mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting system for simulating natural lighting, specifically sunlight illumination, the lighting system comprising: a light source for providing a light beam of directed non-diffused light with a first correlated color temperature along a main light beam direction , wherein a propagation direction of the directed non-diffused light is essentially parallel to the main light beam direction in an inner area; and a lamp shade-like structure comprising a bottom unit to be illuminated from the light source at one side and a screen structure provided at an opposite side, the bottom unit and the screen structure defining a light passage , wherein the bottom unit comprises a diffused light generator for generating diffused light at a second correlated color temperature, which is larger than the first correlated color temperature, is at least partially transparent for the directed non-diffused light of the light beam , and is configured such that at least a light beam portion of the light beam enters the light passage , wherein the light beam portion is characterized by its main light beam direction when the light beam portion exits the diffused light generator and propagates within the light passage ; and the screen structure comprises at least one wall that is spatially oriented with respect to the main light beam direction of the light beam portion to be illuminated by at least a part of the light beam portion , thereby providing an illuminated screen section acting as a scattered light source, and to provide a non-illuminated screen section next to the illuminated screen section . a light source for providing a light beam of directed non-diffused light with a first correlated color temperature along a main light beam direction , wherein a propagation direction of the directed non-diffused light is essentially parallel to the main light beam direction in an inner area; and a lamp shade-like structure comprising a bottom unit to be illuminated from the light source at one side and a screen structure provided at an opposite side, the bottom unit and the screen structure defining a light passage , wherein the bottom unit comprises a diffused light generator for generating diffused light at a second correlated color temperature, which is larger than the first correlated color temperature, is at least partially transparent for the directed non-diffused light of the light beam , and is configured such that at least a light beam portion of the light beam enters the light passage , wherein the light beam portion is characterized by its main light beam direction when the light beam portion exits the diffused light generator and propagates within the light passage ; and the screen structure comprises at least one wall that is spatially oriented with respect to the main light beam direction of the light beam portion to be illuminated by at least a part of the light beam portion , thereby providing an illuminated screen section acting as a scattered light source, and to provide a non-illuminated screen section next to the illuminated screen section .
A heat resistant flexible hose (A) comprising: a plurality of heat resistant layers formed of silicone rubber as a main component; a reinforcing layer provided by winding a reinforcing wire between the plurality of heat resistant layers ; and a barrier layer which is radially opposed to an inner layer part of the plurality of heat resistant layers made of heat resistant silicone rubber and is provided in contact with a fluid passing through an inner hose, wherein the barrier layer uses a self-adhesive ethylene-tetrafluoroethylene copolymer having a melting point of 240°C or less and imparting an adhesive functional group, and forms a laminate with the inner layer part by extruding molding or coating molding, a first reinforcing layer is in contact with the inner layer part which serves as the reinforcing layer , and is wound by reinforcing thread made of synthetic resin as the reinforcing wire , and the inner layer part uses a self-adhesive silicone rubber in which an adhesive component is contained in a silicone rubber component and forms a laminate along the opposite surface of the barrier layer by extruding molding or coating molding, and has inner peripheral surface adheres thereto by crosslinking adhesion as the opposite surface of the barrier layer by heating at a temperature higher than the melting point of the self-adhesive ethylene tetrafluoride copolymer. a plurality of heat resistant layers formed of silicone rubber as a main component; a reinforcing layer provided by winding a reinforcing wire between the plurality of heat resistant layers ; and a barrier layer which is radially opposed to an inner layer part of the plurality of heat resistant layers made of heat resistant silicone rubber and is provided in contact with a fluid passing through an inner hose, wherein the barrier layer uses a self-adhesive ethylene-tetrafluoroethylene copolymer having a melting point of 240°C or less and imparting an adhesive functional group, and forms a laminate with the inner layer part by extruding molding or coating molding, a first reinforcing layer is in contact with the inner layer part which serves as the reinforcing layer , and is wound by reinforcing thread made of synthetic resin as the reinforcing wire , and the inner layer part uses a self-adhesive silicone rubber in which an adhesive component is contained in a silicone rubber component and forms a laminate along the opposite surface of the barrier layer by extruding molding or coating molding, and has inner peripheral surface adheres thereto by crosslinking adhesion as the opposite surface of the barrier layer by heating at a temperature higher than the melting point of the self-adhesive ethylene tetrafluoride copolymer.
