mhurhangee/ep-ind-claims huggingface dataset:
A peristaltic pump for pumping a fluid, the peristaltic pump comprising: a flexible tube having inner and outer tubular opposed walls, the inner wall defining a through passage to receive the fluid; and a roller having an outer contact surface; wherein the peristaltic pump is configured to compress the flexible tube with the contact surface of the roller to thereby force the fluid through the through passage; wherein at least the contact surface of the roller is formed of borosilicate glass; and characterized in that the roller includes: a core of a material other than borosilicate glass; and a cladding layer of borosilicate glass surrounding the core and forming the contact surface. a flexible tube having inner and outer tubular opposed walls, the inner wall defining a through passage to receive the fluid; and a roller having an outer contact surface; wherein the peristaltic pump is configured to compress the flexible tube with the contact surface of the roller to thereby force the fluid through the through passage; wherein at least the contact surface of the roller is formed of borosilicate glass; and a core of a material other than borosilicate glass; and a cladding layer of borosilicate glass surrounding the core and forming the contact surface.
Switching arrangement having an interrupter unit which has a first and a second switching contact piece (11, 14), wherein the two switching contact pieces (11, 14) can be moved relative to one another so as to form a switching path and at least one of the switching contact pieces (11, 14) is positioned within a hollow body (5, 6), in particular within a rotationally symmetrical hollow body (5, 6), wherein the switching contact piece (11, 14) is supported by means of a crossmember which crosses the hollow body (5, 6) and is clamped to opposite sections of the hollow body (5, 6), characterized in that the crossmember is inserted into the interior of the hollow body (5, 6) through a recess in the lateral surface, and a tenon (20, 21) of the crossmember is pivoted into a slot (24, 25).
A packaging material (301; 401) for a power storage device, comprising: a base material layer (311; 411) that includes a resin film; a base material protective layer (317; 417) that becomes an outermost layer; a sealant layer (316; 416) that becomes an innermost layer; a metal foil layer (313; 413) that is disposed between the base material layer (311; 411) and the sealant layer (316; 416); a first adhesive layer (312; 412) that contains a pigment, and a corrosion prevention treatment layer (314; 414) that is disposed between the metal foil layer (313; 413) and a second adhesive layer (315; 415), wherein the second adhesive layer (315; 415) is disposed between the corrosion prevention treatment layer (314; 414) and the sealant layer (316; 416), the base material layer (311; 411) adheres to the metal foil layer (313; 413) via the first adhesive layer (312; 412), characterized in that, the base material protective layer (317; 417) protects the base material layer (311; 411), has a thickness of 1 to 10 μm, and includes a urethane resin and a filler, and the urethane resin is formed by a polyol and an isocyanate curing agent, and the polyol is a polyester polyol or an acrylic polyol. a base material layer (311; 411) that includes a resin film; a base material protective layer (317; 417) that becomes an outermost layer; a sealant layer (316; 416) that becomes an innermost layer; a metal foil layer (313; 413) that is disposed between the base material layer (311; 411) and the sealant layer (316; 416); a first adhesive layer (312; 412) that contains a pigment, and a corrosion prevention treatment layer (314; 414) that is disposed between the metal foil layer (313; 413) and a second adhesive layer (315; 415), wherein the second adhesive layer (315; 415) is disposed between the corrosion prevention treatment layer (314; 414) and the sealant layer (316; 416), the base material layer (311; 411) adheres to the metal foil layer (313; 413) via the first adhesive layer (312; 412), characterized in that, the base material protective layer (317; 417) protects the base material layer (311; 411), has a thickness of 1 to 10 μm, and includes a urethane resin and a filler, and the urethane resin is formed by a polyol and an isocyanate curing agent, and the polyol is a polyester polyol or an acrylic polyol.
