mhurhangee/patent-ind-claim-en huggingface dataset:
A seat assembly for task-oriented seating, comprising: a seat support ; and a seat coupled to the seat support and movable under load relative to the seat support , the seat having a cushion molded over a supporting armature with multiple bias elements , wherein the seat and the seat support are each configured to deflect by predetermined amounts at defined locations across an extent of the seat assembly ; wherein the supporting armature has a center rib positioned along a medial axis (M) of the seat and a series of radially spaced shorter ribs on both sides of the center rib; wherein the seat comprises two thigh areas arranged on opposite sides of the medial axis (M) of the seat and a pommel area at a forward side of the seat and along the medial axis (M), and wherein the thigh areas are configured to deflect more than other areas of the seat . a seat support ; and a seat coupled to the seat support and movable under load relative to the seat support , the seat having a cushion molded over a supporting armature with multiple bias elements , wherein the seat and the seat support are each configured to deflect by predetermined amounts at defined locations across an extent of the seat assembly ; a seat coupled to the seat support and movable under load relative to the seat support , the seat having a cushion molded over a supporting armature with multiple bias elements , wherein the seat and the seat support are each configured to deflect by predetermined amounts at defined locations across an extent of the seat assembly ; wherein the supporting armature has a center rib positioned along a medial axis (M) of the seat and a series of radially spaced shorter ribs on both sides of the center rib; wherein the seat comprises two thigh areas arranged on opposite sides of the medial axis (M) of the seat and a pommel area at a forward side of the seat and along the medial axis (M), and wherein the thigh areas are configured to deflect more than other areas of the seat .
A steering column for a motor vehicle, comprising a steering shaft , mounted rotatably about a longitudinal axis in a steering column housing , and a rotation limiter , which rotation limiter comprises two oppositely directed flat spiral springs , which are operatively arranged between a coupling part , disposed in a rotationally secure manner on the steering shaft , and the steering column housing , and which are arranged next to each other in axial direction , wherein for the rotational limitation the further rotation of the steering shaft is blocked by winding up one of the two flat spiral springs until its coils lie firmly one upon the other and the flat spiral spring becomes solidly compressed, characterized in that the coupling part comprises an outer cylindrical coupling portion , which is coaxial with the steering shaft and on which the two oppositely directed flat spiral springs are arranged side by side in the axial direction , and in that respectively an inner end of the flat spiral springs is fastened to the coupling portion .
A method for displaying content on a user device comprising: receiving by a media player a content request corresponding to a fragment download from a server ; receiving from a quality module in communication with the media player, a quality selection for the fragment; downloading by the media player the fragment from the server; analyzing a bandwidth availability for the media player during download of the fragment, wherein analyzing the bandwidth availability comprises: generating a first estimate reflective of a local network condition of a local network for the user device based on a size of the fragment relative to a download time of the received fragment to the user device from the server; generating a second estimate reflective of a server network condition and the local network condition based on a number of bytes for the fragment received over an interval; and selecting the first estimate, the second estimate, or a combination of the first estimate and the second estimate to determine the bandwidth availability; and based in part on the bandwidth availability stopping or continuing to download the fragment. receiving by a media player a content request corresponding to a fragment download from a server ; receiving from a quality module in communication with the media player, a quality selection for the fragment; downloading by the media player the fragment from the server; analyzing a bandwidth availability for the media player during download of the fragment, wherein analyzing the bandwidth availability comprises: generating a first estimate reflective of a local network condition of a local network for the user device based on a size of the fragment relative to a download time of the received fragment to the user device from the server; generating a second estimate reflective of a server network condition and the local network condition based on a number of bytes for the fragment received over an interval; and selecting the first estimate, the second estimate, or a combination of the first estimate and the second estimate to determine the bandwidth availability; and generating a first estimate reflective of a local network condition of a local network for the user device based on a size of the fragment relative to a download time of the received fragment to the user device from the server; generating a second estimate reflective of a server network condition and the local network condition based on a number of bytes for the fragment received over an interval; and selecting the first estimate, the second estimate, or a combination of the first estimate and the second estimate to determine the bandwidth availability; and based in part on the bandwidth availability stopping or continuing to download the fragment.