An electric motorized vibrator , comprising a casing provided with a first through hole for the insertion of a first shaft that is arranged with the corresponding mutually opposite ends protruding from said casing and associated with respective first sets of eccentric masses and first electric motor means interposed between said first hole and said first shaft for the rotary actuation of said first shaft about its own longitudinal axis (Al), said casing comprising at least one second through hole for the insertion of at least one second shaft that is arranged with the corresponding mutually opposite ends protruding from said casing and associated with respective second sets of eccentric masses, second motor means of the electric type being further provided and interposed between said second hole and said second shaft for the rotary actuation of said second shaft about its own longitudinal axis (A2), characterized in that it comprises a pair of protective structural elements which are associated with said casing on opposite sides in order to cover the protruding ends of said first and second shafts and of the corresponding first and second sets of eccentric masses and in order to directly connect said motorized vibrator to the supporting frame (T) of a vibrating machine, each one of said protective structural elements is constituted by a tubular body that has mutually opposite flanged ends for connection to said casing and to said frame (T), the end of each one of said protective structural elements which faces the direction opposite to said casing is directly associable with said frame (T).
A method for identifying a cleaning agent for a cleaning device , which method is carried out by at least one device and comprises: - determining an identification characteristic of a cleaning agent , wherein the identification characteristic is determined by a sensor apparatus , wherein the sensor apparatus is selected from the list comprising: a conductivity sensor, a gas sensor and a sound sensor, - checking , based at least in part on the obtained identification characteristic of the cleaning agent , whether an initiation of a cleaning process of the cleaning device using the cleaning agent is permissible, wherein the check includes checking a compatibility of the cleaning agent with the cleaning process to be initiated or at least one parameter thereof. - determining an identification characteristic of a cleaning agent , wherein the identification characteristic is determined by a sensor apparatus , wherein the sensor apparatus is selected from the list comprising: a conductivity sensor, a gas sensor and a sound sensor, - checking , based at least in part on the obtained identification characteristic of the cleaning agent , whether an initiation of a cleaning process of the cleaning device using the cleaning agent is permissible, wherein the check includes checking a compatibility of the cleaning agent with the cleaning process to be initiated or at least one parameter thereof.
A device for use during an intravascular procedure, comprising: a shaft having a lumen and an inner diameter; a piston insertable in the lumen of the shaft, the piston including a split tube comprising two leaves that are shapeable to be larger than the inner diameter of the lumen so that the leaves can cause friction upon axially shifting the piston in the lumen to prevent unintended movement of the piston ; and an O-ring in the lumen of the shaft, the piston being insertable through the O-ring for sealing the lumen of the shaft. a shaft having a lumen and an inner diameter; a piston insertable in the lumen of the shaft, the piston including a split tube comprising two leaves that are shapeable to be larger than the inner diameter of the lumen so that the leaves can cause friction upon axially shifting the piston in the lumen to prevent unintended movement of the piston ; and an O-ring in the lumen of the shaft, the piston being insertable through the O-ring for sealing the lumen of the shaft.
A method for expanding breast epithelial stem cells comprising: providing a culture medium comprising an ErbB3/4 ligand, a Wnt agonist and one or more FGFR2b ligands; contacting a population of breast stem cells with the culture medium; and culturing the cells under appropriate conditions. providing a culture medium comprising an ErbB3/4 ligand, a Wnt agonist and one or more FGFR2b ligands; contacting a population of breast stem cells with the culture medium; and culturing the cells under appropriate conditions.
A system for evaluating at least one state of a process, the system comprising: means for temporally segmenting the process into a plurality of process segments; one or more sensors configured to capture information related to each process segment (S) of the plurality of process segments (S) generated by the segmenting means , the information comprising a plurality of samples captured during the process, and the one or more sensors being optionally configured to capture information associated with both a workpiece subject to the process and equipment performing the process on the workpiece ; processing means configured to process the plurality of samples related to each process segment (S) of the plurality of segments (S), and based on the processing, provide an indication associated with the at least one state of the process. means for temporally segmenting the process into a plurality of process segments; one or more sensors configured to capture information related to each process segment (S) of the plurality of process segments (S) generated by the segmenting means , the information comprising a plurality of samples captured during the process, and the one or more sensors being optionally configured to capture information associated with both a workpiece subject to the process and equipment performing the process on the workpiece ; processing means configured to process the plurality of samples related to each process segment (S) of the plurality of segments (S), and based on the processing, provide an indication associated with the at least one state of the process.
