mhurhangee/patent-ind-claim-en huggingface dataset:
Method for assigning a decentralized device (4, 4', 4") of a control system , which comprises one or more central control units , wherein the control unit(s) each have several control channels, and several decentralized devices (4, 4', 4") for transmitting sensor values, status signals and/or information entered by the user, for distributing the heating and/or cooling power of a heating and/or cooling system, in particular in the heating and/or cooling of rooms or sections of buildings or objects, to one control channel or several control channels of a central control unit or several central control units, wherein the decentralized device (4, 4', 4") and the central control unit(s) are adapted to transmit and receive device and/or address information of the decentralized device (4, 4', 4") or the central control unit to or from an information transmission device, characterized in that the method comprises the following steps: (i) registering the device and/or address information of the central control unit or the central control units by the information transmission device; (ii) registering the device and/or address information of the decentralized device (4, 4', 4") by the information transmission device; (iii) generating a logical link between the decentralized device (4, 4', 4") and one or more central control units ; (iv) transmitting an information to the central control unit or the central control units that the decentralized device is to be assigned to one or more control channels of the respective central control unit ; and (v) storing the assignment or assignments by the central control unit or the central control units. (i) registering the device and/or address information of the central control unit or the central control units by the information transmission device; (ii) registering the device and/or address information of the decentralized device (4, 4', 4") by the information transmission device; (iii) generating a logical link between the decentralized device (4, 4', 4") and one or more central control units ; (iv) transmitting an information to the central control unit or the central control units that the decentralized device is to be assigned to one or more control channels of the respective central control unit ; and (v) storing the assignment or assignments by the central control unit or the central control units.
A server connectable via a wireless communication network to be capable of receiving sensor information from a wireless device and provide control signals based on at least the sensor information to the wireless device for enabling the wireless device to perform a control task, wherein the server is further arranged to receive an estimate of imminent connection state of the wireless device and adapt operation such that upon the estimated imminent connection state indicates a connection quality parameter to have a quality below a first threshold, where the threshold is depending on the demands of how the control operations are made via the wireless connection, the server provides an information package to be sent to the wireless device for enabling the wireless device to perform at least an increased part of the control task locally at the wireless communication device, and upon the estimated imminent connection state indicates the connection quality parameter to have a quality above a second threshold, the server provides an information package to be sent to the wireless device for enabling the wireless device to be relieved from performing at least a part of the control task by the server providing increased aid in performing the control task, wherein the wireless network is a cellular network and the imminent connection state is based on information whether a handover operation is imminent, and the control task comprises controlling a vehicle.
Sensor system including a calculating unit for a road finishing machine for calculating material consumption as well as at least one sensor for determining the filling level in the area of the plank and/or at least one sensor for determining the filling level in the area of the bucket and/or at least one sensor for determining the plank width; wherein the calculating unit is configured to calculate a continuous material flow based on a difference between delivery amount and residual filling amount in the road finishing machine related to a distance travelled and/or an applied area; wherein the residual filling amount is calculated based on the sum over material volume in the tunnel of the road finishing machine , wherein the material volume in the tunnel is calculated based on the known geometry of the tunnel of the road finishing machine ; material volume in the area of the plank of the road finishing machine , wherein the material volume in the area of the plank is calculated based on a determined plank width and a determined filling level; and material volume in the bucket of the road finishing machine , wherein the material volume in the bucket is calculated based on a known bucket dimension and a determined filling level. wherein the calculating unit is configured to calculate a continuous material flow based on a difference between delivery amount and residual filling amount in the road finishing machine related to a distance travelled and/or an applied area; wherein the residual filling amount is calculated based on the sum over material volume in the tunnel of the road finishing machine , wherein the material volume in the tunnel is calculated based on the known geometry of the tunnel of the road finishing machine ; material volume in the area of the plank of the road finishing machine , wherein the material volume in the area of the plank is calculated based on a determined plank width and a determined filling level; and material volume in the bucket of the road finishing machine , wherein the material volume in the bucket is calculated based on a known bucket dimension and a determined filling level. material volume in the tunnel of the road finishing machine , wherein the material volume in the tunnel is calculated based on the known geometry of the tunnel of the road finishing machine ; material volume in the area of the plank of the road finishing machine , wherein the material volume in the area of the plank is calculated based on a determined plank width and a determined filling level; and material volume in the bucket of the road finishing machine , wherein the material volume in the bucket is calculated based on a known bucket dimension and a determined filling level.
