mhurhangee/patent-ind-claim-en huggingface dataset:
Laboratory apparatus in which biological or microbiological samples are processed or stored, comprising a UV irradiation device having at least one UV emitter for carrying out a disinfection process, and a control device , characterized in that the control device is designed to control the UV emitter and is designed to specify a duration (t) during which the UV emitter is operated during the disinfection process, and to specify the duration (t), using a control function stored in the control device, as a function of the operating time (d) of the UV emitter such that the duration (t) increases as the operating time (d) increases.
A display device comprising: a display module (DM); an impact absorption layer (CUS) under the display module, the impact absorption layer being a cushion layer which prevents or reduces an impact from the outside and comprising a first opening (OP1) exposing a lower surface of the display module; a rigid plate (MTL1) under the impact absorption layer; a fingerprint sensor (FPS) between the display module and the rigid plate within the first opening, the fingerprint sensor being mounted on an upper surface of the rigid plate and comprising an ultrasonic wave sensor; and a support member (BOSS) between the impact absorption layer and the fingerprint sensor within the first opening, the support member contacting the display module and the rigid plate, thereby forming a path to the display module for ultrasonic waves emitted from the fingerprint sensor. a display module (DM); an impact absorption layer (CUS) under the display module, the impact absorption layer being a cushion layer which prevents or reduces an impact from the outside and comprising a first opening (OP1) exposing a lower surface of the display module; a rigid plate (MTL1) under the impact absorption layer; a fingerprint sensor (FPS) between the display module and the rigid plate within the first opening, the fingerprint sensor being mounted on an upper surface of the rigid plate and comprising an ultrasonic wave sensor; and a support member (BOSS) between the impact absorption layer and the fingerprint sensor within the first opening, the support member contacting the display module and the rigid plate, thereby forming a path to the display module for ultrasonic waves emitted from the fingerprint sensor.
A crank handle for a support jack , wherein the crank handle has a main body at the first end of which a connection element for the attachment of the crank handle to an input shaft of the support jack engages and the opposite, second end of which is formed in order to rotate the crank handle , characterised in that in the force flow between the first end of the main body and the connection element a coupling is arranged which is held in an open separating position and is moved to a force-fitted connection position by actuation of an actuating element arranged at the second end .
A method of treating a substrate with a solid particulate material and a treatment liquor comprising: agitating the substrate with said solid particulate material and said treatment liquor; and (a) separating the substrate from effluent comprising solid waste fragments derived from the substrate, said solid particulate material and the treatment liquor; (b) transferring said effluent to a hydrocyclone separator comprising an inlet, a first outlet and a second outlet, wherein the effluent is fed into the hydrocyclone separator via the inlet; (c) separating the effluent in the hydrocyclone separator to produce a first stream and a second stream, wherein the first stream comprises said solid particulate material and exits the hydrocyclone separator via the first outlet and wherein the second stream comprises treatment liquor and solid waste fragments and exits the hydrocyclone separator via the second outlet; and (d) collecting the first stream after it exits the hydrocyclone separator via the first outlet. (a) separating the substrate from effluent comprising solid waste fragments derived from the substrate, said solid particulate material and the treatment liquor; (b) transferring said effluent to a hydrocyclone separator comprising an inlet, a first outlet and a second outlet, wherein the effluent is fed into the hydrocyclone separator via the inlet; (c) separating the effluent in the hydrocyclone separator to produce a first stream and a second stream, wherein the first stream comprises said solid particulate material and exits the hydrocyclone separator via the first outlet and wherein the second stream comprises treatment liquor and solid waste fragments and exits the hydrocyclone separator via the second outlet; and (d) collecting the first stream after it exits the hydrocyclone separator via the first outlet.