A ureteral stent comprising an elongated stent body and a first urologically beneficial agent, said elongated stent body comprising a kidney portion adapted to occupy the kidney upon implantation, a ureter portion adapted to occupy the ureter upon implantation, and a bladder portion adapted to occupy the bladder upon implantation, wherein at least 50% of the cumulative total release of urologically beneficial agent that occurs from the stent during the first 7 days of implantation is released from the kidney portion of the ureteral stent, wherein at least 75% of the total first urologically beneficial agent within the ureteral stent is located in the kidney portion, characterized in that (a) an amount of the first urologically beneficial agent in the bladder portion is at least two times an amount of the first urologically beneficial agent in the ureter portion and wherein an amount of the first urologically beneficial agent in the kidney portion is at least two times the amount of the first urologically beneficial agent in the bladder portion or (b) a concentration of the first urologically beneficial agent in the bladder portion is at least two times a concentration of the first urologically beneficial agent in the ureter portion and wherein a concentration of the first urologically beneficial agent in the kidney portion is at least two times the concentration of the first urologically beneficial agent in the bladder portion.
A method of tracking page state changes, the method comprising: receiving, at an input/output, I/O, device communicatively coupled to a host having a physical memory , a command from the host to monitor page state changes in a first region of the physical memory allocated to a process executing on the host ; modifying, by the I/O device , data stored in the first region based on a request; recording, by the I/O device , the modification to a bitmap by setting a bit in the bitmap that corresponds to a location of the data in the physical memory ; copying, by the I/O device or the host , sections of the first region indicated by the bitmap to a second region of physical memory , wherein the second region of physical memory can be in the physical memory of the host , or in a second physical memory of a second host , wherein transferring the contents of the bitmap to the host comprises, for each bit of the bitmap: storing, by the I/O device , the bit in a first buffer in a general purpose memory of the host ; completing, by the I/O device subject to receiving an instruction from the host to initiate a migration pass, pending bitmap updates; swapping, by the host , the first buffer with a second buffer; and copying, by the host , sections of the first region indicated by the bitmap in the first buffer. receiving, at an input/output, I/O, device communicatively coupled to a host having a physical memory , a command from the host to monitor page state changes in a first region of the physical memory allocated to a process executing on the host ; modifying, by the I/O device , data stored in the first region based on a request; recording, by the I/O device , the modification to a bitmap by setting a bit in the bitmap that corresponds to a location of the data in the physical memory ; copying, by the I/O device or the host , sections of the first region indicated by the bitmap to a second region of physical memory , wherein the second region of physical memory can be in the physical memory of the host , or in a second physical memory of a second host , wherein transferring the contents of the bitmap to the host comprises, for each bit of the bitmap: storing, by the I/O device , the bit in a first buffer in a general purpose memory of the host ; completing, by the I/O device subject to receiving an instruction from the host to initiate a migration pass, pending bitmap updates; swapping, by the host , the first buffer with a second buffer; and storing, by the I/O device , the bit in a first buffer in a general purpose memory of the host ; completing, by the I/O device subject to receiving an instruction from the host to initiate a migration pass, pending bitmap updates; swapping, by the host , the first buffer with a second buffer; and
Tempering frame for thermal tempering of glass panes, comprising a carrier frame and a support frame that is joined to the carrier frame via a plurality of connection elements and is arranged completely within the carrier frame , wherein the support frame has an upper primary surface (I) for placing a glass pane (G), a lower primary surface (II), a front edge (III), and a rear edge (IV), and wherein the support frame has recesses introduced in the rear edge (IV), which are arranged between adjacent connection elements .
Feed unit for a fuel cell system for feeding and/or controlling a gaseous medium, in particular hydrogen, having a jet pump , which is driven by a motive jet of a pressurized gaseous medium, an outlet of the feed unit being fluidically connectable to an anode inlet of a fuel cell , the jet pump having an intake region , a mixing pipe and a diffuser region , and the gaseous medium flowing through said jet pump in a flow direction (III) which runs parallel to a longitudinal axis of the jet pump , and the diffuser region being at least indirectly fluidically connectable to the anode inlet of a fuel cell , the jet pump having a housing assembly , the housing assembly having the components main body and mixing pipe insert , the mixing pipe insert being exchangeable, in particular during the course of assembly, in such a manner that at least two mixing pipe inserts can be installed in the main body , characterized in that a heating element is situated between the main body and the mixing pipe insert .
