mhurhangee/ep-ind-claims huggingface dataset:
A suction device for compacting air from two exchangeable suction units (10, 10a) on a twin drafting roller system of a spinning machine (10, 10a) for the aerodynamic compacting of fiber material that is guided across respectively one suction zone of compacting elements (6, 6a) provided with perforations and located directed toward from each other, and wherein the suction unit that is allocated to the respective compacting element is provided with a suction orifice (11, 11 a) that is connected to a suction channel (12, 12a) integrated in the respective suction unit and with a suction tube allocated to the suction units (10, 10a) including a suction element through which the compacting air that is suctioned off via the suction units (10, 10a) is released from the suction device, and wherein the output openings (01, 02) of the respective suction channel (12, 12a) are located opposite of an opening of the suction tube at a coupling location, and the suction element includes guides and holding means by means of which the suction units (10, 10a) are held and fixed in place in relation to the respective compacting element (6, 6a) characterized in that the output openings (01, 02) of the suction units (10, 10a) include each a rectangular circumferential flange (F1, F2) with a plane contact surface (A1, A2) and that rest at a common coupling location adjacently relative to each other on a circumferential, plane contact surface of a common, rectangular opening of the suction tube, and wherein the flanges (F1, F2) completely cover by means of the output orifices (01, 02) of the suction units the orifice of the suction tube and are held by the holding means by a compressive force against the contact surface.
A method of storing energy using a cryogenic energy storage system having a first and a second heat exchanger, said method comprising: providing a gaseous input; producing a cryogen from the gaseous input; storing the cryogen; pumping the cryogen to a form a pressurised cryogen; heating the pressurised cryogen in the second heat exchanger using heat from the gaseous input; superheating the heated pressurised cryogen in the first heat exchanger using heat from the gaseous input; expanding the superheated cryogen through a turbine to drive the turbine; and recovering cold energy by recycling at least a portion of the cold energy contained in the cryogen by extracting said cold energy through said first and second heat exchangers to cool down the gaseous input, thereby using the recovered cold energy to enhance production of more cryogen. providing a gaseous input; producing a cryogen from the gaseous input; storing the cryogen; pumping the cryogen to a form a pressurised cryogen; heating the pressurised cryogen in the second heat exchanger using heat from the gaseous input; superheating the heated pressurised cryogen in the first heat exchanger using heat from the gaseous input; expanding the superheated cryogen through a turbine to drive the turbine; and recovering cold energy by recycling at least a portion of the cold energy contained in the cryogen by extracting said cold energy through said first and second heat exchangers to cool down the gaseous input, thereby using the recovered cold energy to enhance production of more cryogen.
A device for cosmetic treatment of human skin, comprising: A handpiece comprising an array of needles for inserting into the skin; an electrical unit comprising a DC power source electrically connected to said array of needles for providing a current to the needles, the needles each serving as cathodes; an anode that is electrically connected to the DC power source to receive a current, and that is adapted to be placed in contact with the skin of the person into which the needles are inserted to form a closed electrical circuit; at least one RF transmitter included in the handpiece so as to be on the side of the handpiece which during operation is the closest to the skin, coupled to said array of needles and during operation located above the surface of the skin and providing a high frequency electromagnetic radiation directed toward the skin for radiating the area around where the needle is inserted to provide heat while the needle is deployed. A handpiece comprising an array of needles for inserting into the skin; an electrical unit comprising a DC power source electrically connected to said array of needles for providing a current to the needles, the needles each serving as cathodes; an anode that is electrically connected to the DC power source to receive a current, and that is adapted to be placed in contact with the skin of the person into which the needles are inserted to form a closed electrical circuit; at least one RF transmitter included in the handpiece so as to be on the side of the handpiece which during operation is the closest to the skin, coupled to said array of needles and during operation located above the surface of the skin and providing a high frequency electromagnetic radiation directed toward the skin for radiating the area around where the needle is inserted to provide heat while the needle is deployed.