A box for flush mounting in a wall , which box comprises: • a box element comprising firstly a side wall that is closed at the rear by a rear wall and that defines an internal reception housing for receiving an accessory module , and secondly fastener means for fastening to the wall , which fastener means comprise at least one flap that is mounted to move through an opening formed in the side wall , between: • a retracted position in which the flap does not hinder insertion of the box element into the wall , and in which at least one inner portion of the flap projects into the internal housing ; and • a deployed position in which the flap projects, at least in part, out from the side wall so as to block the box element in said wall ; and • an abutment element that is distinct from said accessory module and that is adapted to be engaged inside the side wall of the box element in a position in which it bears against said inner portion of each flap so as to force each flap into its deployed position; the box being characterized in that said box element defines at least one abutment-forming stop (32; 39), and in that said abutment element presents a shape and a height such that when it bears against said stop (32; 39), it also bears against said inner portion of each flap so as to force each flap into its deployed position. • a box element comprising firstly a side wall that is closed at the rear by a rear wall and that defines an internal reception housing for receiving an accessory module , and secondly fastener means for fastening to the wall , which fastener means comprise at least one flap that is mounted to move through an opening formed in the side wall , between: • a retracted position in which the flap does not hinder insertion of the box element into the wall , and in which at least one inner portion of the flap projects into the internal housing ; and • a deployed position in which the flap projects, at least in part, out from the side wall so as to block the box element in said wall ; and • a retracted position in which the flap does not hinder insertion of the box element into the wall , and in which at least one inner portion of the flap projects into the internal housing ; and • a deployed position in which the flap projects, at least in part, out from the side wall so as to block the box element in said wall ; and • an abutment element that is distinct from said accessory module and that is adapted to be engaged inside the side wall of the box element in a position in which it bears against said inner portion of each flap so as to force each flap into its deployed position; the box being characterized in that said box element defines at least one abutment-forming stop (32; 39), and in that said abutment element presents a shape and a height such that when it bears against said stop (32; 39), it also bears against said inner portion of each flap so as to force each flap into its deployed position.
A method performed by a user equipment , the method comprising: receiving a bearer configuration regarding a radio bearer, from any one of a first base station of a first radio access technology on a first Cell Group, CG, and a second base station of a second radio access technology on a second CG, wherein the bearer configuration includes information indicating at least one specific cell of the second CG associated with the second base station, wherein the radio bearer is allowed to be used for data transmission via a Packet Data Convergence Protocol, PDCP, entity in the at least one specific cell, wherein the PDCP entity is associated with a first Radio Link Control, RLC, entity and a second RLC entity, wherein the first RLC entity is associated with the first radio access technology, and wherein the second RLC entity is associated with the second radio access technology; and controlling, based on the bearer configuration, the data transmission using the radio bearer via the at least one specific cell. receiving a bearer configuration regarding a radio bearer, from any one of a first base station of a first radio access technology on a first Cell Group, CG, and a second base station of a second radio access technology on a second CG, wherein the bearer configuration includes information indicating at least one specific cell of the second CG associated with the second base station, wherein the radio bearer is allowed to be used for data transmission via a Packet Data Convergence Protocol, PDCP, entity in the at least one specific cell, wherein the PDCP entity is associated with a first Radio Link Control, RLC, entity and a second RLC entity, wherein the first RLC entity is associated with the first radio access technology, and wherein the second RLC entity is associated with the second radio access technology; and controlling, based on the bearer configuration, the data transmission using the radio bearer via the at least one specific cell.
A method of metering flow through a fluid conduit , which comprises a fluid obstruction , the method comprising the steps of: - measuring a differential pressure (dP) taken between a first conduit position upstream of the fluid obstruction and a second conduit position downstream of the fluid obstruction , - calculating a fluid flow rate using the differential pressure (dP) measurement, - measuring a first static pressure upstream (P1m) or downstream (P1m') of the fluid obstruction , - measuring a recovered static pressure (P3m) at a recovered pressure location downstream of the fluid obstruction , - performing diagnostics on a flow metering system based on parameters derived from the differential pressure (dP), the first static pressure (P1m, P1m') and the measured recovered static pressure (P3m), and deriving a calculated recovered pressure (P3c) downstream of the fluid obstruction from the differential pressure (dP) and the first static pressure (P1m, P1m'), and deriving a diagnostic parameter from the calculated recovered pressure (P3c) and the measured recovered static pressure (P3m). - measuring a differential pressure (dP) taken between a first conduit position upstream of the fluid obstruction and a second conduit position downstream of the fluid obstruction , - calculating a fluid flow rate using the differential pressure (dP) measurement, - measuring a first static pressure upstream (P1m) or downstream (P1m') of the fluid obstruction , - measuring a recovered static pressure (P3m) at a recovered pressure location downstream of the fluid obstruction , - performing diagnostics on a flow metering system based on parameters derived from the differential pressure (dP), the first static pressure (P1m, P1m') and the measured recovered static pressure (P3m), and
A method for preparing Sertoli cells, comprising a step a2): increasing the expression level and/or activity of a protein combination in fibroblasts, wherein the protein combination is selected from one of the following groups: B2) NR5A1 and GATA4, B6) NR5A1, GATA4 and WT1, B7) NR5A1, GATA4 and SOX9, B8) NR5A1, GATA4 and DMRT1, B12) NR5A1, GATA4, WT1 and SOX9, B13) NR5A1, GATA4, WT1 and DMRT1, B14) NR5A1, GATA4, SOX9 and DMRT1. B2) NR5A1 and GATA4, B6) NR5A1, GATA4 and WT1, B7) NR5A1, GATA4 and SOX9, B8) NR5A1, GATA4 and DMRT1, B12) NR5A1, GATA4, WT1 and SOX9, B13) NR5A1, GATA4, WT1 and DMRT1, B14) NR5A1, GATA4, SOX9 and DMRT1.