A method for displaying information of a system by means of at least one control unit and a display unit , wherein at least one information item about a state of the system is displayed on the display unit , wherein the control unit has means for detecting a mobile terminal in the vicinity of the system and means for establishing a communication channel between the control unit and the mobile terminal , wherein at least one information item about a state of the system is transmitted to the mobile terminal via the communication channel and is displayed on a display unit of the mobile terminal , wherein the display unit of the mobile terminal is divided into at least two regions, wherein useful data is displayed in a first region and the state of the system is displayed in a second region , wherein the system is a motor vehicle having at least one automatic driving mode, wherein, in the case of a system state where the motor vehicle driver is to resume control of the motor vehicle, the representation of useful data is interrupted on the display unit of the mobile terminal , and a live stream of at least one environment sensor system of the motor vehicle designed as a camera is displayed on the display unit of the mobile terminal , wherein the live stream represents a traffic situation relative to the motor vehicle, which live stream waits for the motor vehicle operator when the latter resumes control and objects that are relevant in the live stream are visually highlighted. wherein the control unit has means for detecting a mobile terminal in the vicinity of the system and means for establishing a communication channel between the control unit and the mobile terminal , wherein at least one information item about a state of the system is transmitted to the mobile terminal via the communication channel and is displayed on a display unit of the mobile terminal , wherein the display unit of the mobile terminal is divided into at least two regions, wherein useful data is displayed in a first region and the state of the system is displayed in a second region , wherein the system is a motor vehicle having at least one automatic driving mode, wherein, in the case of a system state where the motor vehicle driver is to resume control of the motor vehicle, the representation of useful data is interrupted on the display unit of the mobile terminal , and a live stream of at least one environment sensor system of the motor vehicle designed as a camera is displayed on the display unit of the mobile terminal , wherein the live stream represents a traffic situation relative to the motor vehicle, which live stream waits for the motor vehicle operator when the latter resumes control and objects that are relevant in the live stream are visually highlighted.
System of contacts for an on-load tap changer device, where the system comprises: - at least a first electrical contact per phase associated with at least one tap also arranged for each phase, - at least a second electrical contact per phase associated with at least one switching means also arranged for each phase, and - at least a third electrical contact per phase associated with at least one tap selection means also arranged for each phase, wherein - the first electrical contact and the second electrical contact are incorporated in a plate fixed to the structure of the tap changer device, leaving at least one of their ends projecting from the plate free, with the free end of said first and second electrical contacts facing and in correspondence with the third electrical contact on a longitudinal axis of the first and second electrical contacts , the longitudinal axis of the first and second contacts being parallel to an axis of the tap selection means ; characterized in that the electrical contact of the first and second contacts with the third electrical contact is axial and sliding; - and in that the first and second electrical contacts comprise at least one elastic means axially pushing at least one end of said first and second contacts against the third electrical contact . - at least a first electrical contact per phase associated with at least one tap also arranged for each phase, - at least a second electrical contact per phase associated with at least one switching means also arranged for each phase, and - at least a third electrical contact per phase associated with at least one tap selection means also arranged for each phase, wherein - the first electrical contact and the second electrical contact are incorporated in a plate fixed to the structure of the tap changer device, leaving at least one of their ends projecting from the plate free, with the free end of said first and second electrical contacts facing and in correspondence with the third electrical contact on a longitudinal axis of the first and second electrical contacts , the longitudinal axis of the first and second contacts being parallel to an axis of the tap selection means ; characterized in that the electrical contact of the first and second contacts with the third electrical contact is axial and sliding; - and in that the first and second electrical contacts comprise at least one elastic means axially pushing at least one end of said first and second contacts against the third electrical contact .
System for adjusting the angular position of a pinion relative to a wheel on which the pinion is mounted such that it can pivot, the adjusting system comprising an adjusting member as well as a wheel on which a pinion is frictionally mounted so as to form a wheel set, the adjusting member , pivotally mounted on wheel , being engaged with the pinion and allowing to pivot said pinion so as to adjust the angular position of the pivot relative to the wheel .
Method for switching on a heating load (LOAD), wherein the heating load (LOAD) can be controlled by means of forward-phase control, wherein the forward-phase control at a particular instant is characterized by a phase control angle (φ1,..., φn) , comprising the steps: • switching on the heating load (LOAD) by means of a specifiable initial phase control angle (φINIT) which results in a first effective current (I EFF ); • determining the subsequent phase control angles (φ1,..., φn) taking into account the ascertained first effective current (I EFF ) and a definable switch-on current curve (I Start ), wherein the definable switch-on current curve (I Start ) does not exceed a characteristic curve (FUSE max ) of a protective device (FUSE), wherein the phase control angles (φ1,..., φn) that follow the initial phase control angle (φINIT) are calculated and/or determined from the ascertained effective current (I EFF ), wherein the effective current (I EFF ) converges successively on the switch-on current (I Start ) with each of the further phase control angles (φ1,..., φn). • switching on the heating load (LOAD) by means of a specifiable initial phase control angle (φINIT) which results in a first effective current (I EFF ); • determining the subsequent phase control angles (φ1,..., φn) taking into account the ascertained first effective current (I EFF ) and a definable switch-on current curve (I Start ), wherein the definable switch-on current curve (I Start ) does not exceed a characteristic curve (FUSE max ) of a protective device (FUSE), wherein the phase control angles (φ1,..., φn) that follow the initial phase control angle (φINIT) are calculated and/or determined from the ascertained effective current (I EFF ), wherein the effective current (I EFF ) converges successively on the switch-on current (I Start ) with each of the further phase control angles (φ1,..., φn).
