mhurhangee/patent-ind-claim-en huggingface dataset:
Energy distribution system for heating or cooling a space , at least partly, by means of fluid distribution for heat exchange between distributed fluid and at least a part of the space, comprising - at least one first distributor comprising a main inlet adapted for receiving heating or cooling fluid by means of a fluid inlet for fluid inflow , - at least one second distributor comprising a main outlet adapted for discharging heating or cooling fluid by means of a fluid return outlet for fluid outflow , and - tubing connected between outlets (13, 13', X, X') of the first distributor and inlets (23, 23', X", X′′′) of the second distributor to create a fluid flow path between the distributors to enable exchange of heat between the heating or cooling fluid flowing through the tubing laid out in the space and the space, characterised in that the tubing comprises tubes of substantially same length (L), and that at least one distributor comprises at least one rail arranged inside the distributor, the rail being configured to compensate varying pressure in the fluid flow through the distributor by decreasing its inner volume in the fluid flow direction from its first in- or outlet to its last in- or outlet (22, X, X') in relation to the size of each in- or outlet, and that the rail is at least partly movable inside the distributor by means of a mechanism in a direction towards or from the in- or outlets (13, 13', 23, 23', X, X', X", X′′′) of the distributor to decrease the inner distributor volume in response to pressure varying from the first in- or outlet to the last in- or outlet (22, X, X') of the distributor. - at least one first distributor comprising a main inlet adapted for receiving heating or cooling fluid by means of a fluid inlet for fluid inflow , - at least one second distributor comprising a main outlet adapted for discharging heating or cooling fluid by means of a fluid return outlet for fluid outflow , and - tubing connected between outlets (13, 13', X, X') of the first distributor and inlets (23, 23', X", X′′′) of the second distributor to create a fluid flow path between the distributors to enable exchange of heat between the heating or cooling fluid flowing through the tubing laid out in the space and the space, characterised in that the tubing comprises tubes of substantially same length (L), and that at least one distributor comprises at least one rail arranged inside the distributor, the rail being configured to compensate varying pressure in the fluid flow through the distributor by decreasing its inner volume in the fluid flow direction from its first in- or outlet to its last in- or outlet (22, X, X') in relation to the size of each in- or outlet, and that the rail is at least partly movable inside the distributor by means of a mechanism in a direction towards or from the in- or outlets (13, 13', 23, 23', X, X', X", X′′′) of the distributor to decrease the inner distributor volume in response to pressure varying from the first in- or outlet to the last in- or outlet (22, X, X') of the distributor.
A method for transmitting data by allocating a transmit power by a user equipment, UE, in a wireless communication system, which supports a high speed packet service through an uplink channel, the method comprising: identifying a total transmit power for a plurality of channels including a first channel supporting a hybrid automatic repeat request, HARQ, and a second channel not supporting the HARQ; determining whether the total transmit power is greater than a maximum allowed transmit power; allocating a transmit power to each of the plurality of channels; and transmitting data with the allocated transmit power, wherein a transmit power of the first channel supporting the HARQ and a transmit power of the second channel not supporting the HARQ are allocated according to a priority order first considering whether the first channel and the second channel support retransmission and then considering whether the first channel and the second channel are control channels, if the total transmit power is greater than a maximum allowed transmit power. identifying a total transmit power for a plurality of channels including a first channel supporting a hybrid automatic repeat request, HARQ, and a second channel not supporting the HARQ; determining whether the total transmit power is greater than a maximum allowed transmit power; allocating a transmit power to each of the plurality of channels; and transmitting data with the allocated transmit power, wherein a transmit power of the first channel supporting the HARQ and a transmit power of the second channel not supporting the HARQ are allocated according to a priority order first considering whether the first channel and the second channel support retransmission and then considering whether the first channel and the second channel are control channels, if the total transmit power is greater than a maximum allowed transmit power.
