mhurhangee/patent-ind-claim-en huggingface dataset:
Safety gate monitoring module for monitoring a state of a safety gate , comprising: a base unit for generating a safety gate signal and an actuator , which can be moved relative to the base unit , for actuating the base unit , the base unit having an actuator receptacle for receiving the actuator and being configured to generate the safety gate signal when the actuator is inserted into the actuator receptacle , wherein the actuator has a substantially annular actuator element which can be inserted into the actuator receptacle , and wherein the actuator receptacle and the actuator element are configured in such a way that the actuator element can be inserted into the actuator receptacle in at least two different spatial orientations relative to the base unit , characterized in that the at least two different spatial orientations comprise a first, a second and a third spatial orientation of the actuator element relative to the base unit , wherein the second spatial orientation is rotated 90° relative to the first spatial orientation about a first spatial axis , and wherein the third spatial orientation is rotated 90° relative to the second spatial orientation about a second spatial axis that is orthogonal to the first spatial axis . wherein the actuator has a substantially annular actuator element which can be inserted into the actuator receptacle , and wherein the actuator receptacle and the actuator element are configured in such a way that the actuator element can be inserted into the actuator receptacle in at least two different spatial orientations relative to the base unit , characterized in that the at least two different spatial orientations comprise a first, a second and a third spatial orientation of the actuator element relative to the base unit , wherein the second spatial orientation is rotated 90° relative to the first spatial orientation about a first spatial axis , and wherein the third spatial orientation is rotated 90° relative to the second spatial orientation about a second spatial axis that is orthogonal to the first spatial axis .
A compound of Formula (V): or a pharmaceutically acceptable salt thereof, wherein the compound is selected from the group consisting of: or a pharmaceutically acceptable salt of a compound selected from the group consisting of:
A probe cover for a medical instrument insertable into a body cavity, the probe cover comprising: a distal end ; a proximal end opposite the distal end ; an annular cove formed by an inner surface of the probe cover and being configured to releasably mate with a detent bead of the instrument ; an annular flange extending around the proximal end ; and a camming surface defined by the flange radially outward of the base , wherein: the camming surface is configured to mate with an ejector mechanism of the instrument ; the probe cover being characterized in that : at least a portion of the cove forms a weakened section disposed adjacent to a portion of the flange forming the camming surface , the weakened section being configured to flex in response to application of a force to the camming surface by the ejector mechanism of the instrument , wherein such flexing releases the cover from the instrument . a distal end ; a proximal end opposite the distal end ; an annular cove formed by an inner surface of the probe cover and being configured to releasably mate with a detent bead of the instrument ; an annular flange extending around the proximal end ; and a camming surface defined by the flange radially outward of the base , wherein: the camming surface is configured to mate with an ejector mechanism of the instrument ; the probe cover being characterized in that : at least a portion of the cove forms a weakened section disposed adjacent to a portion of the flange forming the camming surface , the weakened section being configured to flex in response to application of a force to the camming surface by the ejector mechanism of the instrument , wherein such flexing releases the cover from the instrument .
A child conveyance device comprising: an impact energy absorbing apparatus disposed on a portion of the child conveyance device , the impact energy absorbing apparatus including: an inner support configured to be positioned against the portion of the child conveyance device , the inner support having a receptacle formed therein; an outer cover configured to releasably secure the inner support ; and an insert received within the receptacle of the inner support , the insert being held in place by the outer cover when securing the outer cover , the insert having a wall with a closed end and an open end, the insert sized to fit within the receptacle of the inner support with the closed end first entering the receptacle . an inner support configured to be positioned against the portion of the child conveyance device , the inner support having a receptacle formed therein; an outer cover configured to releasably secure the inner support ; and an insert received within the receptacle of the inner support , the insert being held in place by the outer cover when securing the outer cover , the insert having a wall with a closed end and an open end, the insert sized to fit within the receptacle of the inner support with the closed end first entering the receptacle .