An interconnecting member for a razor, when in use, a side of the interconnecting member facing skin being referred as a front side, a side of the interconnecting member opposite the skin being referred as a rear side, a side of the interconnecting member on left being referred as a left side, and a side of the interconnecting member on right being referred as a right side, and the interconnecting member comprising a housing and pivoting support arms extending upwards from left and right sides of the housing respectively, the housing being provided with a receiving cavity therein, the receiving cavity penetrating through an upper end face to a lower end face of the housing , wherein the interconnecting member further comprises a resilient engaging arm extending upwards from a front side of the housing , a free end of the resilient engaging arm is bent towards a rear side of the housing and located in the receiving cavity , the free end of the resilient engaging arm has an upper surface , a lower surface , and an inclined surface connected between the upper surface and the lower surface and formed on a rear surface of the free end , and the inclined surface is inclined forward from bottom to top of the free end ; characterized in that , each of the upper and lower surfaces is an arcuate surface, and the arc diameter of the upper surface is greater than that of the lower surface , the housing is extended upward to form a left surrounding arm and a right surrounding arm at a left side and a right side respectively for surrounding the receiving cavity , and the resilient engaging arm surrounds the receiving cavity on the front side of the housing and is spaced apart between the left surrounding arm and the right surrounding arm .
A device, comprising: a first body and a second body, the bodies being configured to be displaceable when using the device , wherein at least one of: the device being foldable and further comprising a hinge so that the first and the second bodies are attached by the hinge , and the first and the second bodies being detachable; and a first cover of the first body and a second cover of the second body ; wherein the first body comprises: a first conductive portion of the first cover of the device configured as an antenna of the device; a second conductive portion of the first cover configured as a ground of the antenna; and a dielectric slot in the first cover, which is configured between the first and the second portions to disconnect the first and second conductive portions of the first body ; wherein the second body comprises: a first conductive portion of the second cover of the device; a second conductive portion of the second cover; and a dielectric slot in the second cover, which is configured between the first and the second portions to disconnect the first and second conductive portions of the second body ; and wherein a shape of the first and the second conductive portion of the first body and the dielectric slot of the first body is aligned with a shape of the first and the second conductive portion of the second body and the dielectric slot of the second body, when the bodies are on one another, wherein the device being at least one of: folded, and the first and second bodies being attached. a first body and a second body, the bodies being configured to be displaceable when using the device , wherein at least one of: the device being foldable and further comprising a hinge so that the first and the second bodies are attached by the hinge , and the first and the second bodies being detachable; and a first cover of the first body and a second cover of the second body ; wherein the first body comprises: a first conductive portion of the first cover of the device configured as an antenna of the device; a second conductive portion of the first cover configured as a ground of the antenna; and a dielectric slot in the first cover, which is configured between the first and the second portions to disconnect the first and second conductive portions of the first body ; wherein the second body comprises: a first conductive portion of the second cover of the device; a second conductive portion of the second cover; and a dielectric slot in the second cover, which is configured between the first and the second portions to disconnect the first and second conductive portions of the second body ; and wherein a shape of the first and the second conductive portion of the first body and the dielectric slot of the first body is aligned with a shape of the first and the second conductive portion of the second body and the dielectric slot of the second body, when the bodies are on one another, wherein the device being at least one of: folded, and the first and second bodies being attached.