A method of making a zirconia (ZrO 2) composite powder partially alloyed with one or more of yttria, scandia, dysprosia, ytterbia, or any of the oxides of lanthanide or actinide and having an unalloyed or monoclinic phase zirconia content of 10 to 75 volume percent for use with plasma spray deposition processes, the composite powder having a typical particle size between 5 micrometers and 180 micrometers, the method comprising the steps of: providing an agglomerated powder or a chemically derived zirconia composite powder that contains less than 30 weight percent of one or more of yttria, scandia, dysprosia, ytterbia, or any of the oxides of lanthanide or actinide; and a partially alloying step that is controlled to achieve the required monoclinic phase zirconia content of 10 to 75 volume percent and an apparent density of the partially alloyed zirconia composite powder of between 1.0 and 2.0 g/cm3 by: sintering the agglomerated powder or chemically derived powder by heating the powder to at least 1400 °C. providing an agglomerated powder or a chemically derived zirconia composite powder that contains less than 30 weight percent of one or more of yttria, scandia, dysprosia, ytterbia, or any of the oxides of lanthanide or actinide; and a partially alloying step that is controlled to achieve the required monoclinic phase zirconia content of 10 to 75 volume percent and an apparent density of the partially alloyed zirconia composite powder of between 1.0 and 2.0 g/cm3 by: sintering the agglomerated powder or chemically derived powder by heating the powder to at least 1400 °C.
A method for actively scanning a Wi-Fi network, the method comprising: sending, by a station, STA, a probe request message over a first channel in a multi-channel wireless local area network, WLAN; monitoring, by the STA, the first channel for probe response messages; setting, by the STA, a probe timer; detecting, by the STA, at least some channel activity prior to the probe timer reaching a minimum channel time, MinChannelTime; discontinue monitoring, by the STA, of the first channel when the probe timer reaches a medium channel time, MedChannelTime, unless a message indicating the presence of a Wi-Fi access point, AP, is detected on the first channel prior to the probe timer reaching the MedChannelTime; and monitoring, by the STA, the first channel until the probe timer reaches a maximum channel time, MaxChannelTime, when at least one message indicating the presence of a Wi-Fi AP is detected on the first channel prior to expiration of the MedChannelTime. sending, by a station, STA, a probe request message over a first channel in a multi-channel wireless local area network, WLAN; monitoring, by the STA, the first channel for probe response messages; setting, by the STA, a probe timer; detecting, by the STA, at least some channel activity prior to the probe timer reaching a minimum channel time, MinChannelTime; discontinue monitoring, by the STA, of the first channel when the probe timer reaches a medium channel time, MedChannelTime, unless a message indicating the presence of a Wi-Fi access point, AP, is detected on the first channel prior to the probe timer reaching the MedChannelTime; and monitoring, by the STA, the first channel until the probe timer reaches a maximum channel time, MaxChannelTime, when at least one message indicating the presence of a Wi-Fi AP is detected on the first channel prior to expiration of the MedChannelTime.
A wound closure device comprising: an elongate body having a proximal end and a distal end; a plug member having a tissue facing surface; wherein the plug member comprises at least one reactive group on its surface to bind to tissue; and wherein at least a portion of the wound closure device comprises a polymer foam, which is a dried polymer; and wherein the plug member is formed from a pair of shaped sections (144a, 144b); and wherein the elongate body and the sections (144a, 144b) of the plug member are coupled via one or more hinges; and wherein said one or more hinges connect the tissue facing surface of the plug member to the elongate body; and wherein the sections (144a, 144b) of the plug member include an abutment surface (143a, 143b), the abutment surfaces configured to control the angle of the shaped sections (144a, 144b) with respect to the elongate body when the abutment surfaces (143a, 143b) are approximated. an elongate body having a proximal end and a distal end; a plug member having a tissue facing surface; wherein the plug member comprises at least one reactive group on its surface to bind to tissue; and wherein at least a portion of the wound closure device comprises a polymer foam, which is a dried polymer; and wherein the plug member is formed from a pair of shaped sections (144a, 144b); and wherein the elongate body and the sections (144a, 144b) of the plug member are coupled via one or more hinges; and wherein said one or more hinges connect the tissue facing surface of the plug member to the elongate body; and wherein the sections (144a, 144b) of the plug member include an abutment surface (143a, 143b), the abutment surfaces configured to control the angle of the shaped sections (144a, 144b) with respect to the elongate body when the abutment surfaces (143a, 143b) are approximated.
An aqueous oral pharmaceutical composition which is a solution comprising: a). phenylephrine; b). artificial sweetener; c). up to 45% w/v glycerin; and d). up to 10% w/v sorbitol wherein the glycerin to sorbitol ratio is from about 2:1 to about 10:1. a). phenylephrine; b). artificial sweetener; c). up to 45% w/v glycerin; and d). up to 10% w/v sorbitol wherein the glycerin to sorbitol ratio is from about 2:1 to about 10:1.