A spectacle lens having multilayer films provided separately on opposite surfaces of a plastic lens base , wherein an average reflectance of one of the multilayer films provided on at least one of the opposite surfaces of the plastic lens base in the wavelength range of 530 to 570 nm is 2.5 to 5.5%, wherein one of the multilayer films provided on at least one of the opposite surfaces of the plastic lens base has one local maximum reflectance in the wavelength range of 530 to 570 nm, and the one local maximum reflectance is 2.0 to 6.0%, and wherein a sum of average reflectances of the multilayer films provided separately on the opposite surfaces of the plastic lens base in a wavelength range of 630 to 670 nm is 2.0% or less.
Dishwasher machine (1;100;110) comprising a washing column (3;300) consisting of a vertical treatment duct (4;400) coaxially mounted on which is a container (5; 500) for the dishes provided with a rotating support (58;510) for the dishes, a tank for a washing and rinsing liquid connected to the bottom of said column and provided with a heating element , a first filtering device connected - on one side - to said tank and - on another side - to a high-pressure pump , a second reverse osmosis filtering device connected - on one side - to said pump and - on another side - to said treatment duct (4;400), a blower connected to said duct (4;400), and a mechanism (17;170) for driving said support (58; 510) for dishes in rotation, wherein said second filtering device is connected to said treatment duct (4;400) through a first (11;120) and a second duct, wherein said treatment duct (4; 400) comprises three longitudinal portions, a first portion (14;409) which receives the washing liquid, which is concentrated liquid containing particles (LC), coming from the first duct (11;120), a second portion (15;410) which receives the rinsing liquid, which is permeate pure liquid (LP), coming from the second duct and a third portion (16;408) which receives air from the blower . - to said pump and - on another side - to said treatment duct (4;400), a blower connected to said duct (4;400), and a mechanism (17;170) for driving said support (58; 510) for dishes in rotation, wherein said second filtering device is connected to said treatment duct (4;400) through a first (11;120) and a second duct, wherein said treatment duct (4; 400) comprises three longitudinal portions, a first portion (14;409) which receives the washing liquid, which is concentrated liquid containing particles (LC), coming from the first duct (11;120), a second portion (15;410) which receives the rinsing liquid, which is permeate pure liquid (LP), coming from the second duct and a third portion (16;408) which receives air from the blower .
Cosmetic, non-therapeutic use of a mixture comprising or consisting of a) one or more compound(s) of formula 1 and b) diisopropyl adipate, for non-therapeutically improving the complexion of human skin, preferably for non-therapeutically improving the complexion of human facial skin, and/or as non-therapeutic anti-aging compound. a) one or more compound(s) of formula 1 and b) diisopropyl adipate,
Electrolysis cell as an as-intended component of an electrolysis unit for the electrochemical decomposition of water (H2O) into hydrogen and oxygen, having an anode side and a cathode side and comprising a housing , arranged in which are an anode chamber with an anode and, lying opposite, a cathode chamber with a cathode and, in between, a membrane , wherein a voltage can be applied as intended between the anode and the cathode , wherein arranged on the upper side of the anode chamber is an oxygen outlet and on the upper side of the cathode chamber a hydrogen outlet and on the underside of the anode chamber and/or on the underside of the cathode chamber a water inlet , wherein also arranged in the housing above the oxygen outlet is an oxygen chamber having at least 0.15 times the volume of the anode chamber and above the hydrogen outlet a hydrogen chamber having at least 0.15 times the volume of the cathode chamber , characterized in that arranged in the housing on the underside of the anode-side water inlet is an anode water chamber having at least 0.05 times the volume of the anode chamber and on the underside of the cathode-side water inlet a cathode water chamber having at least 0.05 times the volume of the cathode chamber .
