mhurhangee/ep-ind-claims huggingface dataset:
A refrigerant compressor, comprising a hermetically sealed compressor housing, in whose interior a piston-cylinder unit compressing a refrigerant operates, which sucks in refrigerant from outside the compressor housing via a suction pipe and expels the refrigerant under compression via a pressure section (3, 6), formed from a pressure pipe manufactured from plastic and a connection pipe manufactured from metal in the direction of a condenser situated outside the compressor housing, characterized in that the pressure pipe is connected to form a seal to the connection pipe using a sleeve-shaped connector, which is manufactured from plastic and is situated between the pressure pipe and the connection pipe, the connection pipe having an at least sectionally constricted end section, facing toward the pressure pipe, which secures the connector situated inside the connection pipe in its axial location.
A method performed by a base station for configuring an uplink waveform of a mobile terminal device, comprising: when a channel in which the mobile terminal device is located has an environmental change, determining a configuration mode corresponding to the uplink waveform according to stability of channel conditions and/or moving speed of the mobile terminal device, wherein the configuration mode comprises a configuration via physical layer signaling or medium access control, MAC, layer signaling when the channel conditions are unstable and/or the mobile terminal device has a fast moving speed, and a configuration mode via radio resource control, RRC, signaling when the channel conditions are stable and/or the mobile terminal device has a slow moving speed; transmitting configuration mode indication information to the terminal device, wherein the configuration mode indication information is used to indicate the determined configuration mode; switching the uplink waveform via the determined configuration mode. when a channel in which the mobile terminal device is located has an environmental change, determining a configuration mode corresponding to the uplink waveform according to stability of channel conditions and/or moving speed of the mobile terminal device, wherein the configuration mode comprises a configuration via physical layer signaling or medium access control, MAC, layer signaling when the channel conditions are unstable and/or the mobile terminal device has a fast moving speed, and a configuration mode via radio resource control, RRC, signaling when the channel conditions are stable and/or the mobile terminal device has a slow moving speed; transmitting configuration mode indication information to the terminal device, wherein the configuration mode indication information is used to indicate the determined configuration mode; switching the uplink waveform via the determined configuration mode.
A method, for use in a user equipment, for reporting power headroom reports to a radio base station, for power management in a telecommunications system, the method comprising: - deciding on application of a power backoff; - indicating in a power headroom report of the application of the power backoff; characterized in that the method further comprises - sending, to the radio base station, the power headroom report indicating that the power backoff has been applied by the user equipment,wherein sending comprises sending the power headroom report in an extended power headroom medium access control element or in a power headroom medium access control element, and providing said indication of application of power backoff in the extended power headroom medium access control element or in the power headroom medium access control element or in a medium access control subheader used by the extended power headroom medium access control element. - deciding on application of a power backoff; - indicating in a power headroom report of the application of the power backoff; characterized in that the method further comprises - sending, to the radio base station, the power headroom report indicating that the power backoff has been applied by the user equipment,wherein sending comprises sending the power headroom report in an extended power headroom medium access control element or in a power headroom medium access control element, and providing said indication of application of power backoff in the extended power headroom medium access control element or in the power headroom medium access control element or in a medium access control subheader used by the extended power headroom medium access control element.
A method comprising: inputting a set of core clock enable signals (CKGEN_EnableA, CKGEN_EnableB) into a clock divider circuit and an input clock signal to a transmission gate multiplexer of the clock divider circuit; in response to detecting a voltage drop at a processor core, providing a stretch assertion signal to the clock divider circuit, wherein the input clock signal acts as a select signal for selecting between one of two stretch-enable signals responsive to the stretch assertion signal; and generating an output clock signal based on the selected stretch-enable signal, wherein the selected stretch-enable signal overrides the set of core clock enable signals to force a stretch in clock frequency of the output clock signal, wherein the stretch in the clock frequency corresponds to a reduction in the clock frequency. inputting a set of core clock enable signals (CKGEN_EnableA, CKGEN_EnableB) into a clock divider circuit and an input clock signal to a transmission gate multiplexer of the clock divider circuit; in response to detecting a voltage drop at a processor core, providing a stretch assertion signal to the clock divider circuit, wherein the input clock signal acts as a select signal for selecting between one of two stretch-enable signals responsive to the stretch assertion signal; and generating an output clock signal based on the selected stretch-enable signal, wherein the selected stretch-enable signal overrides the set of core clock enable signals to force a stretch in clock frequency of the output clock signal, wherein the stretch in the clock frequency corresponds to a reduction in the clock frequency.
