mhurhangee/ep-ind-claims huggingface dataset:
A footwear sole, comprising a structural element 10 providing at least one part R1 suitable to support the heel, wherein said part suitable to support the heel has an opening 2 sized and shaped so that said structural element 10, in correspondence with its part suitable to support the heel and with its face adapted to come into contact with the ground P, has a U-shape or a closed ring shape and comprises two opposite arms 1A, 1B linked by an arched arm 1C, - wherein the inner walls 1A' 1B' 1C' of the above arms of the U or of the closed ring at least partially delimit said opening 2, - wherein said opening 2 is opened in correspondence with the sole face adapted to come into contact with the ground, - wherein the opening 2 is closed in correspondence with the upper face 10A of the structural element 10 by a bridge element 5, so as to define a cavity 20 through said inner walls 1A', 1B', 1C', - wherein said bridge element 5 is shaped and sized so that it is substantially arranged under the heel, characterised in that it comprises: - an exhaust element 4 of the air which may remain trapped into said cavity 20 when the part of the sole comprising said opening 2 is pressed against the ground P, at least partially closing said cavity 20 on the lower side as well, - wherein said exhaust element 4 shows a substantially rigid body providing at least one through hole 4A suitable to link the cavity 20 with the outside of the sole and so as to exhaust the air present in said cavity in correspondence with at least one section 1C of the outer side walls 1B of the element 10, - the structural element 10 having a seat 15 suitable to house the body of the exhaust element 4. - wherein the inner walls 1A' 1B' 1C' of the above arms of the U or of the closed ring at least partially delimit said opening 2, - wherein said opening 2 is opened in correspondence with the sole face adapted to come into contact with the ground, - wherein the opening 2 is closed in correspondence with the upper face 10A of the structural element 10 by a bridge element 5, so as to define a cavity 20 through said inner walls 1A', 1B', 1C', - wherein said bridge element 5 is shaped and sized so that it is substantially arranged under the heel, - an exhaust element 4 of the air which may remain trapped into said cavity 20 when the part of the sole comprising said opening 2 is pressed against the ground P, at least partially closing said cavity 20 on the lower side as well, - wherein said exhaust element 4 shows a substantially rigid body providing at least one through hole 4A suitable to link the cavity 20 with the outside of the sole and so as to exhaust the air present in said cavity in correspondence with at least one section 1C of the outer side walls 1B of the element 10, - the structural element 10 having a seat 15 suitable to house the body of the exhaust element 4.
Apparatus (1, 1a, 1b) to switch a light emitting diode or another load, comprising a mechanical switch (2, 2a, 2b), which comprises a moving electrode, wherein the moving electrode is a contact, which electrically gets in connection with a further contact or electrode to enable a current flow while a closing phase, and wherein the apparatus (1, 1a, 1b) comprises a body (5, 5a, 5b) which absorbs or dissipates the kinetic energy and/ or the momentum which is exerted from the moving electrode on the further contact or electrode, wherein the body (5, 5a, 5b) is separated from the moving electrode, characterized in that the body (5, 5a, 5b) is a movable body, wherein the body (5, 5a, 5b) is separated from the further electrode, so that the body (5, 5a, 5b) can move independently from the electrically connected electrodes.
An apparatus for a turbine engine, comprising: a journal bearing extending axially along and circumferentially about an axis, the journal bearing extending radially between a bearing inner side and a bearing outer side, and the journal bearing including a bore, a passage, a groove and a slot; the bore extending axially within the journal bearing and along the bearing inner side; the passage extending radially within the journal bearing and fluidly coupled with the bore and the groove; the groove extending longitudinally within the journal bearing at the bearing outer side between a groove first end and a groove second end, and at least a portion of the slot extending circumferentially about the axis within the journal bearing at the bearing outer side from the groove first end to the groove second end, characterised in that, the groove extends axially within the journal bearing between a groove first side and a groove second side, wherein the groove projects radially into the journal bearing from the bearing outer side to a groove bottom surface, wherein an outlet (70A; 74A; 70B; 74B; 74C) from the passage is formed at the groove bottom surface; and the slot is axially aligned with the outlet (70A; 74A; 70B; 74B; 74C) and the slot is aligned axially intermediately between the groove first side and the groove second side. a journal bearing extending axially along and circumferentially about an axis, the journal bearing extending radially between a bearing inner side and a bearing outer side, and the journal bearing including a bore, a passage, a groove and a slot; the bore extending axially within the journal bearing and along the bearing inner side; the passage extending radially within the journal bearing and fluidly coupled with the bore and the groove; the groove extending longitudinally within the journal bearing at the bearing outer side between a groove first end and a groove second end, and at least a portion of the slot extending circumferentially about the axis within the journal bearing at the bearing outer side from the groove first end to the groove second end, characterised in that, the groove extends axially within the journal bearing between a groove first side and a groove second side, wherein the groove projects radially into the journal bearing from the bearing outer side to a groove bottom surface, wherein an outlet (70A; 74A; 70B; 74B; 74C) from the passage is formed at the groove bottom surface; and the slot is axially aligned with the outlet (70A; 74A; 70B; 74B; 74C) and the slot is aligned axially intermediately between the groove first side and the groove second side.
