mhurhangee/ep-ind-claims huggingface dataset:
A method for a two-stage authorization of a charging operation at a charging station, the charging station being configured for charging a vehicle by means of a charging cable, the method comprising the following steps: a) receiving, by a control device allocated to the charging station, a terminal-side proof of authorization (JCRED2) transmitted by a mobile terminal via a near-field communication link; b) verifying the terminal-side proof of authorization (JCRED2) by the control device and, in case of a positive result of the verification, establishing a first authorization, c) releasing the charging cable due to the first authorization, whereupon a user can establish a conductive and communicative connection between the vehicle and the charging station via the charging cable; d) receiving a vehicle-side proof of authorization (JCRED1) by the control device upon establishment of the conductive and communicative connection between the vehicle and the charging station via the charging cable by the user, where the vehicle-side proof of authorization (JCRED1) contains a digital certificate or is part of a digital certificate.; e) verifying the vehicle-side proof of authorization (JCRED1) by the control device based on the digital certificate and, in case of a positive result of the verification, establishing a second authorization; and f) approving the charging operation due to the second authorization; g) replacing the first authorization by the second authorization. a) receiving, by a control device allocated to the charging station, a terminal-side proof of authorization (JCRED2) transmitted by a mobile terminal via a near-field communication link; b) verifying the terminal-side proof of authorization (JCRED2) by the control device and, in case of a positive result of the verification, establishing a first authorization, c) releasing the charging cable due to the first authorization, whereupon a user can establish a conductive and communicative connection between the vehicle and the charging station via the charging cable; d) receiving a vehicle-side proof of authorization (JCRED1) by the control device upon establishment of the conductive and communicative connection between the vehicle and the charging station via the charging cable by the user, where the vehicle-side proof of authorization (JCRED1) contains a digital certificate or is part of a digital certificate.; e) verifying the vehicle-side proof of authorization (JCRED1) by the control device based on the digital certificate and, in case of a positive result of the verification, establishing a second authorization; and f) approving the charging operation due to the second authorization; g) replacing the first authorization by the second authorization.
A low profile stent delivery system comprising: a balloon catheter that includes a catheter and a balloon mounted about the catheter at a first location along a length of the catheter; a balloon expandable stent; the low profile stent delivery system has a first configuration characterized by the balloon expandable stent being crimped about the catheter at a second location that is separated from the first location; the low profile stent delivery system has a second configuration characterized by the balloon expandable stent being in a less than fully expanded state at the second location, and wherein an inner diameter of the stent in the less than fully expanded state is greater than an outer diameter of the balloon in a deflated state; the low profile stent delivery system has a third configuration characterized by the balloon expandable stent being in the less than fully expanded state at the first location; and the low profile stent delivery system has a fourth configuration characterized by the balloon expandable stent being in a fully expanded state at the first location in contact with the balloon. a balloon catheter that includes a catheter and a balloon mounted about the catheter at a first location along a length of the catheter; a balloon expandable stent; the low profile stent delivery system has a first configuration characterized by the balloon expandable stent being crimped about the catheter at a second location that is separated from the first location; the low profile stent delivery system has a second configuration characterized by the balloon expandable stent being in a less than fully expanded state at the second location, and wherein an inner diameter of the stent in the less than fully expanded state is greater than an outer diameter of the balloon in a deflated state; the low profile stent delivery system has a third configuration characterized by the balloon expandable stent being in the less than fully expanded state at the first location; and the low profile stent delivery system has a fourth configuration characterized by the balloon expandable stent being in a fully expanded state at the first location in contact with the balloon.
A conversion coating composition for application to a metal substrate, the conversion coating composition consisting essentially of: an azole compound present in the composition at a concentration of 0.0005 g/l to 3 g/l of composition; lithium carbonate and an aqueous carrier. an azole compound present in the composition at a concentration of 0.0005 g/l to 3 g/l of composition; lithium carbonate and an aqueous carrier.
