mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaning system for cleaning articles to be cleaned, comprising: a) at least one cleaning device , comprising at least one cleaning chamber and at least one application device for applying at least one cleaning fluid to the articles to be cleaned in the cleaning chamber ; and b) at least one transport system , comprising a plurality of transport segments for receiving the articles to be cleaned, wherein the transport segments are guided such that they can be transported through the cleaning chamber in circulation in a transport direction , wherein the transport system furthermore comprises at least one transport device for driving the transport segments , wherein the at least one transport device comprises at least one first transport device and at least one second transport device , wherein the cleaning system is configured such that the transport segments are each automatically coupled to the first transport device in at least one predefined or predefinable portion of a travel length of a circuit of the transport devices , and automatically coupled to the second transport device in at least one further predefined or predefinable portion of the travel length of the circuit of the transport devices . a) at least one cleaning device , comprising at least one cleaning chamber and at least one application device for applying at least one cleaning fluid to the articles to be cleaned in the cleaning chamber ; and b) at least one transport system , comprising a plurality of transport segments for receiving the articles to be cleaned, wherein the transport segments are guided such that they can be transported through the cleaning chamber in circulation in a transport direction , wherein the transport system furthermore comprises at least one transport device for driving the transport segments ,
A razor cartridge comprising a housing having a proximal end portion , a distal end portion , and first and second lateral end portions, and at least one blade positioned between said proximal and distal end portions; said housing comprising an elongated skin contacting element located in front of said blade , characterized in that said elongated skin contacting element is resilient and has a proximal end portion and a distal end portion and at least two fluid tunnels extending from said proximal end portion to said distal end portion within said elongated skin contacting element.
An electrowetting on dielectric EWOD device comprising: a first substrate assembly and a second substrate assembly spaced apart to define a channel between the first and second substrate assemblies; an input port in fluid communication with the channel , the input port defining an input well in fluid communication with the channel via the input port for receiving a fluid for inputting into the channel; a control port in fluid communication with the channel, the control port defining a control well for receiving a fluid and having a seal that seals the control port in a sealed state in which fluid is restricted from entering the control well from the channel; wherein when the seal is removed or pierced, the control port is placed in an unsealed state thereby permitting fluid to enter the control well from the channel and thereby drawing fluid from the input well into the fluid channel; and further comprising a vent port in fluid communication with the EWOD channel, wherein the vent port is configured to vent air from the EWOD channel as fluid enters the EWOD channel from the input port when the control port is in the sealed state. a first substrate assembly and a second substrate assembly spaced apart to define a channel between the first and second substrate assemblies; an input port in fluid communication with the channel , the input port defining an input well in fluid communication with the channel via the input port for receiving a fluid for inputting into the channel; a control port in fluid communication with the channel, the control port defining a control well for receiving a fluid and having a seal that seals the control port in a sealed state in which fluid is restricted from entering the control well from the channel; wherein when the seal is removed or pierced, the control port is placed in an unsealed state thereby permitting fluid to enter the control well from the channel and thereby drawing fluid from the input well into the fluid channel; and further comprising a vent port in fluid communication with the EWOD channel, wherein the vent port is configured to vent air from the EWOD channel as fluid enters the EWOD channel from the input port when the control port is in the sealed state.
A luminous device for an automotive vehicle comprising: a. a plurality of lighting modules juxtaposed along a given direction; b. an outer lens arranged to project a light beam emitted from the plurality of lighting modules , wherein each lighting module comprises: c. a light source support mounted with a plurality of light sources on its first face; and d. a mask disposed opposite to the first face of the light source support , wherein the mask comprises a plurality of cavities through which light rays emitted from the plurality of light sources are directed towards the outer lens ; and characterized in that , the mask of each lighting module is provided with a locking means intended to connect masks of the plurality of lighting modules , wherein the locking means is a flexible connecting link . a. a plurality of lighting modules juxtaposed along a given direction; b. an outer lens arranged to project a light beam emitted from the plurality of lighting modules , wherein each lighting module comprises: c. a light source support mounted with a plurality of light sources on its first face; and d. a mask disposed opposite to the first face of the light source support , wherein the mask comprises a plurality of cavities through which light rays emitted from the plurality of light sources are directed towards the outer lens ; and characterized in that , the mask of each lighting module is provided with a locking means intended to connect masks of the plurality of lighting modules , wherein the locking means is a flexible connecting link .
