mhurhangee/ep-ind-claims huggingface dataset:
Process for producing sheet products made of silicone rubber with porous structure, characterized in that - a microbead-silicone-oil mixture made of microbeads and silicone oil in a ratio by weight of from 10:1 to 1:10 is produced, wherein the microbeads are hollow, preexpanded microbeads with a size of from 5 to 100 pm, - a silicone rubber mixture is produced with conventional mixture constituents, - the microbead-silicone-oil mixture is incorporated into the silicone rubber mixture by mixing on a roll, - the silicone rubber mixture is calendered to give webs, and - the webs are vulcanized. - a microbead-silicone-oil mixture made of microbeads and silicone oil in a ratio by weight of from 10:1 to 1:10 is produced, wherein the microbeads are hollow, preexpanded microbeads with a size of from 5 to 100 pm, - a silicone rubber mixture is produced with conventional mixture constituents, - the microbead-silicone-oil mixture is incorporated into the silicone rubber mixture by mixing on a roll, - the silicone rubber mixture is calendered to give webs, and - the webs are vulcanized.
A pharmaceutical composition comprising a glucopyranosyl lipid adjuvant having the formula: where: R 1, R 3, R 5 and R 6 are undecyl; and R 2 and R 4 are tridecyl; a metabolizable oil; and a pharmaceutically acceptable carrier, excipient or diluent, in an oil-in-water emulsion form. where: R 1, R 3, R 5 and R 6 are undecyl; and R 2 and R 4 are tridecyl; a metabolizable oil; and a pharmaceutically acceptable carrier, excipient or diluent, in an oil-in-water emulsion form.
A coaxial connector for interconnection with a solid outer conductor of a coaxial cable, comprising: a monolithic connector body with a bore; characterized in that it further comprises an annular flare seat angled radially outward from the bore toward a connector end of the connector; the annular flare seat opens is located at the connector end of the bore and to the connector end of the connector. a monolithic connector body with a bore; characterized in that it further comprises an annular flare seat angled radially outward from the bore toward a connector end of the connector; the annular flare seat opens is located at the connector end of the bore and to the connector end of the connector.
A foldable air blower for drying humid, hanging laundry on a laundry hanging device, comprising an air inlet, a first air conduit unit, a second air conduit unit and an engine unit for sucking air from the outside through the air inlet, wherein (i) the first air conduit unit comprises a distal side wall 50 and a bottom air outlet with a plurality of shutters; (ii) the second air conduit unit also comprises a bottom air outlet with a plurality of shutters and a distal side wall 60 and is attached to the first air conduit unit, so that it can be folded on top of the first air conduit unit when the air blower is not in use; and (iii) one or more legs are provided which are adapted to hold the foldable air blower a short distance above hanging laundry, wherein in the unfolded position the distal walls of the first and second air conduits abut against each other so that the two air conduits 20, 25 are joined together to form a single interior spacing for moving air, such that when the foldable air blower is positioned a short distance above the humid, hanging laundry, air is blown from the bottom air outlet into the hanging laundry in order to speed the drying process of the hanging laundry. (i) the first air conduit unit comprises a distal side wall 50 and a bottom air outlet with a plurality of shutters; (ii) the second air conduit unit also comprises a bottom air outlet with a plurality of shutters and a distal side wall 60 and is attached to the first air conduit unit, so that it can be folded on top of the first air conduit unit when the air blower is not in use; and (iii) one or more legs are provided which are adapted to hold the foldable air blower a short distance above hanging laundry, wherein in the unfolded position the distal walls of the first and second air conduits abut against each other so that the two air conduits 20, 25 are joined together to form a single interior spacing for moving air, such that when the foldable air blower is positioned a short distance above the humid, hanging laundry, air is blown from the bottom air outlet into the hanging laundry in order to speed the drying process of the hanging laundry.
A sensor insertion assembly comprising: - a sensor cartridge (100, 302, 402, 600, 800, 900, 1000, 1100, 1200) comprising an insertion needle within a sterile capsule (104, 604) and a sensor within the sterile capsule and - an inserter comprising a chamber for receiving the sensor cartridge, wherein the inserter further comprises an insertion mechanism operable for actuating the insertion needle for inserting the sensor into a subject, wherein the sensor cartridge is romovable from the chamber, wherein the sensor cartridge is operable for shielding the insertion needle upon removal of the sensor cartridge from the chamber, wherein the sensor cartridge is operable for shielding the insertion needle after inserting the sensor into the subject characterised in that the sensor is within the insertion needle, the sterile capsule comprises a seal (608, 902) for sealing the sterile capsule, and the insertion mechanism is operable for removing at least a portion of the insertion needle from the sterile capsule a predetermined time before inserting the sensor into the subject. - a sensor cartridge (100, 302, 402, 600, 800, 900, 1000, 1100, 1200) comprising an insertion needle within a sterile capsule (104, 604) and a sensor within the sterile capsule and - an inserter comprising a chamber for receiving the sensor cartridge, wherein the inserter further comprises an insertion mechanism operable for actuating the insertion needle for inserting the sensor into a subject, wherein the sensor cartridge is romovable from the chamber, wherein the sensor cartridge is operable for shielding the insertion needle upon removal of the sensor cartridge from the chamber, wherein the sensor cartridge is operable for shielding the insertion needle after inserting the sensor into the subject characterised in that the sensor is within the insertion needle, the sterile capsule comprises a seal (608, 902) for sealing the sterile capsule, and the insertion mechanism is operable for removing at least a portion of the insertion needle from the sterile capsule a predetermined time before inserting the sensor into the subject.
