mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a media resource playlist in a local area network, wherein the local area network comprises a media server and a media renderer, the method is implemented by a control point, and the method comprises: updating a stored playlist and a stored playlist element table when determining that a state of the media server changes; and sending the updated playlist to the media renderer;wherein the playlist comprises a uniform resource locator of a media resource and/or a file name of the media resource, and the playlist element table comprises at least one of a media resource identifier, a media server identifier, an Internet Protocol address of the media server, and the uniform resource locator of the media resource; wherein the updating a stored playlist and a stored playlist element table when determining that a state of the media server changes comprises: updating the stored playlist and the stored playlist element table when determining that the media server is offline; characterized in that the updating the stored playlist and the stored playlist element table when determining that the media server is offline comprises: if a message indicating that the media server is offline is received or no online announcement message sent by the media server is received within a preset time, determining that the media server is offline, and deleting a record corresponding to the media server in the stored playlist, or marking the record corresponding to the media server in the stored playlist as unavailable updating a stored playlist and a stored playlist element table when determining that a state of the media server changes; and sending the updated playlist to the media renderer;wherein the playlist comprises a uniform resource locator of a media resource and/or a file name of the media resource, and the playlist element table comprises at least one of a media resource identifier, a media server identifier, an Internet Protocol address of the media server, and the uniform resource locator of the media resource; wherein the updating a stored playlist and a stored playlist element table when determining that a state of the media server changes comprises: updating the stored playlist and the stored playlist element table when determining that the media server is offline; characterized in that the updating the stored playlist and the stored playlist element table when determining that the media server is offline comprises: updating the stored playlist and the stored playlist element table when determining that the media server is offline; characterized in that the updating the stored playlist and the stored playlist element table when determining that the media server is offline comprises: if a message indicating that the media server is offline is received or no online announcement message sent by the media server is received within a preset time, determining that the media server is offline, and deleting a record corresponding to the media server in the stored playlist, or marking the record corresponding to the media server in the stored playlist as unavailable
Method for preparing a sample of microorganisms with a view to analysis by Raman spectrometry, comprising the steps of: a) providing a flat support (S) comprising a first face and hollow patterns in the first face, said hollow patterns being distributed in the first face in a given arrangement, the flat support being made from quartz and the first face thereof comprising a treatment with Optool®, b) assembling the microorganisms in the hollow patterns of the support by capillary force, during which an assembly device (D) is placed on the support (S), delimiting therewith a cavity so that the hollow patterns are disposed inside the cavity , a liquid solution containing the microorganisms (B) is injected into the cavity and a controlled evaporation of the liquid solution is carried out, the liquid solution comprising a compound making it possible to obtain a receding angle of between 30° and 50° with the first face. a) providing a flat support (S) comprising a first face and hollow patterns in the first face, said hollow patterns being distributed in the first face in a given arrangement, the flat support being made from quartz and the first face thereof comprising a treatment with Optool®, b) assembling the microorganisms in the hollow patterns of the support by capillary force, during which an assembly device (D) is placed on the support (S), delimiting therewith a cavity so that the hollow patterns are disposed inside the cavity , a liquid solution containing the microorganisms (B) is injected into the cavity and a controlled evaporation of the liquid solution is carried out, the liquid solution comprising a compound making it possible to obtain a receding angle of between 30° and 50° with the first face.
A side door lining for a motor vehicle comprising a main carrier panel comprising a facade for extending facing the inner lining of a metal side door structure and a peripheral strip bordering said facade and extending substantially transversely thereto, said strip terminating in a free edge for resting against the periphery of said inner door lining, said lining also comprising lining elements 60, 70) secured to said main support panel to form at least partially certain accessories of said side door, said side door lining comprising at least one support stand rigidly connected to said lining element and extending downwards while resting against the inner face of the lower part of said peripheral strip , each at least said stand resting on the flat roof of a boss projecting in relief from the inner face of the lower part of said peripheral strip ), said boss extending transversely in the direction of said free edge of the peripheral band up to a step , each at least said stand is fixed to said step of said boss , characterized in that each at least said stand , in the form of a staircase, comprises in succession an upper step connected transversely to a peripheral edge bordering said lining element and intended to allow it to be fixed to the facade of said main supporting element , an upper riser , a lower step and a lower riser fixed by snap-fastening to said step of said boss .
