mhurhangee/ep-ind-claims huggingface dataset:
An implant (20,120,220,320,420,520,620,720) for treating medical disorders comprising: a first chamber (22,122A,122B,222A,222B,322,422,522,622,722) having a flexible outer layer; a second chamber (24,524,724) in fluid communication with said first chamber; a fluid transfer assembly (26,526,726) adapted for transferring fluid between said second chamber and said first chamber for selectively modifying the rigidity of said first chamber; and at least one restraining element (32,332,432,532,632,732) in contact with said flexible outer layer; characterized in that the restraining element is a volume restraining element that restricts volume expansion of said first chamber such that only the rigidity level and the shape of the first chamber changes when the fluid is transferred into said first chamber. a first chamber (22,122A,122B,222A,222B,322,422,522,622,722) having a flexible outer layer; a second chamber (24,524,724) in fluid communication with said first chamber; a fluid transfer assembly (26,526,726) adapted for transferring fluid between said second chamber and said first chamber for selectively modifying the rigidity of said first chamber; and at least one restraining element (32,332,432,532,632,732) in contact with said flexible outer layer; characterized in that the restraining element is a volume restraining element that restricts volume expansion of said first chamber such that only the rigidity level and the shape of the first chamber changes when the fluid is transferred into said first chamber.
A sputtering system for large-scale fabrication of solar cells, comprising: a reaction chamber; a rotary target situated inside the reaction chamber, wherein the rotary target is configured to rotate about a longitudinal axis, and wherein the rotary target has a length of between 0.5 and 5 meters; an RF power source coupled to the rotary target to enable RF sputtering; a power splitter coupled to the RF power source, wherein the RF splitter is configured to split output of the RF power source into two portions and feed each of the two portions to one end of the rotary target. a reaction chamber; a rotary target situated inside the reaction chamber, wherein the rotary target is configured to rotate about a longitudinal axis, and wherein the rotary target has a length of between 0.5 and 5 meters; an RF power source coupled to the rotary target to enable RF sputtering; a power splitter coupled to the RF power source, wherein the RF splitter is configured to split output of the RF power source into two portions and feed each of the two portions to one end of the rotary target.
A workpiece auto-centering apparatus for centering a workpiece, the apparatus comprising: a rotational table that is driven to rotate; and at least one work table that is arranged on the rotational table and on which the workpiece is placed, wherein the work table includes a movable table that has a workpiece placement surface for placing the workpiece thereon and that floats due to pressure of compression air to be movable horizontally in any direction, and that the workpiece auto-centering apparatus further comprises: at least one stopper apparatus that includes an abutment portion against which the workpiece abuts to position the workpiece; and a pressing apparatus that presses the workpiece or the movable table such that the workpiece abuts against the abutment portion of the stopper apparatus, wherein the work table includes an origin returning mechanism that enables the movable table to return to a predetermined origin position, wherein the origin returning mechanism comprises a positioning pin and wherein the origin returning mechanism is adjusted to lift the positioning pin and to return the movable table to a predetermined origin position. a rotational table that is driven to rotate; and at least one work table that is arranged on the rotational table and on which the workpiece is placed, wherein the work table includes a movable table that has a workpiece placement surface for placing the workpiece thereon and that floats due to pressure of compression air to be movable horizontally in any direction, and that the workpiece auto-centering apparatus further comprises: at least one stopper apparatus that includes an abutment portion against which the workpiece abuts to position the workpiece; and a pressing apparatus that presses the workpiece or the movable table such that the workpiece abuts against the abutment portion of the stopper apparatus, wherein the work table includes an origin returning mechanism that enables the movable table to return to a predetermined origin position, wherein the origin returning mechanism comprises a positioning pin and wherein the origin returning mechanism is adjusted to lift the positioning pin and to return the movable table to a predetermined origin position. at least one stopper apparatus that includes an abutment portion against which the workpiece abuts to position the workpiece; and a pressing apparatus that presses the workpiece or the movable table such that the workpiece abuts against the abutment portion of the stopper apparatus, wherein the work table includes an origin returning mechanism that enables the movable table to return to a predetermined origin position, wherein the origin returning mechanism comprises a positioning pin and wherein the origin returning mechanism is adjusted to lift the positioning pin and to return the movable table to a predetermined origin position.
