mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: using a disinfection assembly disposed within a therapeutic substance delivery device , disinfecting a disinfection chamber that is defined between (i) a prefilled therapeutic substance reservoir and (ii) a sterile fluid path disposed within the therapeutic substance delivery device when the prefilled therapeutic substance reservoir and the therapeutic substance delivery device are engaged with one another, the sterile fluid path comprising a needle at an upstream end of the sterile fluid path and an injection assembly at a downstream end of the sterile fluid path ; and penetrating the disinfection chamber and then the reservoir with the needle , the disinfecting occurring (a) subsequently to the prefilled therapeutic substance reservoir being engaged with the therapeutic substance delivery device and (b) prior to the penetrating of the disinfection chamber and then the reservoir with the needle . using a disinfection assembly disposed within a therapeutic substance delivery device , disinfecting a disinfection chamber that is defined between (i) a prefilled therapeutic substance reservoir and (ii) a sterile fluid path disposed within the therapeutic substance delivery device when the prefilled therapeutic substance reservoir and the therapeutic substance delivery device are engaged with one another, the sterile fluid path comprising a needle at an upstream end of the sterile fluid path and an injection assembly at a downstream end of the sterile fluid path ; and penetrating the disinfection chamber and then the reservoir with the needle , the disinfecting occurring (a) subsequently to the prefilled therapeutic substance reservoir being engaged with the therapeutic substance delivery device and (b) prior to the penetrating of the disinfection chamber and then the reservoir with the needle .
A kit for treating a treatment area in a vasculature, comprising: a first catheter adapted for positioning at the treatment area (A), said first catheter including a first balloon having a radiopaque material corresponding to the treatment area (A); and a second catheter adapted for positioning at the treatment area (A), said second catheter having a treatment that matches the radiopaque material. a first catheter adapted for positioning at the treatment area (A), said first catheter including a first balloon having a radiopaque material corresponding to the treatment area (A); and a second catheter adapted for positioning at the treatment area (A), said second catheter having a treatment that matches the radiopaque material.
Sport footwear having at least one tank containing a pressure substance , which comprises: - at least one opening associated with said tank regulated by a check valve , - electromechanical actuation means adapted to set the opening condition of said check valve , wherein - said electromechanical actuation means are controllable through remote control means comprising at least one wireless network card suitable for establishing a wireless connection with a wireless receiving card and for setting said opening condition in said check valve , - said pressure substance is a timed evanescence marking liquid suitable to be spouted from said opening . - at least one opening associated with said tank regulated by a check valve , - electromechanical actuation means adapted to set the opening condition of said check valve , wherein - said electromechanical actuation means are controllable through remote control means comprising at least one wireless network card suitable for establishing a wireless connection with a wireless receiving card and for setting said opening condition in said check valve , - said pressure substance is a timed evanescence marking liquid suitable to be spouted from said opening .
A one step process for preparing a micronized paliperidone ester, the process comprising wet milling for 5 minutes ±5% to 60 minutes ±5% a suspension comprising a solid paliperidone ester having an average particle size from 10 μm ±5% to 200 μm ±5%, at least one suspending agent, and at least one wetting agent in the presence of a plurality of polymeric beads to form the micronized paliperidone ester, wherein the plurality of polymeric beads has an average diameter from 0.5 mm ±5% to 1.5 mm ±5%, the micronized paliperidone ester has a particle size distribution from 1 μm ±5% to 30 μm ±5%, and wherein the at least one suspending agent is polyethylene glycol, polypropylene glycol, or combinations thereof.