A method of wireless communication by a base station, comprising: determining, by a base station, a precoded sounding reference signal, SRS, vector for one or more user equipments, UEs, wherein the determining the precoded SRS vector includes one of: determining the precoded SRS vector on a per UE basis and enabling the precoded SRS vector for at least one of: a frequency division duplex, FDD, system or a time division duplex, TDD, system; or enabling the precoded SRS vector for aperiodic SRS only; transmitting the determined precoded SRS vector from the base station to at least one of the one or more UEs, wherein the determined precoded SRS vector signals transmission of a precoded SRS over a plurality of subframes. determining, by a base station, a precoded sounding reference signal, SRS, vector for one or more user equipments, UEs, wherein the determining the precoded SRS vector includes one of: determining the precoded SRS vector on a per UE basis and enabling the precoded SRS vector for at least one of: a frequency division duplex, FDD, system or a time division duplex, TDD, system; or enabling the precoded SRS vector for aperiodic SRS only; determining the precoded SRS vector on a per UE basis and enabling the precoded SRS vector for at least one of: a frequency division duplex, FDD, system or a time division duplex, TDD, system; or enabling the precoded SRS vector for aperiodic SRS only; transmitting the determined precoded SRS vector from the base station to at least one of the one or more UEs, wherein the determined precoded SRS vector signals transmission of a precoded SRS over a plurality of subframes.
A slider (100, 100a, 100b) for a zip fastener comprising a slider including a hasp and a pull tab, the assembly being molded in a single piece, such that the hasp is integral with the table of the slider at its two longitudinal ends for connecting with said table, the pull tab comprising an eyelet for connecting to the bridge of the slider, and a locking eyelet, the opening plane of which is parallel to the opening plane of the connecting eyelet; the pull tab comprising a connecting portion between the two eyelets (121, 122), called body of the pull tab, characterized in that the width of the section of the body of the pull tab along a direction perpendicular to the opening planes of the eyelets is greater than or equal to the height of the section in the plane parallel to the opening planes of said eyelets, in that the locking eyelet of the pull tab is radially offset relative to the connecting eyelet for connecting the pull tab to the bridge of the slider, in that the bridge comprises a locking eyelet, and in that the height of the open section of the connecting eyelet for connecting the pull tab to the bridge is greater than half the length of the bridge comprising its locking eyelet.
A welding apparatus for making an automotive headlight comprising: - locking means (52,56) of a container body and of a lenticular body to be welded to each other, the container body having a first perimeter profile and the lenticular body having a second perimeter profile which, placed in contact with each other, define a welding interface to be welded by means of said apparatus, - a laser emitting device or laser source emitting a light beam, characterised in that it comprises - a plurality of fibres which receive portions of the light beam from the laser emitting device and direct them towards the welding interface through the lenticular body, wherein the container body acts as an absorbing element towards the light beam and the lenticular body acts as a transmissive element of the light beam, - light guiding means (60, 60', 60") for changing the divergence of the portions of light beams outgoing from the fibres, so as to collimate them overall along relative optical axes (X-X), - wherein the light guiding means (60, 60', 60") comprise an inlet which receives from the fibres the light beam produced by the laser emitting device and an outlet which propagates/transmits said light beam collimated by the light guiding means themselves, the apparatus comprises light guiding means (60', 60") having respective free ends (72', 72") mechanically separated from each other, wherein said light guiding means (60', 60") are configured so as to direct collimated light beams on adjacent and locally continuous portions of welding interface so as to obtain a homogeneous and uniform distribution of the light beams along the welding interface. - locking means (52,56) of a container body and of a lenticular body to be welded to each other, the container body having a first perimeter profile and the lenticular body having a second perimeter profile which, placed in contact with each other, define a welding interface to be welded by means of said apparatus, - a laser emitting device or laser source emitting a light beam, - a plurality of fibres which receive portions of the light beam from the laser emitting device and direct them towards the welding interface through the lenticular body, wherein the container body acts as an absorbing element towards the light beam and the lenticular body acts as a transmissive element of the light beam, - light guiding means (60, 60', 60") for changing the divergence of the portions of light beams outgoing from the fibres, so as to collimate them overall along relative optical axes (X-X), - wherein the light guiding means (60, 60', 60") comprise an inlet which receives from the fibres the light beam produced by the laser emitting device and an outlet which propagates/transmits said light beam collimated by the light guiding means themselves,
