mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile terminal for communicating in a mobile communication system with a base station using at least one of a first bandwidth part (BP1) and a second bandwidth part (BP2) within a system bandwidth, the first bandwidth part (BP1) being smaller than the second bandwidth part (BP2), comprising: a transceiver which, in operation, receives a configuration of a discontinuous reception, DRX, cycle; and characterized by a processor which, in operation, configures, upon reception of the configuration of the DRX cycle, a downlink communication during at least one of the communication periods within the DRX cycle to use a specific one of at least the first bandwidth part (BP1), and the second bandwidth part (BP2), according to a bandwidth usage indication which indicates a usage of the specific one of at least the first and second bandwidth part during the at least one of the communication period within the DRX cycle. a transceiver which, in operation, receives a configuration of a discontinuous reception, DRX, cycle; and characterized by a processor which, in operation, configures, upon reception of the configuration of the DRX cycle, a downlink communication during at least one of the communication periods within the DRX cycle to use a specific one of at least the first bandwidth part (BP1), and the second bandwidth part (BP2), according to a bandwidth usage indication which indicates a usage of the specific one of at least the first and second bandwidth part during the at least one of the communication period within the DRX cycle.
A conduit connector comprising: a housing , the housing has a latch retainer receiving end and a spigot , a central passage bore, defining an axis , extends through the housing ; a primary latch retainer positioned in the latch retainer receiving end of the housing , the primary latch retainer including a base , a biasing member , including a pair of legs and a conduit receiving member , the conduit receiving member including a pair of arms extending from the base and defining an elliptical opening with a gap between distal ends of the arms , the biasing member securing the primary latch retainer with the latch retainer receiving end of the housing ; a secondary latch retainer positioned in the latch retainer receiving end of the housing , the secondary latch retainer including a base , a verification mechanism and a retaining member , the verification mechanism extends from the base and includes a pair of legs and a slide member , the slide member includes an opening for passage of a male conduit into the latch retainer receiving end of the housing in an unlocked position, the pair of legs are blocked by the housing prohibiting entry of the retaining member toward the axis of the central bore, in a locked position an enlarged annulus of a conduit entering the housing expands the legs enabling the retaining member to enter the housing toward the axis and a portion of the slide member projects beyond the housing indicating a locked position. a housing , the housing has a latch retainer receiving end and a spigot , a central passage bore, defining an axis , extends through the housing ; a primary latch retainer positioned in the latch retainer receiving end of the housing , the primary latch retainer including a base , a biasing member , including a pair of legs and a conduit receiving member , the conduit receiving member including a pair of arms extending from the base and defining an elliptical opening with a gap between distal ends of the arms , the biasing member securing the primary latch retainer with the latch retainer receiving end of the housing ; a secondary latch retainer positioned in the latch retainer receiving end of the housing , the secondary latch retainer including a base , a verification mechanism and a retaining member , the verification mechanism extends from the base and includes a pair of legs and a slide member , the slide member includes an opening for passage of a male conduit into the latch retainer receiving end of the housing in an unlocked position, the pair of legs are blocked by the housing prohibiting entry of the retaining member toward the axis of the central bore, in a locked position an enlarged annulus of a conduit entering the housing expands the legs enabling the retaining member to enter the housing toward the axis and a portion of the slide member projects beyond the housing indicating a locked position.
A spindle device in which a rotating shaft to which a radial load is applied is supported to a housing via a bearing portion , wherein the bearing portion comprises: a pair of load point side bearing portions that are spaced apart from each other in an axial direction, with a load point where the radial load is applied to the rotating shaft serving as a center, and each of which has three or more rows of angular contact ball bearings ; and a pair of counter-load point side bearing portions that are spaced apart from each other at an outer side in the axial direction from the pair of load point side bearing portions , and each of which has two or more rows of angular contact ball bearings .
A pillowcase comprising: - a body comprising opposite top and bottom panels defining a cavity configured for disposal of a pillow , the body having only one opening , said opening being in communication with the cavity; characterized by - a power band that extends across the opening, the power band comprising opposite first and second ends and an intermediate portion extending from the first end to the second end, the first end being stitched to the top panel, the second end being stitched to the bottom panel, and the intermediate portion being spaced apart from the body. - a body comprising opposite top and bottom panels defining a cavity configured for disposal of a pillow , the body having only one opening , said opening being in communication with the cavity; - a power band that extends across the opening, the power band comprising opposite first and second ends and an intermediate portion extending from the first end to the second end, the first end being stitched to the top panel, the second end being stitched to the bottom panel, and the intermediate portion being spaced apart from the body.