A polymer latex binder comprising a multiphase emulsion polymer in the form of latex particles, water, and at least one emulsifier, the multiphase emulsion polymer comprising: at least one soft polymer phase comprised of a soft phase polymer and at least one hard polymer phase comprised of a hard phase polymer and prepared by a multi-stage emulsion polymerization, wherein, the hard phase polymer has a glass transition temperature of from 10°C to 100°C which is more than 50°C higher than that of the soft phase polymer, the at least one hard polymer phase is formed as a first stage polymer and the at least one soft polymer phase is subsequently polymerized in the presence of the first stage polymer, and the hard phase polymer is a copolymer of at least one carboxylic acid monomer and at least one ethylenically unsaturated monomer, -the soft phase polymer has a glass transition temperature of from 0 to -70°C, -the multiphase emulsion polymer is in the form of latex particles and the latex particles comprise an outer phase comprised of the hard polymer phase and an inner phase comprised of the soft polymer phase -the soft polymer phase represents from 65% to 75% by weight of the multiphase emulsion polymer and the hard polymer phase represents from 25% to 35% by weight of the multiphase emulsion polymer, the total weight amount of soft polymer phase and hard polymer phase equaling 100% and -the polymer latex binder has a minimum film forming temperature of less than 15°C. wherein, the hard phase polymer has a glass transition temperature of from 10°C to 100°C which is more than 50°C higher than that of the soft phase polymer, the at least one hard polymer phase is formed as a first stage polymer and the at least one soft polymer phase is subsequently polymerized in the presence of the first stage polymer, and the hard phase polymer is a copolymer of at least one carboxylic acid monomer and at least one ethylenically unsaturated monomer, -the soft phase polymer has a glass transition temperature of from 0 to -70°C, -the multiphase emulsion polymer is in the form of latex particles and the latex particles comprise an outer phase comprised of the hard polymer phase and an inner phase comprised of the soft polymer phase -the soft polymer phase represents from 65% to 75% by weight of the multiphase emulsion polymer and the hard polymer phase represents from 25% to 35% by weight of the multiphase emulsion polymer, the total weight amount of soft polymer phase and hard polymer phase equaling 100% and -the polymer latex binder has a minimum film forming temperature of less than 15°C.
A servo valve comprising a housing , a sleeve provided within the housing having a plurality of metering holes for communication with a cavity within, the servo valve further comprising a metering rod provided with metering members on a central rod for metering flow into and out of the cavity through the metering holes, wherein the metering members comprise annular elements, characterized in that said annular elements are located axially on the central rod by an interference fit.
A method of forming a flexible container, the method comprising: moving, in a machine direction, a continuous web of film having a first side edge and a second side edge ; ; wherein the web includes two layers of film that are cofacial with each other, and the method includes sealing the two layers of film to each other, such that the layers are partially sealed to each other, characterized in that the method further comprises: first, as the web moves in the machine direction, continuously forming , in a cross-section of the web: a Z-fold having a top extension and a bottom extension; and a reverse Z-fold having a top extension and a bottom extension; wherein the bottom extension of the Z-fold is directly connected to the bottom extension of the reverse Z-fold , one of the top extensions is longer than the other top extension, and the longer top extension is proximate to the second side edge ; and second, as the web moves in the machine direction: continuously forming , in a cross-section of the web, a V-fold in the longer top extension; and moving at least one of the side edges such that the first side edge and the second side edge are proximate to each other, wherein the sealing is performed before the second step. moving, in a machine direction, a continuous web of film having a first side edge and a second side edge ; ; wherein the web includes two layers of film that are cofacial with each other, and the method includes sealing the two layers of film to each other, such that the layers are partially sealed to each other, first, as the web moves in the machine direction, continuously forming , in a cross-section of the web: a Z-fold having a top extension and a bottom extension; and a reverse Z-fold having a top extension and a bottom extension; wherein the bottom extension of the Z-fold is directly connected to the bottom extension of the reverse Z-fold , one of the top extensions is longer than the other top extension, and the longer top extension is proximate to the second side edge ; and a Z-fold having a top extension and a bottom extension; and a reverse Z-fold having a top extension and a bottom extension; wherein the bottom extension of the Z-fold is directly connected to the bottom extension of the reverse Z-fold , one of the top extensions is longer than the other top extension, and the longer top extension is proximate to the second side edge ; and second, as the web moves in the machine direction: continuously forming , in a cross-section of the web, a V-fold in the longer top extension; and moving at least one of the side edges such that the first side edge and the second side edge are proximate to each other, wherein the sealing is performed before the second step. continuously forming , in a cross-section of the web, a V-fold in the longer top extension; and moving at least one of the side edges such that the first side edge and the second side edge are proximate to each other, wherein the sealing is performed before the second step.