Method for production and planar contacting of an electronic apparatus, in particular a high frequency module, with the steps of - generating at least one electronic component and applying a first electrically insulating layer to a substrate, wherein the at least one electronic component is arranged on the substrate and within at least one window of the first electrically insulating layer in such a way that a gap area between the electronic component and the first layer is generated, wherein at least one electrical line with at least one electrical contacting point is generated on the first layer and at least one electrical contacting area is generated on the electronic component, - arranging a second electrically insulating layer on the electronic component, on the first layer and over the gap area, in such a way that the contacting point and contacting area are freely accessible, - applying an electrically conducting material to the at least one contacting area and the at least one contacting point for flat or planar electrical contacting, and to the second layer to generate at least one electrical connecting line, wherein a respective connecting line is generated over the gap area between a contacting area and a contacting point, such that by means of the respective electrical connecting line the contacting area and the contacting point are electrically connected, wherein the second layer is removed. - generating at least one electronic component and applying a first electrically insulating layer to a substrate, wherein the at least one electronic component is arranged on the substrate and within at least one window of the first electrically insulating layer in such a way that a gap area between the electronic component and the first layer is generated, wherein at least one electrical line with at least one electrical contacting point is generated on the first layer and at least one electrical contacting area is generated on the electronic component, - arranging a second electrically insulating layer on the electronic component, on the first layer and over the gap area, in such a way that the contacting point and contacting area are freely accessible, - applying an electrically conducting material to the at least one contacting area and the at least one contacting point for flat or planar electrical contacting, and to the second layer to generate at least one electrical connecting line, wherein a respective connecting line is generated over the gap area between a contacting area and a contacting point, such that by means of the respective electrical connecting line the contacting area and the contacting point are electrically connected, wherein the second layer is removed.
A control system for a wind turbine, comprising; a sensing device mounted on the wind turbine to sense a property of wind conditions at a position upwind of the wind turbine; a controller for receiving and processing signals from the sensing device; characterized in that the controller based on the processing of the signals detects an extreme change in wind direction upwind of the wind turbine, and generates one or more control signals for varying an operating parameter of the wind turbine in response to the detected extreme change in wind direction, wherein the controller comprises a differentiator for differentiatng a wind direction to measure a rate of change of the wind direction, and a filter to determine whether the rate of change of the wind direction exceeds a predetermined value for a predetermined period of time, and wherein the extreme change in wind direction is detected when the rate of change of wind direction exceeds the predetermined value for the predetermined period of time.
Pump (10, 110), in particular for dishwashers, comprising a housing consisting of a housing base (28, 128), a housing cover (16, 116) and a heating device (30, 130, 36, 136) disposed therebetween for the purpose of heating a washing fluid, the device forming a ring-shaped side wall (30, 130) of the housing, further comprising an impeller (40, 140) arranged in the housing, an intake port (18, 118) arranged axially in the housing cover (16, 116) relative to the axis of rotation of the impeller (40, 140), and a discharge port (20, 120), wherein the discharge port (20, 120) is arranged in the housing cover (16, 116), characterised in that the impeller (40, 140) has radially angled blades (46, 146) which are curved across their entire radial length and in the direction of the high-pressure side outlet openings of the impeller (40, 140) and wherein the curvature of the blades (46, 146) is more significantly developed at its blade ends.
A vitreous inorganic fiber, wherein at least 90 weight percent of said fiber comprises calcia and alumina, and 10 weight percent or less silica, and wherein at least a portion of the fiber surface is coated with a phosphorous containing compound.
Item of cookware comprising a pan provided with a bottom wall and a side wall, at least one folding handle (10, 11) arranged on the side wall and formed by a lower part and an upper part, the lower part and upper part being articulated to the pan so as to pivot between a stowed position in which the lower part and upper part are folded towards the side wall, and a working position in which the lower part and upper part form a one-piece unit extending radially with respect to the side wall, characterised in that the lower part and the upper part comprise a cam (6a, 6b) and a first stop (50, 51), respectively, the cam (6a, 6b) engaging with the first stop (50, 51) when the lower part is moved from the working position to the stowed position so as to move the upper part from the working position towards the stowed position.