A structure comprising: a first alternating stack of first insulating layers and electrically conductive layers located over a substrate (9, 10); a second alternating stack of second insulating layers and spacer material layers located over the substrate (9, 10) and laterally spaced from the first alternating stack, wherein the first and second insulating layers comprise a first dielectric material, and the spacer material layers comprise a second dielectric material different than the first dielectric material; at least one memory stack structure vertically extending through the first alternating stack, each of the at least one memory stack structure comprising charge storage regions, a tunneling dielectric, and a semiconductor channel; and a contact via structure vertically extending through the second alternating stack and contacting a device on or in the substrate (9, 10), wherein the contact via structure contacts sidewalls of the second insulating layers; and wherein sidewalls of the spacer material layers are laterally spaced from sidewalls of the contact via structure, and wherein the second dielectric material has a greater dielectric constant than the first dielectric material; characterised in that the structure further comprises circumferential spacers (82; 182) located at levels of at least two of the spacer material layers, comprising a dielectric material having a lesser dielectric constant than the spacer material layers, and laterally enclosing the contact via structure. a first alternating stack of first insulating layers and electrically conductive layers located over a substrate (9, 10); a second alternating stack of second insulating layers and spacer material layers located over the substrate (9, 10) and laterally spaced from the first alternating stack, wherein the first and second insulating layers comprise a first dielectric material, and the spacer material layers comprise a second dielectric material different than the first dielectric material; at least one memory stack structure vertically extending through the first alternating stack, each of the at least one memory stack structure comprising charge storage regions, a tunneling dielectric, and a semiconductor channel; and a contact via structure vertically extending through the second alternating stack and contacting a device on or in the substrate (9, 10), wherein the contact via structure contacts sidewalls of the second insulating layers; and wherein sidewalls of the spacer material layers are laterally spaced from sidewalls of the contact via structure, and wherein the second dielectric material has a greater dielectric constant than the first dielectric material; characterised in that the structure further comprises circumferential spacers (82; 182) located at levels of at least two of the spacer material layers, comprising a dielectric material having a lesser dielectric constant than the spacer material layers, and laterally enclosing the contact via structure.
Device (6; 60) for providing a droplet of a liquid stored in an interior (51; 510) of a vial (5; 50), comprising a support body (2; 20); and a resilient dome portion (3; 30) mounted to the support body (2; 20) to form a chamber (21; 210) comprising air, and configured to create an air flow with the air in the chamber (21; 210) when activated by compression, wherein the support body (2; 20) comprises a vial seat (24; 240) arranged to receive the vial (5; 50), a nozzle (26; 260), an air flow conduit (22; 220) and a transfer conduit (23; 230) connecting the vial seat (24; 240) with the nozzle (26; 260), the support body (2; 20) is arranged that, when the vial (5; 50) is received by the vial seat (24; 240), the air flow conduit (22; 220) establishes a fluid connection between the interior (51; 510) of the vial (5; 50) and the chamber (21; 210), the transfer conduit (23; 230) establishes a fluid connection between the vial (5; 50) and the nozzle (26; 260), and on activation of the dome portion (3; 30), the air flow delivers air into the vial (5; 50) such that a pressure rise is created in the interior (51; 510) of the vial (5; 50) which causes liquid to be transferred from the vial (5; 50) to the nozzle (26; 260) through the transfer conduit (23; 230). a support body (2; 20); and a resilient dome portion (3; 30) mounted to the support body (2; 20) to form a chamber (21; 210) comprising air, and configured to create an air flow with the air in the chamber (21; 210) when activated by compression, wherein the support body (2; 20) comprises a vial seat (24; 240) arranged to receive the vial (5; 50), a nozzle (26; 260), an air flow conduit (22; 220) and a transfer conduit (23; 230) connecting the vial seat (24; 240) with the nozzle (26; 260), the support body (2; 20) is arranged that, when the vial (5; 50) is received by the vial seat (24; 240), the air flow conduit (22; 220) establishes a fluid connection between the interior (51; 510) of the vial (5; 50) and the chamber (21; 210), the transfer conduit (23; 230) establishes a fluid connection between the vial (5; 50) and the nozzle (26; 260), and on activation of the dome portion (3; 30), the air flow delivers air into the vial (5; 50) such that a pressure rise is created in the interior (51; 510) of the vial (5; 50) which causes liquid to be transferred from the vial (5; 50) to the nozzle (26; 260) through the transfer conduit (23; 230). the air flow conduit (22; 220) establishes a fluid connection between the interior (51; 510) of the vial (5; 50) and the chamber (21; 210), the transfer conduit (23; 230) establishes a fluid connection between the vial (5; 50) and the nozzle (26; 260), and on activation of the dome portion (3; 30), the air flow delivers air into the vial (5; 50) such that a pressure rise is created in the interior (51; 510) of the vial (5; 50) which causes liquid to be transferred from the vial (5; 50) to the nozzle (26; 260) through the transfer conduit (23; 230).