Lighting device for a motor vehicle, comprising a plurality of flat light-conducting elements (1, 2, 3) arranged in layers one behind the other so as to form a layered arrangement, the individual light-conducting elements (1, 2, 3) not touching and being clearly spaced apart from one another, each of the light-conducting elements (1, 2, 3) comprising structural elements (11, 12, 13) which scatter light, an illumination apparatus (14, 17) being optically coupled to each of the light-conducting elements (1, 2, 3) in order to couple light into the light-conducting elements (1, 2, 3), it being possible to output light from the light-conducting elements (1, 2, 3) by means of the structural elements (11, 12, 13), the lighting device having a control apparatus for controlling the illumination apparatus (14, 17), the illumination apparatus (14, 17) comprising a plurality of individual light sources for each light-conducting element (1, 2, 3), characterised in that, when the structural elements (11, 12, 13) are illuminated by the individual light sources, only structural elements (11, 12, 13) or groups of structural elements (11, 12, 13) which are assigned to the respective individual light source light up, the control apparatus being set up such as to cause, by controlling the illumination apparatus (14, 17), the individual structural elements (11, 12, 13) or the individual groups of structural elements (11, 12, 13) of the respective light-conducting elements (1, 2, 3) to be lit up in a time-staggered manner by means of the individual light sources in order to produce a three-dimensional running light that extends across all of the light-conducting elements (1, 2, 3).
An assembled camshaft comprising: - a shaft body having a rotational axis and an outer circumference; - a first cam lobe having an outer circumference configured to be contacted by a first cam follower in an operating position, said first cam lobe being formed integrally on the outer circumference of said shaft body; - an aperture provided in the outer circumference on the first cam lobe and extending transversely to the rotational axis of said shaft body, said aperture having a predetermined width; - a second cam lobe having an outer circumference configured to be contacted by a second cam follower, said second cam lobe further having a cam lobe mounting projection; said second cam lobe being arranged in said aperture and said mounting projection being arranged in said mounting hole; characterized in that - said aperture has a flat bottom wall; - a mounting hole extends from said flat bottom wall radially; - a hole extends from the outer circumference of said shaft body to said mounting hole; and - a mechanical lock (126; 128) is configured to be arranged in said hole while urging against said mounting projection to releasably fix said mounting projection in said mounting hole such that said second cam lobe is replaceable while still being correctly positioned in its fixed operating position, said mechanical lock (126; 128) being one of the group consisting of a spring dowel, grub screw, and a cap head screw. - a shaft body having a rotational axis and an outer circumference; - a first cam lobe having an outer circumference configured to be contacted by a first cam follower in an operating position, said first cam lobe being formed integrally on the outer circumference of said shaft body; - an aperture provided in the outer circumference on the first cam lobe and extending transversely to the rotational axis of said shaft body, said aperture having a predetermined width; - a second cam lobe having an outer circumference configured to be contacted by a second cam follower, said second cam lobe further having a cam lobe mounting projection; said second cam lobe being arranged in said aperture and said mounting projection being arranged in said mounting hole; characterized in that - said aperture has a flat bottom wall; - a mounting hole extends from said flat bottom wall radially; - a hole extends from the outer circumference of said shaft body to said mounting hole; and - a mechanical lock (126; 128) is configured to be arranged in said hole while urging against said mounting projection to releasably fix said mounting projection in said mounting hole such that said second cam lobe is replaceable while still being correctly positioned in its fixed operating position, said mechanical lock (126; 128) being one of the group consisting of a spring dowel, grub screw, and a cap head screw.
A method of latency reduction in wireless communications, comprising: operating a user equipment, UE, in a first communication state having a first communication latency; detecting, by a modem processor of the UE, an indication of an application-specific latency reduction triggering condition representing an application-specific activity, based on a traffic type; generating, by the modem processor of the UE, a resource request message in response to detecting the indication of the application-specific latency reduction triggering condition and irrespective of a UE criteria value satisfying a network-configured threshold value for the generating of the resource request message; and transmitting, by a transceiver of the UE, the resource request message to a network entity requesting transition of the modem processor to a second communication state having a second communication latency less than the first communication latency, and transmitting a DNS request from the UE after transitioning the modem processor of the UE to the second communication state. operating a user equipment, UE, in a first communication state having a first communication latency; detecting, by a modem processor of the UE, an indication of an application-specific latency reduction triggering condition representing an application-specific activity, based on a traffic type; generating, by the modem processor of the UE, a resource request message in response to detecting the indication of the application-specific latency reduction triggering condition and irrespective of a UE criteria value satisfying a network-configured threshold value for the generating of the resource request message; and transmitting, by a transceiver of the UE, the resource request message to a network entity requesting transition of the modem processor to a second communication state having a second communication latency less than the first communication latency, and transmitting a DNS request from the UE after transitioning the modem processor of the UE to the second communication state.