Device for attaching a roof bar (4, 1) of a motor vehicle on two mountings, characterized in that each extremity of the bar is essentially C-shaped in a section transverse to the longitudinal direction of the bar, defining a seat for receiving a corresponding locking member with a head located in the seat and an anchoring leg extending the head to the outside of the bar in a direction perpendicular to the longitudinal direction of the bar by passing through a slot formed in a lower longitudinal wall of the bar corresponding to the opening of the C, the locking member having a pushbutton that can be moved in translation between firstly a locked position in which a catch system (17, 18) borne by the anchoring leg is deployed such as to engage the anchoring shapes formed in a passage in a corresponding mounting in which the locking member is fitted, and secondly an unlocked position in which the catch system (17, 18) is retracted such as to disengage the anchoring shapes, the pushbutton in locked position being removed from the anchoring leg such as to penetrate a mating orifice (14, 15) formed in an upper longitudinal wall of the bar, while the pushbutton in unlocked position is closer to the anchoring leg such as to avoid the orifice (14, 15) and to enable the locking member to slide longitudinally in relation to the bar, in particular to change position or to remove the locking member.
An induction heating type cooktop comprising: a case; a cover plate coupled to a top of the case and having an upper plate that is configured to support a target object; a thin film (1020, 1420) disposed on at least one of a top of the upper plate or a bottom of the upper plate characterized by a working coil (1050, 1450) provided in the case and configured to inductively heat at least one of the thin film (1020, 1420) and the target object; a memory (1030, 1430) configured to store information on one or more correlations between a temperature of the thin film (1020, 1420) and a plurality of components of an equivalent circuit associated with the thin film (1020, 1420), the plurality of components including an inductor component and a resistor component; a temperature sensor configured to measure a temperature of the thin film (1020, 1420); and a controller (1040, 1440) configured to operate the working coil (1050, 1450) and determine an estimated temperature corresponding to the inductor component and the resistor component of the equivalent circuit, wherein the controller (1040, 1440) is configured to determine whether the thin film (1020, 1420) is damaged by comparing the determined estimated temperature and the measured temperature. a case; a cover plate coupled to a top of the case and having an upper plate that is configured to support a target object; a thin film (1020, 1420) disposed on at least one of a top of the upper plate or a bottom of the upper plate characterized by a working coil (1050, 1450) provided in the case and configured to inductively heat at least one of the thin film (1020, 1420) and the target object; a memory (1030, 1430) configured to store information on one or more correlations between a temperature of the thin film (1020, 1420) and a plurality of components of an equivalent circuit associated with the thin film (1020, 1420), the plurality of components including an inductor component and a resistor component; a temperature sensor configured to measure a temperature of the thin film (1020, 1420); and a controller (1040, 1440) configured to operate the working coil (1050, 1450) and determine an estimated temperature corresponding to the inductor component and the resistor component of the equivalent circuit, wherein the controller (1040, 1440) is configured to determine whether the thin film (1020, 1420) is damaged by comparing the determined estimated temperature and the measured temperature.
An audio processing system comprising: a processor that is configured to operate from a system clock and that is configured to process an electrical signal, the system clock having a first frequency; an analog-to-digital converter that is configured to operate from a second clock, the analog-to-digital converter configured to receive first electrical signal that is representative of an audio wave and converter configured to receive a first electrical signal that is representative of an audio wave and configured to convert the first electrical signal to a digital signal, characterized in that the second clock having a second frequency; a frequency control block having an oscillator that generates a base oscillator signal at a third frequency; a multiplier of the frequency control block configured to receive the base oscillator signal and multiply the third frequency by a first relational value to form the system clock at the first frequency; a divider of the frequency control block configured to receive the system clock and divide the system clock by a second relational value to form the second clock at the second frequency; and the frequency control block configured to change the first relational value to change the first frequency to a fourth frequency and synchronously change the second relational value to maintain the second frequency substantially constant. a processor that is configured to operate from a system clock and that is configured to process an electrical signal, the system clock having a first frequency; an analog-to-digital converter that is configured to operate from a second clock, the analog-to-digital converter configured to receive first electrical signal that is representative of an audio wave and converter configured to receive a first electrical signal that is representative of an audio wave and configured to convert the first electrical signal to a digital signal, characterized in that the second clock having a second frequency; a frequency control block having an oscillator that generates a base oscillator signal at a third frequency; a multiplier of the frequency control block configured to receive the base oscillator signal and multiply the third frequency by a first relational value to form the system clock at the first frequency; a divider of the frequency control block configured to receive the system clock and divide the system clock by a second relational value to form the second clock at the second frequency; and the frequency control block configured to change the first relational value to change the first frequency to a fourth frequency and synchronously change the second relational value to maintain the second frequency substantially constant.
