mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating an inkjet printer in such a way that image files of a predetermined color depth of b bpc (bits per color), b c N, can be printed out therewith, wherein, if applicable, the color depth signals specified in an image file are converted from the color system F 1 , F 2 , F 3 applied there, for example Red, Green, Blue, into color depth signals of the available printing inks D 1 , D 2 , D 3 , etc., for example Cyan, Magenta, Yellow, as well as, if applicable, Black and/or other colors, so that the resolution used for color depth of b bpc is surviving in the color depth signal referring to the printing colors D μ , wherein for one or several, in particular all printing colors D μ , in each case at least two inks T h,μ , T d,μ of the same color D μ , but of varying color intensity are used, namely at least one lighter ink T h,μ of a lighter color intensity J h,μ > 0, or even a colorless, brightening ink T f,μ of a brightening, virtual color intensity J f,μ < 0 and at least one darker ink T d,μ of a darker color intensity J d,μ , where the following applies: J d , μ − n * J h , μ = 0 or: J d , μ + n * J f , μ = 0 with n ≥ 2; and μ = 1, 2, 3 ...; and wherein on the area assigned to one pixel, several drops of the same ink T d,μ , T h,μ , T f,μ can be printed, namely maximal (n - 1) ink drops of the lighter or colorless ink T h,μ , T f,μ , and maximal (m - 1) ink drops of the darker ink T d,μ so that m brightness levels, namely 0 ... (m * J d,μ ), can be accomplished with the darker ink T d,μ , and n brightness levels, namely 0 ... (n * J h,μ ), can be accomplishe with the lighter ink T h,μ , from what altogether (n * m) different brightness levels are resulting, namely 0 ... [(m - 1) * J d,μ + (n - 1) * J h,μ )], characterized in that n N, n = 2 x , so that the following applies: J d , μ − 2 x * J h , μ = 0 or: J d , μ + 2 x * J f , μ = 0 where x N, x can be > 2, for example 2, 3 or 4; then 2 x is in these cases 2 2 = 4, or 2 3 = 8, or 2 4 = 16, and wherein the control signals for a printing unit E h,μ for a lighter or colorless ink T h,μ are derived from the x lower value bits of the color depth signal referenced to the used print colors D μ in such a way, that a number of drops of the lighter or colorless ink T h,μ , T f,μ , which is dependent on the value of the binary number in the x lower value bits, are shot at short intervals in succession, and wherein the control signals for a printing unit E d,μ for the darker ink T d,μ are derived from not more than (b - x) higher value bits of the color depth signal referenced to the print colors D μ , while a number of drops of the darker ink T d,μ corresponding to the binary number in the not more than (b - x) higher value bits are shot at short intervals in succession, however time-delayed by a time interval +τ, -τ corresponding to the physical distance +d, -d of both printing units E h,μ E d,μ in transport direction of the substrate so that the ink drops of the same ink T d,μ , T h,μ , T f,μ respectively of the same printing color D μ are printed immediately on top of one another.
Pump comprising a high-pressure-side water path, a low-pressure-side water path and an impeller , wherein the high-pressure-side water path comprises a volute casing and a discharge pipe , and wherein the discharge pipe is connected to the volute casing , and wherein the low-pressure-side water path comprises a suction pipe , and wherein the pump comprises a closure member , which can prevent the flow of water through the pump and which is arranged in the high-pressure-side water path, and a connecting line , which connects the high-pressure-side water path to the low-pressure-side water path and is designed in such a way that water can pass through the connecting line from the pressure pipe into the suction pipe without the water passing through the impeller , and wherein the connecting line branches off from the high-pressure-side water path in the pump flow direction downstream of the closing element , and wherein the pump comprises a valve , which is arranged in the connecting line , wherein the pump comprises a swirl generator which is arranged in the connecting line and is designed in such a way that water which passes the swirl generator in the connecting line can be provided with a swirl as it passes through it.
A method of operating a technical installation , wherein an order for manufacturing a product is transmitted to a first mobile assistance system and component parts which are required to manufacture the product are received by the first mobile assistance system , wherein there is determined a work station at which a work step for manufacturing the product can be carried out on the first mobile assistance system , and when the order transmitted to the first mobile assistance system is classified as a rush order, information about the rush order is transmitted to the determined work station , information about the rush order is transmitted to at least one second mobile assistance system which is waiting in front of the determined work station for the carrying out of a work step, the first mobile assistance system is moved to the determined work station , the work step for manufacturing the product is carried out on the first mobile assistance system at the determined work station , and after the work step for manufacturing the product has been carried out on the first mobile assistance system at the work station , the second mobile assistance system , waiting in front of the determined work station , is moved to the determined work station , wherein each of the mobile assistance systems has a work surface on which the work step for manufacturing the product can be carried out at the work station , wherein the product can be entirely manufactured on the mobile assistance system , and wherein each of the mobile assistance systems has a graphic display unit on which there can be shown an assembly instruction for manufacture of the product, and wherein each of the mobile assistance systems has a drive device by means of which the graphic display unit can be moved in a rotary and translational manner, and wherein the drive device is configured to move the graphic display unit into a defined position, dependent on a travel speed of the mobile assistance system .
