mhurhangee/ep-ind-claims huggingface dataset:
A mobile mains-powered appliance, the appliance including a cable reeler (22,25,28) for a power supply cable, the reeler comprising a rotatable reel housed in the appliance onto which the cable can be wound, whereby the cable may be extended or retracted from the appliance by unwinding or winding of the cable from or onto the reel, wherein the cable is rendered detachable from the appliance by the provision of a detachable electric supply coupling comprising first and second coupling portions (45,46), the first coupling portion being attached to a machine end region of the cable, and the second coupling portion being attached to the appliance, the coupling portions being adapted to be releasably engageable with one another so as to make or detach an electrical connection between the cable and the appliance, characterised in that the second coupling portion is disposed on or in an external wall portion of the appliance under an openable access panel provided in the wall portion so that the coupling is accessible to permit manual engagement or disengagement of the coupling portions when the access panel is opened, and said external wall portion is an outside-facing cable reel flange portion or an outside-facing flange portion attached to and axially spaced apart from the reel, so that the outside facing flange portion and the second coupling portion rotate with the reel during winding and unwinding, wherein a cable path is provided which communicates between a region of the electric supply coupling for accommodating the first coupling portion to a circumferential reel spooling space for the cable via an open-ended radially extending slot which passes through the flange portion.
A connectorized fiber optic cabling assembly comprising: a loose tube fiber optic cable that includes a plurality of optical fibers and at least one strength member; and a connector assembly defining at least one fiber passage, wherein the connector assembly is mounted on an end of the cable such that the plurality of optical fibers extend through at least a portion of the at least one fiber passage, the connector assembly including a connector housing and a strain relief boot mounted to the connector housing, the strain relief boot having a boot passage through which the cable extends, wherein the boot passage includes a front section proximate the connector housing and a rear section distal from the connector housing that receives the loose tube fiber optic cable; the connectorized fiber optic cabling assembly characterized in that the plurality of optical fibers have a loose configuration outside of the connector housing and transition to a ribbonized configuration within the connector housing a loose tube fiber optic cable that includes a plurality of optical fibers and at least one strength member; and a connector assembly defining at least one fiber passage, wherein the connector assembly is mounted on an end of the cable such that the plurality of optical fibers extend through at least a portion of the at least one fiber passage, the connector assembly including a connector housing and a strain relief boot mounted to the connector housing, the strain relief boot having a boot passage through which the cable extends, wherein the boot passage includes a front section proximate the connector housing and a rear section distal from the connector housing that receives the loose tube fiber optic cable; the connectorized fiber optic cabling assembly characterized in that the plurality of optical fibers have a loose configuration outside of the connector housing and transition to a ribbonized configuration within the connector housing
A light-emitting device control system, comprising: a beam steering mechanism (304, 1000) configured to direct a beam of light at a first surface location, wherein an illumination region (102, 1002) is formed at the first surface location in response to the directed beam of light; a sensor (306, 514, 1400, 1410) configured to provide an image of a hand gesture at the illumination region (102, 1002) only at a control spot (104, 1804) identified by color light that is different than, smaller than, and a portion of a size of, the illumination region (102, 1002), wherein the sensor detects a presence of the hand gesture by hand temperature; a processor configured to convert said image of the hand gesture at or near the control spot (104, 1804) into a command signal; a controller configured to instruct the beam steering mechanism (304, 1000) to move the illumination region (102, 1002) to a second surface location in response to the command signal corresponding to the hand gesture in the control spot (104, 1804); and a control spot generator configured to generate the control spot (104, 1804) for providing a region at a specific position for the hand gesture allowing the sensor to recognize the hand gesture only in the region at the specific position for the hand gesture. a beam steering mechanism (304, 1000) configured to direct a beam of light at a first surface location, wherein an illumination region (102, 1002) is formed at the first surface location in response to the directed beam of light; a sensor (306, 514, 1400, 1410) configured to provide an image of a hand gesture at the illumination region (102, 1002) only at a control spot (104, 1804) identified by color light that is different than, smaller than, and a portion of a size of, the illumination region (102, 1002), wherein the sensor detects a presence of the hand gesture by hand temperature; a processor configured to convert said image of the hand gesture at or near the control spot (104, 1804) into a command signal; a controller configured to instruct the beam steering mechanism (304, 1000) to move the illumination region (102, 1002) to a second surface location in response to the command signal corresponding to the hand gesture in the control spot (104, 1804); and a control spot generator configured to generate the control spot (104, 1804) for providing a region at a specific position for the hand gesture allowing the sensor to recognize the hand gesture only in the region at the specific position for the hand gesture.