A robotic pool cleaner configured to be submerged in water and to clean an immersed surface of a pool, the robotic pool cleaner comprising: an intake pathway , the intake pathway of the robotic pool cleaner being configured to receive water and debris as the robotic pool cleaner traverse the immersed surface of the pool; a processing device ; an optical sensor operatively coupled to the processing device and positioned relative to the intake pathway , wherein the optical sensor comprises (a) a light emitter operable to output light into the intake pathway , and (b) a light detector operable to detect the light output by the light emitter subsequent to the light entering the intake pathway ; wherein the processing device is configured to determine whether a detectable level of debris is flowing through the intake pathway of the robotic pool cleaner based on an output of the optical sensor ; and characterized by : wherein the processing device is configured to de-energize the light emitter to measure a contribution of ambient light in the output of the optical sensor during an ambient measurement cycle, and to energize the light emitter to measure a contribution of the light output by the light emitter and the ambient light in the output of the optical sensor during a debris measurement cycle. an intake pathway , the intake pathway of the robotic pool cleaner being configured to receive water and debris as the robotic pool cleaner traverse the immersed surface of the pool; a processing device ; an optical sensor operatively coupled to the processing device and positioned relative to the intake pathway , wherein the optical sensor comprises (a) a light emitter operable to output light into the intake pathway , and (b) a light detector operable to detect the light output by the light emitter subsequent to the light entering the intake pathway ; wherein the processing device is configured to determine whether a detectable level of debris is flowing through the intake pathway of the robotic pool cleaner based on an output of the optical sensor ; and characterized by : wherein the processing device is configured to de-energize the light emitter to measure a contribution of ambient light in the output of the optical sensor during an ambient measurement cycle, and to energize the light emitter to measure a contribution of the light output by the light emitter and the ambient light in the output of the optical sensor during a debris measurement cycle.
A transmission mechanism comprising: a first gear coaxially fixed to a rotational shaft having a hollow shape, a second gear and a third gear , the second gear and the third gear being rotatably and coaxially disposed on an outer periphery of the rotational shaft such that the second gear and the third gear are opposed to each other; a gear select clutch disposed between the second gear and the third gear , and configured to select one of a state in which the second gear and the first gear are coupled and the third gear and the first gear are decoupled, and a state in which the third gear and the first gear are coupled and the second gear and the first gear are decoupled; and a clutch operation unit configured to couple an operation shaft disposed in a hollow part of the rotational shaft to the gear select clutch to operate the gear select clutch by advancing and retreating the operation shaft in an axial direction, wherein recess portions are provided in mutually opposed surfaces of the second gear and the third gear , respectively, characterized in that a depth in the axial direction of the recess portion of the third gear being larger than a depth in the axial direction of the recess portion of the second gear , wherein the gear select clutch is disposed in a manner to enter an inside of each of the recess portions of the second gear and the third gear such that a center in the axial direction of the gear select clutch is positioned in the inside of the recess portion of the third gear when the first gear is decoupled from the second gear and the third gear . a first gear coaxially fixed to a rotational shaft having a hollow shape, a second gear and a third gear , the second gear and the third gear being rotatably and coaxially disposed on an outer periphery of the rotational shaft such that the second gear and the third gear are opposed to each other; a gear select clutch disposed between the second gear and the third gear , and configured to select one of a state in which the second gear and the first gear are coupled and the third gear and the first gear are decoupled, and a state in which the third gear and the first gear are coupled and the second gear and the first gear are decoupled; and a clutch operation unit configured to couple an operation shaft disposed in a hollow part of the rotational shaft to the gear select clutch to operate the gear select clutch by advancing and retreating the operation shaft in an axial direction, wherein recess portions are provided in mutually opposed surfaces of the second gear and the third gear , respectively, characterized in that a depth in the axial direction of the recess portion of the third gear being larger than a depth in the axial direction of the recess portion of the second gear , wherein the gear select clutch is disposed in a manner to enter an inside of each of the recess portions of the second gear and the third gear such that a center in the axial direction of the gear select clutch is positioned in the inside of the recess portion of the third gear when the first gear is decoupled from the second gear and the third gear .
A solvent consisting of: (A) a first component consisting of at least one of dimethyl sulfoxide (DMSO) and N-formyl morpholine, and (B) a second component consisting of at least one of N,N-dimethyl propionamide, 3-methoxy-N,N-dimethyl propanamide, N,N-dimethyl acetoacetamide and N-methyl-ε-caprolactam. (A) a first component consisting of at least one of dimethyl sulfoxide (DMSO) and N-formyl morpholine, and (B) a second component consisting of at least one of N,N-dimethyl propionamide, 3-methoxy-N,N-dimethyl propanamide, N,N-dimethyl acetoacetamide and N-methyl-ε-caprolactam.