An implantable medical device comprising a transceiver for transmitting and receiving wirelessly transmitted data, which transceiver is switched off or switched into an energy-saving rest state between individual data transmissions via said transceiver, said transceiver also comprising a waking unit, which is configured to switch said transceiver from its switched-off state or its rest state into its fully operational state by a waking signal, wherein said waking unit comprises a low-power receiver and a waking control unit, of which said low-power receiver is configured to monitor a plurality of predefined frequency ranges in such a way that, in case of a transmission of sufficient signal strength in one or more frequency ranges, said low-power receiver generates an output signal and outputs said output signal to said waking control unit, and of which said waking control unit is configured to analyse output signals of said low-power receiver and to output said waking signal to said transceiver, which switches said transceiver on or to fully operational, wherein said waking control unit is configured to output said waking signal to said transceiver if the condition is met that said low-power receiver outputs a sequence of output signals which identify that said low-power receiver has detected a series of transmissions of sufficient signal strength in various predefined frequency ranges corresponding to a predefined series or sequence of frequencies, characterised in that said low-power receiver has multiple bandpass filters (211', 211", 211'", 211 ""), each having a transmission range adapted to the predefined frequency ranges and each having an assigned signal detector (212', 212", 212"', 212""), which work together in such a way that a particular signal detector (212', 212", 212"', 212"") outputs an output signal if said low-power receiver receives a transmission having sufficient signal strength in a particular frequency range which corresponds to a transmission range of the bandpass filter (211', 211", 211"', 211"") which is assigned to said particular signal detector (212', 212", 212"', 212"").
A magnetic core (1; 1'; 1") for an electromagnetic induction device, comprising: a limb (5; 5") made of a grain-oriented material, a yoke (3; 3") made of an amorphous material, and an auxiliary joint member (7; 7'; 7") made of grain-oriented material, wherein the auxiliary joint member (7; 7'; 7") joints the limb (5; 5") with the yoke (3; 3"), wherein the grain orientation of the limb (5; 5") is perpendicular to the grain orientation of the auxiliary joint member (7; 7'; 7"). a limb (5; 5") made of a grain-oriented material, a yoke (3; 3") made of an amorphous material, and an auxiliary joint member (7; 7'; 7") made of grain-oriented material, wherein the auxiliary joint member (7; 7'; 7") joints the limb (5; 5") with the yoke (3; 3"), wherein the grain orientation of the limb (5; 5") is perpendicular to the grain orientation of the auxiliary joint member (7; 7'; 7").
A top box for cycles and motorcycles, comprising a top box body defining a compartment suitable to accommodate at least two helmets (2, 2'), wherein at least two first components (14, 14') of a pair of components (14-16, 14'-16') of a transceiver system are fastened in the top box body, the second (16, 16') of said pair of components being able to be fastened to a respective helmet, each first component (14, 14') being configured to transmit a helmet-present signal to a processing unit when it detects the presence of a helmet (2; 2') provided with a second component (16; 16'), wherein the two first components (14, 14') are operatively connected to each other, characterised in that the transceiver system is a short-range wireless transceiver system and that the two first components are configured so that only one at a time can alternately establish a communication with a second component (16, 16').
A preservative formulation for a cleaning composition, the preservative formulation comprising including a hydroxy acetophenone and an organic phospholipid.
