mhurhangee/ep-ind-claims huggingface dataset:
Electronic device, comprising: - a microprocessor (μC) with a data input, a data output and a control input; - as well as at least one memory unit, particularly consisting of a persistent storage module; - wherein the microprocessor (μC) has at least two operating modes, which can be activated selectively, particularly exclusively, via a control input, particularly via a binary signal level or clock cycles formed therewith, and is designed to -- execute, in a first operating mode, at least one predefined sequential program, in order to process digital data coming in via the data input particularly into digital measured values and/or to output digital data at the data output, particularly in real time, -- and, in a second operating mode, particularly one that can be activated alternatively or simultaneously with the first operating mode, to be reprogrammable in such a way that at least a value of a parameter, which influences the execution of the at least one sequential program by the microprocessor, can be modified; characterized in that the memory unit is designed to respond to every activation of the second operating mode with a change in the memory content in such a way that said memory content represents a frequency at which the second operating mode has been activated within a predefined period of time. - a microprocessor (μC) with a data input, a data output and a control input; - as well as at least one memory unit, particularly consisting of a persistent storage module; - wherein the microprocessor (μC) has at least two operating modes, which can be activated selectively, particularly exclusively, via a control input, particularly via a binary signal level or clock cycles formed therewith, and is designed to -- execute, in a first operating mode, at least one predefined sequential program, in order to process digital data coming in via the data input particularly into digital measured values and/or to output digital data at the data output, particularly in real time, -- and, in a second operating mode, particularly one that can be activated alternatively or simultaneously with the first operating mode, to be reprogrammable in such a way that at least a value of a parameter, which influences the execution of the at least one sequential program by the microprocessor, can be modified; -- execute, in a first operating mode, at least one predefined sequential program, in order to process digital data coming in via the data input particularly into digital measured values and/or to output digital data at the data output, particularly in real time, -- and, in a second operating mode, particularly one that can be activated alternatively or simultaneously with the first operating mode, to be reprogrammable in such a way that at least a value of a parameter, which influences the execution of the at least one sequential program by the microprocessor, can be modified;
An image decoder for decoding a color image signal based on an input of a bit stream generated by compression-encoding a color image in a 4:4:4 format, wherein: identification information included in the bit stream is decoded, the identification information indicating whether or not signals of respective three color components of the color image are independently encoded in a 4:0:0 format; and in a case where the identification information indicates that the signals of respective color components are not independently encoded in the 4:0:0 format, color image signals in 4:4:4 format, wherein encoded data of one picture is included in one access unit, are decoded in accordance with intra-prediction mode information included in prediction overhead information in macro-block header information commonly used for the three color components in a case where the identification information indicates that the signals of respective color components are independently encoded in the 4:0:0 format, encoded data in the 4:0:0 format of three pictures of the respective three color components is recognized as an access unit, and each color component of color image signals in 4:4:4 format is decoded independently in accordance with intra-prediction mode information included in prediction overhead information in macro-block header information independently used for three single color components. identification information included in the bit stream is decoded, the identification information indicating whether or not signals of respective three color components of the color image are independently encoded in a 4:0:0 format; and in a case where the identification information indicates that the signals of respective color components are not independently encoded in the 4:0:0 format, color image signals in 4:4:4 format, wherein encoded data of one picture is included in one access unit, are decoded in accordance with intra-prediction mode information included in prediction overhead information in macro-block header information commonly used for the three color components in a case where the identification information indicates that the signals of respective color components are independently encoded in the 4:0:0 format, encoded data in the 4:0:0 format of three pictures of the respective three color components is recognized as an access unit, and each color component of color image signals in 4:4:4 format is decoded independently in accordance with intra-prediction mode information included in prediction overhead information in macro-block header information independently used for three single color components.
Tube made of plastics material with - a tube body that has a first and a second end, - a tube head, connected with the tube body at the first end, that has a dispenser opening and - a tube fold, configured at the second end, that has a first sealing surface and a second sealing surface, wherein the first and the second sealing surface are connected with each other by being impermeable to fluids, characterized in that a retaining insert that is connected with the first sealing surface and the second sealing surface by being impermeable to fluids is placed between the sealing surfaces (19a, 19b). - a tube body that has a first and a second end, - a tube head, connected with the tube body at the first end, that has a dispenser opening and - a tube fold, configured at the second end, that has a first sealing surface and a second sealing surface, wherein the first and the second sealing surface are connected with each other by being impermeable to fluids,
Colour-changeable ornamental element containing a. a transparent gemstone which has a plano-convex geometry, characterised by b. a colour-changeable support surface, and c. a wavelength-selective layer which is arranged between the transparent gemstone and the colour-changeable support surface. a. a transparent gemstone which has a plano-convex geometry, characterised by b. a colour-changeable support surface, and c. a wavelength-selective layer which is arranged between the transparent gemstone and the colour-changeable support surface.