Method of treatment of a biological tissue for biological prosthesis, said method comprising the steps: i) fixation of the biological tissue by means of a treatment with a solution containing glutaraldehyde at room temperature, a pH comprised in the range 5 to 8 and for a period comprised between 1 and 20 days, and ii) detoxification of the fixed biological tissue by means of a treatment with a solution containing taurine, wherein said detoxification step is carried out at a temperature between 30°C and 45°Cand a pH 7. i) fixation of the biological tissue by means of a treatment with a solution containing glutaraldehyde at room temperature, a pH comprised in the range 5 to 8 and for a period comprised between 1 and 20 days, and ii) detoxification of the fixed biological tissue by means of a treatment with a solution containing taurine,
A method for supporting free positioning of a wireless device on a first charger block of multiple charger blocks of a wireless power transmission device, the method comprising: receiving a power signal from a primary charging core of the first charger block via a secondary charging core of the wireless device; checking whether a voltage of the power signal is within a reference voltage range; transmitting, from the secondary charging core to the primary charging core based on a load modulation in the primary charging core, an adjustment signal which indicates adjusting the power signal when the voltage of the power signal is checked not within the reference voltage range to receive a voltage within the reference voltage range; and charging a battery cell of the wireless device with power transmitted from the wireless power transmission device when the voltage of the power signal is adjusted. receiving a power signal from a primary charging core of the first charger block via a secondary charging core of the wireless device; checking whether a voltage of the power signal is within a reference voltage range; transmitting, from the secondary charging core to the primary charging core based on a load modulation in the primary charging core, an adjustment signal which indicates adjusting the power signal when the voltage of the power signal is checked not within the reference voltage range to receive a voltage within the reference voltage range; and charging a battery cell of the wireless device with power transmitted from the wireless power transmission device when the voltage of the power signal is adjusted.
A prosthetic valve having an inflow end opposite an outflow end, the prosthetic valve comprising: a stent frame defining a lumen; a valve structure disposed within the lumen and configured to define an inflow side and an outflow side opposite the inflow side; wherein an outflow track is established within the lumen downstream of the outflow side and along which fluid flow from the valve structure progresses; and a baffle structure connected to the stent frame downstream of the outflow side, wherein the baffle structure is configured and located to encourage laminar flow into blood flow immediately downstream of the outflow side. a stent frame defining a lumen; a valve structure disposed within the lumen and configured to define an inflow side and an outflow side opposite the inflow side; wherein an outflow track is established within the lumen downstream of the outflow side and along which fluid flow from the valve structure progresses; and a baffle structure connected to the stent frame downstream of the outflow side, wherein the baffle structure is configured and located to encourage laminar flow into blood flow immediately downstream of the outflow side.
A vaporizer of decontaminating agents, preferably oxygen peroxide, comprising a vaporization chamber with hot walls, a first inlet in said chamber of a flow of a vector fluid, preferably air, directed towards the hot wall, a second inlet in said chamber comprising injection means configured to inject an atomized flow of micro-drops of decontaminating agent, so that said decontaminating agent is interfering in a meeting point with said flow of vector fluid and is be dragged and vaporized in contact with the hot wall, an outlet from the chamber of a flow of vaporized decontaminating agent transported by said vector fluid, said inlet being configured to introduce the flow of vector fluid in a tangential direction to the hot wall and said vaporization chamber has a cyclone geometry with a first portion in a proximal position with respect to said first inlet and a second portion with a conical geometry converging to the bottom of said vaporization chamber in order to induce a spiral trajectory of said flow of vaporized decontaminating agent carried by said vector fluid between said meeting point and said outlet characterized in that the outlet comprises a duct arranged inside the chamber and extended from an internal inlet point proximal to the bottom of said chamber to an external extraction point remote from the bottom of said vaporization chamber. a vaporization chamber with hot walls, a first inlet in said chamber of a flow of a vector fluid, preferably air, directed towards the hot wall, a second inlet in said chamber comprising injection means configured to inject an atomized flow of micro-drops of decontaminating agent, so that said decontaminating agent is interfering in a meeting point with said flow of vector fluid and is be dragged and vaporized in contact with the hot wall, an outlet from the chamber of a flow of vaporized decontaminating agent transported by said vector fluid, said inlet being configured to introduce the flow of vector fluid in a tangential direction to the hot wall and said vaporization chamber has a cyclone geometry with a first portion in a proximal position with respect to said first inlet and a second portion with a conical geometry converging to the bottom of said vaporization chamber in order to induce a spiral trajectory of said flow of vaporized decontaminating agent carried by said vector fluid between said meeting point and said outlet characterized in that the outlet comprises a duct arranged inside the chamber and extended from an internal inlet point proximal to the bottom of said chamber to an external extraction point remote from the bottom of said vaporization chamber.