A controller (300, 500, 800), comprising a controller body (304, 804); and an extendable mechanism (202, 702), comprising: an extension member (210, 710); a link member (220, 720b) which is provided with an extension-member-guide element (222, 722b), wherein the extension member (210, 710) is in direct engagement with the extension-member-guide element (222, 722b) of the link member (220, 720b) in a manner so as to be retractably extendable from the link member (220, 720b) in an extension direction (211, 711) along an axis (212, 712) of the extension member (210, 710); a link-member-guide element (230, 730b) disposed at the controller body (304, 804), wherein the link member (220, 720b) is in direct engagement with the link-member-guide element (230, 730b) in a manner so as to be retractably extendable from the link-member-guide element (230, 730b) in the extension direction (211, 711); and a biasing member (240, 740b) arranged between the link member (220, 720b) and the controller body (304, 804). a controller body (304, 804); and an extendable mechanism (202, 702), comprising: an extension member (210, 710); a link member (220, 720b) which is provided with an extension-member-guide element (222, 722b), wherein the extension member (210, 710) is in direct engagement with the extension-member-guide element (222, 722b) of the link member (220, 720b) in a manner so as to be retractably extendable from the link member (220, 720b) in an extension direction (211, 711) along an axis (212, 712) of the extension member (210, 710); a link-member-guide element (230, 730b) disposed at the controller body (304, 804), wherein the link member (220, 720b) is in direct engagement with the link-member-guide element (230, 730b) in a manner so as to be retractably extendable from the link-member-guide element (230, 730b) in the extension direction (211, 711); and a biasing member (240, 740b) arranged between the link member (220, 720b) and the controller body (304, 804). an extension member (210, 710); a link member (220, 720b) which is provided with an extension-member-guide element (222, 722b), wherein the extension member (210, 710) is in direct engagement with the extension-member-guide element (222, 722b) of the link member (220, 720b) in a manner so as to be retractably extendable from the link member (220, 720b) in an extension direction (211, 711) along an axis (212, 712) of the extension member (210, 710); a link-member-guide element (230, 730b) disposed at the controller body (304, 804), wherein the link member (220, 720b) is in direct engagement with the link-member-guide element (230, 730b) in a manner so as to be retractably extendable from the link-member-guide element (230, 730b) in the extension direction (211, 711); and a biasing member (240, 740b) arranged between the link member (220, 720b) and the controller body (304, 804).
A calibrated coupling station for components of capsules of the type comprising an external body and a bag made of filter material, the station comprising a through seat for stably housing said external body that supports said bag, arranged on an articulated sector of respective advancement means movable along a frame, and at least one grip element aligned with a predefined stop area of said through seat and comprising a terminal end, the grip element being movable, by means of a respective first actuation assembly, from a raised configuration in which the terminal end faces and is proximate to said through seat, said terminal end being arranged above said through seat, to a lowered configuration in which the terminal end rests on a bottom of the bag, in turn juxtaposed against an inner face of a base of the external body, characterized in that the grip element having an intermediate configuration for calibrated positioning in which said terminal end, stably coupled to said bottom of said bag, is arranged at a predefined distance from the inner face of the base of the external body, said grip element, in said intermediate configuration for calibrated positioning of said bag with respect to said external body, being substantially aligned with a heat-sealing assembly adapted to firmly couple said bag and said external body according to a mutual arrangement defined by said intermediate configuration.
A pressure-reducing valve comprising a valve housing, in a housing interior of which is provided a valve carrier which has at least one through-flow channel, and comprising a pot-shaped valve body which is guided displaceably from an open position into a closed position in opposition to a restoring force, in which closed position the valve body abuts by way of the circumferential edge of its pot shape in such a manner against a valve seat, which is provided on the valve carrier, that the valve body closes at least one channel opening of the at least one through-flow channel, wherein at least one retaining sleeve is arranged on the valve carrier or on the valve body, on which at least one retaining sleeve a stop is provided which interacts with a counter stop in such a manner that in the open position of the pressure-reducing valve the stop and the counter stop delimit the sliding distance of the valve body relative to the valve carrier, and wherein the valve carrier has a valve carrier portion, on which is provided an annular seal by which the valve carrier portion abuts sealingly against the housing inside circumference of the valve housing, wherein a retaining pin, which is provided on the valve body or on the valve carrier, in each case protrudes into the at least one retaining sleeve, and in that the counter stop is provided on the outside circumference of the retaining pin.
Actuating handle for a window or a door, with a grip which is axially fixed and rotatably mounted on or in a stop plate, the grip having a recess at the end into which a polygonal driver can be inserted, and with a socket which is supported internally on the stop plate, the socket having a through opening for the polygonal driver and being connected by force-fitting and/or form-fitting to a fixing element, the fixing element having a fixing opening through which the polygonal driver can protrude and in which the polygonal driver can be fixed in the axial direction, characterised in that at least one holding element is provided on the fixing element, and on the socket at least one holding receptacle is provided, into which the holding element can be introduced so that the holding element and the holding receptacle are connected by form-fitting in the axial direction, the holding element and the holding receptacle being designed so that the form-fitting in the axial direction can be produced without tools.
Engine system with a low-pressure exhaust gas recirculation circuit recirculating the exhaust gases coming from a combustion engine equipped with a turbocharger, the exhaust gases being injected upstream of the compressor of the turbocharger into the air intake line, the exhaust line comprising, downstream of the turbine of the turbocharger, an energy recuperation turbine, the exhaust gases being tapped off upstream of the turbine to be mixed with the fresh air, in which system the turbine is coupled to an electric generator and the energy delivered by the generator is used at least in part to power an electric motor providing assistance to a crankshaft of the combustion engine.