A swimming flipper comprising a foot portion and substantially flat blade portion extending there from, said blade portion having provided on each longitudinal side thereof at least two opposed rails , and said blade portion having provided at least two ridges preferably underneath the blade portion extending longitudinally from the foot portion , said foot portion having provided a one-piece strap , characterized in that said foot portion having provided at least two fixed couplings to engage and disengage with the corresponding and opposing couplings of another said flipper to interlock and hold two flippers attached to each other, and the at least two opposed rails extend inwardly and at an angle less than 90 degrees to the plane of said blade portion ,.
A troubleshooting method, wherein the method comprises: monitoring , by a virtualized network function, "VNF", an operating status of at least one virtual machine, "VM", comprising the VNF, for a fault occurring on the VM; when a fault occurs on the VM, determining , by the VNF according to the fault, whether to perform rebuilding recovery of the VM; and sending , by the VNF, a rebuilding recovery request to a virtualized network function manager, "VNFM", when determining to perform the VM rebuilding recovery, wherein the VNFM is configured to instruct, according to the rebuilding recovery request, a virtualized infrastructure manager, "VIM", to perform rebuilding recovery for the VM, characterized in that the rebuilding recovery request includes: a rebuild type used to instruct the VIM to perform rebuilding recovery corresponding to the rebuild type, and a VM identifier of the VM for determining a location of the VM. monitoring , by a virtualized network function, "VNF", an operating status of at least one virtual machine, "VM", comprising the VNF, for a fault occurring on the VM; when a fault occurs on the VM, determining , by the VNF according to the fault, whether to perform rebuilding recovery of the VM; and sending , by the VNF, a rebuilding recovery request to a virtualized network function manager, "VNFM", when determining to perform the VM rebuilding recovery, wherein the VNFM is configured to instruct, according to the rebuilding recovery request, a virtualized infrastructure manager, "VIM", to perform rebuilding recovery for the VM, characterized in that the rebuilding recovery request includes: a rebuild type used to instruct the VIM to perform rebuilding recovery corresponding to the rebuild type, and a VM identifier of the VM for determining a location of the VM.
A functionalized laminated optical element selected from an ophthalmic lens, an ocular visor or a sight optical system, comprising: - An optical base colorless or tinted transparent element; - A functional film structure consisting of a single layer or a multilayer structure; - A layer of a pressure-sensitive adhesive of optical quality, placed between one surface of the optical base element and the functional film structure so as to permanently retain said functional film structure on the surface of the optical base element, wherein said pressure-sensitive adhesive layer has a storage modulus G' between 1.0 and below 1.6 10 5 Pa at 85 °C, preferably below or equal to 1.5 10 5 Pa and demonstrates a dry peel strength and a wet peel force strength both above 20 N/25 mm, preferably both in the range of 21 to 40 N/25 mm inclusive, wherein the storage modulus G' is measured with a rheometer in the shear mode over a temperature range of -40°C to 100°C, at a heating rate of 5°C/min, on a test sample cut in a disc shape of a 7.9 mm diameter and about 2 mm thickness placed between parallel plates applying a shear strain at a frequency of 1 Hz and wherein the dry peel strength and the wet peel strength are both measured according to ASTM D 3330/D 3330 M Standard Test Method. - An optical base colorless or tinted transparent element; - A functional film structure consisting of a single layer or a multilayer structure; - A layer of a pressure-sensitive adhesive of optical quality, placed between one surface of the optical base element and the functional film structure so as to permanently retain said functional film structure on the surface of the optical base element,
A heating roller comprising: a roller main body which includes a cylindrical heating target ; and a cylindrical heat equalizer which is provided to be in contact with an inner circumferential surface of the heating target, the heat equalizer being higher in heat conductivity than the roller main body; characterised in that the heat equalizer is lower in linear expansion coefficient than the roller main body, that heat equalization pieces each extend in an axial direction being lined up in a circumferential direction so as to form the cylindrical heat equalizer, and that the heating roller further comprises a pressing mechanism which is configured to press each of the heat equalization pieces toward the inner circumferential surface of the heating target. a roller main body which includes a cylindrical heating target ; and a cylindrical heat equalizer which is provided to be in contact with an inner circumferential surface of the heating target, the heat equalizer being higher in heat conductivity than the roller main body; characterised in that the heat equalizer is lower in linear expansion coefficient than the roller main body, that heat equalization pieces each extend in an axial direction being lined up in a circumferential direction so as to form the cylindrical heat equalizer, and that the heating roller further comprises a pressing mechanism which is configured to press each of the heat equalization pieces toward the inner circumferential surface of the heating target.
