mhurhangee/ep-ind-claims huggingface dataset:
Machine for processing a key, preferably for machining aimed at defining the encryption of said key, comprising: - a unit (4") on which a mill cutter and a feeler are mounted, side by side and joined together, said unit (4") being movable with respect to a portion which faces said mill cutter, and said feeler, or vice versa, - at least a first operative seat and at least a second operative seat, respectively facing said mill cutter and said feeler, and formed in said portion and/or in said unit (4"), characterized in that the machine further comprises: - at least a first jig module, which is configured to receive at least the stem of said key to be machined, which is removably inserted, at least in part, into said first operative seat and which is slidable inside it so that said cutter is facing, and can thus work in sequence, on different regions of said stem of said key, - at least a second jig module, which is configured so as to comprise portions of different depths, which is removably inserted, at least in part, into said second operative seat and which is slidable inside it that said feeler is facing, and can come into contact with its tip, with one of said portions. - a unit (4") on which a mill cutter and a feeler are mounted, side by side and joined together, said unit (4") being movable with respect to a portion which faces said mill cutter, and said feeler, or vice versa, - at least a first operative seat and at least a second operative seat, respectively facing said mill cutter and said feeler, and formed in said portion and/or in said unit (4"), - at least a first jig module, which is configured to receive at least the stem of said key to be machined, which is removably inserted, at least in part, into said first operative seat and which is slidable inside it so that said cutter is facing, and can thus work in sequence, on different regions of said stem of said key, - at least a second jig module, which is configured so as to comprise portions of different depths, which is removably inserted, at least in part, into said second operative seat and which is slidable inside it that said feeler is facing, and can come into contact with its tip, with one of said portions.
A method for producing a haloamine solution comprising less than 5% by weight of halogen polyoxyanions comprising (a) on-site generation of a halogen-containing oxidant solution and (b) reacting on-site the on-site generated halogen-containing oxidant with a nitrogen source, to thereby produce the haloamine solution comprising less than 5% by weight of halogen polyoxyanions, wherein the halogen is chlorine, the on-site generation comprises reacting chlorine gas with an alkaline solution and wherein the haloamine comprises monochloramine.
A composite article comprising: at least one high integrity protective coating suitable for opto-electronic devices, especially organo opto-electronic devices, said high integrity protective coating comprises at least one organic-inorganic composition barrier coating layer; wherein the barrier coating layer comprises an organic zone and an inorganic zone and an organic-inorganic interface zone between the organic zone and the inorganic zone, wherein the interface zone is a transitional zone which is neither substantially organic nor substantially inorganic, wherein the coating additionally comprises at least one planarizing layer which comprises a resin based composition, characterized in that desirable light transmission is achieved by matching refractive indices of inorganic zones and organic zones in the barrier coating layer and wherein the refractive index of any zone in the coating is within 10% of any other zone in the coating for a selected wavelength.
An apparatus for pre-forming a metal strip for the manufacture of roll formed and high frequency welded tubes with inner grooves, comprising an embossing tool and a strip edge chamfering tool wherein - the embossing tool comprises an embossing roll having a cylindrical surface with a central embossing portion (3, 3'), and side portions (4a, 4b) arranged on each side of the central embossing portion, said central portion being provided with an embossing pattern and said side portions being free from embossing pattern, characterized in that - the strip edge chamfering tool comprises an edge chamfering roll comprising a recessed central section (34, 34') and side sections (35, 35') on each side of the central section, and an anvil roll, wherein the edge chamfering roll and the anvil roll are configured to receive and pass, in use, the metal strip in a clearance formed between the rolls, wherein the clearance has a reduced height in the side sections, which are located in a position where the longitudinal side edges of the metal strip will pass, so that the longitudinal side edges on each side of the metal strip, and on the embossed side of the metal strip become chamfered when being passed between the pair of rolls (31, 32), wherein an embossing pattern on the central embossing portion comprises a plurality of grooves arranged in the cylindrical surface of the central portion, and wherein the cylindrical surface of each side portion (4a, 4b) is level with the cylindrical surface of the central portion between the grooves. - the embossing tool comprises an embossing roll having a cylindrical surface with a central embossing portion (3, 3'), and side portions (4a, 4b) arranged on each side of the central embossing portion, said central portion being provided with an embossing pattern and said side portions being free from embossing pattern, characterized in that - the strip edge chamfering tool comprises an edge chamfering roll comprising a recessed central section (34, 34') and side sections (35, 35') on each side of the central section, and an anvil roll, wherein the edge chamfering roll and the anvil roll are configured to receive and pass, in use, the metal strip in a clearance formed between the rolls, wherein the clearance has a reduced height in the side sections, which are located in a position where the longitudinal side edges of the metal strip will pass, so that the longitudinal side edges on each side of the metal strip, and on the embossed side of the metal strip become chamfered when being passed between the pair of rolls (31, 32), wherein an embossing pattern on the central embossing portion comprises a plurality of grooves arranged in the cylindrical surface of the central portion, and wherein the cylindrical surface of each side portion (4a, 4b) is level with the cylindrical surface of the central portion between the grooves.