A method for controlling uplink power allocation in a user equipment operating in a communication network, the method comprising: selecting between at least a first uplink power allocation technique and a second power allocation technique for use in the user equipment , wherein the first uplink power allocation technique allocates, to frequency i , power P i according to: P i = P remaining , s P DPCCH , target , i SG i ∑ k P DPCCH , target , k SG k , where P remaining,s is the remaining power for scheduled transmissions once the power for non-scheduled transmissions has been taken into account, P DPCCH,target,i is the filtered dedicated physical control channel power, and SG i is the Serving Grant on frequency i ; and using the selected power allocation technique in the user equipment to transmit uplink data by allocating transmit power between at least two uplink carriers on which the uplink data is transmitted, wherein the selection of the uplink power allocation technique is based at least in part on measured signal-to-interference-and-noise ratios, SINR, for downlink carriers corresponding to the uplink carriers. selecting between at least a first uplink power allocation technique and a second power allocation technique for use in the user equipment , wherein the first uplink power allocation technique allocates, to frequency i , power P i according to: P i = P remaining , s P DPCCH , target , i SG i ∑ k P DPCCH , target , k SG k , where P remaining,s is the remaining power for scheduled transmissions once the power for non-scheduled transmissions has been taken into account, P DPCCH,target,i is the filtered dedicated physical control channel power, and SG i is the Serving Grant on frequency i ; and using the selected power allocation technique in the user equipment to transmit uplink data by allocating transmit power between at least two uplink carriers on which the uplink data is transmitted, wherein the selection of the uplink power allocation technique is based at least in part on measured signal-to-interference-and-noise ratios, SINR, for downlink carriers corresponding to the uplink carriers.
A radio system for relaying radio signals in a cell of a mobile network, the radio system comprising - a base band unit for generating a plurality of grouped payload signals (30-1, 30-2, ..., 30-M) from a payload signal ; - a beam forming unit for providing a beam shape based on a plurality of beam forming vectors for yielding a beam shape characterized by a specific shape, an azimuth angle and an inclination angle identifying a direction of the beam shape; - an active antenna system comprising a plurality of antenna elements (160-1, 160-2,..., 160-N) for relaying a grouped payload signal selected from the plurality of grouped payload signals (30-1, ...30-M) according to an associated beam forming vector selected from the plurality of beam forming vectors (40-1, 40-2, ..., 40-M), wherein the grouped payload signals (30-1, ..., 30-M) are grouped according to a service criterion , wherein the base band unit comprises a transmit combining unit for combining individual ones of the plurality of grouped payload signals (30-1, 30-2, ..., 30-M). characterised in that the associated beam forming vector (40-1, 40-2, ..., 40-M) comprises factors (c-1, c-2, ..., c-N) for the plurality of antenna elements (160-1, 160-2, ..., 160-N); and wherein the factors (c-1, c-2, ..., c-j) are independently selectable, wherein the base band unit comprises a trigger unit for providing a trigger signal to the transmit combining unit , wherein the trigger signal is used for a change of the combining in the transmit combining unit and wherein the trigger unit may use a time slot, the time slot corresponding to a transmission time interval as present within a communication protocol, and wherein the trigger signal is further provided to the beam forming unit , the trigger signal comprising an indication of which one of the plurality of beam forming vectors is used. - a base band unit for generating a plurality of grouped payload signals (30-1, 30-2, ..., 30-M) from a payload signal ; - a beam forming unit for providing a beam shape based on a plurality of beam forming vectors for yielding a beam shape characterized by a specific shape, an azimuth angle and an inclination angle identifying a direction of the beam shape; - an active antenna system comprising a plurality of antenna elements (160-1, 160-2,..., 160-N) for relaying a grouped payload signal selected from the plurality of grouped payload signals (30-1, ...30-M) according to an associated beam forming vector selected from the plurality of beam forming vectors (40-1, 40-2, ..., 40-M), wherein the grouped payload signals (30-1, ..., 30-M) are grouped according to a service criterion ,
A method for manufacturing an electrode , comprising: providing the electrode, wherein the electrode comprises a plurality of longitudinal bores, characterised by providing a positioning cartridge having a plurality of positioning inserts secured by a scaffold that holds each positioning insert in a defined orientation with respect to each other corresponding to the longitudinal bores of the electrode; deploying the positioning cartridge within the electrode so that each positioning insert is disposed within each longitudinal bore; and removing the scaffold while leaving each positioning insert is disposed within each longitudinal bore. providing the electrode, wherein the electrode comprises a plurality of longitudinal bores, characterised by providing a positioning cartridge having a plurality of positioning inserts secured by a scaffold that holds each positioning insert in a defined orientation with respect to each other corresponding to the longitudinal bores of the electrode; deploying the positioning cartridge within the electrode so that each positioning insert is disposed within each longitudinal bore; and removing the scaffold while leaving each positioning insert is disposed within each longitudinal bore.