A mosquito repellent, comprising: an active ingredient; and a combustible material, characterized in that the mosquito repellent having a shape of cone, a ratio of a diameter of a base of the cone to a height of the cone being within a range of 1:2 to 1:5, the diameter being within a range of 5 to 20 mm, the active ingredient being at least one or more kinds of compounds selected from a group consisting of metofluthrin, transfluthrin, dimefluthrin, heptafluthrin, and meperfluthrin, the mosquito repellent containing 3 to 20 mg of the active ingredient and a weight of the mosquito repellent being within a range of 0,1 to 8 g. an active ingredient; and a combustible material, characterized in that the mosquito repellent having a shape of cone, a ratio of a diameter of a base of the cone to a height of the cone being within a range of 1:2 to 1:5, the diameter being within a range of 5 to 20 mm, the active ingredient being at least one or more kinds of compounds selected from a group consisting of metofluthrin, transfluthrin, dimefluthrin, heptafluthrin, and meperfluthrin, the mosquito repellent containing 3 to 20 mg of the active ingredient and a weight of the mosquito repellent being within a range of 0,1 to 8 g.
A method for manufacturing a barrier layer on a flexible substrate, the method comprising: - a first step comprising depositing an inorganic oxide layer on the flexible substrate using an atmospheric pressure plasma; - a second step comprising consecutive deposition of between 1 and 70 atomic layers on the inorganic oxide layer by atomic layer deposition. - a first step comprising depositing an inorganic oxide layer on the flexible substrate using an atmospheric pressure plasma; - a second step comprising consecutive deposition of between 1 and 70 atomic layers on the inorganic oxide layer by atomic layer deposition.
A method of galvanic isolation for a gate-controlled device of a power converter system to convert DC power to AC power of a wind turbine connected to an electrical distribution network comprising: receiving, by a gate-controlled device, wirelessly transmitted control signals for the gate-controlled device, wherein said wireless control signals are received by a wireless transceiver (402,404) associated with the gate-controlled device from a main control card having a wireless transceiver utilizing digital wireless technology and; transmitting, by the gate-controlled device, wireless transmit signals, wherein said wireless transmit signals are transmitted by a wireless transceiver associated with the gate-controlled device to a main control card having a wireless transceiver utilizing digital wireless technology; controlling the gate-controlled device based on the wireless control signals; wherein the wireless transceivers provide galvanic isolation of the control signals to and from the gate-controlled device; and wherein the wireless transceivers are shielded from electromagnetic interference in the wind turbine. receiving, by a gate-controlled device, wirelessly transmitted control signals for the gate-controlled device, wherein said wireless control signals are received by a wireless transceiver (402,404) associated with the gate-controlled device from a main control card having a wireless transceiver utilizing digital wireless technology and; transmitting, by the gate-controlled device, wireless transmit signals, wherein said wireless transmit signals are transmitted by a wireless transceiver associated with the gate-controlled device to a main control card having a wireless transceiver utilizing digital wireless technology; controlling the gate-controlled device based on the wireless control signals; wherein the wireless transceivers provide galvanic isolation of the control signals to and from the gate-controlled device; and wherein the wireless transceivers are shielded from electromagnetic interference in the wind turbine.
Air compressor that includes an external enclosure and an electrically-operated compressor unit inside the external enclosure, the compressor unit including a cylinder and an air storage container defining therein an air chamber that communicates with an inner space of the cylinder, the cylinder being fitted with a piston body driven by a motor for conducting reciprocating motion for producing compressed air in the inner space of the cylinder, a valve mechanism controlling the compressed air to enter the air chamber of the air storage container; comprising a pressure relieving mechanism being mounted to the air storage container, wherein one portion of the pressure relieving mechanism is located in the air chamber of the air storage container while the other portion of the pressure relieving mechanism extends out of the air storage container to be actuated by a user for reducing the air pressure within the air storage container, whereby the pressure relieving mechanism includes a stem, a seal ring, and a compression spring, the stem having a resilient head at one end, a bottom plate at the other end, a neck next to the bottom plate, the stem (71 is inserted through a through hole of the air storage container and fitted with the compression spring such that the resilient head is located outside the air storage container while the bottom plate is located inside the air storage container, the seal ring is engaged between die bottom plate and the air storage container, and the compression spring is disposed between the resilient head and the air storage container such that the seal ring normally seals the through hole, whereby depressing the resilient head will move the stem inwardly of the air storage container, so that the compressed air within the air storage container can be released into the ambient environment by way of the through hole of the air storage container, thereby reducing the air pressure, characterized in that a protrusion next to the neck is provided, wherein the sealing ring is fitted around the neck of the stem.