Buckle tongue comprising - a tongue body, wherein the tongue body • extends in an insertion direction, • forms a belt slot that extends transversely to the insertion direction and is provided for guiding a belt strap through it, and • has a contact section, wherein the belt strap rests against the contact section at least in a load position, wherein the contact section has several recesses that in the load position minimize slipping of the belt strap transversely to the insertion direction, and - a blocking element movably arranged in the tongue body, wherein the belt strap can be moved through the belt slot in an unloaded pass-through position of the blocking element and is at least inhibited in its mobility by means of the blocking element in the load position brought about by a tensile force introduced into the belt strap, characterized in that in the pass-through position, the blocking element is arranged between the belt strap and the contact section having the recesses, so that the belt strap does not rest against the recesses in the pass-through position. - a tongue body, wherein the tongue body • extends in an insertion direction, • forms a belt slot that extends transversely to the insertion direction and is provided for guiding a belt strap through it, and • has a contact section, wherein the belt strap rests against the contact section at least in a load position, wherein the contact section has several recesses that in the load position minimize slipping of the belt strap transversely to the insertion direction, and - a blocking element movably arranged in the tongue body, wherein the belt strap can be moved through the belt slot in an unloaded pass-through position of the blocking element and is at least inhibited in its mobility by means of the blocking element in the load position brought about by a tensile force introduced into the belt strap,
An electrostatic device comprising: - an air flow regulator system comprising a pressure regulator and an air flow regulator; - a liquid flow regulating system comprising a set of restrictors; - a tank; and - a positive displacement pump; characterized in that the electrostatic device further comprises: - an electrostatic system comprising an electrostatic emission antenna and an insulating hood of the electrostatic emission antenna; - an air-liquid nozzle that is separated from the electrostatic emission antenna; wherein the liquid flow regulating system is configured to deliver a liquid from the tank to the air-liquid nozzle passing the restrictors driven by the positive displacement pump; wherein the air flow regulator system is configured to deliver air to the air-liquid nozzle and to deliver air to the insulating hood; and wherein the electrostatic emission antenna is located at the bottom of the insulating hood, and the insulating hood isolates the electrostatic emission antenna from the rest of the components of the device to avoid an electric arc. - an air flow regulator system comprising a pressure regulator and an air flow regulator; - a liquid flow regulating system comprising a set of restrictors; - a tank; and - a positive displacement pump; characterized in that the electrostatic device further comprises: - an electrostatic system comprising an electrostatic emission antenna and an insulating hood of the electrostatic emission antenna; - an air-liquid nozzle that is separated from the electrostatic emission antenna; wherein the liquid flow regulating system is configured to deliver a liquid from the tank to the air-liquid nozzle passing the restrictors driven by the positive displacement pump; wherein the air flow regulator system is configured to deliver air to the air-liquid nozzle and to deliver air to the insulating hood; and wherein the electrostatic emission antenna is located at the bottom of the insulating hood, and the insulating hood isolates the electrostatic emission antenna from the rest of the components of the device to avoid an electric arc. wherein the liquid flow regulating system is configured to deliver a liquid from the tank to the air-liquid nozzle passing the restrictors driven by the positive displacement pump; wherein the air flow regulator system is configured to deliver air to the air-liquid nozzle and to deliver air to the insulating hood; and wherein the electrostatic emission antenna is located at the bottom of the insulating hood, and the insulating hood isolates the electrostatic emission antenna from the rest of the components of the device to avoid an electric arc.