Composite material for application in a shoe upper, sole or seat cover, comprising a waterproof, water vapour-permeable functional layer as well as an air-permeable dual-layer composite, wherein the dual-layer composite is constructed so that the layer of the dual-layer composite facing the functional layer has a higher hydrophilicity and absorptivity than the layer of the dual-layer composite facing away from the functional layer.
An air conditioner having devices of an outdoor unit, an indoor unit, and a remote controller, the air conditioner performing signal transmission using a digital signal between the devices connected to each other through a transmission path including two lines (P1, P2), comprising: a discharging resistor (R5, R6) for discharging a charge accumulated in a floating capacitance (Cs) between the two lines (P1, P2); the air conditioner characterised by further comprising: a switching element that performs an ON operation to make the discharging resistor (R5, R6) connect between the two lines (P1, P2) and an OFF operation to make the discharging resistor disconnect; a control unit that executes discharge control, during signal transmission in which one of a high level and a low level of an absolute value corresponding to a sign of the digital signal is set to a signal voltage between the two lines, to set the switching element to an OFF state when the setting is at the high level and to set the switching element to an ON state when the setting is at the low level. a switching element that performs an ON operation to make the discharging resistor (R5, R6) connect between the two lines (P1, P2) and an OFF operation to make the discharging resistor disconnect; a control unit that executes discharge control, during signal transmission in which one of a high level and a low level of an absolute value corresponding to a sign of the digital signal is set to a signal voltage between the two lines, to set the switching element to an OFF state when the setting is at the high level and to set the switching element to an ON state when the setting is at the low level.
Method for the reduction of amounts carbon monoxide, volatile organic compounds and nitrogen oxides in flue or exhaust gas comprising the steps of introducing ammonia and/or a precursor thereof into the flue or exhaust gas; converting the precursor if any into ammonia; contacting the gas and the ammonia at a temperature of up to 350°C with a layered catalyst comprising in flow direction of the gas an upper first catalyst layer with an oxidation catalyst consisting of palladium, vanadium oxide and titanium oxide and an underlying second catalyst layer with an NH3-SCR catalyst supporting completely the first layer and oxidising at least part of the amounts of carbon monoxide and the volatile organic compounds in the upper first layer without affecting the ammonia further contained in the gas and reducing the amounts of nitrogen oxides in the underlying second catalyst layer by reaction with the ammonia.
A leadframe assembly for a semiconductor device, the leadframe assembly comprising: a clip frame structure; the clip frame structure comprising: a die connection portion configured and arranged for contacting to one or more contact terminals on a top side of a semiconductor die; one or more electrical leads (112, 116) extending from the die connection portion at a first end, wherein the die connection portion comprises an hooking tab extending therefrom configured and arranged to be engaged with a wire loop of a wire pull test equipment, characterized in that the hooking tab is arranged such that it extends orthogonally from the die connection portion, wherein the hooking tab is integrally formed with die connection portion. a die connection portion configured and arranged for contacting to one or more contact terminals on a top side of a semiconductor die; one or more electrical leads (112, 116) extending from the die connection portion at a first end, wherein the die connection portion comprises an hooking tab extending therefrom configured and arranged to be engaged with a wire loop of a wire pull test equipment, characterized in that the hooking tab is arranged such that it extends orthogonally from the die connection portion, wherein the hooking tab is integrally formed with die connection portion.
An AC/DC converter including an autotransformer having a delta-connected primary winding and two star-connected secondary windings, the two secondary windings being connected to a rectifier stage, characterized in that the windings of the autotransformer are disposed in notches formed around internal teeth of a cylindrical support in the form of an electric machine stator with a nested coil structure.
A method of operation by a network node of a wireless communication network, the method comprising: receiving robustness information for a plurality of media configurations available for use in a multimedia session involving a wireless communication device connected to the wireless communication network, the robustness information indicating corresponding absolute or relative fault tolerances of the available media configurations, the media configuration comprising parameters relating to encoding and transmission which are available for packetizing the underlying media, and the media configuration depending on one or more parameters that influence whether or to what extent the session is vulnerable to faults; detecting, as a detected media configuration, which media configuration in the plurality of media configurations is in use for the multimedia session; determining, from the robustness information, a fault tolerance of the detected media configuration; setting a service continuity threshold dynamically in dependence on the fault tolerance of the detected media configuration, the service continuity threshold used for switching the multimedia session between a packet-switched transport and a circuit-switched transport, during the multimedia session; and transmitting, to the wireless communication device, an indication of setting the service continuity threshold; wherein the steps of determining and setting are repeated in response to the detected media configuration changing. receiving robustness information for a plurality of media configurations available for use in a multimedia session involving a wireless communication device connected to the wireless communication network, the robustness information indicating corresponding absolute or relative fault tolerances of the available media configurations, the media configuration comprising parameters relating to encoding and transmission which are available for packetizing the underlying media, and the media configuration depending on one or more parameters that influence whether or to what extent the session is vulnerable to faults; detecting, as a detected media configuration, which media configuration in the plurality of media configurations is in use for the multimedia session; determining, from the robustness information, a fault tolerance of the detected media configuration; setting a service continuity threshold dynamically in dependence on the fault tolerance of the detected media configuration, the service continuity threshold used for switching the multimedia session between a packet-switched transport and a circuit-switched transport, during the multimedia session; and transmitting, to the wireless communication device, an indication of setting the service continuity threshold; wherein the steps of determining and setting are repeated in response to the detected media configuration changing.
