mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising a window system for a vehicle, the system comprising an openable window and a controller for controlling positions of the window, the controller being arranged for controlling the window to a first closed position when a first condition occurs and to a second closed position when a second condition occurs, wherein the vehicle includes a first vehicle side which has a front window arranged for movement in a front door and a rear window arranged for movement in a rear door; and wherein the vehicle includes a door handle sensor arranged to provide an indication upon door handle actuation and in which the controller, upon door handle actuation, is arranged to control the window to a third position, which is an open position in which the door may be opened; characterized in that each door (20, 24) has an operation handle (46, 66, 44, 64) associated therewith for opening the same, the controller being arranged to control both windows (28, 49) to the third position upon operation of either operation handle (46, 66, 44, 64).
A ventilator for providing high frequency oscillatory ventilation to a patient by supplying breathing gas to the patient according to an oscillating pressure profile oscillating between a positive pressure and a negative pressure, comprising: - a patient circuit including an inspiratory line for conveying breathing gas to the patient, and an expiratory line for conveying gas away from the patient; - a controllable inspiration valve for regulating a flow of pressurised breathing gas into the inspiration line, and - a control unit for controlling the inspiration valve, characterised in that the control unit is configured to cause both the positive pressure components and the negative pressure components of the oscillating pressure profile by controlling the inspiration valve to oscillate between a top flow position in which the flow of breathing gas through the inspiration valve assumes a top flow value and a minimum flow position in which the flow through the inspiration valve assumes a minimum flow value, said positive pressure components being generated by the opening of said inspiration valve to said top flow position, allowing breathing gas to flow into said inspiration line at said top flow value, and said negative pressure components being generated by deceleration of the breathing gas flow from said top flow value to said minimum flow value, caused by the closing of said inspiration valve to said minimum flow position. - a patient circuit including an inspiratory line for conveying breathing gas to the patient, and an expiratory line for conveying gas away from the patient; - a controllable inspiration valve for regulating a flow of pressurised breathing gas into the inspiration line, and - a control unit for controlling the inspiration valve,
An arrangement for displaying information to a driver in a vehicle, where the information (9, 10, 11) comprises an image, characterized in that the information (9, 10, 11) is displayed by a textile material positioned on the floor of the vehicle and that the information displayed is a condition outside of the vehicle, where the information is displayed to the driver in the direction in which the condition occurs outside of the vehicle, where the information is emitted by the textile material.
A method for determining the operational conditions of a method for high-repetition rate femtosecond laser ablation or welding for a given material, the method being characterized by: a first step of determining a set of parameters of a burst of laser pulses adapted to generate an ablation crater in the material, the set of parameters consisting of an intra-burst repetition frequency f comprised between several hundred MHz and 100 GHz, a number N of pulses of the burst of laser pulses greater than or equal to 10, a characteristic total fluence FT char of the burst of pulses and a characteristic fluence per pulse below an ablation threshold fluence Fs1 of the material by a single laser pulse, wherein the number N of pulses of the burst of laser pulses is greater than or equal to a number Nc of heating and ablation pulses, with Nc being defined by the equation Nc=(L 2.f)/D, where L represents a test depth and D represents a thermal diffusion coefficient of the material to be ablated, with Nc being greater than or equal to 10, and where the characteristic fluence per pulse is equal to F char =FT char /Nc.
A dental assembly, comprising: a conical abutment (12; 112a to 112f) and an abutment screw; a first intermediate component (18; 118a to 118f) removably securable to the conical abutment (12; 112a to 112f); a second intermediate component (20; 120a to 120f) removably attachable to the first intermediate component (18, 118a to 118f), the second intermediate component (20; 120a to 120f) including a non-metallic material; and a prosthesis formed from a hardenable material, the prosthesis including the second intermediate component (20; 120a to 120f) such that the prosthesis is removably connectable with the first intermediate component (18; 118a to 118f) via the second intermediate component (20; 120a to 120f). a conical abutment (12; 112a to 112f) and an abutment screw; a first intermediate component (18; 118a to 118f) removably securable to the conical abutment (12; 112a to 112f); a second intermediate component (20; 120a to 120f) removably attachable to the first intermediate component (18, 118a to 118f), the second intermediate component (20; 120a to 120f) including a non-metallic material; and a prosthesis formed from a hardenable material, the prosthesis including the second intermediate component (20; 120a to 120f) such that the prosthesis is removably connectable with the first intermediate component (18; 118a to 118f) via the second intermediate component (20; 120a to 120f).