A lateral flow device (100, 400, 500) comprising: a wicking pad composed of a porous material, the wicking pad having a planar region for contacting a substrate comprising immobilized analytes; and wherein the wicking pad has a first end, a second end and two lateral edges; a support layer bonded to a first planar surface of the wicking pad; a top layer bonded to a second planar surface of the wicking pad so that the wicking pad is sandwiched between the support layer and the top layer, the top layer comprising two or more reservoirs spatially separated from each other, wherein the longitudinal axis of each reservoir is perpendicular to the lateral edges of the wicking pad, wherein each of the reservoirs is in fluid communication with the first end of the wicking pad, and wherein each of the reservoirs comprises an aperture through which a solution is released from the reservoir; and a pump comprising an absorbent pad contacting the second end of the wicking pad. a wicking pad composed of a porous material, the wicking pad having a planar region for contacting a substrate comprising immobilized analytes; and wherein the wicking pad has a first end, a second end and two lateral edges; a support layer bonded to a first planar surface of the wicking pad; a top layer bonded to a second planar surface of the wicking pad so that the wicking pad is sandwiched between the support layer and the top layer, the top layer comprising two or more reservoirs spatially separated from each other, wherein the longitudinal axis of each reservoir is perpendicular to the lateral edges of the wicking pad, wherein each of the reservoirs is in fluid communication with the first end of the wicking pad, and wherein each of the reservoirs comprises an aperture through which a solution is released from the reservoir; and a pump comprising an absorbent pad contacting the second end of the wicking pad.
A connector comprising: a male housing; one or more male blade terminals; a male blade stabilizer moveable from an extended position relative to the male housing to a retracted position relative to the male housing, the male blade stabilizer including one or more openings through which each of the one or more male blade terminals extend when the male blade stabilizer is in the retracted position, the male blade stabilizer protecting the one or more male blade terminals when the male blade stabilizer is in the extended position, the male blade stabilizer including a retention feature; and a lever including a lever lock resiliently deflectable relative to the lever, the lever lock selectively engaging with the retention feature of the male blade stabilizer to restrict movement of the male blade stabilizer relative to the male housing and selectively engaging with the male housing to restrict rotation of the lever relative to the male housing; wherein the lever lock of the lever is resiliently deflected relative to the lever when a female housing of a female connector is engaged with the male housing in a pre-set position. a male housing; one or more male blade terminals; a male blade stabilizer moveable from an extended position relative to the male housing to a retracted position relative to the male housing, the male blade stabilizer including one or more openings through which each of the one or more male blade terminals extend when the male blade stabilizer is in the retracted position, the male blade stabilizer protecting the one or more male blade terminals when the male blade stabilizer is in the extended position, the male blade stabilizer including a retention feature; and a lever including a lever lock resiliently deflectable relative to the lever, the lever lock selectively engaging with the retention feature of the male blade stabilizer to restrict movement of the male blade stabilizer relative to the male housing and selectively engaging with the male housing to restrict rotation of the lever relative to the male housing; wherein the lever lock of the lever is resiliently deflected relative to the lever when a female housing of a female connector is engaged with the male housing in a pre-set position.
A composition, containing a base material and metal effect pigments contained in the base material, wherein - the metal effect pigments are provided with a three dimensional shape selected from the following group: cube, pyramid having triangular outer surfaces, and tetrahedron; and - edges of the three dimensional shape are provided with an edge length of 20 μm to less than 200 μm. - the metal effect pigments are provided with a three dimensional shape selected from the following group: cube, pyramid having triangular outer surfaces, and tetrahedron; and - edges of the three dimensional shape are provided with an edge length of 20 μm to less than 200 μm.
A scrubbing tower designed to receive a concrete bucket in order to wash it, the body of said bucket having lower surfaces angling downward towards the centre and ending below with an outflow opening for concrete sealed by a hatch controlled by a lever, said scrubbing tower comprising a load-bearing structure formed by metal tubes, their upper part having means of support for the bucket characterised in that it has two storeys (38, 42) and that the floor of the second storey has an opening framed by horizontal lateral tubes that take guide pads designed to enclose the bucket by constituting the support for two of the angled surfaces and by providing support and bracing for said bucket.