Optoelectronic semiconductor device, with - a first support which is integrally formed of a metal and which has an upper side and a lower side opposite the upper side of the first support, the first support having a first and a second region (B1, B2) in which the first support is of different thickness; - at least one optoelectronic semiconductor chip disposed in said first region at the upper side of said first support; - at least one electronic component which is arranged in the second region on the lower side of the first support; wherein - the first support has a greater thickness perpendicular to a main extension direction of the first support in the first region than in the second region, - on the lower side, the first region projects beyond the second region perpendicular to the main extension direction of the first support, - the at least one electronic component is electrically conductively connected to the at least one optoelectronic semiconductor chip, wherein the electronic component does not project beyond the first region of the first support in a direction away from the lower side, - the at least one electronic component contains a protective circuit against damage by electrostatic charging and/or a drive circuit for the at least one optoelectronic semiconductor chip. - a first support which is integrally formed of a metal and which has an upper side and a lower side opposite the upper side of the first support, the first support having a first and a second region (B1, B2) in which the first support is of different thickness; - at least one optoelectronic semiconductor chip disposed in said first region at the upper side of said first support; - at least one electronic component which is arranged in the second region on the lower side of the first support; wherein - the first support has a greater thickness perpendicular to a main extension direction of the first support in the first region than in the second region, - on the lower side, the first region projects beyond the second region perpendicular to the main extension direction of the first support, - the at least one electronic component is electrically conductively connected to the at least one optoelectronic semiconductor chip, wherein the electronic component does not project beyond the first region of the first support in a direction away from the lower side, - the at least one electronic component contains a protective circuit against damage by electrostatic charging and/or a drive circuit for the at least one optoelectronic semiconductor chip.
A glass-ceramic material, comprising β-quartz or β-spodumene solid solution as the predominant crystalline phase, which is essentially free of vanadium, As 2 O 3 and Sb 2 O 3 and having a composition, expressed in terms of percentage by weight of the total composition on the basis of oxides, consisting essentially of: SiO 2: 55-75%; Al 2 O 3:17-22%; Li 2 O: 2-5%; MgO: 0-3%; CaO: 0-2%; SrO: 0-2%; BaO: 0-2%; ZnO: 0-4%; TiO 2: 0-5%; ZrO 2: 0-5%; TiO 2 +ZrO 2: 2.5-6%; SnO 2: 0.3-1.5%; Bi 2 O 3: 0.5-6%; CeO 2 +Wv 3 +Nb 2 O 5 +MoO 3: 0-1%.
Feeding system for infants, comprising: - a bottle for storing and releasing a fluid, - a set of two or more teats having different flow rates, each of the teats being configured to be arranged on the open end of the bottle, - at least one sensor (10, 20, 30) arranged in or at the bottle for measuring one or more bottle parameters associated to contents of the bottle, - a data processing unit (12, 22, 32) for processing the measured bottle parameters to generate an advice regarding the teat and - an indicator (13, 23, 33) for issuing said advice to a user of the feeding system. - a bottle for storing and releasing a fluid, - a set of two or more teats having different flow rates, each of the teats being configured to be arranged on the open end of the bottle, - at least one sensor (10, 20, 30) arranged in or at the bottle for measuring one or more bottle parameters associated to contents of the bottle, - a data processing unit (12, 22, 32) for processing the measured bottle parameters to generate an advice regarding the teat and - an indicator (13, 23, 33) for issuing said advice to a user of the feeding system.