A system for determining a refractive treatment for an eye of a patient, the system comprising: an input configured to receive a function representing a variable index of refraction for an epithelium of the eye, and a processing module comprising a tangible storage medium embodying machine-readable code that determines the refractive treatment for the eye based on the variable index of refraction for the epithelium of the eye; wherein the value of the function representing the variable index of refraction of the epithelium of the eye is about 1.401 at an anterior portion of the epithelium and about 1.380 at a posterior portion of the epithelium. an input configured to receive a function representing a variable index of refraction for an epithelium of the eye, and a processing module comprising a tangible storage medium embodying machine-readable code that determines the refractive treatment for the eye based on the variable index of refraction for the epithelium of the eye; wherein the value of the function representing the variable index of refraction of the epithelium of the eye is about 1.401 at an anterior portion of the epithelium and about 1.380 at a posterior portion of the epithelium.
Apparatus for generating a sound field description from an input signal comprising one or more channels, the apparatus comprising: an input signal analyzer for obtaining diffuseness data from the input signal; a sound component generator for generating, from the input signal, one or more sound field components of a first group of sound field components having for each sound field component a direct component and a diffuse component, and for generating, from the input signal, a second group of sound field components having only a direct component, wherein the sound component generator is configured to perform an energy compensation when generating the first group of sound field components, the energy compensation depending on the diffuseness data and at least one of a number of sound field components in the second group, a number of diffuse components in the first group, a maximum order of sound field components of the first group and a maximum order of sound field components of the second group. an input signal analyzer for obtaining diffuseness data from the input signal; a sound component generator for generating, from the input signal, one or more sound field components of a first group of sound field components having for each sound field component a direct component and a diffuse component, and for generating, from the input signal, a second group of sound field components having only a direct component, wherein the sound component generator is configured to perform an energy compensation when generating the first group of sound field components, the energy compensation depending on the diffuseness data and at least one of a number of sound field components in the second group, a number of diffuse components in the first group, a maximum order of sound field components of the first group and a maximum order of sound field components of the second group.
A cylinder liner for insert casting, comprising plural projections on its outer peripheral surface and satisfying the following (i) to (iv) and (vi): (i) the number of the projections is 5 to 50 per 1 cm 2 on the outer peripheral surface, and (ii) when two 15.2 mm × 0.03 mm lines are set in parallel with a gap of 3.8 mm therebetween at an arbitrary position on the outer peripheral surface of the cylinder liner, the total number of projections that are in contact with the two lines is 8 or less, (iii) when an arbitrary projection A on the outer peripheral surface of the cylinder liner is selected and projections An (wherein, n is an integer of 1 to 7) adjacent to the selected projection A are defined as projections A1, A2, A3, A4, A5, A6 and A7 in ascending order of the distance from the projection A, distances Ln (mm) between the projection A and the respective projections An satisfy the following equation: L 1 + L 2 + L 3 + L 4 + L 5 + L 6 + L 7 / 7 ≥ 1.5, (iv) the projections have a projection area ratio S (%), which is defined as follows, of 5% to 20%, (vi) the projections have a projection thickness (S/Pn) of 0.7 or less, which is determined by dividing the projection area ratio S (%), which is defined as follows, by the number of projections Pn, which is defined in the above (i): Projection area ratio S % = Ratio of a total cross − sectional area of the projections per unit area at a position of 300 μ m from the base of the projections with respect to a unit area. (i) the number of the projections is 5 to 50 per 1 cm 2 on the outer peripheral surface, and (ii) when two 15.2 mm × 0.03 mm lines are set in parallel with a gap of 3.8 mm therebetween at an arbitrary position on the outer peripheral surface of the cylinder liner, the total number of projections that are in contact with the two lines is 8 or less, (iii) when an arbitrary projection A on the outer peripheral surface of the cylinder liner is selected and projections An (wherein, n is an integer of 1 to 7) adjacent to the selected projection A are defined as projections A1, A2, A3, A4, A5, A6 and A7 in ascending order of the distance from the projection A, distances Ln (mm) between the projection A and the respective projections An satisfy the following equation: L 1 + L 2 + L 3 + L 4 + L 5 + L 6 + L 7 / 7 ≥ 1.5, (iv) the projections have a projection area ratio S (%), which is defined as follows, of 5% to 20%, (vi) the projections have a projection thickness (S/Pn) of 0.7 or less, which is determined by dividing the projection area ratio S (%), which is defined as follows, by the number of projections Pn, which is defined in the above (i): Projection area ratio S % = Ratio of a total cross − sectional area of the projections per unit area at a position of 300 μ m from the base of the projections with respect to a unit area.