An aerial work platform comprising a people-holding cage ; and a lifting unit for lifting the cage ; the lifting unit comprising a telescopic arm comprising, in turn, a first section bar , a second section bar fitted inside the first section bar and movable between a retracted position and an extracted position, a third section bar fitted inside the second section bar and movable between a retracted position and an extracted position, a fourth section bar fitted inside the third section bar and movable between a retracted position and an extracted position, an actuator cylinder to move the second section bar between its extracted and retracted positions, a first rope operating system fitted inside the telescopic arm to move the third section bar between its extracted and retracted positions, a second rope operating system fitted inside the telescopic arm to move the fourth section bar between its extracted and retracted positions, and at least one pipe to feed an operating fluid along the telescopic arm ; the pipe comprising a first flexible segment to feed the operating fluid from the first section bar to the third section bar and a second flexible segment to feed the operating fluid from the third section bar to the fourth section bar ; wherein the first flexible segment is fitted inside the telescopic arm , extends inside a hollow space defined between the first section bar and the second section bar and projects into the second section bar to be connected to the third section bar ; and wherein the second flexible segment is fitted inside the telescopic arm and extends inside said third and fourth section bars ; and characterized in that the actuator cylinder is fitted inside the telescopic arm and in that the first flexible segment is coupled to the first section bar and the third section bar .
Real-time collaboration platform comprising a collaboration application adapted to enable a number of users to communicate with each other over a network in at least one session about a predetermined topic, wherein the real-time collaboration platform comprises at least one media server which is adapted for selective forwarding of media streams according to a content of a predetermined session and a number of clients , characterized in that the media server has an interface to a media gateway with a real-time announcement adapter , via which the media server can be connected to an announcement system with acoustic output devices, so that the media streams of a predetermined session can be output to the output devices via substitute clients.
A heat sink for being mounted to another same heat sink , the heat sink comprising: - at least one receiving portion for at least one lighting module , wherein the at least one lighting module is to be thermally connected to the heat sink , - at least one connection portion for connecting the heat sink to such at least one connection portion of the other heat sink , - at least one base plate , and - at least one side wall , - wherein the at least one connection portion is in thermal contact to such at least one corresponding connection portion of the other heat sink when the heat sink is connected to the other heat sink , - wherein the at least one base plate and the at least one side wall form a L-shaped form, characterized in that , - the connection portion is between the at least one side wall and the at least one base plate and comprises a recess which is connectable to a corresponding recess of the other heat sink for forming a combined heat sink which comprises respective receiving portions for respective mounting of the at least one lighting modules emitting light in at least two different directions. - at least one receiving portion for at least one lighting module , wherein the at least one lighting module is to be thermally connected to the heat sink , - at least one connection portion for connecting the heat sink to such at least one connection portion of the other heat sink , - at least one base plate , and - at least one side wall , - wherein the at least one connection portion is in thermal contact to such at least one corresponding connection portion of the other heat sink when the heat sink is connected to the other heat sink , - wherein the at least one base plate and the at least one side wall form a L-shaped form, characterized in that , - the connection portion is between the at least one side wall and the at least one base plate and comprises a recess which is connectable to a corresponding recess of the other heat sink for forming a combined heat sink which comprises respective receiving portions for respective mounting of the at least one lighting modules emitting light in at least two different directions.