A camera for generating an image with improved image sharpness by reducing motion blur of an object moving in the image, the camera system comprising: an image sensor comprising an array of pixels, with each of the pixels being configured to accumulate an electrical charge representative of the image captured during a frame; a sampler configured to sample a pixel output for each of the pixels of the image sensor to generate a beginning pixel output sampled at a beginning portion of the frame, an intermediate pixel output sampled during an intermediate portion of the frame and an end pixel output sampled at an end portion of the frame; a subtractor configured to determine a full exposure output for each of the pixels of the array by subtracting the beginning pixel output from the sampled end pixel output of the frame; an amplifier configured to amplify a magnitude of the intermediate pixel value output as a normalization to a full frame exposure of the frame; a detail processor configured to generate a detail correction signal by applying a detail correction algorithm to the amplified intermediate pixel output value in order to improve the perceived image sharpness; and an output configured to add the detail correction signal to the full exposure output to produce an enhanced pixel output for generating a digital video output for the captured image with reduced motion blur and judder. an image sensor comprising an array of pixels, with each of the pixels being configured to accumulate an electrical charge representative of the image captured during a frame; a sampler configured to sample a pixel output for each of the pixels of the image sensor to generate a beginning pixel output sampled at a beginning portion of the frame, an intermediate pixel output sampled during an intermediate portion of the frame and an end pixel output sampled at an end portion of the frame; a subtractor configured to determine a full exposure output for each of the pixels of the array by subtracting the beginning pixel output from the sampled end pixel output of the frame; an amplifier configured to amplify a magnitude of the intermediate pixel value output as a normalization to a full frame exposure of the frame; a detail processor configured to generate a detail correction signal by applying a detail correction algorithm to the amplified intermediate pixel output value in order to improve the perceived image sharpness; and an output configured to add the detail correction signal to the full exposure output to produce an enhanced pixel output for generating a digital video output for the captured image with reduced motion blur and judder.
A communication apparatus comprising: transmission means for transmitting a trigger frame including first information indicating a plurality of resource units splitting a communication channel (300-1, 300-2, 300-3, 300-4) in a frequency domain and second information indicating whether a sensing of energy of the communication channel is required, wherein, in a case where the second information included in the trigger frame indicates that the sensing of the energy of the communication channel is required, at least one of other communication apparatuses (101-107) identified by an AID, Association ID included in the trigger frame senses the energy of the communication channel, and transmits a signal to at least one of the plurality of resource units in a case where the sensed energy is below a predetermined threshold; and receiving means for receiving the signal transmitted in response to the trigger frame. transmission means for transmitting a trigger frame including first information indicating a plurality of resource units splitting a communication channel (300-1, 300-2, 300-3, 300-4) in a frequency domain and second information indicating whether a sensing of energy of the communication channel is required, wherein, in a case where the second information included in the trigger frame indicates that the sensing of the energy of the communication channel is required, at least one of other communication apparatuses (101-107) identified by an AID, Association ID included in the trigger frame senses the energy of the communication channel, and transmits a signal to at least one of the plurality of resource units in a case where the sensed energy is below a predetermined threshold; and receiving means for receiving the signal transmitted in response to the trigger frame.
An apparatus for actuating a valve , the apparatus comprising: an actuator body with a proximal end and a distal end , the proximal end having a connector selectively coupled to a valve assembly ; a piston assembly located within the proximal end of the actuator body that comprises a piston disposed in a piston cylinder ; a telescoping port assembly with a central axis, the telescoping port assembly extending from the distal end of the actuator body to the piston assembly , the telescoping port assembly having an inner telescoping member and an outer telescoping member with an inner cavity that reciprocatingly receives an end of the inner telescoping member ; and a bore that extends axially through the telescoping port assembly and that communicates pressure from a pressure source to the piston cylinder , so that when a pressure media is supplied from the pressure source to the bore, the piston is axially moved to actuate the valve assembly , and the outer telescoping member telescopes outward from the inner telescoping member . an actuator body with a proximal end and a distal end , the proximal end having a connector selectively coupled to a valve assembly ; a piston assembly located within the proximal end of the actuator body that comprises a piston disposed in a piston cylinder ; a telescoping port assembly with a central axis, the telescoping port assembly extending from the distal end of the actuator body to the piston assembly , the telescoping port assembly having an inner telescoping member and an outer telescoping member with an inner cavity that reciprocatingly receives an end of the inner telescoping member ; and a bore that extends axially through the telescoping port assembly and that communicates pressure from a pressure source to the piston cylinder , so that when a pressure media is supplied from the pressure source to the bore, the piston is axially moved to actuate the valve assembly , and the outer telescoping member telescopes outward from the inner telescoping member .