Gas arrester for data line systems, comprising: - a ceramic body , - a plurality of individual electrodes for connection to data lines, wherein the individual electrodes each have a pin-shaped or cylindrical first section , - a discharge electrode common to the individual electrodes , wherein a common gas discharge region is formed between the individual electrodes and the discharge electrode , characterized in that the discharge electrode is provided with pin-shaped or cylindrical contact elements , wherein the first sections of the individual electrodes are arranged inside the ceramic body opposite the contact elements of the discharge electrode . - a ceramic body , - a plurality of individual electrodes for connection to data lines, wherein the individual electrodes each have a pin-shaped or cylindrical first section , - a discharge electrode common to the individual electrodes , wherein a common gas discharge region is formed between the individual electrodes and the discharge electrode ,
A non-grain oriented metallic flat product, consisting of the following named components in percent by weight, abbreviated to: wt%: C: 0.0020 to 0.005; Si: 2.6 to 2.9; Al: 0.5 to 0.8; Mn: 1.1 to 1.3; Cr: 0.7 to 1.6; N: 0.0001 to 0.0060; S: 0.0001 to 0.0035; Ti: 0.001 to 0.010; P: 0.004 to 0.060; optional components: in total 0.001 up to 0.15 of Ni, Cu, Sn, Co, Zr, Nb, V and Mo; the remainder being Fe and unavoidable impurities, wherein the flat product has a thickness d of d < 0.35 mm and has a specific electrical resistance at 28 °C of 0.60 Ωmm 2 /m ≤ ρ spec ≤ 0.70 Ωmm 2 /m. C: 0.0020 to 0.005; Si: 2.6 to 2.9; Al: 0.5 to 0.8; Mn: 1.1 to 1.3; Cr: 0.7 to 1.6; N: 0.0001 to 0.0060; S: 0.0001 to 0.0035; Ti: 0.001 to 0.010; P: 0.004 to 0.060; optional components: in total 0.001 up to 0.15 of Ni, Cu, Sn, Co, Zr, Nb, V and Mo; the remainder being Fe and unavoidable impurities, wherein the flat product has a thickness d of d < 0.35 mm and has a specific electrical resistance at 28 °C of 0.60 Ωmm 2 /m ≤ ρ spec ≤ 0.70 Ωmm 2 /m.
Hair styling device , comprising: - a hair styling component configured to face hair to be subjected to a styling action by means of the hair styling device , - a heating mechanism configured to heat the hair styling component , - a component temperature sensor configured to detect a temperature of the hair styling component , - a hair temperature sensor configured to detect a temperature of hair faced by the hair styling component during operation of the hair styling device , and - a controller configured to receive inputs from at least both the component temperature sensor and the hair temperature sensor , and to process the inputs to control operation of the heating mechanism , characterized in that the controller is further configured to obtain a temperature setting of the hair styling component in view of a moisture content of the hair estimated from at least the detected hair temperature and the detected temperature of the hair styling component. - a hair styling component configured to face hair to be subjected to a styling action by means of the hair styling device , - a heating mechanism configured to heat the hair styling component , - a component temperature sensor configured to detect a temperature of the hair styling component , - a hair temperature sensor configured to detect a temperature of hair faced by the hair styling component during operation of the hair styling device , and - a controller configured to receive inputs from at least both the component temperature sensor and the hair temperature sensor , and to process the inputs to control operation of the heating mechanism , characterized in that the controller is further configured to obtain a temperature setting of the hair styling component in view of a moisture content of the hair estimated from at least the detected hair temperature and the detected temperature of the hair styling component.
Endoscope comprising: an endoscope shaft , with a distal shaft portion , a central shaft portion and a proximal shaft portion ; a light admission face at the distal shaft portion , wherein the cross section of the central shaft portion is smaller than the cross section of the distal shaft portion , wherein the cross section of the distal shaft portion is laterally offset in a first direction with respect to the cross section of the central shaft portion , characterized in that the cross section of the central shaft portion is smaller than the cross section of the proximal shaft portion , wherein the cross section of the proximal shaft portion is laterally offset in a second direction with respect to the cross section of the central shaft portion , wherein the first direction and the second direction are counter to each other or different than each other. an endoscope shaft , with a distal shaft portion , a central shaft portion and a proximal shaft portion ; a light admission face at the distal shaft portion , wherein the cross section of the central shaft portion is smaller than the cross section of the distal shaft portion , wherein the cross section of the distal shaft portion is laterally offset in a first direction with respect to the cross section of the central shaft portion , characterized in that the cross section of the central shaft portion is smaller than the cross section of the proximal shaft portion , wherein the cross section of the proximal shaft portion is laterally offset in a second direction with respect to the cross section of the central shaft portion , wherein the first direction and the second direction are counter to each other or different than each other.
A system, comprising: an intermediate member sub-assembly comprising an orbiting planetary gearing system, one or more sliders , and one or more slider rods ; at least one crankshaft coupled to the intermediate member sub-assembly ; wherein the orbiting planetary gearing system couples linear motion of the intermediate member sub-assembly to rotational motion of the at least one crankshaft , wherein the orbiting planetary gearing system comprises a plurality of planet gears coupled to a planet carrier , wherein teeth of each of the plurality of planet gears engage with teeth of a ring gear and with teeth of a crank spur gear associated with the at least one crankshaft , wherein the planet carrier moves vertically along the one or more slider rods , wherein the one or more slider rods is coupled to the one or more sliders , and wherein each of the one or more sliders move horizontally along one or more slider bearings . an intermediate member sub-assembly comprising an orbiting planetary gearing system, one or more sliders , and one or more slider rods ; at least one crankshaft coupled to the intermediate member sub-assembly ; wherein the orbiting planetary gearing system couples linear motion of the intermediate member sub-assembly to rotational motion of the at least one crankshaft , wherein the orbiting planetary gearing system comprises a plurality of planet gears coupled to a planet carrier , wherein teeth of each of the plurality of planet gears engage with teeth of a ring gear and with teeth of a crank spur gear associated with the at least one crankshaft , wherein the planet carrier moves vertically along the one or more slider rods , wherein the one or more slider rods is coupled to the one or more sliders , and wherein each of the one or more sliders move horizontally along one or more slider bearings .
