacking guide disposed on the first elongated member wherein a first attachment top surface is to slope toward the first member top surface; a second elongated member of the plurality of elongated members disposed proximate to a second edge of the first elongated rigid structure with a second member top surface, wherein the second edge is opposite the first edge; and a second stacking guide disposed on the second elongated member, wherein a second attachment top surface is to slope toward the second member top surface, and wherein the first stacking guide and the second stacking guide are to guide in use a second elongated rigid structure above the first elongated rigid structure, wherein the first stacking guide guides a first attachment point on the second elongated rigid structure and the second stacking guide guides a second attachment point on the second elongated rigid structure to stack the second elongated rigid structure above the first elongated rigid structure.