A garment fastening system (10, 110) comprising: a button member (12, 112) adapted to be inserted into an existing buttonhole of a garment, said button (12, 112) member comprising a front wall (18, 118), a rear wall (16, 116) and a side wall (20, 120) disposed therebetween, said button member (12, 112) defining an aperture (26, 126) that is extending from a portion of said rear wall (16, 116) and a portion of said side wall (20, 120), and an internal chamber (28, 128) in communication with said aperture (26, 126); and a resilient member (14, 114) extending through said aperture (26, 126) and having two opposite ends (30, 130) that are connected to said internal chamber (28, 128) thereby defining a loop (32, 132) at least partially extending outside said button member (12, 112) and adapted to receive an existing button of said garment, characterised by said aperture (26, 126) being dimensioned for allowing movement of said resilient member (14, 114). a button member (12, 112) adapted to be inserted into an existing buttonhole of a garment, said button (12, 112) member comprising a front wall (18, 118), a rear wall (16, 116) and a side wall (20, 120) disposed therebetween, said button member (12, 112) defining an aperture (26, 126) that is extending from a portion of said rear wall (16, 116) and a portion of said side wall (20, 120), and an internal chamber (28, 128) in communication with said aperture (26, 126); and a resilient member (14, 114) extending through said aperture (26, 126) and having two opposite ends (30, 130) that are connected to said internal chamber (28, 128) thereby defining a loop (32, 132) at least partially extending outside said button member (12, 112) and adapted to receive an existing button of said garment, characterised by said aperture (26, 126) being dimensioned for allowing movement of said resilient member (14, 114).
A method for providing broadcast services for a national service in two different geographic regions (211a, 211b) of a network having different network identifiers, the method comprising: generating, at a server, a user service description, "USD"; and sending, from the server, the USD to a receiver device in the network, characterized in that the USD indicates at least two different temporary mobile group identifiers, "TMGIs", for a single File Delivery Over Unidirectional Transport, "FLUTE", session assigned to the national service to be broadcast in each of the two different geographic regions (211a, 211b). generating, at a server, a user service description, "USD"; and sending, from the server, the USD to a receiver device in the network, characterized in that the USD indicates at least two different temporary mobile group identifiers, "TMGIs", for a single File Delivery Over Unidirectional Transport, "FLUTE", session assigned to the national service to be broadcast in each of the two different geographic regions (211a, 211b).
Wind turbines, comprising a frame on a floating pontoon (1, 2, 3) where the frame is constructed as a lattice-shaped rig upright on the pontoon (1, 2, 3) forming a plurality of rectangular or square openings in the rig for receiving respective interchangeable wind turbine generators with associated drive propellers driven by incoming wind, wherein - each turbine generator (12, 14) comprises one or more pairs of propeller blades (14a, b) forming a propeller set having a blade diameter defining the turbine rotational plane, and - each propeller set is arranged at a distance in front of the front side of the rig, and is configured to be rotated by the incoming wind towards the rig, characterized in that each wind turbine generator is being arranged to be moved up to the rear of the rig and through the openings towards the rig's front side. - each turbine generator (12, 14) comprises one or more pairs of propeller blades (14a, b) forming a propeller set having a blade diameter defining the turbine rotational plane, and - each propeller set is arranged at a distance in front of the front side of the rig, and is configured to be rotated by the incoming wind towards the rig, characterized in that each wind turbine generator is being arranged to be moved up to the rear of the rig and through the openings towards the rig's front side.
A planetary wheel drive, comprising: a stationary spindle and a rotatable output housing; said spindle includes an internal ring gear; said housing includes an internal ring gear; an input stage, an intermediate stage and an output stage; said input stage includes an input sun gear, and input planet gear, an input planet pin and an input planet carrier; said input sun gear and said input planet gear reside within said spindle; said input planet gear in meshing engagement with said internal ring gear of said stationary spindle; said input planet carrier mounted on said input planet pin; said input planet carrier being cantilevered and extends axially outside of said stationary spindle; said input planet carrier drives said intermediate stage; said intermediate stage drives said output stage; and, said output stage includes an output carrier and said output carrier is fixed to said stationary spindle. a stationary spindle and a rotatable output housing; said spindle includes an internal ring gear; said housing includes an internal ring gear; an input stage, an intermediate stage and an output stage; said input stage includes an input sun gear, and input planet gear, an input planet pin and an input planet carrier; said input sun gear and said input planet gear reside within said spindle; said input planet gear in meshing engagement with said internal ring gear of said stationary spindle; said input planet carrier mounted on said input planet pin; said input planet carrier being cantilevered and extends axially outside of said stationary spindle; said input planet carrier drives said intermediate stage; said intermediate stage drives said output stage; and, said output stage includes an output carrier and said output carrier is fixed to said stationary spindle.