A buffer block apparatus for securing a node , the buffer block apparatus comprising: a first surface having at least one first feature configured for a first interface with a robotic assembly apparatus; and a second surface , different from the first surface, configured to connect with a first surface of a node and to form a first rigid connection between the buffer block apparatus and the first surface of the node, characterised in that the buffer block apparatus is configured to be scanned or probed, separately from the node, to provide at least one reference coordinate system with respect to the node. a first surface having at least one first feature configured for a first interface with a robotic assembly apparatus; and a second surface , different from the first surface, configured to connect with a first surface of a node and to form a first rigid connection between the buffer block apparatus and the first surface of the node, characterised in that the buffer block apparatus is configured to be scanned or probed, separately from the node, to provide at least one reference coordinate system with respect to the node.
A front screw wiring structure, comprising a housing , a fastening screw , a rotary press block , a reset spring sheet and an electric conductor , wherein the electric conductor is fixed in the housing , one end of the reset spring sheet is clamped onto the housing and the other end thereof abuts against the rotary press block , a side face of the rotary press block is provided with a rotating shaft or a connecting pin, the rotary press block is in a cam shape and the reset spring sheet has a curved section conforming to the cam shape of the rotary press block , one end of the fastening screw abuts against the rotary press block characterized in that the electric conductor comprises a conductive metal piece made of conductive material and a wiring frame made of non-conductive material, wherein the wiring frame is fixed in the housing , one end of the conductive metal piece is inserted into the wiring frame and the other end thereof passes through the housing and extends out from the housing , and the rotary press block is rotationally connected to the wiring frame , a boss portion is provided at the wiring frame of the electric conductor , the boss portion is provided with a threaded hole, and the fastening screw is threaded to the boss portion , wherein a first toothed face is arranged on an arc wall of one side of the rotary press block . comprising a housing , a fastening screw , a rotary press block , a reset spring sheet and an electric conductor , wherein the electric conductor is fixed in the housing , one end of the reset spring sheet is clamped onto the housing and the other end thereof abuts against the rotary press block , a side face of the rotary press block is provided with a rotating shaft or a connecting pin, the rotary press block is in a cam shape and the reset spring sheet has a curved section conforming to the cam shape of the rotary press block , one end of the fastening screw abuts against the rotary press block characterized in that the electric conductor comprises a conductive metal piece made of conductive material and a wiring frame made of non-conductive material, wherein the wiring frame is fixed in the housing , one end of the conductive metal piece is inserted into the wiring frame and the other end thereof passes through the housing and extends out from the housing , and the rotary press block is rotationally connected to the wiring frame , a boss portion is provided at the wiring frame of the electric conductor , the boss portion is provided with a threaded hole, and the fastening screw is threaded to the boss portion , wherein a first toothed face is arranged on an arc wall of one side of the rotary press block .
Method for immobilization of heparin on a polymeric material, said method comprising the steps of: - selecting a substrate made from a polymeric material; - cleaning said substrate; - mounting said substrate into a vacuum chamber; - evacuating the vacuum chamber to pressure below 1 Pa; - selecting a source of NH 2 radicals; - leaking solely the NH2 radicals from said source into said vacuum chamber during continuous pumping of said vacuum chamber; - interacting said NH2 radicals with said substrate; - evacuating said vacuum chamber; - venting said vacuum chamber to atmospheric pressure; and - covalent bonding of activated heparin on said substrate - wherein said cleaning step comprises: - treating of said substrate made from a polymeric material in ethanol or other appropriate solvent using an ultrasound bath; and - drying said substrate made from a polymeric material; - characterized in that, said covalent bonding of activated heparin on said substrate is performed by interacting a water solution containing of heparin activated by N-(3-Dimethylaminopropyl)-N'-ethylcarbodiimide hydrochloride (EDC)/ N-Hydroxysuccinimide (NHS) on said substrate. - selecting a substrate made from a polymeric material; - cleaning said substrate; - mounting said substrate into a vacuum chamber; - evacuating the vacuum chamber to pressure below 1 Pa; - selecting a source of NH 2 radicals; - leaking solely the NH2 radicals from said source into said vacuum chamber during continuous pumping of said vacuum chamber; - interacting said NH2 radicals with said substrate; - evacuating said vacuum chamber; - venting said vacuum chamber to atmospheric pressure; and - covalent bonding of activated heparin on said substrate - wherein said cleaning step comprises: - treating of said substrate made from a polymeric material in ethanol or other appropriate solvent using an ultrasound bath; and - drying said substrate made from a polymeric material; - treating of said substrate made from a polymeric material in ethanol or other appropriate solvent using an ultrasound bath; and - drying said substrate made from a polymeric material; - characterized in that, said covalent bonding of activated heparin on said substrate is performed by interacting a water solution containing of heparin activated by N-(3-Dimethylaminopropyl)-N'-ethylcarbodiimide hydrochloride (EDC)/ N-Hydroxysuccinimide (NHS) on said substrate.