A method of analyzing a sample volume comprising magnetic particles, the method comprising the steps of: applying an electrical excitation signal to a measurement coil to generate a magnetic field acting on the sample volume using the measurement coil , wherein a first contact of the measurement coil via a first element with a first terminal for applying the electrical excitation signal , a second contact of the measurement coil is connected via a second element to a second terminal for applying an electrical adjustment signal , and the second contact of the measurement coil is connected to a measurement interface , and the excitation signal is applied to the first terminal and the adjustment signal is applied to the second terminal ; detecting an electrical measurement signal dependent on the inductance of the measurement coil , wherein the adjustment signal is detected as the measurement signal and the adjustment signal is shaped to set a predetermined reference voltage at the measurement interface regardless of whether the magnetic field generated by the measurement coil acts on the sample volume or a reference volume; and analyzing a magnetic permeability of the sample volume using the measurement signal . applying an electrical excitation signal to a measurement coil to generate a magnetic field acting on the sample volume using the measurement coil , wherein a first contact of the measurement coil via a first element with a first terminal for applying the electrical excitation signal , a second contact of the measurement coil is connected via a second element to a second terminal for applying an electrical adjustment signal , and the second contact of the measurement coil is connected to a measurement interface , and the excitation signal is applied to the first terminal and the adjustment signal is applied to the second terminal ; detecting an electrical measurement signal dependent on the inductance of the measurement coil , wherein the adjustment signal is detected as the measurement signal and the adjustment signal is shaped to set a predetermined reference voltage at the measurement interface regardless of whether the magnetic field generated by the measurement coil acts on the sample volume or a reference volume; and analyzing a magnetic permeability of the sample volume using the measurement signal .
A wind turbine , comprising - a tower , - an aerodynamic rotor , wherein the aerodynamic rotor - can be operated at a variable rotor speed (n) and - has a plurality of rotor blades , each having an adjustable rotor blade setting angle, - a generator (Gen) for generating an electrical output power, wherein - an operating characteristic curve is prespecified for operating the wind turbine , which operating characteristic curve indicates a relationship between the rotor speed (n) and the output power (P), and - a controller is provided, which controller sets the output power (P) in accordance with the operating characteristic curve depending on the rotor speed (n), wherein - the operating characteristic curve has a starting rotation speed to which the rotor speed increases as soon as the wind turbine starts when a sufficient wind speed is reached, and wherein the starting rotation speed is defined - depending on a tower natural frequency of the wind turbine and/or - depending on a detected turbulence measure of the prevailing wind. - a tower , - an aerodynamic rotor , wherein the aerodynamic rotor - can be operated at a variable rotor speed (n) and - has a plurality of rotor blades , each having an adjustable rotor blade setting angle, - a generator (Gen) for generating an electrical output power, wherein - an operating characteristic curve is prespecified for operating the wind turbine , which operating characteristic curve indicates a relationship between the rotor speed (n) and the output power (P), and - a controller is provided, which controller sets the output power (P) in accordance with the operating characteristic curve depending on the rotor speed (n), wherein - the operating characteristic curve has a starting rotation speed to which the rotor speed increases as soon as the wind turbine starts when a sufficient wind speed is reached, and wherein the starting rotation speed is defined - depending on a tower natural frequency of the wind turbine and/or - depending on a detected turbulence measure of the prevailing wind.
A test strip for detecting amyloid beta (Aβ) in urine, comprising a polyvinyl chloride (PVC) bottom plate , wherein, the PVC bottom plate is laid with a sample pad , a conjugation pad , a chromatography pad and an absorbent pad , wherein the sample pad, the conjugation pad, the chromatography pad and the absorbent pad are overlapped in sequence; the conjugation pad is coated with colloidal gold particles conjugated to a monoclonal antibody; the chromatography pad is provided with a test line on a side closed to the conjugation pad , and is provided with a control line on a side closed to the absorbent pad ; the test line is coated with an Aβ-binding polymer; and the control line is coated with a goat anti-mouse IgG polyclonal antibody characterized in that the Aβ-binding polymer is a small peptide chain randomly synthesized from the group consisting of glutamic acid, lysine, alanine and tyrosine, with a molecular weight of 4 kD to 52 kD.