A system for treating localized carcinoma cells in a body of an animal, the system comprising: a therapeutic source comprising a first material having an outer layer of a second material having a high atomic number, wherein the therapeutic source is substantially nonradioactive when not exposed to a neutron field, but becomes a source of highly ionizing but weakly penetrating radiation when exposed to the neutron field, wherein the therapeutic source is adapted to be positioned within the body in the vicinity of the carcinoma cells; and a neutron generator device comprising a plurality of neutron generators and configured to execute an irradiation step by providing a neutron field to irradiate the therapeutic source from outside the body with the neutron field for a prescribed period of time; and to repeat the irradiating step at prescribed intervals, wherein the first material comprises boron-10, B 4 C, or hafnium, and the second material comprises platinum, gold, or a combination thereof; wherein the second material is configured such that high energy Compton and photoelectrical scattered electrons are released for use in irradiating cancerous tissue when the therapeutic source is exposed to the neutron field. a therapeutic source comprising a first material having an outer layer of a second material having a high atomic number, wherein the therapeutic source is substantially nonradioactive when not exposed to a neutron field, but becomes a source of highly ionizing but weakly penetrating radiation when exposed to the neutron field, wherein the therapeutic source is adapted to be positioned within the body in the vicinity of the carcinoma cells; and a neutron generator device comprising a plurality of neutron generators and configured to execute an irradiation step by providing a neutron field to irradiate the therapeutic source from outside the body with the neutron field for a prescribed period of time; and to repeat the irradiating step at prescribed intervals, wherein the first material comprises boron-10, B 4 C, or hafnium, and the second material comprises platinum, gold, or a combination thereof; wherein the second material is configured such that high energy Compton and photoelectrical scattered electrons are released for use in irradiating cancerous tissue when the therapeutic source is exposed to the neutron field.
Printer for printing a printing medium comprising a holder for the printing medium wound into a roll, a print head for printing the printing medium during a printing operation, a print roller to guide the printing medium past the print head during the printing operation, and a cutting device (12, 13) for severing a printed part of the printing medium, wherein the cutting device comprises a stationary blade and a blade that can be moved against the stationary blade, wherein the cutting device comprises a drive motor, by means of which the movable blade can be moved from a rest position into a cutting position and back, and wherein a rotational movement of the drive motor is converted into a linear movement of the movable blade by means of a gear mechanism (40, 41, 44, 45, 46) and at least one drive pin (42, 42), wherein the movement path of the at least one drive pin (42, 43) is circular or elliptical and wherein the movable blade comprises a slotted guide (26, 27, 28), in which the drive pin (42, 43) engages, characterized in that the slotted guide extends in a first section from one edge of the movable blade, which is opposite a cutting edge of the movable blade, parallel to the direction of movement of the movable blade, and in that the gear mechanism is configured in such a way that, by means of a rotational movement of the drive motor, the at least one drive pin can be moved into a removal position, wherein, in the removal position, the at least one drive pin engages in the first section of the slotted guide. a print head for printing the printing medium during a printing operation, a print roller to guide the printing medium past the print head during the printing operation, and a cutting device (12, 13) for severing a printed part of the printing medium, wherein the cutting device comprises a stationary blade and a blade that can be moved against the stationary blade, wherein the cutting device comprises a drive motor, by means of which the movable blade can be moved from a rest position into a cutting position and back, and wherein a rotational movement of the drive motor is converted into a linear movement of the movable blade by means of a gear mechanism (40, 41, 44, 45, 46) and at least one drive pin (42, 42), wherein the movement path of the at least one drive pin (42, 43) is circular or elliptical and wherein the movable blade comprises a slotted guide (26, 27, 28), in which the drive pin (42, 43) engages, characterized in that the slotted guide extends in a first section from one edge of the movable blade, which is opposite a cutting edge of the movable blade, parallel to the direction of movement of the movable blade, and in that the gear mechanism is configured in such a way that, by means of a rotational movement of the drive motor, the at least one drive pin can be moved into a removal position, wherein, in the removal position, the at least one drive pin engages in the first section of the slotted guide.
