mhurhangee/ep-ind-claims huggingface dataset:
Fastening device comprising: a fastening tool that is movable by programmable handling device, a magazine arrangement mounted on the fastening tool, the magazine arrangement having: a first magazine for accommodating at least one first fastener, the first magazine having an inlet and an outlet and wherein the first magazine comprises a first magazine hose; a second magazine for accommodating at least one second fastener, the second magazine having an inlet and an outlet, and wherein the second magazine comprises a second magazine hose; a base plate extending along the first and second magazine and to which the first and second magazine are connected; a sensor (46, 56, S) adapted to detect the presence of a fastener in the first and/or second magazine, the sensor being connected to the base plate, characterised by further comprising: a magazine plate extending at the inlet of the first and second magazine; and a spacer provided between the first and the second magazine hose (40, 54), wherein the spacer comprises a spacer body with a first hose recess to receive the first magazine hose and a second hose recess to receive the second magazine hose, wherein the spacer further comprises a demounting arrangement adapted to facilitate the removal and the replacement of the first and/or second magazine hose (40, 54). a fastening tool that is movable by programmable handling device, a magazine arrangement mounted on the fastening tool, the magazine arrangement having: a first magazine for accommodating at least one first fastener, the first magazine having an inlet and an outlet and wherein the first magazine comprises a first magazine hose; a second magazine for accommodating at least one second fastener, the second magazine having an inlet and an outlet, and wherein the second magazine comprises a second magazine hose; a base plate extending along the first and second magazine and to which the first and second magazine are connected; a sensor (46, 56, S) adapted to detect the presence of a fastener in the first and/or second magazine, the sensor being connected to the base plate, characterised by further comprising: a magazine plate extending at the inlet of the first and second magazine; and a spacer provided between the first and the second magazine hose (40, 54), wherein the spacer comprises a spacer body with a first hose recess to receive the first magazine hose and a second hose recess to receive the second magazine hose, wherein the spacer further comprises a demounting arrangement adapted to facilitate the removal and the replacement of the first and/or second magazine hose (40, 54). a magazine plate extending at the inlet of the first and second magazine; and a spacer provided between the first and the second magazine hose (40, 54), wherein the spacer comprises a spacer body with a first hose recess to receive the first magazine hose and a second hose recess to receive the second magazine hose, wherein the spacer further comprises a demounting arrangement adapted to facilitate the removal and the replacement of the first and/or second magazine hose (40, 54).
A method of preparing a compound of formula: wherein said method comprises treating an intermediate of formula: with: (i) ammonia in dioxane at room temperature for 2 hours, when R 1 is hydrogen, and R 2 is - CH 2 C(CH 3) 2 OH; or (ii) ammonia in dioxane at room temperature for 3 hours, when R 1 is cyclopropyl, and R 2 is - CH 2 CH 2 CH 3. (i) ammonia in dioxane at room temperature for 2 hours, when R 1 is hydrogen, and R 2 is - CH 2 C(CH 3) 2 OH; or (ii) ammonia in dioxane at room temperature for 3 hours, when R 1 is cyclopropyl, and R 2 is - CH 2 CH 2 CH 3.
A method in a communication device, comprising: transmitting a signaling connection establishment message on a radio connection, the signaling connection establishment message including a registration request message; receiving a registration accept message on the radio connection; and transmitting an uplink signaling message on the radio connection, the uplink signaling message including a core network operator identifier, characterized in that the uplink signaling message comprises a non-access stratum, NAS, signaling message and wherein the uplink signaling message includes a domain identity and wherein the domain identity comprises at least one of a packet switched domain indicator and a circuit switched domain indicator. transmitting a signaling connection establishment message on a radio connection, the signaling connection establishment message including a registration request message; receiving a registration accept message on the radio connection; and transmitting an uplink signaling message on the radio connection, the uplink signaling message including a core network operator identifier, characterized in that the uplink signaling message comprises a non-access stratum, NAS, signaling message and wherein the uplink signaling message includes a domain identity and wherein the domain identity comprises at least one of a packet switched domain indicator and a circuit switched domain indicator.