A method of evaluating a detector unit of an aspirating fire detection system, the method comprising: blocking airflow out of the detector unit; operating an aspirator of the detector unit at a predetermined power after blocking airflow out of the detector unit; measuring an air pressure downstream of the aspirator; and determining a leak within the detector unit when the measured air pressure is below a predetermined threshold. blocking airflow out of the detector unit; operating an aspirator of the detector unit at a predetermined power after blocking airflow out of the detector unit; measuring an air pressure downstream of the aspirator; and determining a leak within the detector unit when the measured air pressure is below a predetermined threshold.
Film unwinding apparatus for a wrapping machine, comprising a supporting unit fixable to said wrapping machine, and an unwinding unit provided with a reel of film and with roller means (55, 56, 57) for unwinding said film from said reel and winding it around a load, said unwinding unit being removably couplable to said supporting unit in an assembled configuration, said roller means (55, 56, 57) comprising a first pre-stretching roller and a second pre-stretching roller for unwinding and pre-stretching said film and said supporting unit comprising driving means for rotating said pre-stretching rollers (55, 56), in said assembled configuration.
A method for forming a light emitting device comprising: aligning a converter layer bonding device over a phosphor, the converter layer bonding device comprising an adhesive layer adhered to a release liner; bringing the adhesive layer and the phosphor into contact at an elevated temperature, the elevated temperature being a temperature at which the adhesive layer adheres to the phosphor; cooling the adhesive layer adhered to the phosphor; removing the release liner from the adhesive layer; bringing one or more LED die into contact with the adhesive layer opposite the phosphor; and heating the adhesive layer, one or more LED die, and phosphor to cure the adhesive layer and form a bond layer between the one or more LED die and the phosphor. aligning a converter layer bonding device over a phosphor, the converter layer bonding device comprising an adhesive layer adhered to a release liner; bringing the adhesive layer and the phosphor into contact at an elevated temperature, the elevated temperature being a temperature at which the adhesive layer adheres to the phosphor; cooling the adhesive layer adhered to the phosphor; removing the release liner from the adhesive layer; bringing one or more LED die into contact with the adhesive layer opposite the phosphor; and heating the adhesive layer, one or more LED die, and phosphor to cure the adhesive layer and form a bond layer between the one or more LED die and the phosphor.
A mounting system comprising: multiple mounting machines that are configured to mount electronic components on a circuit board; a measurement section that is provided in each of the multiple mounting machines; a measurement device that is configured to measure electrical characteristics of the electronic component connected to the measurement section; and characterized in that a switching device that is configured to connect the measurement device to the measurement section provided in any one of the multiple mounting machines; a control device that is configured to control the switching device to switch connection between the measurement device and the measurement section, wherein, in a case where the control device receives the request information for measuring the electronic component from at least one of the multiple mounting machines, the control device is configured to control the switching device to connect the measurement section of the mounting machine that transmitted the request information to the measurement device and to perform measurement by performing measurement processing. multiple mounting machines that are configured to mount electronic components on a circuit board; a measurement section that is provided in each of the multiple mounting machines; a measurement device that is configured to measure electrical characteristics of the electronic component connected to the measurement section; and characterized in that a switching device that is configured to connect the measurement device to the measurement section provided in any one of the multiple mounting machines; a control device that is configured to control the switching device to switch connection between the measurement device and the measurement section, wherein, in a case where the control device receives the request information for measuring the electronic component from at least one of the multiple mounting machines, the control device is configured to control the switching device to connect the measurement section of the mounting machine that transmitted the request information to the measurement device and to perform measurement by performing measurement processing.