Pressure cooking system comprising at least one pressurised cooking apparatus provided with a data collection device on board said pressurised cooking apparatus and designed to collect, during the use of the pressurised cooking apparatus, data that is representative of the operation of said pressurised cooking apparatus and a non-volatile memory designed to store information including said data collected by said data collection device and/or data calculated using said collected data, characterised in that it also comprises, on board said pressurised cooking apparatus: - a transmitter that can transfer said information stored in said memory to a remote processing device intended to compile and process said information, - a means for controlling said transmitter intended to automatically initiate said transfer of said information at predetermined times and/or in response to a control action of a user. - a transmitter that can transfer said information stored in said memory to a remote processing device intended to compile and process said information, - a means for controlling said transmitter intended to automatically initiate said transfer of said information at predetermined times and/or in response to a control action of a user.
An apparatus for inserting one or more goods (G 1, G 2) into a moving envelope (E 1, E 2), comprising: a goods transport configured to move the one or more goods (G 1, G 2); an envelope transport; and at leas ne filling aid (310, 320) characterised in that said filling aid is configured to enter at least partially into the moving envelope (E 1, E 2) prior to the one or more goods (G 1, G 2) and to be maintained within the moving envelope (E 1, E 2) during at least a part of the movement of the envelope (E 1, E 2). a goods transport configured to move the one or more goods (G 1, G 2); an envelope transport; and at leas ne filling aid (310, 320) characterised in that said filling aid is configured to enter at least partially into the moving envelope (E 1, E 2) prior to the one or more goods (G 1, G 2) and to be maintained within the moving envelope (E 1, E 2) during at least a part of the movement of the envelope (E 1, E 2).
A method comprising: identifying a first device associated with a first user, the first device having a public identity key; performing a key exchange between the first device and a second device associated with a second user, wherein the public identity key and a public session key are transmitted from the first device to the second device; and conducting a communication session between the first user and the second user, wherein a message transmitted from the second device to the first device during the communication session is encrypted with the public identity key and the public session key, wherein the public session key is configured to expire upon completion of the communication session, before a subsequent communication session, or during the communication session. identifying a first device associated with a first user, the first device having a public identity key; performing a key exchange between the first device and a second device associated with a second user, wherein the public identity key and a public session key are transmitted from the first device to the second device; and conducting a communication session between the first user and the second user, wherein a message transmitted from the second device to the first device during the communication session is encrypted with the public identity key and the public session key, performing a key exchange between the first device and a second device associated with a second user, wherein the public identity key and a public session key are transmitted from the first device to the second device; and conducting a communication session between the first user and the second user, wherein a message transmitted from the second device to the first device during the communication session is encrypted with the public identity key and the public session key, wherein the public session key is configured to expire upon completion of the communication session, before a subsequent communication session, or during the communication session.
Method for representing the current drift values of an aircraft on a display device, the drift values being represented in vector representation, characterized - in that the length of the drift vector above a prescribed threshold value is represented in a fashion proportional to the current drift velocity, and - in that the length of the drift vector below the threshold value is represented in a fashion overproportional to the current drift velocity, - there being a continuous transition between the two ways of representation at the threshold value. - in that the length of the drift vector above a prescribed threshold value is represented in a fashion proportional to the current drift velocity, and - in that the length of the drift vector below the threshold value is represented in a fashion overproportional to the current drift velocity, - there being a continuous transition between the two ways of representation at the threshold value.
Laundry drum for a laundry treatment appliance comprising a drum casing which has a structure (8, 14) on an inner face facing the laundry during laundry treatment, the structure being designed as at least one fine structure, characterised in that the fine structure is designed to have a main orientation which is oriented in the circumferential direction of the drum casing of the laundry drum, the fine structure being defined at a 90° angle to the main orientation of the fine structure by a roughness depth R z in a range of greater than R z =2 μm to R z =50 μm, preferably in a range of greater than R z =10 μm to R z =50 μm, and in that the at least one fine structure is defined in parallel with the main orientation of the fine structure by a roughness depth R z smaller than the roughness depth R z at a 90° angle to the main orientation of the fine structure.