Infrared imaging micro-bolometer (10a-10c) integrating a membrane (11a-11c) assembled in suspension above a substrate by support arms (14a-14h), the membrane (11a-11c) comprising: • an absorbing material (13a-13c) configured to capture infrared radiations; • a thermometric material connected to the absorbing material (13a-13c) configured to perform a transduction of the infrared radiations captured by said absorbing material (13a-13c); and • at least one central dielectric layer arranged between the absorbing material (13a-13c) and the thermometric material; in which: • the thermometric material is deposited above the absorbing material; • the surface of the thermometric material is smaller than 0.4 time the surface area of the membrane (11a-11c), and • recesses are formed in the absorbing material (13a-13c) and in the at least one central dielectric layer in areas of the membrane (11a-11c) devoid of the thermometric material. • an absorbing material (13a-13c) configured to capture infrared radiations; • a thermometric material connected to the absorbing material (13a-13c) configured to perform a transduction of the infrared radiations captured by said absorbing material (13a-13c); and • at least one central dielectric layer arranged between the absorbing material (13a-13c) and the thermometric material; • the thermometric material is deposited above the absorbing material; • the surface of the thermometric material is smaller than 0.4 time the surface area of the membrane (11a-11c), and • recesses are formed in the absorbing material (13a-13c) and in the at least one central dielectric layer in areas of the membrane (11a-11c) devoid of the thermometric material.
A crosslinkable polymeric composition, comprising: (a) an ethylene-based polymer; (b) an organic peroxide; and (c) a crosslinking coagent having at least one N,N-diallylamide functional group wherein said crosslinking coagent has a structure selected from the group consisting of formulas or: and combinations thereof. (a) an ethylene-based polymer; (b) an organic peroxide; and (c) a crosslinking coagent having at least one N,N-diallylamide functional group wherein said crosslinking coagent has a structure selected from the group consisting of formulas or:
An ice water dispenser having a dispenser inner sheet for covering an inner region of said dispenser delimited by a front part including the front peripheral region thereof and a dispenser outer body onto which a dispenser face cover sheet is attached such that the periphery of said outer body is covered with openings for serving operation buttons, characterized in that said ice water dispenser comprising either a flush or overlay frame covering said front peripheral region.
A protective cap (15, 29, 40, 63) for a rotor (10, 62) of a crusher, the rotor being composed of a rotor shaft having supporting disks (12, 64), which are spaced apart in the axial direction of the rotor shaft, and impact tools mounted between supporting disks of the rotor in a rotary manner, the protective cap being configured in such a manner that the protective cap is mountable on or between supporting disks and a plurality of protective caps disposed radially on or between the supporting disks form a roll-shaped shell of the rotor with openings for the impact tools, the protective cap being configured to form a partial shell surface of a shell surface of the shell, the protective cap being composed of at least two plane surface portions (25, 66), the surface portions each being formed by a plate-shaped wear element (26, 30, 41), characterized in that the wear elements are welded directly to each other, the protective cap (15, 29, 40, 63) having an impact edge (28, 38), the impact edge being formed by a weld (27, 36, 44) of the wear elements (26, 30, 41), the impact edge being formed by applying a wear material (37, 45).
Modular safety relay circuit for safely switching on or off at least one machine (R, S), having a safety relay unit which has at least one positively guided relay for safely switching on and off the machine and generates output signals as a function of input signals, wherein the input signals are provided by at least one connected signal generator (K, LG) and the output signals are communicated to the at least one machine (R, S), and at least one extension relay unit (12a - 12e) for providing additional output terminals (12a-O, 12e-O) so that additional machines can be connected, wherein the extension relay unit (12a - 12e) has in each case at least one positively guided relay for safely switching on and off of the machine, the extension relay unit (12a - 12e) is monitored by means of a monitoring signal for a malfunction by the safety relay unit, characterized in that the extension relay unit which is connected last has a cover which has at least one electrical element with a defined resistance value and provides a feedback of a feedback signal which corresponds to the defined resistance value to the safety relay unit.
Optomechanical system for dynamically controlling the photometric distribution of a luminaire comprising: ▪ a static frame, ▪ a light emitting substrate with one or more light emitting elements capable of emitting incident light, ▪ an optical layer comprising one or more optical elements capable of capturing incident light and transmitting transmitted light, ▪ a shifting mechanism for translationally moving along at least one direction a movable element which is chosen from either the optical layer or the light emitting substrate, wherein the shifting mechanism comprises one or more guiding elements, said one or more guiding elements being capable of maintaining the inclination angle between the light emitting substrate and the optical layer while moving the movable element (40,50), wherein the optomechanical system is configured in such a way that the photometric distribution of the luminaire is dynamically controllable by adjusting the relative position of the light emitting elements with respect to the optical elements, wherein the guiding elements are arranged in a single planar module, and wherein the shifting mechanism comprises said planar module, one or more shifting elements, one or more position sensors and an electronic board. ▪ a static frame, ▪ a light emitting substrate with one or more light emitting elements capable of emitting incident light, ▪ an optical layer comprising one or more optical elements capable of capturing incident light and transmitting transmitted light, ▪ a shifting mechanism for translationally moving along at least one direction a movable element which is chosen from either the optical layer or the light emitting substrate, wherein the shifting mechanism comprises one or more guiding elements, said one or more guiding elements being capable of maintaining the inclination angle between the light emitting substrate and the optical layer while moving the movable element (40,50), wherein the optomechanical system is configured in such a way that the photometric distribution of the luminaire is dynamically controllable by adjusting the relative position of the light emitting elements with respect to the optical elements, wherein the guiding elements are arranged in a single planar module, and wherein the shifting mechanism comprises said planar module, one or more shifting elements, one or more position sensors and an electronic board.