An agricultural composition comprising an oil-based active ingredient; an emulsifier system comprising a first component selected from the list comprising: glyceryl oleate, ethoxylated oleate, and ethoxylated soybean oil; and a second component comprising ethoxylated castor oil; wherein the ratio between said first component and said second component is between 1:3 and 3:1; wherein said emulsifier system is operable to disperse the oil-based active ingredient in a water emulsion. an oil-based active ingredient; an emulsifier system comprising a first component selected from the list comprising: glyceryl oleate, ethoxylated oleate, and ethoxylated soybean oil; and a second component comprising ethoxylated castor oil; wherein the ratio between said first component and said second component is between 1:3 and 3:1; wherein said emulsifier system is operable to disperse the oil-based active ingredient in a water emulsion.
A control method for a hybrid vehicle in which electric power of a battery and electric power generated by an electric generator is supplied to a motor that causes the vehicle to run, the control method characterized by : performing a first calculation of a total distance to empty, when a required running power output by the motor is higher than a generating power output by the generator , the first calculation comprising calculating a time by dividing an amount of charge remaining in the battery by a shortage of the generating power output of the electric generator with respect to the required running power output by the motor , and multiplying the time by an average vehicle speed.
A method for controlling fuel flow to an engine during start, the method comprising: causing fuel to be injected into a combustor of the engine according to a first fuel schedule defining a minimum fuel flow limit required to achieve light-off of the engine , the minimum fuel flow limit set at an initial value; monitoring, following light-off of the engine , at least one operating parameter of the engine ; detecting, based on the at least one operating parameter, occurrence of flameout in the engine ; and in response to detecting occurrence of flameout in the engine , increasing the minimum fuel flow limit from the initial value to a first value to obtain an adjusted fuel schedule, and causing fuel to be injected into the combustor according to the adjusted fuel schedule. causing fuel to be injected into a combustor of the engine according to a first fuel schedule defining a minimum fuel flow limit required to achieve light-off of the engine , the minimum fuel flow limit set at an initial value; monitoring, following light-off of the engine , at least one operating parameter of the engine ; detecting, based on the at least one operating parameter, occurrence of flameout in the engine ; and in response to detecting occurrence of flameout in the engine , increasing the minimum fuel flow limit from the initial value to a first value to obtain an adjusted fuel schedule, and causing fuel to be injected into the combustor according to the adjusted fuel schedule.
An image forming apparatus comprising: a cylindrical image bearing member including a cylindrical support and an organic photosensitive layer provided on the cylindrical support ; a developing member configured to supply a developer to the image bearing member for developing a latent image formed on a peripheral surface of the image bearing member ; and a cleaning member configured to clean the peripheral surface in contact with the peripheral surface of the image bearing member , characterized in that a plurality of annular grooves extend in a circumferential direction on the peripheral surface of the image bearing member , and which are orthogonal to an axis direction of the image bearing member , and wherein the annular grooves have a width in a generatrix direction of the peripheral surface within a range of at least 0.5 μm and not more than 40 μm, and are formed to be side by side in the generatrix direction; the number of the annular grooves is at least 20 and not more than 1000 per a width of 1000 μm in the generatrix direction of the peripheral surface of the image bearing member ; and an average depth (Rvk) of a valley of a projection under a core section of a roughness curve of the peripheral surface of the image bearing member is 0.08 μm or less, when measured according to the description. a cylindrical image bearing member including a cylindrical support and an organic photosensitive layer provided on the cylindrical support ; a developing member configured to supply a developer to the image bearing member for developing a latent image formed on a peripheral surface of the image bearing member ; and a cleaning member configured to clean the peripheral surface in contact with the peripheral surface of the image bearing member , characterized in that a plurality of annular grooves extend in a circumferential direction on the peripheral surface of the image bearing member , and which are orthogonal to an axis direction of the image bearing member , and wherein the annular grooves have a width in a generatrix direction of the peripheral surface within a range of at least 0.5 μm and not more than 40 μm, and are formed to be side by side in the generatrix direction; the number of the annular grooves is at least 20 and not more than 1000 per a width of 1000 μm in the generatrix direction of the peripheral surface of the image bearing member ; and an average depth (Rvk) of a valley of a projection under a core section of a roughness curve of the peripheral surface of the image bearing member is 0.08 μm or less, when measured according to the description.