A luminaire comprising a support pole (P) and a luminaire head (H) arranged vertically above the support pole; said luminaire head comprising: a base module fixed to the support pole; an electronic gear unit which is arranged in or on said base module and comprises one or more electronic components ; an at least partially transparent or translucent casing having an open top and an open bottom , and extending upwardly from the base module; said casing and said base module being designed such that the electronic gear unit is removable from the base module through said casing; a removable cap closing the open top of said casing; a support with a plurality of light sources arranged to emit light through said casing and connected to one or more electronic components of the electronic gear unit; characterized in that the luminaire comprises at least one rod, preferably at least one hollow rod, extending, preferably vertically, from the base module to the open top of the casing; in that the at least one rod is arranged in at least one correspondingly shaped channel in the base module, and the casing extends around the at least one rod; and in that the at least one rod comprises a guiding element, and the electronic gear unit is provided with a receiving element for receiving the guiding element, such that the at least one rod plays a guiding role for the electronic gear unit toward the base module . a base module fixed to the support pole; an electronic gear unit which is arranged in or on said base module and comprises one or more electronic components ; an at least partially transparent or translucent casing having an open top and an open bottom , and extending upwardly from the base module; said casing and said base module being designed such that the electronic gear unit is removable from the base module through said casing; a removable cap closing the open top of said casing; a support with a plurality of light sources arranged to emit light through said casing and connected to one or more electronic components of the electronic gear unit; characterized in that the luminaire comprises at least one rod, preferably at least one hollow rod, extending, preferably vertically, from the base module to the open top of the casing; in that the at least one rod is arranged in at least one correspondingly shaped channel in the base module, and the casing extends around the at least one rod; and in that the at least one rod comprises a guiding element, and the electronic gear unit is provided with a receiving element for receiving the guiding element, such that the at least one rod plays a guiding role for the electronic gear unit toward the base module .
A method for the quantitative determination of human serum albumin (HSA) monomer in a liquid composition comprising at least one virus and at least one pharmaceutically acceptable carrier other than HSA, wherein the method comprises the steps of: (a) applying the liquid composition on a size-exclusion chromatography column, wherein the column material comprises diol residues coupled to a silica gel; (b) performing size-exclusion chromatography with a mobile phase comprising a phosphate salt and a sulfate salt at a pH value from about 6 to about 8; (c) detecting the UV absorption of the HSA monomer at the outlet of the column; and (d) calculating the amount of HSA monomer from the area under the curve (AUC) of the detected signal. (a) applying the liquid composition on a size-exclusion chromatography column, wherein the column material comprises diol residues coupled to a silica gel; (b) performing size-exclusion chromatography with a mobile phase comprising a phosphate salt and a sulfate salt at a pH value from about 6 to about 8; (c) detecting the UV absorption of the HSA monomer at the outlet of the column; and (d) calculating the amount of HSA monomer from the area under the curve (AUC) of the detected signal.
A camera module, comprising a base , a guide shaft , a first piezo assembly , a second piezo assembly , and a first optical assembly and a second optical assembly that are successively slidably connected to the guide shaft in an optical axis direction, wherein the guide shaft is fixedly connected to the base ; the first piezo assembly is connected between the base and the first optical assembly , the first piezo assembly comprises a first stator and a first driven element , the first stator comprises a first piezo element and a first fixing element that are fixedly connected, the first fixing element comprises a first cantilever, and the first cantilever is configured to amplify vibration generated by the first piezo element in an energized state, and cooperate with the first driven element to drive the first optical assembly to slide on the guide shaft ; the second piezo assembly is connected between the base and the second optical assembly , or between the first optical assembly and the second optical assembly , the second piezo assembly comprises a second stator and a second driven element , the second stator comprises a second piezo element and a second fixing element that are fixedly connected, the second fixing element comprises a second cantilever, and the second cantilever is configured to amplify vibration generated by the second piezo element in an energized state, and cooperate with the second driven element to drive the second optical assembly to slide on the guide shaft , wherein the first driven element is fixed to the first optical assembly , the first stator is fixed to the base , the second driven element is fixed to the second optical assembly , and characterized in that the second stator is fixed to the first optical assembly .