Method for controlling a clutch mounted between the output shaft of an engine and the input shaft of a gearbox of a motor vehicle by means: - of a clutch actuation pedal movable between a rest position and a depressed end position, - of a sensor associated with said pedal and able to deliver a signal for the position of the pedal; - of an actuator arranged to actuate the clutch between an engaged position and a disengaged position; and - of a control unit arranged, in a manual control mode, to control the actuator on the basis of the signal for the position of the pedal, and, in at least one assistance mode, to control the actuator automatically whilst the clutch actuation pedal remains in its rest position; said control method comprising the steps of: - analysing the driving conditions of the vehicle in order to detect characteristic driving conditions allowing the transition from the manual control mode to the assistance mode; - analysing the signal for the position of the clutch actuation pedal in order to detect whether the pedal is in the rest position; and - activating the assistance mode, wherein the actuator is automatically driven into the disengaged position of the clutch in response to the detection of characteristic driving conditions and the rest position of the pedal . - of a clutch actuation pedal movable between a rest position and a depressed end position, - of a sensor associated with said pedal and able to deliver a signal for the position of the pedal; - of an actuator arranged to actuate the clutch between an engaged position and a disengaged position; and - of a control unit arranged, in a manual control mode, to control the actuator on the basis of the signal for the position of the pedal, and, in at least one assistance mode, to control the actuator automatically whilst the clutch actuation pedal remains in its rest position; - analysing the driving conditions of the vehicle in order to detect characteristic driving conditions allowing the transition from the manual control mode to the assistance mode; - analysing the signal for the position of the clutch actuation pedal in order to detect whether the pedal is in the rest position; and - activating the assistance mode, wherein the actuator is automatically driven into the disengaged position of the clutch in response to the detection of characteristic driving conditions and the rest position of the pedal .
An electronically controlled pneumatic brake system for an automotive vehicle, said system comprising: - one or more front axle brake module (FBM) for providing pneumatic control pressure to the left and right front pneumatic brake actuators (FW-L, FW-R), - one or more rear axle brake module (RBM) for providing pneumatic control pressure to the left and right rear pneumatic brake actuators (RW-L, RW-R), - an air production module selectively providing air under pressure to said front and rear axles electronic brake modules (FBM, RBM) via at least a first air supply circuit (AC1) for the rear axle and a second air supply circuit (AC2) for the front axle, - first and second air reservoirs (R1, R2), respectively coupled to first and second air supply circuits, characterized in that the system comprises a third reservoir (R3) and a third air supply circuit (AC3) connected to the third reservoir (R3), for providing a redundant pneumatic supply to the front axle brake module (FBM) and to the rear axle brake module (RBM), wherein the third air supply circuit (AC3) provides substantially same braking performance as the first air supply circuit (AC1) for the rear axle at nominal conditions and/or substantially same braking performance as the second air supply circuit (AC2) for the front axle at nominal conditions. - one or more front axle brake module (FBM) for providing pneumatic control pressure to the left and right front pneumatic brake actuators (FW-L, FW-R), - one or more rear axle brake module (RBM) for providing pneumatic control pressure to the left and right rear pneumatic brake actuators (RW-L, RW-R), - an air production module selectively providing air under pressure to said front and rear axles electronic brake modules (FBM, RBM) via at least a first air supply circuit (AC1) for the rear axle and a second air supply circuit (AC2) for the front axle, - first and second air reservoirs (R1, R2), respectively coupled to first and second air supply circuits,
An enamel steel having a high-temperature baking hardenability, the chemical elements thereof, in mass percentage, being: C: 0.008-0.020%, Mn: 0.05-0.50%, S: 0.021-0.035%, Alt: 0.005-0.050% or Al S : 0.003-0.045%, P: ≤0.035%, Si: ≤0.10%, 0<N<0.003%, 0<O≤ 0.010%, element Ti in a mass percentage meeting N × Ti ≤ 3 × 10 -4 , S × Ti ≥ 2 ×10 -3 and Ti ≥ 3.43N + 1.5S + 0.02, and at least one of 0<Cu ≤ 0.10%, 0<Cr≤ 0.10%, 0<Ni ≤ 0.10%, 0<Mo ≤ 0.10%, 0<Nb ≤ 0.010%, 0<V ≤ 0.020%, and 0<B ≤ 0.0005%, with 0.05% ≤ 5 × Nb + Cu + V + Ni + Cr + Mo + 10 × B ≤ 0.20%; and the balance being Fe and inevitable impurity elements. C: 0.008-0.020%, Mn: 0.05-0.50%, S: 0.021-0.035%, Alt: 0.005-0.050% or Al S : 0.003-0.045%, P: ≤0.035%, Si: ≤0.10%, 0<N<0.003%, 0<O≤ 0.010%, element Ti in a mass percentage meeting N × Ti ≤ 3 × 10 -4 , S × Ti ≥ 2 ×10 -3 and Ti ≥ 3.43N + 1.5S + 0.02, and at least one of 0<Cu ≤ 0.10%, 0<Cr≤ 0.10%, 0<Ni ≤ 0.10%, 0<Mo ≤ 0.10%, 0<Nb ≤ 0.010%, 0<V ≤ 0.020%, and 0<B ≤ 0.0005%, with 0.05% ≤ 5 × Nb + Cu + V + Ni + Cr + Mo + 10 × B ≤ 0.20%; and the balance being Fe and inevitable impurity elements.