Modular control device having a head module, at least one supply module and at least one peripheral module, which are arranged next to one another on the head module, and having at least one bus structure, wherein the at least one supply module and the at least one peripheral module have a base module part, an electronic module part and a terminal module part, characterized in that said at least one supply module is adapted to supply said at least one peripheral module with an external peripheral current, wherein the terminal module part of the at least one supply module has a supply terminal for receiving the external peripheral current, wherein the terminal module part of the at least one peripheral module provides an output for connecting an actuator for outputting the peripheral current received by the supply terminal, wherein the base module parts arranged next to one another provide the bus structure via which the head module, the at least one supply module and the at least one peripheral module are electrically coupled to one another, so that the external peripheral current can be transmitted via the bus structure from one module to the adjacent module, wherein said supply module further comprises: an electrical line with a defined cross-section, which runs from the terminal module part through the electronic module part to the base module part and connects the at least one supply terminal of the supply module to the bus structure, and an overload detection unit which is arranged on said electrical line, determines a parameter of said electrical line, and generates a warning message when said parameter exceeds a threshold. an electrical line with a defined cross-section, which runs from the terminal module part through the electronic module part to the base module part and connects the at least one supply terminal of the supply module to the bus structure, and an overload detection unit which is arranged on said electrical line, determines a parameter of said electrical line, and generates a warning message when said parameter exceeds a threshold.
Machining plant for constructional units, in particular vehicle bodies, having a machining station into which a constructional unit to be machined can be brought, and at least one machining frame which, in a use position, can be brought into engagement with the constructional unit brought into the machining station, wherein the machining plant has a first transport system for moving the machining frame between the use position and the transfer position, and wherein the machining plant has a second transport system for moving the machining frame between the transfer position and a non-use position, wherein the machining plant has a transfer unit which, in the transfer position, decouples the machining frame from the first transport system and transfers same to the second transport system, or decouples the machining frame from the second transport system and transfers same to the first transport system, characterized in that the first and/or second transport system (20, 30) comprise/comprises a hanging rail system to which the machining frame is fastened in a hanging and displaceable manner, wherein the second transport system has a first hanging rail of the hanging rail system, wherein the machining frame is suspended in a longitudinally displaceable and interchangeable manner on the first hanging rail, wherein, by means of the first transport system, the first hanging rail is movable between a working position, in which the machining frame is arranged in the use position, and a loading position, in which a machining frame can be loaded onto or unloaded from the hanging rail, wherein the machining plant is designed in such a manner that a transfer of the machining frame from the second transport system to the first transport system takes place in such a manner that, in the working position, the position of the machining frame is determined by the first transport system.
Method for preparing mixed liposome-cyclodextrin aggregates, said method comprising: encapsulating at least one exogenous substance in liposomes, bringing the liposomes, which are dispersed in aqueous medium, into contact with α-cyclodextrins, said α-cyclodextrins and liposomes being present in a ratio of the cyclodextrin/liposome molar concentrations in the aqueous medium greater than 1, obtaining mixed liposome-cyclodextrin aggregates which encapsulate at least one exogenous substance. encapsulating at least one exogenous substance in liposomes, bringing the liposomes, which are dispersed in aqueous medium, into contact with α-cyclodextrins, said α-cyclodextrins and liposomes being present in a ratio of the cyclodextrin/liposome molar concentrations in the aqueous medium greater than 1, obtaining mixed liposome-cyclodextrin aggregates which encapsulate at least one exogenous substance.