An extractor system comprising: a base unit comprising at least one blower driven by a motor , said base unit being a stand-alone unit or a movable cart; a positive pressure conduit coupled to and extending from the base unit and configured to convey the positive pressure gas stream towards a work area ; a negative pressure conduit coupled to and extending from the base unit and configured to convey the negative pressure gas stream from the work area ; a hood coupled to the positive pressure conduit at an end of the positive pressure conduit opposite the base unit to receive the positive pressure gas stream and to direct the positive pressure gas stream into a region around the work area , and coupled to the negative pressure conduit at an end of the negative pressure conduit opposite the base unit to draw airborne components from the work area into the negative pressure gas stream; characterized in that the base unit comprises control circuitry and means for adjusting relative flow rates of the positive pressure gas stream and/or the negative pressure gas stream, wherein the adjustments may be made at the base unit or via operator controls remotely from the workspace. a base unit comprising at least one blower driven by a motor , said base unit being a stand-alone unit or a movable cart; a positive pressure conduit coupled to and extending from the base unit and configured to convey the positive pressure gas stream towards a work area ; a negative pressure conduit coupled to and extending from the base unit and configured to convey the negative pressure gas stream from the work area ; a hood coupled to the positive pressure conduit at an end of the positive pressure conduit opposite the base unit to receive the positive pressure gas stream and to direct the positive pressure gas stream into a region around the work area , and coupled to the negative pressure conduit at an end of the negative pressure conduit opposite the base unit to draw airborne components from the work area into the negative pressure gas stream; characterized in that the base unit comprises control circuitry and means for adjusting relative flow rates of the positive pressure gas stream and/or the negative pressure gas stream, wherein the adjustments may be made at the base unit or via operator controls remotely from the workspace.
A battery system comprising: a system bus ; a system controller coupled to the system bus and configured to transmit one or more first system frames on the system bus ; and one or more battery subsystems (210-1 - 210-1) coupled to the system bus and configured to transmit one or more second system frames on the system bus , wherein at least one of the one or more battery subsystems (210-1 - 210-1) comprises: a storage system for storing power; and a storage system controller for controlling charging and discharging of the storage system , for receiving storage system data, and for transmitting the one or more second system frames including the storage system data on the system bus , characterized in that at least one of the system controller or the storage system controller is configured to apply a system frame division signal on the system bus between the system frames, to occupy the system bus . a system bus ; a system controller coupled to the system bus and configured to transmit one or more first system frames on the system bus ; and one or more battery subsystems (210-1 - 210-1) coupled to the system bus and configured to transmit one or more second system frames on the system bus , wherein at least one of the one or more battery subsystems (210-1 - 210-1) comprises: a storage system for storing power; and a storage system controller for controlling charging and discharging of the storage system , for receiving storage system data, and for transmitting the one or more second system frames including the storage system data on the system bus , characterized in that at least one of the system controller or the storage system controller is configured to apply a system frame division signal on the system bus between the system frames, to occupy the system bus . a storage system for storing power; and a storage system controller for controlling charging and discharging of the storage system , for receiving storage system data, and for transmitting the one or more second system frames including the storage system data on the system bus , characterized in that at least one of the system controller or the storage system controller is configured to apply a system frame division signal on the system bus between the system frames, to occupy the system bus .