An identification medium (50, 100, 200) comprising a light reflection layer (101, 201) and a patterned phase difference layer (102, 202), wherein the light reflection layer (101, 201) is a layer that reflects incident light as circularly polarized light and the patterned phase difference layer (102, 202) is a layer that includes an area having a phase difference, and is a layer provided in the identification medium (50, 100, 200) so that the area having a phase difference occupies a partial area of a display surface of the identification medium (50, 100, 200), characterised in that the light reflection layer is a cut piece (501) of a material having cholesteric regularity. the light reflection layer (101, 201) is a layer that reflects incident light as circularly polarized light and the patterned phase difference layer (102, 202) is a layer that includes an area having a phase difference, and is a layer provided in the identification medium (50, 100, 200) so that the area having a phase difference occupies a partial area of a display surface of the identification medium (50, 100, 200), characterised in that the light reflection layer is a cut piece (501) of a material having cholesteric regularity.
Guiding apparatus for guiding a flow of a fluid for use with a rotor, the rotor comprising an annular radial vane assembly having a plurality of vanes arranged concentrically with the guiding apparatus about a central vertical axis, the rotor being arranged to rotate about the vertical axis, the guiding apparatus surrounding a central space which is sandwiched between covers and which is enclosed save via the radial vane assembly, characterised in that the guiding apparatus comprises a screening having a plurality of louvered slats forming an inner guide array concentrically surrounded by the radial vane assembly, and an outer guide array concentrically surrounding the radial vane assembly, the screening arranged to define within the central space a plurality of zones including - a fluid intake zone for entry of the fluid into the central space, - a fluid exhaust zone for exit of the fluid from the central space, and - fluid retention zones (B, D) for discouraging the fluid from leaving the central space, the screening being further arranged in use so that the louvered slats defining the fluid intake zone and the fluid exhaust zone are open, and the louvered slats defining the fluid retention zones are closed or almost closed, to guide the fluid to substantially circulate about the vertical axis within the central space in the same direction as rotor travel. - a fluid intake zone for entry of the fluid into the central space, - a fluid exhaust zone for exit of the fluid from the central space, and - fluid retention zones (B, D) for discouraging the fluid from leaving the central space, the screening being further arranged in use so that the louvered slats defining the fluid intake zone and the fluid exhaust zone are open, and the louvered slats defining the fluid retention zones are closed or almost closed, to guide the fluid to substantially circulate about the vertical axis within the central space in the same direction as rotor travel.
A continuous spectrum generation apparatus, comprising: a laser light source configured to emit a laser beam; a plurality of condensed state transparent plates, disposed in sequence on a transmitting path of the laser beam to successively and sequentially extend a spectral bandwidth of the laser beam, wherein one or more of temporal, spatial and spectral value of a pulse of the laser beam in a forward propagation direction z through a plate number n are determined as a function of z; a pulse characterization apparatus configured to characterize the pulse of the laser beam; said continuous spectrum generation apparatus being characterized in that two of the plurality of plates having parameters n 0, n 2 and L; a spacing between the said two of the plurality of plates is determined by where an intensity of the laser beam is λ/(2n 0 n 2 L), where λ is the central incident wavelength in vacuum, n 0 is the linear refractive index, n 2 is the third-order nonlinear coefficient and L is the thickness of the said two of the plurality of plates. a laser light source configured to emit a laser beam; a plurality of condensed state transparent plates, disposed in sequence on a transmitting path of the laser beam to successively and sequentially extend a spectral bandwidth of the laser beam, wherein one or more of temporal, spatial and spectral value of a pulse of the laser beam in a forward propagation direction z through a plate number n are determined as a function of z; a pulse characterization apparatus configured to characterize the pulse of the laser beam; said continuous spectrum generation apparatus being characterized in that two of the plurality of plates having parameters n 0, n 2 and L; a spacing between the said two of the plurality of plates is determined by where an intensity of the laser beam is λ/(2n 0 n 2 L), where λ is the central incident wavelength in vacuum, n 0 is the linear refractive index, n 2 is the third-order nonlinear coefficient and L is the thickness of the said two of the plurality of plates.
A drug for use in a method of treating a LSR (lipolysis stimulated lipoprotein receptor) -positive malignant tumor in a patient determined to have an episode of LSR-positive malignant tumor, said drug comprising an anti-LSR antibody or an antigen binding fragment thereof, and wherein the LSR-positive malignant tumor is ovarian cancer.