A method for visually adaptively camouflaging of objects, whereas the background and/or the environment , before which or in which the object is positioned, is captured as signal data by using a camera or a sensor array, which signal data are evaluated and reproduced on a LED-array , that the signal data are evaluated online in color and intensity of the background by means of control electronics by reducing the resolution by averaging or segmentation and block by block randomization of the pixels, converted into a block pattern and reproduced on a device for camouflaging the object at least in terms of intensity and color by driving the LED-array .
Sink mounted in a hole of a top (P), comprising: - an element made of metal or ceramic or synthetic acrylic, shaped as a bowl whose bottom (1.3) is provided with a hole (1.4) for draining water and having side walls (1.2) with upper edges (1.2a) which are bent towards the outside in such a way as to form a fixing edge suitable to be fixed to an edge of the hole of the top (P), - an inner covering for the side walls (1.2) of said bowl-shaped element , constituted by shaped panels (2.1) extending from the surface of the bottom (1.3) of said bowl to the top (P) to which the bowl-shaped element itself may be applied, and wherein said shaped panels (2.1) are made using panels covered with a layer of the same laminate material (2.2) used for the top (P), and wherein upper edges (2.1a) of the panels (2.1) are radiused at the level of the edge of the hole made in the top (P), and wherein a removable bottom slightly smaller than the space between the panels (2.1) of said inner covering is positioned on the bottom (1.3) of the bowl and is provided on its underside with projections or feet (3.2) suited to maintain the underside of the removable bottom raised from the surface of the bottom (1.3) of the bowl . - an element made of metal or ceramic or synthetic acrylic, shaped as a bowl whose bottom (1.3) is provided with a hole (1.4) for draining water and having side walls (1.2) with upper edges (1.2a) which are bent towards the outside in such a way as to form a fixing edge suitable to be fixed to an edge of the hole of the top (P), - an inner covering for the side walls (1.2) of said bowl-shaped element , constituted by shaped panels (2.1) extending from the surface of the bottom (1.3) of said bowl to the top (P) to which the bowl-shaped element itself may be applied,
An actuating mechanism for controlling the cutting length of a hair trimmer comprising a frame , an actuator mounted to the frame and configured to slide linearly relative to the frame, a sliding member mounted to the frame and configured to slide linearly relative to the frame, and a coupling mechanism connecting the actuator to the sliding member configured such that sliding the actuator relative to the frame causes sliding movement of the sliding member relative to the frame of a reduced distance, characterized in that the coupling mechanism comprises a slot in the frame and a pin that is slidably received in the slot, wherein the coupling mechanism is configured such that sliding the actuator relative to the frame causes sliding movement of the pin within the slot which results in sliding movement of the sliding member relative to the frame, and wherein the coupling mechanism further comprises a track in the actuator and a track in the sliding member and wherein a first end of the pin is located in the track in the actuator and a second end of the pin is located in the track in the sliding member.
A medical balloon assembly including: an inflatable balloon having at least a body portion and first and second necks at opposing ends of the body portion, the necks being for attachment to a balloon catheter , the body portion having a longitudinal dimension and a circumferential dimension; and a strengthening sleeve extending along at least the body portion of the balloon, the strengthening sleeve including a first set of fibres extending longitudinally along the body portion and a second set of fibres extending circumferentially around the body portion; the fibres of the first set having a lesser thickness than the fibres of the second set; the assembly being characterised in that the fibres of the first and second sets are woven together. an inflatable balloon having at least a body portion and first and second necks at opposing ends of the body portion, the necks being for attachment to a balloon catheter , the body portion having a longitudinal dimension and a circumferential dimension; and a strengthening sleeve extending along at least the body portion of the balloon, the strengthening sleeve including a first set of fibres extending longitudinally along the body portion and a second set of fibres extending circumferentially around the body portion; the fibres of the first set having a lesser thickness than the fibres of the second set; the assembly being characterised in that the fibres of the first and second sets are woven together.