A welding gun neck for a welding gun, the welding gun neck comprising: an elongated tubular body having an end connectable to a gas diffuser; the elongated tubular body including a threaded external surface adjacent the end, the threaded external surface defining a male, threaded portion; the male, threaded portion being mateable with a female thread of the gas diffuser; characterized in that the threaded external surface includes a straight portion and an adjoining tapered portion; wherein said welding gun neck is connectable to both a gas diffuser having a straight female thread and a gas diffuser having a tapered female thread. an elongated tubular body having an end connectable to a gas diffuser; the elongated tubular body including a threaded external surface adjacent the end, the threaded external surface defining a male, threaded portion; the male, threaded portion being mateable with a female thread of the gas diffuser; characterized in that the threaded external surface includes a straight portion and an adjoining tapered portion; wherein said welding gun neck is connectable to both a gas diffuser having a straight female thread and a gas diffuser having a tapered female thread.
A method for producing an artificial retina in which an organic dye compound that induces a receptor potential responding to photostimulation is fixed on a polyethylene sheet substrate, comprising a first pretreatment step of treating the substrate with fuming nitric acid; a second pretreatment step, after the first pretreatment step, of treating the substrate with a diamine; a bonding step, after the first and second pretreatment step, of immersing the substrate in a solution containing the organic dye compound to chemically bond the organic dye compound to the substrate; a first washing step of washing with water the substrate to which the organic dye compound has been chemically bonded; and a second washing step, after the first washing step, of washing with an organic solvent the substrate to which the organic dye compound has been chemically bonded, giving an artificial retina in which an elongation at break is 50 % or more, a contact angle of water to the surface of the artificial retina is 90 ° or less, and an absorbance at a wavelength of 400 to 600 nm is 0.2 or more. a first pretreatment step of treating the substrate with fuming nitric acid; a second pretreatment step, after the first pretreatment step, of treating the substrate with a diamine; a bonding step, after the first and second pretreatment step, of immersing the substrate in a solution containing the organic dye compound to chemically bond the organic dye compound to the substrate; a first washing step of washing with water the substrate to which the organic dye compound has been chemically bonded; and a second washing step, after the first washing step, of washing with an organic solvent the substrate to which the organic dye compound has been chemically bonded, giving an artificial retina in which an elongation at break is 50 % or more, a contact angle of water to the surface of the artificial retina is 90 ° or less, and an absorbance at a wavelength of 400 to 600 nm is 0.2 or more.
A sole structure (700, 804) for an article of footwear, comprising: an outsole component (710, 880) including an exterior major surface and an interior major surface; a midsole component engaged with the interior major surface of the outsole component, wherein the midsole component includes a receptacle area and a base surface at least partially surrounding the receptacle area; a fluid-filled bladder system received in the receptacle area, wherein an upper surface of the fluid-filled bladder system extends above the base surface of the midsole component when the sole structure is in an uncompressed condition; and a rigid plate component having a major surface overlying the upper surface of the fluid-filled bladder system, wherein the major surface of the rigid plate component does not contact the base surface of the midsole component when the sole structure is in an uncompressed condition. an outsole component (710, 880) including an exterior major surface and an interior major surface; a midsole component engaged with the interior major surface of the outsole component, wherein the midsole component includes a receptacle area and a base surface at least partially surrounding the receptacle area; a fluid-filled bladder system received in the receptacle area, wherein an upper surface of the fluid-filled bladder system extends above the base surface of the midsole component when the sole structure is in an uncompressed condition; and a rigid plate component having a major surface overlying the upper surface of the fluid-filled bladder system, wherein the major surface of the rigid plate component does not contact the base surface of the midsole component when the sole structure is in an uncompressed condition.