A pump assembly with an electric drive motor which comprises a rotor arranged in a can and having a rotor shaft, said rotor shaft being connected to at least one impeller and in its inside comprising a channel which extends in the axial direction and in which a throttle location is formed, wherein the throttle location is formed in a wall extending transversely to the channel, characterised in that the throttle location is arranged and designed in a manner such that a fluid jet exiting from the throttle location in the direction of the axial end which is away from the impeller is directed in a manner deflected with respect to the longitudinal axis of the rotor shaft.
A method for manufacturing a thermal protection glove, characterized in that it comprises the following steps: making a textile glove, coating a coat over at least one portion of the outer surface of the textile glove by soaking in a coating bath, generating porosities in the coat by projecting particles, and setting into place studs at the surface of at least one area of the coat, the studs having a height of at least 1.5 mm. making a textile glove, coating a coat over at least one portion of the outer surface of the textile glove by soaking in a coating bath, generating porosities in the coat by projecting particles, and setting into place studs at the surface of at least one area of the coat, the studs having a height of at least 1.5 mm.
A system comprising: a medical device that is configured to deliver a therapy to a patient; and a sensor that is configured to sense a parameter of the patient; and a memory that stores a data structure comprising a plurality of values of the patient parameter and associated therapy programs, wherein the therapy programs each comprise at least one therapy parameter value; and a processor that controls the medical device to deliver the therapy to the patient according to a first therapy program associated with a first value of a patient parameter detected via the sensor, detects a change from the first value of the patient parameter to a second value of the patient parameter, and, upon detecting the change from the first value of the patient parameter to the second value of the patient parameter, determines a first rate of the change from the first value to the second value of the patient parameter, identifies a second therapy program associated with the second value of the patient parameter via the data structure stored within the memory, determines a second rate of change that is based on the first rate of change and not proportionate to the first rate of change, and controls the medical device to adjust the delivery of the therapy to the patient from the first therapy program to the second therapy program at the second rate of change. a medical device that is configured to deliver a therapy to a patient; and a sensor that is configured to sense a parameter of the patient; and a memory that stores a data structure comprising a plurality of values of the patient parameter and associated therapy programs, wherein the therapy programs each comprise at least one therapy parameter value; and a processor that controls the medical device to deliver the therapy to the patient according to a first therapy program associated with a first value of a patient parameter detected via the sensor, detects a change from the first value of the patient parameter to a second value of the patient parameter, and, upon detecting the change from the first value of the patient parameter to the second value of the patient parameter, determines a first rate of the change from the first value to the second value of the patient parameter, identifies a second therapy program associated with the second value of the patient parameter via the data structure stored within the memory, determines a second rate of change that is based on the first rate of change and not proportionate to the first rate of change, and controls the medical device to adjust the delivery of the therapy to the patient from the first therapy program to the second therapy program at the second rate of change.
A chirped pulse laser system comprising: a programmable optical dispersive filter, PODF, operable to modify a spectral phase of optical pulses; and a pulse compressor that receives an optical pulse based on an output of the PODF, and in response, produces a transform-limited optical pulse, the pulse compressor comprising optical elements in a vacuum chamber, the optical elements defining an optical path through the pulse compressor, the optical elements arranged to disperse the optical pulse in the optical path, the optical elements comprising diffraction gratings and a dispersive mirror, the dispersive mirror having a smooth reflective surface that defines a portion of the optical path. a programmable optical dispersive filter, PODF, operable to modify a spectral phase of optical pulses; and a pulse compressor that receives an optical pulse based on an output of the PODF, and in response, produces a transform-limited optical pulse, the pulse compressor comprising optical elements in a vacuum chamber, the optical elements defining an optical path through the pulse compressor, the optical elements arranged to disperse the optical pulse in the optical path, the optical elements comprising diffraction gratings and a dispersive mirror, the dispersive mirror having a smooth reflective surface that defines a portion of the optical path.