Method for heating a fluid or a body by means of a vapour compression circuit containing a heat-transfer fluid comprising tetrafluoropropene, said method comprising, successively and cyclically, evaporation of the heat-transfer fluid, compression of the heat-transfer fluid, cooling of the heat-transfer fluid and expansion of the heat-transfer fluid, characterized in that the heat-transfer fluid is in the supercritical state at the outcome of the compression.
A communication unit (400, 500) comprising: a plurality of cascaded devices that comprises at least one master device and at least one slave device configured in a master-slave arrangement, and wherein the at least one master device and the at least one slave device are each configured to process at least one of: transmit signals, and receive signals; wherein the communication unit (400, 500) is characterized in that: at least one of the at least one master device and the at least one slave device comprises a demodulator circuit (564, 565) configured to: receive a modulated embedded master-slave clock signal that comprises a system clock signal with an embedded frame start signal; demodulate the modulated embedded master-slave clock signal so as to re-create therefrom the system clock signal (588, 585) and the frame start signal (590, 586). a plurality of cascaded devices that comprises at least one master device and at least one slave device configured in a master-slave arrangement, and wherein the at least one master device and the at least one slave device are each configured to process at least one of: transmit signals, and receive signals; wherein the communication unit (400, 500) is characterized in that: transmit signals, and receive signals; wherein the communication unit (400, 500) is characterized in that: at least one of the at least one master device and the at least one slave device comprises a demodulator circuit (564, 565) configured to: receive a modulated embedded master-slave clock signal that comprises a system clock signal with an embedded frame start signal; demodulate the modulated embedded master-slave clock signal so as to re-create therefrom the system clock signal (588, 585) and the frame start signal (590, 586). receive a modulated embedded master-slave clock signal that comprises a system clock signal with an embedded frame start signal; demodulate the modulated embedded master-slave clock signal so as to re-create therefrom the system clock signal (588, 585) and the frame start signal (590, 586).
A method for establishing a forwarding path in a network, wherein the network comprises a super controller, SC, and a plurality of domain controllers, DCs, the SC manages the plurality of DCs, each of the plurality of DCs manages one domain, and the method being characterised by: receiving, by the SC, a service request message, wherein the service request message comprises a service type and a first latency, the service request message is used to request the SC to establish, in the network, a forwarding path used to transmit a service corresponding to the service type, and a latency of the forwarding path is less than or equal to the first latency; selecting, by the SC, a latency distribution manner based on the service request message; dividing, by the SC, the first latency into a plurality of latency periods based on the latency distribution manner, wherein the plurality of latency periods are in a one-to-one correspondence to the plurality of DCs; sending, by the SC, each of the plurality of latency periods to a DC corresponding to the latency period, and triggering each of the plurality of DCs to establish a forwarding path segment in the domain managed by the DC, wherein a latency of each forwarding path segment is less than or equal to a latency period corresponding to the DC; and connecting, by the SC, the plurality of forwarding path segments established by the plurality of DCs, to form the forwarding path. receiving, by the SC, a service request message, wherein the service request message comprises a service type and a first latency, the service request message is used to request the SC to establish, in the network, a forwarding path used to transmit a service corresponding to the service type, and a latency of the forwarding path is less than or equal to the first latency; selecting, by the SC, a latency distribution manner based on the service request message; dividing, by the SC, the first latency into a plurality of latency periods based on the latency distribution manner, wherein the plurality of latency periods are in a one-to-one correspondence to the plurality of DCs; sending, by the SC, each of the plurality of latency periods to a DC corresponding to the latency period, and triggering each of the plurality of DCs to establish a forwarding path segment in the domain managed by the DC, wherein a latency of each forwarding path segment is less than or equal to a latency period corresponding to the DC; and connecting, by the SC, the plurality of forwarding path segments established by the plurality of DCs, to form the forwarding path.
A helmet comprised of: a hard outer shell; a compressible liner in contact with an inner surface of the hard outer shell; a comfort liner in contact with an inner surface of the compressible liner, where at least one damping hole is defined longitudinally along a longitudinal axis A-A through the hard outer shell, the compressible liner, and the comfort liner; and characterised by at least one energy damper disposed in a corresponding damping hole and extending longitudinally from the outer shell to the comfort liner, the damper having a pendulum mass that is laterally displaceable within the damping hole. a hard outer shell; a compressible liner in contact with an inner surface of the hard outer shell; a comfort liner in contact with an inner surface of the compressible liner, where at least one damping hole is defined longitudinally along a longitudinal axis A-A through the hard outer shell, the compressible liner, and the comfort liner; and characterised by at least one energy damper disposed in a corresponding damping hole and extending longitudinally from the outer shell to the comfort liner, the damper having a pendulum mass that is laterally displaceable within the damping hole.