Solubilizate, consisting of curcumin in a content of less than or equal to 10 wt.%, preferably less than or equal to 8 wt.%, more preferably 3 wt.% to 7 wt.%, most preferably 1 wt.% to 3 wt.%; and at least one cannabinoid as at least one further active substance; and polysorbate 80, or a mixture of polysorbate 80 and polysorbate 20 or of polysorbate 80 and at least one sucrose ester of edible fatty acids, wherein the solubilizate optionally contains up to 20 wt.%, preferably up to 15 wt.% of ethanol; and/or up to 25 wt.%, preferably between 12 wt.% and 20 wt.%, most preferably up to 10 wt.% of glycerol; and/or additionally up to 10 wt.%, preferably up to 7 wt.% of water. curcumin in a content of less than or equal to 10 wt.%, preferably less than or equal to 8 wt.%, more preferably 3 wt.% to 7 wt.%, most preferably 1 wt.% to 3 wt.%; and at least one cannabinoid as at least one further active substance; and polysorbate 80, or a mixture of polysorbate 80 and polysorbate 20 or of polysorbate 80 and at least one sucrose ester of edible fatty acids, wherein the solubilizate optionally contains up to 20 wt.%, preferably up to 15 wt.% of ethanol; and/or up to 25 wt.%, preferably between 12 wt.% and 20 wt.%, most preferably up to 10 wt.% of glycerol; and/or additionally up to 10 wt.%, preferably up to 7 wt.% of water.
A method of preparing a cheese food product comprising contacting a cheese food composition comprising lipids and lactose with one or more lipases and one or more lactases, wherein at least one of the one or more lactases exhibits galactose transferring activity, wherein the cheese food product has a stronger cheese flavor and a higher ratio of free short chain fatty acids to free long chain fatty acids than a comparable product treated with the one or more lipases but not the one or more lactases.
An integrated on-chip optical polarizer, comprising: a mode converting waveguide disposed to receive light comprising a first polarization mode and a second polarization mode and configured to selectively convert the second polarization mode into a third polarization mode while preserving the first polarization mode, the mode converting waveguide including a first input width; a mode squeezing waveguide, with cladding on each side thereof, including a second input width larger than the first input width and an output width smaller than the first input width, disposed to receive light from the mode converting waveguide and configured to lessen an optical confinement of the third polarization mode to a greater degree than that of the first polarization mode for squeezing a portion of the third polarization mode out of the mode squeezing waveguide into the cladding; and a dump waveguide, with cladding on each side thereof, disposed to receive light from the mode squeezing waveguide and configured to dump the third polarization mode into the cladding while allowing light in the first polarization mode to propagate to an output. a mode converting waveguide disposed to receive light comprising a first polarization mode and a second polarization mode and configured to selectively convert the second polarization mode into a third polarization mode while preserving the first polarization mode, the mode converting waveguide including a first input width; a mode squeezing waveguide, with cladding on each side thereof, including a second input width larger than the first input width and an output width smaller than the first input width, disposed to receive light from the mode converting waveguide and configured to lessen an optical confinement of the third polarization mode to a greater degree than that of the first polarization mode for squeezing a portion of the third polarization mode out of the mode squeezing waveguide into the cladding; and a dump waveguide, with cladding on each side thereof, disposed to receive light from the mode squeezing waveguide and configured to dump the third polarization mode into the cladding while allowing light in the first polarization mode to propagate to an output.
A liquid droplet jetting apparatus for jetting of a liquid onto an object, comprising: a liquid droplet jetting head including a liquid droplet jetting surface formed with a plurality of nozzles from which the droplets are to be jetted, an energy applying means configured to apply a jetting energy to the liquid in each of the nozzles, and a driving device (22,23) configured to drive the energy applying means; a relative movement means configured to move, along the liquid droplet jetting surface, the liquid droplet jetting head relative to the object to be arranged to face the liquid droplet jetting surface; and a heat radiating member configured to be provided in the liquid droplet jetting head to radiate heat generated in the driving device (22, 23), characterised in that the heat radiating member includes a heat radiating surface which is positioned on a plane including the liquid droplet jetting surface or which projects toward the object to be arranged as compared with the plane including the liquid droplet jetting surface. a liquid droplet jetting head including a liquid droplet jetting surface formed with a plurality of nozzles from which the droplets are to be jetted, an energy applying means configured to apply a jetting energy to the liquid in each of the nozzles, and a driving device (22,23) configured to drive the energy applying means; a relative movement means configured to move, along the liquid droplet jetting surface, the liquid droplet jetting head relative to the object to be arranged to face the liquid droplet jetting surface; and a heat radiating member configured to be provided in the liquid droplet jetting head to radiate heat generated in the driving device (22, 23), the heat radiating member includes a heat radiating surface which is positioned on a plane including the liquid droplet jetting surface or which projects toward the object to be arranged as compared with the plane including the liquid droplet jetting surface.