A coating composition comprising an aqueous acrylic/polyurethane dispersion, wherein the aqueous acrylic/polyurethane dispersion is produced from: at least one isocyanate component; a polyol mixture, the polyol mixture comprising a polyester polyol, a polycarbonate polyol, or a polyether polyol, and at least two different oleo-based polyols, wherein one of the at least two oleo-based polyols comprises a hydroxyl functionalized oil and wherein one of the at least two oleo-based polyols comprises an oligomer derived from fatty acids; and at least one acrylate solvent. at least one isocyanate component; a polyol mixture, the polyol mixture comprising a polyester polyol, a polycarbonate polyol, or a polyether polyol, and at least two different oleo-based polyols, wherein one of the at least two oleo-based polyols comprises a hydroxyl functionalized oil and wherein one of the at least two oleo-based polyols comprises an oligomer derived from fatty acids; and at least one acrylate solvent.
Method for controlling a device, in which a control command for controlling the device is generated via a power actuator operated by a user, wherein a control unit of the device controls at least one actuator in such a way that at a predetermined travel point of the power actuator the at least one actuator provides the user with feedback about at least one condition of the device at the power actuator, and wherein the control unit further controls the at least one actuator in such a way that the at least one actuator, in the event of a change in the predetermined travel point of the power actuator to a changed travel point lying before the predetermined travel point in the deflection direction of the power actuator, displaces the power actuator to a set travel point lying before the changed travel point in the deflection direction of the power actuator, so that, when the power actuator is displaced in the deflection direction, the feedback about the at least one condition is provided to the user at the changed travel point when the power actuator reaches the changed travel point on its travel in the deflection direction, characterised in that a function for providing the feedback to the user at the changed travel point is activated only after the power actuator has been displaced to the set point.
A system for preventing oxygen inhibition of a light-initiated polymerization reaction at ambient conditions, said system comprising: an ultraviolet (UV) light source , a UV curing space for accepting a workpiece having a layer of UV curable material ; means for purging oxygen from the UV curing space to facilitate, within the UV curing space, UV curing of the layer of UV curable material at times when the UV light source emits light onto the layer of UV curable material , wherein the means for purging oxygen includes a UV-transparent surface to planarize the layer of UV curable material and wherein the UV-transparent surface comprises a thin film in tension, a plate of solid material, or a combination of a thin film in tension and a plate of solid material; characterized in that a camera is arranged to evaluate reflective properties of the UV-transparent surface so as to determine whether contact has been achieved between the layer of UV curable material and the UV-transparent surface . an ultraviolet (UV) light source , a UV curing space for accepting a workpiece having a layer of UV curable material ; means for purging oxygen from the UV curing space to facilitate, within the UV curing space, UV curing of the layer of UV curable material at times when the UV light source emits light onto the layer of UV curable material , wherein the means for purging oxygen includes a UV-transparent surface to planarize the layer of UV curable material and wherein the UV-transparent surface comprises a thin film in tension, a plate of solid material, or a combination of a thin film in tension and a plate of solid material; characterized in that a camera is arranged to evaluate reflective properties of the UV-transparent surface so as to determine whether contact has been achieved between the layer of UV curable material and the UV-transparent surface .
Agricultural implement with a functional assembly , in particular in the form of a sensor bar for sensorial scanning of a travel lane, and an implement carrier on which the said functional assembly is arranged, wherein the implement carrier comprises connecting means for connecting the implement to an agricultural attachment machine which is provided for attachment to a tractor , wherein the implement carrier is configured as an intermediate frame for installation between the tractor and the attachment machine , which frame on the one hand comprises tractor coupling means for coupling the intermediate frame to the tractor and on the other hand machine coupling means for coupling the attachment machine to the intermediate frame , wherein the functional assembly comprises at least two operating modes, characterized in that in the at least two operating modes the function of the functional assembly is adapted to different attachment machine models or types, and comprises switching means for semi-automatic or fully automatic switching between the at least two operating modes depending on an attachment machine respectively attached to the intermediate frame , wherein switching means comprise selection means for selecting one of a plurality of attachment machine models or types and are configured, depending on a respectively selected attachment machine model or type, to set the operating mode suitable for it, and/or the switching means are configured to automatically select the corresponding operating mode depending on an identification signal which identifies a respectively mounted attachment machine model or attachment machine type.