A water-based ink for ink-jet recording comprising: a pigment, a surfactant, and water; wherein: (a) dynamic surface tension of the water-based ink measured under a condition of temperature of 25 degrees Celsius and lifetime of 10 ms is not less than 35 mN/m; and dynamic surface tension of the water-based ink measured under a condition of temperature of 25 degrees Celsius and lifetime of 50 ms is not more than 34.5 mN/m; (b) the surfactant contains a nonionic surfactant and an anionic surfactant; and a weight ratio (A/N) of a blending amount of the anionic surfactant to a blending amount of the nonionic surfactant in the water-based ink is in a range of 0.28 to 0.70; (c) the nonionic surfactant has a Hydrophile-Lipophile Balance in a range of 8 to 12; and (d) the blending amount of the nonionic surfactant in the entire amount of the water-based ink is in a range of 0.2% by weight to 0.6% by weight. a pigment, a surfactant, and water; wherein: (a) dynamic surface tension of the water-based ink measured under a condition of temperature of 25 degrees Celsius and lifetime of 10 ms is not less than 35 mN/m; and dynamic surface tension of the water-based ink measured under a condition of temperature of 25 degrees Celsius and lifetime of 50 ms is not more than 34.5 mN/m; (b) the surfactant contains a nonionic surfactant and an anionic surfactant; and a weight ratio (A/N) of a blending amount of the anionic surfactant to a blending amount of the nonionic surfactant in the water-based ink is in a range of 0.28 to 0.70; (c) the nonionic surfactant has a Hydrophile-Lipophile Balance in a range of 8 to 12; and (d) the blending amount of the nonionic surfactant in the entire amount of the water-based ink is in a range of 0.2% by weight to 0.6% by weight. (a) dynamic surface tension of the water-based ink measured under a condition of temperature of 25 degrees Celsius and lifetime of 10 ms is not less than 35 mN/m; and dynamic surface tension of the water-based ink measured under a condition of temperature of 25 degrees Celsius and lifetime of 50 ms is not more than 34.5 mN/m; (b) the surfactant contains a nonionic surfactant and an anionic surfactant; and a weight ratio (A/N) of a blending amount of the anionic surfactant to a blending amount of the nonionic surfactant in the water-based ink is in a range of 0.28 to 0.70; (c) the nonionic surfactant has a Hydrophile-Lipophile Balance in a range of 8 to 12; and (d) the blending amount of the nonionic surfactant in the entire amount of the water-based ink is in a range of 0.2% by weight to 0.6% by weight.
An oven comprising: a wall (321, 322, 323, 324) comprising a rear wall forming a cavity for cooking food; and a convection assembly provided outside of the cavity at the opposite side of the wall (321, 322, 323, 324), wherein the rear wall comprises a convection cover recessed toward the cavity to define a heating chamber, and at least a part of the convection assembly is located in the heating chamber, wherein the convection assembly comprises a convection heater in the heating chamber; and a convection fan in the heating chamber, wherein the oven further comprises a first bracket fixed at the outer surface of the wall (321, 322, 323, 324), and a second bracket coupled to the first bracket, wherein a part of the first bracket covers the heating chamber, wherein the second bracket covers the heating chamber, and wherein the first bracket comprises a heater through portion passed through the convection heater, characterized in that the rear wall forms a single continues rear surface of the cavity; in that the first bracket comprises a first coupling portion protruding in a predetermined direction, and the second bracket comprises a second coupling portion protruding in a direction opposite to the predetermined direction; in that the first coupling portion is received in the heating chamber; and in that the first bracket and the second bracket are coupled by a single coupling member.
A stabilizing member forming an upper valve housing for an aerosol valve having a valve stem for operating said valve, said stabilizing member comprising a body having a resilient portion arranged at the periphery of said stabilizing member for snap fitting in a groove formed on the inside of an associated hollow body, and a radial projection arranged at the periphery of the stabilizing member and axially displaced relative the resilient portion, characterised in that the radial projection is configured to seal only against an inner wall of the associated hollow body.
A display apparatus comprising: an optical ocular part for viewing a scene therethrough; and a waveguide display part arranged for guiding image-bearing light from an image generator part to a transparent display output area of the waveguide display part such that the image-bearing light is viewable combined with light from the scene passing through the transparent display output area, wherein at least one of the ocular part and the waveguide display part is moveable relative to the other between a stowed relative position and a relative position of alignment such that when in the relative position of alignment, light from the scene viewable through the ocular part is arranged to pass through the transparent display output area and to be viewable combined with the image-bearing light, the display apparatus further comprising a switchable focuser part positioned in alignment with the display output area for focussing simultaneously light from the scene viewable through the ocular part, when the waveguide display part and the ocular part are in the relative position of alignment, combined with the image-bearing light for focussed viewing by a user, wherein the state of focus of the light from the scene after passing through the optical ocular part is consistent with the state of focus of the image-bearing light. an optical ocular part for viewing a scene therethrough; and a waveguide display part arranged for guiding image-bearing light from an image generator part to a transparent display output area of the waveguide display part such that the image-bearing light is viewable combined with light from the scene passing through the transparent display output area, wherein at least one of the ocular part and the waveguide display part is moveable relative to the other between a stowed relative position and a relative position of alignment such that when in the relative position of alignment, light from the scene viewable through the ocular part is arranged to pass through the transparent display output area and to be viewable combined with the image-bearing light, the display apparatus further comprising a switchable focuser part positioned in alignment with the display output area for focussing simultaneously light from the scene viewable through the ocular part, when the waveguide display part and the ocular part are in the relative position of alignment, combined with the image-bearing light for focussed viewing by a user, wherein the state of focus of the light from the scene after passing through the optical ocular part is consistent with the state of focus of the image-bearing light.