Security system for detecting movement in at least one room, wherein the security system comprises at least one sensor device with a motion detector and one distance sensor , and wherein the distance sensor is adapted to measure the movement and wherein the security system comprises a microcontroller which is designed to compare a distance-first-actual-value of the distance sensor with a distance-second-actual-value of the distance sensor, and to generate a distance measurement signal (DmS), with which at least one timer is triggered, and to output, after a time interval (Zl), an system-internal sensor-side alarm signal and whereby a communication module of the security system comprises at least a GSM module that is designed, triggered by the system-internal sensor-side alarm signal, to send an emergency call SMS and wherein the communication module comprises at least one Ethernet/WLAN module and wherein the security system comprises an external receiving and input unit , for example a smartphone, and wherein the motion detector is designed, upon a motion detection, to give away a signal to the microcontroller and thereby to switch on the power supply of the distance sensor .
Extrusion head for producing multi-layered structures made of thermoplastic material, having a helical distributor head concentric to a central axis (M) of the extrusion head and a spiral distributor head provided in addition to the concentric helical distributor head with at least one spiral distributor module which forms at least one single spiral melt channel and the spiral melt channel is arranged in a plane which is arranged perpendicular to the central axis (M) of the tubular film blow head and the spiral distributor head is arranged as viewed in flow direction (B) of the melt downstream of the concentric helical distributor head , characterised in that the concentric helical distributor head has an inner concentric and cylindrically designed helical distributor and a plurality of helical distributor channels arranged to be concentric to the cylindrical helical distributor , wherein the helical distributor channels and the at least one spiral melt channel open into a common melt channel .
Elevator system , characterised by , comprising: - a replaceable software module (101-1) for generating an elevator command and putting the elevator command in a command queue ; and - a basic software module (101-2) for fetching the elevator command from the command queue and controlling the elevator on the basis of the elevator command . - a replaceable software module (101-1) for generating an elevator command and putting the elevator command in a command queue ; and - a basic software module (101-2) for fetching the elevator command from the command queue and controlling the elevator on the basis of the elevator command .
A burner shield for use in a cooking apparatus, the burner shield comprising an article, the article comprising: a curved body comprising a material selected from the group consisting of glass-ceramic, glass, ceramic, quartz-glass, and combinations thereof, wherein the body comprises a first segment with a first curvature, a second segment with a second curvature, and a third segment with a third curvature, wherein the first segment is between the second segment and the third segment, and wherein the second curvature and the third curvature are different than the first curvature. a curved body comprising a material selected from the group consisting of glass-ceramic, glass, ceramic, quartz-glass, and combinations thereof, wherein the body comprises a first segment with a first curvature, a second segment with a second curvature, and a third segment with a third curvature, wherein the first segment is between the second segment and the third segment, and wherein the second curvature and the third curvature are different than the first curvature.
Method of determining a measure of a density of markers in a sample, comprising the steps of: irradiating an illumination region of the sample with light, wherein the markers present in said illumination region of the sample emit fluorescence light in response to the irradiation of the sample with light, detecting an intensity of the fluorescence light from a detection region of the sample, comprising at least a part of said illumination region, irradiating an area within said detection region of the sample with a focused charged particle beam to deposit a dose of charged particles in said area, and determining a measure of the density of markers in said area using a change of the detected intensity of the fluorescence light as a function of the deposited dose of charged particles in said area. irradiating an illumination region of the sample with light, wherein the markers present in said illumination region of the sample emit fluorescence light in response to the irradiation of the sample with light, detecting an intensity of the fluorescence light from a detection region of the sample, comprising at least a part of said illumination region, irradiating an area within said detection region of the sample with a focused charged particle beam to deposit a dose of charged particles in said area, and determining a measure of the density of markers in said area using a change of the detected intensity of the fluorescence light as a function of the deposited dose of charged particles in said area.