A payment system based on a cloud application instance , comprising a terminal device , configured to establish a connection channel to a cloud application instance , wherein the cloud application instance is configured to run in a physical server of a public cloud data center ; the terminal device , configured to obtain a device identity of the cloud application instance through the connection channel; the terminal device , configured to remotely manipulate an application running on the cloud application instance through the connection channel; the cloud application instance , configured to send an order and the device identity to the payment management node when the application in the cloud application instance needs to pay the order; the payment management node , configured to record a correspondence between the order and the device identity; the cloud application instance , configured to send an order payment request to a terminal device ; the terminal device , configured to send, based on the order payment request, an order obtaining request carrying the device identity to the payment management node ; the payment management node , configured to: obtain the order from the correspondence based on the device identity carried in the order obtaining request, and send the order to the terminal device ; and the terminal device , configured to: receive and process the order. a terminal device , configured to establish a connection channel to a cloud application instance , wherein the cloud application instance is configured to run in a physical server of a public cloud data center ; the terminal device , configured to obtain a device identity of the cloud application instance through the connection channel; the terminal device , configured to remotely manipulate an application running on the cloud application instance through the connection channel; the cloud application instance , configured to send an order and the device identity to the payment management node when the application in the cloud application instance needs to pay the order; the payment management node , configured to record a correspondence between the order and the device identity; the cloud application instance , configured to send an order payment request to a terminal device ; the terminal device , configured to send, based on the order payment request, an order obtaining request carrying the device identity to the payment management node ; the payment management node , configured to: obtain the order from the correspondence based on the device identity carried in the order obtaining request, and send the order to the terminal device ; and the terminal device , configured to: receive and process the order.
An ear cup assembly for a hearing protector , the ear cup assembly comprising an outer casing ; a sealing ring detachably attached on the rim of the outer casing by press fit and suitable for sealingly abut against the head of a user around an ear of the user; characterized by a user operable release mechanism for loosening the sealing ring from the outer casing , said release mechanism arranged inside the outer casing and comprising at least one lever arrangement comprising a hinge and a beam, arranged inside the outer casing such that applying a force to a first end of the beam causes the other end of the beam to push sealing ring away from the outer casing .
A termination floor forced deceleration device of an elevator, which has a car disposed elevatably in a shaft of the elevator, and an overspeed monitoring section which outputs a braking instruction for decelerating the car in the case where the speed of the car lying at a position within a predetermined distance from the terminal of the shaft is not lower than a predetermined speed set in advance, comprising: an actuation plate provided on the car; two position detection sensors which are arranged side by side along the rising/lowering path of the car in the shaft and detect the actuation plate ; and a consistency check circuit which reverses an output from itself, based on the outputs of both of the two position detection sensors, in the case where the outputs of both of the two position detection sensors are consistent with each other, wherein the overspeed monitoring section , based on the output from the consistency check circuit , recognizes whether or not the car lies at the position within the predetermined distance from the terminal of the shaft, characterized in that the consistency check circuit produces the output such that the overspeed monitoring section recognizes that the car lies at the position within the predetermined distance from the terminal of the shaft in the case where the output telling that the actuation plate has been detected is produced from at least one of both of the two position detection sensors and the outputs of both of the two position detection sensors are not consistent with each other. an actuation plate provided on the car; two position detection sensors which are arranged side by side along the rising/lowering path of the car in the shaft and detect the actuation plate ; and a consistency check circuit which reverses an output from itself, based on the outputs of both of the two position detection sensors, in the case where the outputs of both of the two position detection sensors are consistent with each other, wherein the overspeed monitoring section , based on the output from the consistency check circuit , recognizes whether or not the car lies at the position within the predetermined distance from the terminal of the shaft, characterized in that the consistency check circuit produces the output such that the overspeed monitoring section recognizes that the car lies at the position within the predetermined distance from the terminal of the shaft in the case where the output telling that the actuation plate has been detected is produced from at least one of both of the two position detection sensors and the outputs of both of the two position detection sensors are not consistent with each other.