A rechargeable battery, comprising: an electrode assembly comprising a separator between a first electrode and a second electrode each having uncoated regions (11b, 12b) and coated regions (11a, 12a), and in which the separator, the first electrode, and the second electrode are spirally wound; a case that houses the electrode assembly; and a first electrode tab and a second electrode tab projecting outside of the case that are respectively coupled to the uncoated regions (11b, 12b) of the first electrode and the second electrode while maintaining a tab gap (Gt) between the first electrode tab and the second electrode tab, wherein the first electrode tab is coupled to a gap uncoated region of the first electrode between the coated regions of the first electrode, and wherein an internal side end uncoated region of the second electrode is located in a first area, which overlaps the first electrode tab in the thickness direction of the electrode assembly; characterized in that the internal side end uncoated region of the second electrode faces the second electrode tab in the thickness direction of the electrode assembly; the uncoated regions of the first electrode comprise an internal side end uncoated region in a spiral-wound state; and the internal side end uncoated region of the first electrode is extended in a second area, which overlaps the second electrode tab in the thickness direction of the electrode assembly. an electrode assembly comprising a separator between a first electrode and a second electrode each having uncoated regions (11b, 12b) and coated regions (11a, 12a), and in which the separator, the first electrode, and the second electrode are spirally wound; a case that houses the electrode assembly; and a first electrode tab and a second electrode tab projecting outside of the case that are respectively coupled to the uncoated regions (11b, 12b) of the first electrode and the second electrode while maintaining a tab gap (Gt) between the first electrode tab and the second electrode tab, wherein the first electrode tab is coupled to a gap uncoated region of the first electrode between the coated regions of the first electrode, and wherein an internal side end uncoated region of the second electrode is located in a first area, which overlaps the first electrode tab in the thickness direction of the electrode assembly; characterized in that the internal side end uncoated region of the second electrode faces the second electrode tab in the thickness direction of the electrode assembly; the uncoated regions of the first electrode comprise an internal side end uncoated region in a spiral-wound state; and the internal side end uncoated region of the first electrode is extended in a second area, which overlaps the second electrode tab in the thickness direction of the electrode assembly.
A nutritional composition comprising a prebiotic fiber and a probiotic bacterium and glutamine for use in accelerating learning ability and/or accelerating reaching memory objectives in an infant, wherein the infant is a preterm infant and/or an infant that is born small for gestational age, and wherein the acceleration is in comparison to preterm infants and/or infants that are born small for gestational age not being adminstered the nutritional composition comprising prebiotic fiber and probiotic bacterium and glutamine.
A transmitter for an optical link, comprising a light source generating a plurality of discrete lines with different frequencies (f) routed to a common input bus waveguide, further comprising a plurality of frequency selective modulators, each frequency selective modulator having an input port, a through port, an add port and a drop port and being configured to: modulate at least one of the discrete lines provided on the input port according to a data stream (c 1 -c 4), output the modulated line on the drop port, pass all other of the discrete lines with different frequencies (f) from the input port to the through port, and pass all other of the discrete lines with different frequencies (f) from the add port to the drop port, wherein the transmitter further comprises at least one drop bus waveguide and at least one optical amplifier configured to simultaneously amplify multiple lines, characterized in that the light source is a comb source, the optical amplifier is a semiconductor optical amplifier, and the frequency selective modulators are arranged in a drop configuration to share the common input bus waveguide as their input bus and to share the drop bus waveguide as their drop bus, wherein the drop bus is routed to the semiconductor optical amplifier, so that only generated lines that are modulated by at least one frequency selective modulator are routed to the semiconductor optical amplifier, respectively to each one of the semiconductor optical amplifiers. modulate at least one of the discrete lines provided on the input port according to a data stream (c 1 -c 4), output the modulated line on the drop port, pass all other of the discrete lines with different frequencies (f) from the input port to the through port, and pass all other of the discrete lines with different frequencies (f) from the add port to the drop port,
Built-in device for producing infusion beverages, comprising: - a heating means for heating water and/or for producing steam, - a brewing unit for preparing the infusion beverage using the heated water, - a dispensing apparatus comprising at least one beverage outlet for dispensing the infusion beverage produced in the built-in device by means of the brewing unit, - a door which closes the built-in device, characterised in that a receiving chamber comprising at least one guide track (7, 8) designed for inserting and removing the brewing unit is provided behind the open door of the built-in device, which track first guides the brewing unit towards the rear wall of the receiving chamber in order to then deflect said unit and move it laterally into its end position. - a heating means for heating water and/or for producing steam, - a brewing unit for preparing the infusion beverage using the heated water, - a dispensing apparatus comprising at least one beverage outlet for dispensing the infusion beverage produced in the built-in device by means of the brewing unit, - a door which closes the built-in device,
A storage device for storing rod-shaped articles in the tobacco processing industry, in particular filter rods, wherein the storage device has a receiving store for the rod-shaped articles and an article feed device provided on the receiving store, wherein a working store for the rod-shaped articles, the storage volume of which can be adapted, is provided below the receiving store and the rod-shaped articles can be introduced or are introduced from the receiving store into the working store, characterized in that, in order to adapt the storage volume, the working store has a, in particular horizontally, movable side wall (34, 35) and that, in order to move the side wall (34, 35), the side wall (34, 35) is connected to at least one pivotably supported slide plate (36, 37) of the working store.