A power supply device with temperature control configured for supplying power to an atomizer of an electronic cigarette, wherein the power supply device comprises a housing , a battery disposed in the housing , an electrical connection assembly disposed at a first end of the housing , a temperature control board , an airflow sensor disposed in the housing , and a lamp cap disposed at a second end of the housing ; the electrical connection assembly and the airflow sensor are electrically connected with the temperature control board respectively, and the temperature control board is electrically connected with the battery , wherein the airflow sensor feedbacks a voltage signal to the temperature control board according to a negative pressure value in the electronic cigarette, the temperature control board regulates a variation amplitude of an output power provided to the atomizer according to the voltage signal and a measured resistance value of the atomizer, wherein when the airflow sensor is triggered, the temperature control board detects an initial resistance value of the atomizer at room temperature through the electrical connection assembly , obtains a target resistance value of the atomizer at a specific temperature according to the initial resistance value, supplies power to the atomizer through the electrical connection assembly , and obtains an actual resistance value of the atomizer in a working process through the electrical connection assembly , and when the trigger of the airflow sensor is stopped, the temperature control board detects a voltage or a current of the atomizer through the electrical connection assembly , and stops detecting when the actual resistance value of the atomizer is recovered to be consistent with the initial resistance value. wherein the airflow sensor feedbacks a voltage signal to the temperature control board according to a negative pressure value in the electronic cigarette, the temperature control board regulates a variation amplitude of an output power provided to the atomizer according to the voltage signal and a measured resistance value of the atomizer, wherein when the airflow sensor is triggered, the temperature control board detects an initial resistance value of the atomizer at room temperature through the electrical connection assembly , obtains a target resistance value of the atomizer at a specific temperature according to the initial resistance value, supplies power to the atomizer through the electrical connection assembly , and obtains an actual resistance value of the atomizer in a working process through the electrical connection assembly , and when the trigger of the airflow sensor is stopped, the temperature control board detects a voltage or a current of the atomizer through the electrical connection assembly , and stops detecting when the actual resistance value of the atomizer is recovered to be consistent with the initial resistance value.
A fiber optic medical treatment device, which is cable-less, portable and disposable, comprising: a battery powered laser energy source ; an enclosure , which keeps and hermetically seals the battery powered laser energy source to ensure sterility and provide safe operation; an optical fiber having a distal firing end located outside the enclosure ; and a connection system for connecting the battery powered laser energy source with the optical fiber . a battery powered laser energy source ; an enclosure , which keeps and hermetically seals the battery powered laser energy source to ensure sterility and provide safe operation; an optical fiber having a distal firing end located outside the enclosure ; and a connection system for connecting the battery powered laser energy source with the optical fiber .
Pump arrangement with a magnetically drivable micropump (P) for conveying a liquid pumping medium and with a bearing carrier as base part, wherein an outer magnet and an inner magnet are provided, transmitting a rotary motion to the micropump (P) by means of an axial shaft , and wherein - within the bearing carrier three radial bearing pieces are positioned and defined as bearing for the rotational mounting and guidance of the shaft and the micropump (P), wherein one of the bearings as first bearing rotatably accomodates an outer rotor of the micropump and is arranged eccentrically to the shaft ; - the second bearing is arranged closer to the inner magnet and/or the third bearing is arranged closer to the micropump (P); - the micropump (P) is held in the eccentric bearing by a cover arranged at the front; - a pressure-side channel structure is provided for a forced flow, the pressure-side channel structure having at least a first channel section with a radial direction component within the cover , at least a first second channel section within the bearing carrier , and another further axial section of the pressure-side channel structure leading through the cover , the further axial section also being arranged at the pressure side of the micropump (P); - a hermetically sealed casing arrangement is formed out of the bearing carrier , a dome-shaped cap and the cover , so that the conveyed liquid pumping medium from the pressure side of the micropump is able to cool the dome-shaped cap from the inside via the pressure-side channel structure . - within the bearing carrier three radial bearing pieces are positioned and defined as bearing for the rotational mounting and guidance of the shaft and the micropump (P), wherein one of the bearings as first bearing rotatably accomodates an outer rotor of the micropump and is arranged eccentrically to the shaft ; - the second bearing is arranged closer to the inner magnet and/or the third bearing is arranged closer to the micropump (P); - the micropump (P) is held in the eccentric bearing by a cover arranged at the front; - a pressure-side channel structure is provided for a forced flow, the pressure-side channel structure having at least a first channel section with a radial direction component within the cover , at least a first second channel section within the bearing carrier , and another further axial section of the pressure-side channel structure leading through the cover , the further axial section also being arranged at the pressure side of the micropump (P); - a hermetically sealed casing arrangement is formed out of the bearing carrier , a dome-shaped cap and the cover , so that the conveyed liquid pumping medium from the pressure side of the micropump is able to cool the dome-shaped cap from the inside via the pressure-side channel structure .