A confocal microscope for generating a pattern which changes over time, comprising a projector pattern , a light source arrangement from which light beams travel to an object which reflects the light beams, a beam splitter for allowing passage of the light beams emanating from the light source arrangement in the direction of the object and for deflecting the light beams reflected by the object in a focal plane in the direction of a detector having a detector pattern, a detector having the detector pattern for detecting an image of the object , and a lens arrangement between the beam splitter and the object , characterised in that the light source arrangement has at least one light source and a device which switches the direction of polarisation of the light beams emitted by the at least one light source , wherein a switching frequency is 2000 to 20000 Hz, and that the projector pattern projects a pattern that changes depending on the polarisation of the light source arrangement to generate a changing pattern without moving a mask.
Motor vehicle optical module for emitting at least two light-emitting segments that can be activated selectively, the module including: - a substrate ; - at least two light sources mounted on the substrate each of which can be activated selectively to emit light rays; - primary optical means adapted to form primary light beams from the light rays emitted by each light source ; - secondary optical means adapted to project each of the primary light beams to form said light-emitting segments, the module including : - a single support that carries the substrate , the primary optical means and the secondary optical means , - means (16-A, 48) for positioning the primary optical means relative to the substrate ; characterized in that the primary optical means : - include position indexing means (16-A) that cooperate with complementary means of the substrate ; - are fixed in their indexed position by clamping them between the support and the substrate . - a substrate ; - at least two light sources mounted on the substrate each of which can be activated selectively to emit light rays; - primary optical means adapted to form primary light beams from the light rays emitted by each light source ; - secondary optical means adapted to project each of the primary light beams to form said light-emitting segments, the module including : - a single support that carries the substrate , the primary optical means and the secondary optical means , - means (16-A, 48) for positioning the primary optical means relative to the substrate ; characterized in that the primary optical means : - include position indexing means (16-A) that cooperate with complementary means of the substrate ; - are fixed in their indexed position by clamping them between the support and the substrate . - a single support that carries the substrate , the primary optical means and the secondary optical means , - means (16-A, 48) for positioning the primary optical means relative to the substrate ; - include position indexing means (16-A) that cooperate with complementary means of the substrate ; - are fixed in their indexed position by clamping them between the support and the substrate .
A seat extension apparatus fixable to a cabin dividing element positioned in front of a passenger seating arrangement (SA) in an aircraft cabin (C), the seat extension apparatus comprising at least: - an extension device having a mounting side (3.1) and a bed surface side (3.2), wherein the extension device is movable between a vertical stowed position (P1) in which the mounting side (3.1) is facing into the aircraft cabin (C) and the bed surface side (3.2) is in alignment with the cabin dividing element , and a horizontal use position (P2) in which the bed surface side (3.2) is in alignment with a seat surface of the passenger seating arrangement (SA) and the mounting side (3.1) is arranged on a bottom of the bed surface side (3.2), and - a support structure coupled to the extension device to pivotably support the extension device , wherein the support structure comprises at least one pivotable strut element having at least one end (5.1) pivotably coupled to the mounting side (3.1) of the extension device and at least one free end (5.2), wherein - in the vertical stowed position (P1) of the extension device the strut element is arranged substantially parallel to a longitudinal axis (a) of the extension device , and - in the horizontal use position (P2) of the extension device the strut element is arranged substantially perpendicular or angled to the longitudinal axis (a) of the extension device . - an extension device having a mounting side (3.1) and a bed surface side (3.2), wherein the extension device is movable between a vertical stowed position (P1) in which the mounting side (3.1) is facing into the aircraft cabin (C) and the bed surface side (3.2) is in alignment with the cabin dividing element , and a horizontal use position (P2) in which the bed surface side (3.2) is in alignment with a seat surface of the passenger seating arrangement (SA) and the mounting side (3.1) is arranged on a bottom of the bed surface side (3.2), and - a support structure coupled to the extension device to pivotably support the extension device , wherein the support structure comprises at least one pivotable strut element having at least one end (5.1) pivotably coupled to the mounting side (3.1) of the extension device and at least one free end (5.2), wherein - in the vertical stowed position (P1) of the extension device the strut element is arranged substantially parallel to a longitudinal axis (a) of the extension device , and - in the horizontal use position (P2) of the extension device the strut element is arranged substantially perpendicular or angled to the longitudinal axis (a) of the extension device .