A coating for a medical device, comprising: a base coating layer comprising a polyurethane; a top coating layer disposed on the base coating layer, said top coating layer comprising a toughening polymer comprising an acrylate polymer and a hydrophilic lubricative polymer, wherein the lubricative polymer comprises a salt monomer, and wherein the toughening polymer and lubricative polymer are present within the top coating layer as a semi-interpenetrating network. a base coating layer comprising a polyurethane; a top coating layer disposed on the base coating layer, said top coating layer comprising a toughening polymer comprising an acrylate polymer and a hydrophilic lubricative polymer, wherein the lubricative polymer comprises a salt monomer, and wherein the toughening polymer and lubricative polymer are present within the top coating layer as a semi-interpenetrating network.
A module of road safety barrier for contacting and redirecting an errant vehicle on both a first side and a second side opposite one another, comprising: - a first longitudinal beam ; - a second longitudinal beam ; - an upright and a further upright that support the first beam and the second beam , at respective opposite longitudinal ends of the module ; - protrusions at both longitudinal ends of the module , each extending in a longitudinal direction (X) and comprising a hole , the protrusions and the holes being configured so as to house a bolt which couples another module , the module being characterised in that : - the module comprises a wall which is solidly constrained to the upright and which is adjacent, on a second side of the module , to the protrusions ; - the module comprises a further wall which is solidly constrained to the further upright and which is adjacent, on a first side of the module , to the protrusions ; - each protrusion at the longitudinal end of the further upright extends transversally towards the second side in such a way that the edge thereof facing towards the second side is substantially aligned to the inner face of the wall ; - each protrusion at the longitudinal end of the upright extends transversally towards the first side in such a way that the edge thereof facing towards the first side is substantially aligned with the inner face of the further wall . - a first longitudinal beam ; - a second longitudinal beam ; - an upright and a further upright that support the first beam and the second beam , at respective opposite longitudinal ends of the module ; - protrusions at both longitudinal ends of the module , each extending in a longitudinal direction (X) and comprising a hole , the protrusions and the holes being configured so as to house a bolt which couples another module , - the module comprises a wall which is solidly constrained to the upright and which is adjacent, on a second side of the module , to the protrusions ; - the module comprises a further wall which is solidly constrained to the further upright and which is adjacent, on a first side of the module , to the protrusions ; - each protrusion at the longitudinal end of the further upright extends transversally towards the second side in such a way that the edge thereof facing towards the second side is substantially aligned to the inner face of the wall ; - each protrusion at the longitudinal end of the upright extends transversally towards the first side in such a way that the edge thereof facing towards the first side is substantially aligned with the inner face of the further wall .
A method of authentication, comprising: receiving, at a mobile device , a server certificate including a public key of a secure user plane location, SUPL, location platform, SLP, a request for a device certificate that is specific to the mobile device, and an identifier of the SLP; storing , at the mobile device, a security credential that is specific to the mobile device, wherein the security credential includes the device certificate, wherein the device certificate includes a device identifier and a public key; and transmitting the device certificate to the SLP, encrypted via the public key of the SLP, authenticating, at the SLP, the mobile device as associated with a SUPL user based on a comparison of the device identifier to a stored device identifier, wherein the device certificate is transmitted in a message configured to be decrypted by a private key of the SLP, wherein the device identifier comprises an international mobile equipment identity, IMEI, of the mobile device, or a serial number of the mobile device or a combination thereof. receiving, at a mobile device , a server certificate including a public key of a secure user plane location, SUPL, location platform, SLP, a request for a device certificate that is specific to the mobile device, and an identifier of the SLP; storing , at the mobile device, a security credential that is specific to the mobile device, wherein the security credential includes the device certificate, wherein the device certificate includes a device identifier and a public key; and transmitting the device certificate to the SLP, encrypted via the public key of the SLP, authenticating, at the SLP, the mobile device as associated with a SUPL user based on a comparison of the device identifier to a stored device identifier, wherein the device certificate is transmitted in a message configured to be decrypted by a private key of the SLP, wherein the device identifier comprises an international mobile equipment identity, IMEI, of the mobile device, or a serial number of the mobile device or a combination thereof.