Actuating unit for a clutch comprising a drive unit , an actuating element for actuating the clutch, and a transmission unit for transmitting a torque which is generated by way of the drive unit to the actuating element , the transmission unit comprising a wear compensation mechanism , by way of which the engagement position of the actuating element can be adapted to the wear state of the clutch, characterized in that the lever arm between the transmission unit and actuating element increases in size with a change in the engagement position on account of a wear compensation adaptation.
A method for controlling duplicated data transmission function, characterized in that the method comprises: determining , by a terminal, a bit in a received bitmap based on indication information configured correspondingly to a data radio bearer, DRB, and a preset rule, wherein the received bitmap corresponding to a master cell group, MCG, or a secondary cell group, SCG is selected by the terminal for the DRB, and the bitmap is of two received bitmaps; and determining , by the terminal, to activate/deactivate duplicated data transmission function of the DRB based on the bit, wherein the DRB is a split DRB which is configured with the duplicated data transmission function, wherein the indication information comprises an indication identifier and an indication bit, and the determining, by the terminal, the bit in the received bitmap based on the indication information configured correspondingly to the DRB comprises: selecting, by the terminal, the received bitmap corresponding to the MCG or the SCG for the DRB based on the indication identifier; and determining, by the terminal, the bit in the bitmap based on the indication bit; or wherein the indication information comprises the indication identifier, and the determining, by the terminal, the bit in the received bitmap based on the indication information configured correspondingly to the DRB and the preset rule comprises: determining, by the terminal, the received bitmap corresponding to the MCG or the SCG for the DRB based on the indication identifier; and determining, by the terminal, the bit in the bitmap based on an identifier of the DRB. determining , by a terminal, a bit in a received bitmap based on indication information configured correspondingly to a data radio bearer, DRB, and a preset rule, wherein the received bitmap corresponding to a master cell group, MCG, or a secondary cell group, SCG is selected by the terminal for the DRB, and the bitmap is of two received bitmaps; and determining , by the terminal, to activate/deactivate duplicated data transmission function of the DRB based on the bit, wherein the DRB is a split DRB which is configured with the duplicated data transmission function, wherein the indication information comprises an indication identifier and an indication bit, and the determining, by the terminal, the bit in the received bitmap based on the indication information configured correspondingly to the DRB comprises: selecting, by the terminal, the received bitmap corresponding to the MCG or the SCG for the DRB based on the indication identifier; and determining, by the terminal, the bit in the bitmap based on the indication bit; or wherein the indication information comprises the indication identifier, and the determining, by the terminal, the bit in the received bitmap based on the indication information configured correspondingly to the DRB and the preset rule comprises: determining, by the terminal, the received bitmap corresponding to the MCG or the SCG for the DRB based on the indication identifier; and determining, by the terminal, the bit in the bitmap based on an identifier of the DRB.
A liquid electrostatic printing method comprising: providing a liquid electrostatic ink composition comprising a carrier liquid and chargeable particles comprising a resin; providing an adhesion promoting composition comprising an adhesion promoter; contacting the liquid electrostatic ink composition with a latent electrostatic image disposed on a surface to create a developed ink image; transferring the developed ink image to an intermediate transfer member; depositing the adhesion promoting composition on the intermediate transfer member to form an adhesion promoting layer; transferring the adhesion promoting layer to a print substrate; and transferring the developed ink image to the print substrate, such that the adhesion promoting layer is disposed on the print substrate and the developed ink image is disposed on the adhesion promoting layer, wherein the adhesion promoting composition comprises a carrier liquid and about 1 wt.% to about 50 wt.% of the adhesion promoter by total weight of the adhesion promoting composition, wherein the adhesion promoter comprises a tackifier having a polar functional group and a number average molecular weight Mn of less than about 5000, wherein the adhesion promoter is dissolved in the carrier liquid of the adhesion promoting composition. providing a liquid electrostatic ink composition comprising a carrier liquid and chargeable particles comprising a resin; providing an adhesion promoting composition comprising an adhesion promoter; contacting the liquid electrostatic ink composition with a latent electrostatic image disposed on a surface to create a developed ink image; transferring the developed ink image to an intermediate transfer member; depositing the adhesion promoting composition on the intermediate transfer member to form an adhesion promoting layer; transferring the adhesion promoting layer to a print substrate; and transferring the developed ink image to the print substrate, such that the adhesion promoting layer is disposed on the print substrate and the developed ink image is disposed on the adhesion promoting layer, wherein the adhesion promoting composition comprises a carrier liquid and about 1 wt.% to about 50 wt.% of the adhesion promoter by total weight of the adhesion promoting composition, wherein the adhesion promoter comprises a tackifier having a polar functional group and a number average molecular weight Mn of less than about 5000, wherein the adhesion promoter is dissolved in the carrier liquid of the adhesion promoting composition.