A networking apparatus comprising: a plurality of communications ports that interface with external computing systems to channel physical layer signals, a crosspoint switch connected to each of the communications ports that routes physical layer signals within the networking apparatus, the crosspoint switch having a plurality of discrete signal channels that are dynamically interconnectable to form data conduits, a management module that controls routing of physical layer signals responsive to commands from an external computing system, the management module being interfaced with the crosspoint switch to manipulate data conduits by making and/or breaking connections between signal channels, characterised by a processing unit connected in an internal routing loop with the crosspoint switch that decodes physical layer signals, the physical layer signals being selectively internally routed to the processing unit from the crosspoint switch , and processes data extracted from the physical layer signals prior to reversion to a destination communications port via the crosspoint switch , the internal routing loop connecting the processing unit to a plurality of crosspoint switch signal channels. a plurality of communications ports that interface with external computing systems to channel physical layer signals, a crosspoint switch connected to each of the communications ports that routes physical layer signals within the networking apparatus, the crosspoint switch having a plurality of discrete signal channels that are dynamically interconnectable to form data conduits, a management module that controls routing of physical layer signals responsive to commands from an external computing system, the management module being interfaced with the crosspoint switch to manipulate data conduits by making and/or breaking connections between signal channels, characterised by a processing unit connected in an internal routing loop with the crosspoint switch that decodes physical layer signals, the physical layer signals being selectively internally routed to the processing unit from the crosspoint switch , and processes data extracted from the physical layer signals prior to reversion to a destination communications port via the crosspoint switch , the internal routing loop connecting the processing unit to a plurality of crosspoint switch signal channels.
Control method of a wind turbine generator, said wind turbine generator comprising a wind rotor, at least two blades linked with said wind rotor, an electric generator, a control unit and a power converter connecting the electric generator to a grid, said control method comprising following steps: a) determining a signal indicative of wind turbine generator rotational speed (ω g ); b) establishing a first set point (Qref1) of reactive power; c) establishing a second set point (Qref2) of reactive power; d) comparing the signal indicative of rotational speed (ω g ) with a predetermined first speed limit, in order to act in accordance with one of the following substages: d1) applying the first set point (Qref1) for controlling the generator in the event that the signal indicative of rotational speed (ω g ) calculated in stage a) is lower than the first limit value; and d2) applying the second set point (Qref2) for controlling the generator in the event that the signal indicative of rotational speed (ω g ) calculated in stage a) is greater than or equal to the first limit value. a) determining a signal indicative of wind turbine generator rotational speed (ω g ); b) establishing a first set point (Qref1) of reactive power; c) establishing a second set point (Qref2) of reactive power; d) comparing the signal indicative of rotational speed (ω g ) with a predetermined first speed limit, in order to act in accordance with one of the following substages: d1) applying the first set point (Qref1) for controlling the generator in the event that the signal indicative of rotational speed (ω g ) calculated in stage a) is lower than the first limit value; and d2) applying the second set point (Qref2) for controlling the generator in the event that the signal indicative of rotational speed (ω g ) calculated in stage a) is greater than or equal to the first limit value. d1) applying the first set point (Qref1) for controlling the generator in the event that the signal indicative of rotational speed (ω g ) calculated in stage a) is lower than the first limit value; and d2) applying the second set point (Qref2) for controlling the generator in the event that the signal indicative of rotational speed (ω g ) calculated in stage a) is greater than or equal to the first limit value.
An aseptic container for collecting a fluid sample therein from a fluid source, said container comprising: a lid that is sealed closed to a container body characterized in that said lid comprises a tamper-evident mechanism at an interface between said lid and said container body ; at least one septum that forms a portion of said lid ; an attachment that is positioned over said lid and having a pair of lumens that interact with said at least one septum to form a fluid passageway and a vent , respectively, to an interior of said container body ; and said attachment comprising a coupling for connecting the fluid source in fluid communication with one of said lumens that form said fluid passageway to support an aseptic fluid transfer from the fluid source to said container . a lid that is sealed closed to a container body characterized in that said lid comprises a tamper-evident mechanism at an interface between said lid and said container body ; at least one septum that forms a portion of said lid ; an attachment that is positioned over said lid and having a pair of lumens that interact with said at least one septum to form a fluid passageway and a vent , respectively, to an interior of said container body ; and said attachment comprising a coupling for connecting the fluid source in fluid communication with one of said lumens that form said fluid passageway to support an aseptic fluid transfer from the fluid source to said container .