A balloon catheter (10, 12, 13, 14, 15, 16, 17, 18) comprising: a balloon; an outer shaft joined to a proximal end of the balloon; an inner shaft (50, 250, 350, 450, 550, 650, 750, 850) inserted into the outer shaft and joined to a distal end of the balloon;, a reinforcement member inserted between the outer shaft and the inner shaft (50, 250, 350, 450, 550, 650, 750, 850); and the inner shaft (50, 250, 350, 450, 550, 650, 750, 850) has a proximal step (57, 257, 357, 657, 757, 857) and a distal step (53, 453, 553, 653, 753, 853) located distally relative to the proximal step (57, 257, 357, 657, 757, 857), an outer diameter of the proximal step (57, 257, 357, 657, 757, 857) and an outer diameter of the distal step (53, 453, 553, 653, 753, 853) are larger than an outer diameter of the inner shaft (50, 250, 350, 450, 550, 650, 750, 850) positioned between the proximal step (57, 257, 357, 657, 757, 857) and the distal step (53, 453, 553, 653, 753,853), characterised in that the reinforcement member has a bulged portion capable of moving in an axial direction between the proximal step (57, 257, 357, 657, 757, 857) and the distal step (53, 453, 553, 653, 753, 853). a balloon; an outer shaft joined to a proximal end of the balloon; an inner shaft (50, 250, 350, 450, 550, 650, 750, 850) inserted into the outer shaft and joined to a distal end of the balloon;, a reinforcement member inserted between the outer shaft and the inner shaft (50, 250, 350, 450, 550, 650, 750, 850); and the inner shaft (50, 250, 350, 450, 550, 650, 750, 850) has a proximal step (57, 257, 357, 657, 757, 857) and a distal step (53, 453, 553, 653, 753, 853) located distally relative to the proximal step (57, 257, 357, 657, 757, 857), an outer diameter of the proximal step (57, 257, 357, 657, 757, 857) and an outer diameter of the distal step (53, 453, 553, 653, 753, 853) are larger than an outer diameter of the inner shaft (50, 250, 350, 450, 550, 650, 750, 850) positioned between the proximal step (57, 257, 357, 657, 757, 857) and the distal step (53, 453, 553, 653, 753,853), characterised in that the reinforcement member has a bulged portion capable of moving in an axial direction between the proximal step (57, 257, 357, 657, 757, 857) and the distal step (53, 453, 553, 653, 753, 853).
A sandwich structure comprising a skin layer and a core layer, the skin layer including at least one layer of: a metal layer; a fiber reinforced resin layer comprising a continuous fiber and a matrix resin and; a fiber reinforced resin layer comprising a discontinuous fiber and a thermosetting matrix resin, the core layer including a fluid core layer which easily fluidizes by heating or pressuring comprising a discontinuous fiber and a matrix resin, wherein the skin layer is made of a material having a bending elastic modulus higher than that of the core layer and is provided at least partially with a penetration part. a metal layer; a fiber reinforced resin layer comprising a continuous fiber and a matrix resin and; a fiber reinforced resin layer comprising a discontinuous fiber and a thermosetting matrix resin, the core layer including a fluid core layer which easily fluidizes by heating or pressuring comprising a discontinuous fiber and a matrix resin, wherein the skin layer is made of a material having a bending elastic modulus higher than that of the core layer and is provided at least partially with a penetration part.
A method implemented at a first wireless network to handoff a wireless device to a second wireless network, the method comprising: receiving coverage information associated with the wireless device; determining whether the wireless device can be covered by the second wireless network based, at least in part, on the received coverage information; and transmitting a handoff request to the second wireless network based, at least in part, on the determination that the wireless device can be covered by the second wireless network, characterized in that coverage information includes location information of the wireless device and an indication that the wireless device does not detect a signal from the second wireless network, wherein the coverage information includes mapping information of one or more locations for which the second wireless network has had coverage in the past, the one or more locations to include the location of the wireless device. receiving coverage information associated with the wireless device; determining whether the wireless device can be covered by the second wireless network based, at least in part, on the received coverage information; and transmitting a handoff request to the second wireless network based, at least in part, on the determination that the wireless device can be covered by the second wireless network, characterized in that coverage information includes location information of the wireless device and an indication that the wireless device does not detect a signal from the second wireless network, wherein the coverage information includes mapping information of one or more locations for which the second wireless network has had coverage in the past, the one or more locations to include the location of the wireless device.
An article molded from a bio-based polycarbonate ester having high heat resistance, wherein the highly heat-resistant, bio-based polycarbonate ester comprises a repeat unit 1 represented by the following Formula 1; a repeat unit 2 represented by the following Formula 2; and a repeat unit 3 represented by the following Formula 3: wherein the highly heat-resistant, bio-based polycarbonate ester has a glass transition temperature (Tg) of 160 to 240°C measured as indicated in the specification and a melt flow index of 5 to 150 g/10 min when measured at 260°C under a load of 2.16 kg.