Method for producing a magnet unit for a sensor device for detecting a measured variable characterizing a rotational state of a steering shaft of a motor vehicle by: - providing an annular magnet element, - providing a sleeve for connecting the magnet unit to a shaft part of the steering shaft, and - connecting the magnet element to the sleeve, characterized in that the sleeve is formed with a base body and a multiplicity of tabs projecting from the base body, and the connection comprises the tabs being embedded in respective recesses in the magnet element by heating the magnet element, wherein, as a result of the heating, the magnet element is melted within the recesses and in this way a form-fitting connection is formed between the tabs on the one hand and the magnet element on the other hand. - providing an annular magnet element, - providing a sleeve for connecting the magnet unit to a shaft part of the steering shaft, and - connecting the magnet element to the sleeve,
A nitric oxide generation system, comprising: one or more plasma chambers each including one or more electrodes configured to generate a product gas containing nitric oxide using a flow of a reactant gas through the one or more plasma chambers; a controller configured to regulate the amount of nitric oxide generated in the product gas by the one or more electrodes in the one or more plasma chambers using one or more parameters as input to a control algorithm, at least one of the one or more parameters being related to the flow rate of the reactant gas into the one or more plasma chambers; a reactant gas source that is configured to provide instantaneous high pressure reactant gas to the one or more plasma chambers; and a flow controller positioned between the reactant gas source and the one or more plasma chambers and configured to provide a controlled continuous variable flow of the reactant gas from the reactant gas source based on a measurement associated with a medical gas into which the product gas flows, wherein the concentration of NO in a combination of the product gas and the medical gas is a target value, and wherein the measurement associated with the medical gas is the flow rate of the medical gas such that the air flow of the reactant gas through the one or more plasma chambers is proportional to the flow rate of the medical gas. one or more plasma chambers each including one or more electrodes configured to generate a product gas containing nitric oxide using a flow of a reactant gas through the one or more plasma chambers; a controller configured to regulate the amount of nitric oxide generated in the product gas by the one or more electrodes in the one or more plasma chambers using one or more parameters as input to a control algorithm, at least one of the one or more parameters being related to the flow rate of the reactant gas into the one or more plasma chambers; a reactant gas source that is configured to provide instantaneous high pressure reactant gas to the one or more plasma chambers; and a flow controller positioned between the reactant gas source and the one or more plasma chambers and configured to provide a controlled continuous variable flow of the reactant gas from the reactant gas source based on a measurement associated with a medical gas into which the product gas flows, wherein the concentration of NO in a combination of the product gas and the medical gas is a target value, and wherein the measurement associated with the medical gas is the flow rate of the medical gas such that the air flow of the reactant gas through the one or more plasma chambers is proportional to the flow rate of the medical gas.
An elastomer-metal cord composite obtained by coating, with an elastomer, a metal cord composed of a bundle of two to ten metal filaments that are parallelly aligned in a single row without being twisted together, wherein the metal cord comprises at least one pair of adjacent metal filaments being different from each other in at least either of patterning amount (h) and patterning pitch (p) in a direction perpendicular to an extending direction of the metal filaments, wherein at least one of the metal filaments in the metal cord is a substantially straight metal filament, and wherein metal filaments arranged on the respective ends of the metal cord are each the straight metal filament. wherein the metal cord comprises at least one pair of adjacent metal filaments being different from each other in at least either of patterning amount (h) and patterning pitch (p) in a direction perpendicular to an extending direction of the metal filaments, wherein at least one of the metal filaments in the metal cord is a substantially straight metal filament, and wherein metal filaments arranged on the respective ends of the metal cord are each the straight metal filament.
A method for allocating communication resources to transmit data to multiple user mobile stations in a wireless communication system, comprising: allocating a dedicated channel to a particular user mobile station; characterized by: determining whether data to be transmitted to the particular user mobile station is present for an interval; and allocating resources of the dedicated channel for resources of a shared channel for the interval when the data to be transmitted to the particular user mobile station is not present for the interval; transmitting data to the particular user mobile station on the dedicated channel without allocating resources of the dedicated channel for resources of the shared channel for the interval when data to be transmitted is present for the interval. allocating a dedicated channel to a particular user mobile station; characterized by: determining whether data to be transmitted to the particular user mobile station is present for an interval; and allocating resources of the dedicated channel for resources of a shared channel for the interval when the data to be transmitted to the particular user mobile station is not present for the interval; transmitting data to the particular user mobile station on the dedicated channel without allocating resources of the dedicated channel for resources of the shared channel for the interval when data to be transmitted is present for the interval. determining whether data to be transmitted to the particular user mobile station is present for an interval; and allocating resources of the dedicated channel for resources of a shared channel for the interval when the data to be transmitted to the particular user mobile station is not present for the interval; transmitting data to the particular user mobile station on the dedicated channel without allocating resources of the dedicated channel for resources of the shared channel for the interval when data to be transmitted is present for the interval.