Electrical device for connection to a high-voltage grid, having - a housing able to be filled with a coolant, - a core arranged in the housing and made from a magnetizable material, - a root winding that encloses a section of the core , - a control winding group having control windings that each enclose a section of the core, and - a switch that selectively enables or prevents a flow of current through each of the control windings, wherein the control winding group has a first control winding subgroup and a second control winding subgroup , wherein the first control winding subgroup and the second control winding subgroup are structured identically to one another, characterized in that each control winding subgroup has at least one coarse stage and at least one fine stage. - a housing able to be filled with a coolant, - a core arranged in the housing and made from a magnetizable material, - a root winding that encloses a section of the core , - a control winding group having control windings that each enclose a section of the core, and - a switch that selectively enables or prevents a flow of current through each of the control windings, wherein
A plate-like paneling element for a vehicle roof, comprising a support plate consisting of a glass panel whose upper side forms an outer visible surface of the panelling element and whose inner side is provided with a shatter protection film being a composite film arrangement, characterised in that the composite film arrangement comprises a first plastic film and a second plastic film which are connected to each other and at least one of which has a coating directly applied without an adhesive to the surface facing the other one of the two plastic films for absorbing and/or reflecting infrared radiation and/or UV radiation, the edge of the support plate being provided with a foamed or injection-moulded edge encapsulation overlapping the shatter protection film , the shatter protection film having an adhesive layer via which it is glued to the support plate .
A fall arrest device configured to be mounted around a wire rope of an elevator, the fall arrest device comprising a casing with an entry hole for the wire rope , and an exit hole for the wire rope , and a clamping mechanism and an overspeed detector arranged inside the casing , the overspeed detector comprising a driven roller arranged to be driven by the wire rope and wherein the clamping mechanism is configured to clamp the wire rope if the overspeed detector detects a speed of the driven roller above a predetermined threshold, characterized in that the driven roller has one or more selected areas to be detected by a sensor , and the device further comprising a motion indicator configured to receive a signal from the sensor when the sensor detects one of the selected areas , and the motion indicator is configured to give different indications depending on whether or not the signal is received from the sensor , such indications being detectable from outside the casing .
Method of producing a component having a profile cross section which is hat-shaped or omega-shaped at least in some regions for a vehicle, comprising the following steps: - (A) providing a workpiece composed of a heat-treatable steel material provided with a zinc-containing coating on either side, - (B) at least partly heating the workpiece to a temperature above Ac1, - (C) inserting the at least partly hot workpiece into a hot-forming and/or press-hardening mold comprising at least one male part and at least one female part, - (D) closing the mold by relative movement of the male part and/or the female part toward one another and hot-forming and/or press-hardening the workpiece, with cooling of at least one region of the hot workpiece in the closed mold in such a way that there is at least partial formation of a hardened microstructure, characterized in that the workpiece has a first surface having a smaller coating thickness of the zinc-containing coating compared to the second surface of the workpiece, wherein the workpiece is inserted into the hot-forming and/or press-hardening mold in such a way that the first surface of the workpiece is positioned on the side of the predominantly concave mold side that is predominantly subjected to compression and/or tension in the component manufacture, wherein a workpiece having a first surface having a coating thickness <4 μ m and a second surface having a coating thickness ≥ 4.5 μ m is used, in each case in the as of yet non-press-hardened condition. - (A) providing a workpiece composed of a heat-treatable steel material provided with a zinc-containing coating on either side, - (B) at least partly heating the workpiece to a temperature above Ac1, - (C) inserting the at least partly hot workpiece into a hot-forming and/or press-hardening mold comprising at least one male part and at least one female part, - (D) closing the mold by relative movement of the male part and/or the female part toward one another and hot-forming and/or press-hardening the workpiece, with cooling of at least one region of the hot workpiece in the closed mold in such a way that there is at least partial formation of a hardened microstructure,