A fiber-reinforced resin composition comprising a resin-adhered long fiber bundle including a thermoplastic resin and a rayon fiber, wherein: the rayon fiber of the component satisfies the following requirements, and, and the resin-adhered long fiber bundle is obtained by adhering and integrating the thermoplastic resin of the component in a molten state to and with a strand of longitudinally-arranged rayon fibers of the component, and cutting the strand into a length of 3 to 30 mm, a number average fiber diameter of 5 to 30 μm; a tensile elongation of 10% or more; and a flat shape with a ratio between a major axis length and a minor axis length (major axis length/minor axis length) in a width-directional cross section of 1.1 or more, wherein the tensile elongation and the ratio between a major axis length and a minor axis length are measured according to the methods in the description. the rayon fiber of the component satisfies the following requirements, and, and the resin-adhered long fiber bundle is obtained by adhering and integrating the thermoplastic resin of the component in a molten state to and with a strand of longitudinally-arranged rayon fibers of the component, and cutting the strand into a length of 3 to 30 mm, a number average fiber diameter of 5 to 30 μm; a tensile elongation of 10% or more; and a flat shape with a ratio between a major axis length and a minor axis length (major axis length/minor axis length) in a width-directional cross section of 1.1 or more, a number average fiber diameter of 5 to 30 μm; a tensile elongation of 10% or more; and a flat shape with a ratio between a major axis length and a minor axis length (major axis length/minor axis length) in a width-directional cross section of 1.1 or more, wherein the tensile elongation and the ratio between a major axis length and a minor axis length are measured according to the methods in the description.
A modified conjugated diene-based polymer comprising a repeating unit derived from a conjugated diene-based monomer, and comprising at one terminal a functional group derived from a modifier represented by the following Formula 1-1, Formula 1-2 or Formula 1-3:
An intraocular lens injector device, comprising: a housing, wherein the housing comprises a first end and a second end; a battery; a plunger disposed within the housing; a motor powered by the battery and configured to cause the plunger to translate in the housing; a user interface disposed on the housing, wherein the user interface receives user input to start translation of the plunger; and characterised by a printed circuit board disposed in the housing, a processor disposed on the printed circuit board in signal communication with the battery and configured to start translation of the motor in response to user input, one or more buttons on the housing in signal communication with the processor and configured to receive the user input, and a display on the housing configured to display a string or text data type and in signal communication with the processor. a housing, wherein the housing comprises a first end and a second end; a battery; a plunger disposed within the housing; a motor powered by the battery and configured to cause the plunger to translate in the housing; a user interface disposed on the housing, wherein the user interface receives user input to start translation of the plunger; and characterised by a printed circuit board disposed in the housing, a processor disposed on the printed circuit board in signal communication with the battery and configured to start translation of the motor in response to user input, one or more buttons on the housing in signal communication with the processor and configured to receive the user input, and a display on the housing configured to display a string or text data type and in signal communication with the processor.
A method of coating a substrate, said method comprising: forming a layer of sputtered material on said substrate, wherein forming said layer of sputtered material includes: - sputtering material from at least one rotatable target over said substrate; and - varying the relative position between said at least one rotatable target and said substrate to a first position, which first position is maintained for a predetermined first time interval; and - varying the relative position between said at least one rotatable target and said substrate to a second position, which second position is maintained for a predetermined second time interval, wherein at least one of the predetermined first time interval and the predetermined second time interval is at least 1 second. - sputtering material from at least one rotatable target over said substrate; and - varying the relative position between said at least one rotatable target and said substrate to a first position, which first position is maintained for a predetermined first time interval; and - varying the relative position between said at least one rotatable target and said substrate to a second position, which second position is maintained for a predetermined second time interval,
A method of operating a source node (1100A, 1100B, 1200A, 1200B) in a wireless communications network, comprising: transmitting one or more control signals during an identified control interval of an identified communication interval for communication between the source node and a destination node; transmitting one or more data signals during an identified data interval disposed after the control interval; receiving one or more coordination signals during an identified coordination interval disposed after the data interval, the one or more coordination signals coordinating at least one aspect of a listen-after-talk, LAT, procedure, and wherein the one or more coordination signals comprises at least one of a notify-to-send, NTS, message, and a received notify-not-to-send, NNTS, message together with an acknowledgement, ACK, or negative acknowledgement, NACK, message in an identified feedback interval disposed after the coordination interval.. transmitting one or more control signals during an identified control interval of an identified communication interval for communication between the source node and a destination node; transmitting one or more data signals during an identified data interval disposed after the control interval; receiving one or more coordination signals during an identified coordination interval disposed after the data interval, the one or more coordination signals coordinating at least one aspect of a listen-after-talk, LAT, procedure, and wherein the one or more coordination signals comprises at least one of a notify-to-send, NTS, message, and a received notify-not-to-send, NNTS, message together with an acknowledgement, ACK, or negative acknowledgement, NACK, message in an identified feedback interval disposed after the coordination interval..