A prepreg for manufacturing a fibre-reinforced composite material, the prepreg comprising a layer of dry fibres and a layer of resin material adhered to a surface of the layer of dry fibres, the resin material having a plurality of particles dispersed therein, the particles have an average particle size that is larger than the average fibre separation of the layer of dry fibres.
A lighting control system (400,500) comprising: - a controller (402, 502) adapted to control one or more lighting devices (204,404,504) for providing illumination of a space, to detect a trigger event and to detect a corrective user input, wherein the corrective user input is received via a user interface; and - a memory (410,510) adapted to store at least a first light setting for said one or more lighting devices; wherein the controller is further adapted to cause an automatic change from the first light setting to a second light setting in response to a detected trigger event, and wherein the controller is further adapted to restore the first light setting, having been stored in the memory, in response to a corrective user input indicating to undo the automatic change from the first light setting to the second light setting, characterized in that said controller is further adapted to restore the first light setting in response to said corrective user input only if said corrective input is received within a set time period from the change from the first light setting to the second light setting. - a controller (402, 502) adapted to control one or more lighting devices (204,404,504) for providing illumination of a space, to detect a trigger event and to detect a corrective user input, wherein the corrective user input is received via a user interface; and - a memory (410,510) adapted to store at least a first light setting for said one or more lighting devices;
An end effector with an adjustable inner diameter for a robotic-assisted surgical system, comprising: a main body having an opening extending through the main body; one or more members located within the main body that extend into and retract from the opening to vary a diameter of the opening through which a tool may be inserted, wherein the one or more members comprise a plurality of flutes that are pivotable towards and away from an interior sidewall of the main body to vary the diameter of the opening; and an adjustment mechanism on the end effector and coupled to the one or more members for varying the diameter of the opening, wherein the adjustment mechanism comprises a collar located over the main body and coupled to the plurality of flutes such that a rotation of the collar in a first direction relative to the main body causes the plurality of flutes to pivot away from the interior sidewall of the main body to reduce the diameter of the opening, and a rotation of the collar in a second direction relative to the main body causes the plurality of flutes to pivot towards the interior sidewall of the main body to increase the diameter of the opening, wherein the plurality of flutes are adapted to guide advancement of a tool along a fixed trajectory, and to be further tightened against the tool when located within the main body by rotating the collar so as to fix the longitudinal position of the tool within the main body. a main body having an opening extending through the main body; one or more members located within the main body that extend into and retract from the opening to vary a diameter of the opening through which a tool may be inserted, wherein the one or more members comprise a plurality of flutes that are pivotable towards and away from an interior sidewall of the main body to vary the diameter of the opening; and an adjustment mechanism on the end effector and coupled to the one or more members for varying the diameter of the opening, wherein the adjustment mechanism comprises a collar located over the main body and coupled to the plurality of flutes such that a rotation of the collar in a first direction relative to the main body causes the plurality of flutes to pivot away from the interior sidewall of the main body to reduce the diameter of the opening, and a rotation of the collar in a second direction relative to the main body causes the plurality of flutes to pivot towards the interior sidewall of the main body to increase the diameter of the opening, wherein the plurality of flutes are adapted to guide advancement of a tool along a fixed trajectory, and to be further tightened against the tool when located within the main body by rotating the collar so as to fix the longitudinal position of the tool within the main body.
A joining sheet comprising: a solder layer which contains solder particles, a thermoplastic resin, and an active agent capable of activating the solder particles and a thermosetting resin-containing layer which is laminated on at least one surface in a thickness direction of the solder layer and contains a thermosetting resin. a solder layer which contains solder particles, a thermoplastic resin, and an active agent capable of activating the solder particles and a thermosetting resin-containing layer which is laminated on at least one surface in a thickness direction of the solder layer and contains a thermosetting resin.