A system comprising: one or more dispensing devices in an environment, each dispensing device having a consumable product storage area and a dispensing mechanism operatively coupled to the product storage area, wherein each dispensing device is configured to store a respective consumable product in the product storage area and to dispense the consumable product through use of the dispensing mechanism to facilitate a hygiene-based process, and wherein actuation of each dispensing device creates an acoustic signal; an acoustic sensing module configured to sense one or more acoustic signals based on actuation of the one or more dispensing devices, to access acoustic signatures corresponding to the one or more acoustic signals; and a data collection device configured to communicate with the acoustic sensing module to store data describing the one or more dispensing devices determined to have been actuated, characterised in that: the acoustic sensing module is further configured to determine, on a per dispensing device basis, which of the one or more dispensing devices were actuated based on the sensed one or more acoustic signals and the acoustic signatures, and to generate and transmit a low consumable product alert for a given dispensing device based on an analysis of a number of determined actuations for the given dispensing device and a number of actuations corresponding to a threshold depletion level of the consumable product of the given dispensing device. one or more dispensing devices in an environment, each dispensing device having a consumable product storage area and a dispensing mechanism operatively coupled to the product storage area, wherein each dispensing device is configured to store a respective consumable product in the product storage area and to dispense the consumable product through use of the dispensing mechanism to facilitate a hygiene-based process, and wherein actuation of each dispensing device creates an acoustic signal; an acoustic sensing module configured to sense one or more acoustic signals based on actuation of the one or more dispensing devices, to access acoustic signatures corresponding to the one or more acoustic signals; and a data collection device configured to communicate with the acoustic sensing module to store data describing the one or more dispensing devices determined to have been actuated, characterised in that: the acoustic sensing module is further configured to determine, on a per dispensing device basis, which of the one or more dispensing devices were actuated based on the sensed one or more acoustic signals and the acoustic signatures, and to generate and transmit a low consumable product alert for a given dispensing device based on an analysis of a number of determined actuations for the given dispensing device and a number of actuations corresponding to a threshold depletion level of the consumable product of the given dispensing device.
A structure to which a vibration suppression device (50, 50') is attached, the vibration suppression device (50, 50') comprising: a flexible member having a first position fixed to the structure to be a fixed end of a cantilever and a second position on a free end side; and a weight attached to the flexible member in the second position, wherein the vibration suppression device (50, 50') has an adjustment mechanism for changing a distance between the first position and the second position, wherein the weight is disposed in a space provided inside the structure so as not to come into contact with the structure, wherein the flexible member is attached to a base plate in the first position, and the base plate is fixed to the structure, wherein a through hole is formed in the base plate, and the flexible member is inserted into the through hole so as to protrude from both sides of the base plate, and the distance between the first position and the second position can be changed by changing relative positions of the flexible member and the base plate, and wherein the distance between the first position and the second position can be calculated by measuring the protrusion amount of the flexible member toward the outer side from the base plate. a flexible member having a first position fixed to the structure to be a fixed end of a cantilever and a second position on a free end side; and a weight attached to the flexible member in the second position, wherein the vibration suppression device (50, 50') has an adjustment mechanism for changing a distance between the first position and the second position, wherein the weight is disposed in a space provided inside the structure so as not to come into contact with the structure, wherein the flexible member is attached to a base plate in the first position, and the base plate is fixed to the structure, wherein a through hole is formed in the base plate, and the flexible member is inserted into the through hole so as to protrude from both sides of the base plate, and the distance between the first position and the second position can be changed by changing relative positions of the flexible member and the base plate, and wherein the distance between the first position and the second position can be calculated by measuring the protrusion amount of the flexible member toward the outer side from the base plate.
A non-bioabsorbable imaging marker (14; 14') for the subcutaneous marking of tissue, the non-bioabsorbable imaging marker comprising: a first non-bioabsorbable element (60; 60') imageable using a first primary imaging mode and a second non-bioabsorbable element (62; 62') imageable using a second primary imaging mode, wherein the second primary imaging mode is different than the first primary imaging mode, the first element (60; 60')is composed of porous polyvinyl alcohol, and the second element (62; 62') comprises a loop that surrounds the first element(60; 60'). a first non-bioabsorbable element (60; 60') imageable using a first primary imaging mode and a second non-bioabsorbable element (62; 62') imageable using a second primary imaging mode, wherein the second primary imaging mode is different than the first primary imaging mode, the first element (60; 60')is composed of porous polyvinyl alcohol, and the second element (62; 62') comprises a loop that surrounds the first element(60; 60').