Printhead module for a single pass ink jet printer comprising a frame construction, on which the printhead module is supportable, characterised in that the printhead module comprises a housing component with a transverse bracket extending in an X-direction, on which a number of printheads are arranged, which are positionally adjusted to at least one reference position, and wherein the printhead module comprises a support frame with support means for supporting the support frame on a support of the frame construction, wherein the housing component is mounted on the support frame so as to swing about a swing axis, wherein the X-direction together with a Y-direction and a Z-direction form an orthogonal coordinate system.
A beverage meeting the following conditions and: (i) the ratio of a content of RebD to a content of RebA is 1 to 20; or (ii) a ratio of content of RebM to a content of RebA is 2.2 to 9.5, and a caramel colouring is contained such that Lab values of the beverage are respectively L: 45 to 55, a: 10 to 20 and b: 25 to 35. (i) the ratio of a content of RebD to a content of RebA is 1 to 20; or (ii) a ratio of content of RebM to a content of RebA is 2.2 to 9.5, and (i) the ratio of a content of RebD to a content of RebA is 1 to 20; or (ii) a ratio of content of RebM to a content of RebA is 2.2 to 9.5, and a caramel colouring is contained such that Lab values of the beverage are respectively L: 45 to 55, a: 10 to 20 and b: 25 to 35.
A non-toxic deicing/anti-icing fluid comprising: at least about 20% by weight of a freeze point depressant which is a mixture of glycerol and another short chain polyol selected from the group consisting of 1,2 propanediol, 1,3 propanediol, erythritol, diethylene glycol, xylitol, and mixtures thereof; at least about 10% by weight of water; a thickener, which is a synthetic polymer of carboxylic acid group; a non-ionic surfactant; and a pH moderator; the fluid meeting the requirements of SAE/AMS 1428 or its revisions for a non-Newtonian, Type II or IV aircraft deicing/anti-icing fluid. at least about 20% by weight of a freeze point depressant which is a mixture of glycerol and another short chain polyol selected from the group consisting of 1,2 propanediol, 1,3 propanediol, erythritol, diethylene glycol, xylitol, and mixtures thereof; at least about 10% by weight of water; a thickener, which is a synthetic polymer of carboxylic acid group; a non-ionic surfactant; and a pH moderator; the fluid meeting the requirements of SAE/AMS 1428 or its revisions for a non-Newtonian, Type II or IV aircraft deicing/anti-icing fluid.
A printer cutter comprising: a head unit which is relatively moved with respect to a medium and prints an image on the medium; a cutter unit which is relatively moved with respect to the medium, and cuts the medium; a cutting control means for cutting a printing region of the medium by using the cutter unit and a print control means for printing the image in the printing region by using the head unit characterized by further comprising: a cutter holder configured to move vertically in the Z axis direction and turn around the Z axis, such that cutter unit cuts the medium when the cutter unit is moved in the Y axis direction and the medium is moved in the X axis direction, wherein said cutting control means control to cut the print region on which the image is to be printed by using the cutter unit before the image is printed in the printing region; and said print control means control to print the image after cutting of the printing region has been performed. a head unit which is relatively moved with respect to a medium and prints an image on the medium; a cutter unit which is relatively moved with respect to the medium, and cuts the medium; a cutting control means for cutting a printing region of the medium by using the cutter unit and a print control means for printing the image in the printing region by using the head unit characterized by further comprising: a cutter holder configured to move vertically in the Z axis direction and turn around the Z axis, such that cutter unit cuts the medium when the cutter unit is moved in the Y axis direction and the medium is moved in the X axis direction, wherein said cutting control means control to cut the print region on which the image is to be printed by using the cutter unit before the image is printed in the printing region; and said print control means control to print the image after cutting of the printing region has been performed.