A method comprising - reconstructing a 360-degree panoramic source picture for inter-layer prediction; - deriving a reference region for inter-layer prediction of a coding tree unit from the 360-degree panoramic source picture, wherein the deriving comprises: ∘ resampling at least a part of the 360-degree panoramic source picture, wherein said resampling comprises filtering samples of a border region of the 360-degree panoramic source picture using at least partly at least one sample value of an opposite side border region and/or at least one variable values associated with at least one block of the opposite side border region. - reconstructing a 360-degree panoramic source picture for inter-layer prediction; - deriving a reference region for inter-layer prediction of a coding tree unit from the 360-degree panoramic source picture, wherein the deriving comprises: ∘ resampling at least a part of the 360-degree panoramic source picture, wherein said resampling comprises filtering samples of a border region of the 360-degree panoramic source picture using at least partly at least one sample value of an opposite side border region and/or at least one variable values associated with at least one block of the opposite side border region. ∘ resampling at least a part of the 360-degree panoramic source picture, wherein said resampling comprises filtering samples of a border region of the 360-degree panoramic source picture using at least partly at least one sample value of an opposite side border region and/or at least one variable values associated with at least one block of the opposite side border region.
A method performed by an E2 node, the method comprising: transmitting an E2 setup request message to a radio access network, RAN, intelligent controller, RIC, and receiving an E2 setup response message from the RIC, wherein the E2 setup request message comprises an information element, IE, related to a service update request message of the RIC, and the E2 setup response message comprises an IE related to a service update acknowledge message of the RIC. transmitting an E2 setup request message to a radio access network, RAN, intelligent controller, RIC, and receiving an E2 setup response message from the RIC, wherein the E2 setup request message comprises an information element, IE, related to a service update request message of the RIC, and the E2 setup response message comprises an IE related to a service update acknowledge message of the RIC.
An aerial work platform, comprising: - a work platform provided with a guardrail ; - a lifting mechanism for the work platform ; - a control desk (10; 100) on which manual control members are arranged for controlling movements of the aerial work platform, the desk being: ∘ mounted permanently on the work platform either on the guardrail or adjacent to the guardrail, or ∘ designed to be attached removably to the guardrail at various places on the guardrail, the desk being designed to be attached and detached from the guardrail manually without a tool, - a non-physical barrier system (B1; B2; B101; B102; B103) for determining, when the desk is attached to the guardrail if it is designed to be attached removably thereon, that a person on the platform is in the vicinity of a part of the guardrail adjacent to the desk and/or is bent towards the desk by detecting an interference of the person with the non-physical barrier, the system being designed for inhibiting at least some movements of the aerial work platform in the event of detection of an interference with the barrier, wherein the non-physical barrier system comprises at least one wave emitter and one wave receiver for conjointly creating the non-physical barrier so that the system detects an interference of an external object with the non-physical barrier because the receiver receives waves emitted by the emitter by reflection on the object interfering with the non-physical barrier, the at least one wave emitter and one wave receiver being arranged on the desk in the case of a desk designed to be attached removably to the guardrail. - a work platform provided with a guardrail ; - a lifting mechanism for the work platform ; - a control desk (10; 100) on which manual control members are arranged for controlling movements of the aerial work platform, the desk being: ∘ mounted permanently on the work platform either on the guardrail or adjacent to the guardrail, or ∘ designed to be attached removably to the guardrail at various places on the guardrail, the desk being designed to be attached and detached from the guardrail manually without a tool, ∘ mounted permanently on the work platform either on the guardrail or adjacent to the guardrail, or ∘ designed to be attached removably to the guardrail at various places on the guardrail, the desk being designed to be attached and detached from the guardrail manually without a tool, - a non-physical barrier system (B1; B2; B101; B102; B103) for determining, when the desk is attached to the guardrail if it is designed to be attached removably thereon, that a person on the platform is in the vicinity of a part of the guardrail adjacent to the desk and/or is bent towards the desk by detecting an interference of the person with the non-physical barrier, the system being designed for inhibiting at least some movements of the aerial work platform in the event of detection of an interference with the barrier,