An information processing apparatus comprising: a control unit configured to perform control to: detect leaving of a user from the information processing apparatus and a direction of movement of the user away from the information processing apparatus by detecting behavior of the user on a basis of sensing data or by detecting the behavior of the user using an image captured with an imaging apparatus; select another apparatus based on the direction of the movement; and transmit at least part of context information, exchanged with the user until the leaving, to the selected other apparatus. detect leaving of a user from the information processing apparatus and a direction of movement of the user away from the information processing apparatus by detecting behavior of the user on a basis of sensing data or by detecting the behavior of the user using an image captured with an imaging apparatus; select another apparatus based on the direction of the movement; and transmit at least part of context information, exchanged with the user until the leaving, to the selected other apparatus.
A mechanical seal comprising a pair of sliding parts respectively constituting a rotating sealing ring and a stationary sealing ring of the mechanical seal and having sealing faces that relatively slide on each other, wherein at least one of said sliding parts is an annular body and has a plurality of dimples formed in the sealing face, the plurality of dimples having planar shapes as shown in figure 2 and including dimples arranged tc communicate with an inner peripheral side of the sliding part, characterized in that the dimples have opening diameters as shown in figure 2 and are distributed as shown in figure 2.
A receptacle for dispensing a cosmetic product, having a central axis X and comprising: - a one-piece assembly comprising a base and a cover movable in rotation between a position in which the receptacle is closed and a position in which the receptacle is open, connected to the base by a first pin-less pivot connection, the base being able to receive a bucket containing the product; - an intermediate platform for holding the bucket in position, located between the base and the cover and being movable in rotation between a closed position for clamping the bucket and an open position allowing to remove the bucket, this platform being removably attached to the base, the assembly and the platform being made of a same plastic material, the platform comprising a stationary portion in contact with the base, and a movable portion connected to the stationary portion by a second pin-less pivot connection, said movable portion rotating with respect to the stationary portion and assuming said open and closed positions. - a one-piece assembly comprising a base and a cover movable in rotation between a position in which the receptacle is closed and a position in which the receptacle is open, connected to the base by a first pin-less pivot connection, the base being able to receive a bucket containing the product; - an intermediate platform for holding the bucket in position, located between the base and the cover and being movable in rotation between a closed position for clamping the bucket and an open position allowing to remove the bucket, this platform being removably attached to the base,
LED-based lighting system using simultaneously the colour mixing principle of blue, green and red (RGB mixture) and the principle of conversion of a radiation emitted primarily by an LED into longer-wave light by a phosphor absorbing this radiation, at least two LEDs being used, of which a first LED emits primarily in the range from 340 nm to 470 nm (peak wavelength), in particular at least 420 nm, and a second LED emits in the red range at 600 to 700 nm (peak wavelength), characterized in that the green component is generated by the primary radiation of the first LED being at least partially converted by a green-emitting phosphor, wherein as the green-emitting phosphor a phosphor from the class of oxynitride silicates is used, having a cation M and the basic formula M (1-c) Si 2 O 2 N 2:D c, and wherein M comprises Sr as a constituent and M = Sr alone or M = Sr (1-x-y) Ba y Ca x with 0 ≤ x+y < 0.5 is used, and wherein D is doped with divalent europium, and wherein the oxinitride silicate consists completely or predominantly of the high-temperature-stable modification HT.
A compound (VIIa): where R a is OH, CHO, COOH, CONH 2, CONH, COOR 6, CONHR 6; and R 6 is straight or branched alkyl of 1-3 carbon atoms; or a pharmaceutically acceptable salt, ester, enol ether, enol ester, acetal, amide, ketal, orthoester, hemiacetal, hemiketal, hydrate, or solvate thereof. where R a is OH, CHO, COOH, CONH 2, CONH, COOR 6, CONHR 6; and R 6 is straight or branched alkyl of 1-3 carbon atoms; or a pharmaceutically acceptable salt, ester, enol ether, enol ester, acetal, amide, ketal, orthoester, hemiacetal, hemiketal, hydrate, or solvate thereof.