A method for receiving, at a receiving device limited to operation within a subband of a frequency range of potential operation during a single subframe, the subband being smaller than the frequency range, the method for receiving a control information message from a transmitting device using reception resources being arranged over different subbands in different subframes, the method comprising: monitoring at the receiving device, a first plurality of reception resources contained in a first subband in a first subframe for a first portion of the control information message and a second plurality of reception resources contained in a second subband in a second subframe for a second portion of the control information message; and receiving at the receiving device the control information message in the monitored reception resources, the control information message formed from the first portion and the second portion; wherein the first subband is at least partly non-overlapping with the second subband. monitoring at the receiving device, a first plurality of reception resources contained in a first subband in a first subframe for a first portion of the control information message and a second plurality of reception resources contained in a second subband in a second subframe for a second portion of the control information message; and receiving at the receiving device the control information message in the monitored reception resources, the control information message formed from the first portion and the second portion; wherein the first subband is at least partly non-overlapping with the second subband.
One or more device-readable media including device-executable instructions for performing the following steps: receiving an indication from a mobile user device of an intent to access a protected resource; requesting a key exchange with the mobile user device in response to the indication from the mobile user device of the intent to access the resource; exchanging one or more keys with the mobile user device, wherein the one or more keys provide security credentials of a user; verifying whether the one or more keys obtained via the key exchange are valid; and authorizing access to the protected resource if the one or more keys obtained via the key exchange and a keyholder verification are are both valid, wherein the steps further comprise requesting the keyholder verification and storing the validity of the keyholder verification for future accesses, and wherein an expiration policy is set for the keyholder verification including a number of uses wherein the keyholder verification is valid until the one or more keys are used up to the number of uses. receiving an indication from a mobile user device of an intent to access a protected resource; requesting a key exchange with the mobile user device in response to the indication from the mobile user device of the intent to access the resource; exchanging one or more keys with the mobile user device, wherein the one or more keys provide security credentials of a user; verifying whether the one or more keys obtained via the key exchange are valid; and authorizing access to the protected resource if the one or more keys obtained via the key exchange and a keyholder verification are are both valid, wherein the steps further comprise requesting the keyholder verification and storing the validity of the keyholder verification for future accesses, and wherein an expiration policy is set for the keyholder verification including a number of uses wherein the keyholder verification is valid until the one or more keys are used up to the number of uses.
A device for culturing biological matter, said device in the orientation intended for use comprises: - a dish of a material, said dish having a top surface and an essentially flat, horizontal bottom surface; wherein said dish comprising a number of well assemblies, said number of well assemblies being 3 or more; wherein in respect of one or more of said well assemblies, preferably all well assemblies, said well assembly comprising a culture well and one or more associated washing wells, wherein in respect of one or more of said well assemblies, preferably all well assemblies, said culture well and said one or more associated washing wells are grouped together; wherein in respect of one or more of said well assemblies, preferably all well assemblies, said culture well comprises a culture well depression in said material, said culture well depression having a rim, wherein at least one part of said rim defines the beginning of a slope extending upwards, thus defining a culture well slope, said culture well slope ending in a well slope plateau; wherein in respect of one or more of said well assemblies, preferably all well assemblies, said washing well comprises a washing well depression in said material, said washing well depression having a rim, wherein at least one part of said rim defines the beginning of a slope extending upwards, thus defining a washing well slope, said washing well slope ending in a well slope plateau; wherein in respect of one or more of said well assemblies, preferably all well assemblies, said material at the position of the bottom of the culture well depression, and optionally also at the position of the bottom of the washing well depression, being transparent characterized in that in respect of one or more of the well assemblies, preferably all well assemblies, said culture well slope comprises a number of protrusions, protruding from the surface of the culture well slope, said number of protrusions being present across the slope in at least a part thereof, preferably in a horizontal direction. - a dish of a material, said dish having a top surface and an essentially flat, horizontal bottom surface;
A delivery service having at least two deposition stations (I; II) and having a conveyor system, through which a sheet of printed material can be received and can be conveyed downstream to a first of the deposition stations (I; II), where it can be deposited for the formation of a first stack or can be further conveyed downstream to the second of the deposition stations (II; I) and can be deposited there for the formation of a second stack, wherein each deposition station (I; II) is assigned to a vertically movable support device (36; 37) for direct or indirect reception of a stack (11; 12), characterized in that in each case a stack changing device (53; 54) facilitating an interruption free stack change with an auxiliary support device (166; 167) that can be lowered by means of a motor is assigned to the first and the second deposition stations (I; II).