Laboratory sample distribution system , comprising: - a number of sample container carriers , being adapted to carry one or more sample containers , each sample container carrier comprising at least one magnetically active device , - a transport plane , being adapted to support the sample container carriers , - a number of electro-magnetic actuators , being stationarily arranged below the transport plane , the electro-magnetic actuators being adapted to move the sample container carriers on top of the transport plane by applying a magnetic force to the sample container carriers , - a rotating device comprising: - a rotating surface , and - a rotating drive , being adapted to cause a rotational movement of the rotating surface , and - a control device , characterised in that said control device is configured to drive the electro-magnetic actuators such that a sample container carrier to be rotated moves on the rotating surface and in that said control device is configured to control the rotating drive such that a rotation of the sample container carrier is caused. - a number of sample container carriers , being adapted to carry one or more sample containers , each sample container carrier comprising at least one magnetically active device , - a transport plane , being adapted to support the sample container carriers , - a number of electro-magnetic actuators , being stationarily arranged below the transport plane , the electro-magnetic actuators being adapted to move the sample container carriers on top of the transport plane by applying a magnetic force to the sample container carriers , - a rotating device comprising: - a rotating surface , and - a rotating drive , being adapted to cause a rotational movement of the rotating surface , and - a rotating surface , and - a rotating drive , being adapted to cause a rotational movement of the rotating surface , and - a control device , characterised in that said control device is configured to drive the electro-magnetic actuators such that a sample container carrier to be rotated moves on the rotating surface and in that said control device is configured to control the rotating drive such that a rotation of the sample container carrier is caused.
A communication apparatus comprising: communication means capable of executing, while the communication apparatus is connected to a network, communication for allowing another apparatus connected to the network to recognize the communication apparatus; and control means for controlling the communication means to limit the communication with respect to discovery packet transmission/reception, characterized in that the control means is configured to determine whether the connection to a communication partner apparatus via the network is disconnected by control of the communication partner apparatus, wherein, when reconnection to the network is performed after connection to a communication partner apparatus via the network is disconnected and when it is determined that the disconnection is not caused by control by the communication partner apparatus while the limitation is imposed, the control means is configured to control the communication means to maintain the limitation with respect to discovery packet transmission/reception, and to transmit a reconnection notification to the communication partner apparatus by unicast, and wherein the control means is configured to control the communication means to remove the limitation when reconnection to the network is performed after connection to the communication partner apparatus via the network is disconnected due to control by the communication partner apparatus while the limitation is imposed. communication means capable of executing, while the communication apparatus is connected to a network, communication for allowing another apparatus connected to the network to recognize the communication apparatus; and control means for controlling the communication means to limit the communication with respect to discovery packet transmission/reception, characterized in that the control means is configured to determine whether the connection to a communication partner apparatus via the network is disconnected by control of the communication partner apparatus, wherein, when reconnection to the network is performed after connection to a communication partner apparatus via the network is disconnected and when it is determined that the disconnection is not caused by control by the communication partner apparatus while the limitation is imposed, the control means is configured to control the communication means to maintain the limitation with respect to discovery packet transmission/reception, and to transmit a reconnection notification to the communication partner apparatus by unicast, and wherein the control means is configured to control the communication means to remove the limitation when reconnection to the network is performed after connection to the communication partner apparatus via the network is disconnected due to control by the communication partner apparatus while the limitation is imposed.
A construction machine having a control device connected to an engine control unit controlling a swash plate angle of a variable capacity hydraulic pump driven by an engine based on a difference between an actual engine speed (N) of the engine and a target engine speed (Nt) calculated from an accelerator position (Sn), characterized in that an output torque characteristic map (M1) is storable in the engine control unit , whereby an output torque characteristic (Tp) of the engine is calculable based on an atmospheric pressure (P), the engine is controlled by the engine control unit through isochronous control when the actual engine speed (Nt) calculated from an accelerator position (Sn) is equal to or higher than a maximum torque engine speed (Np) with which a maximum torque of the engine is able to be output, and the engine is controlled by the engine control unit through droop control when the actual engine speed (Nt) calculated from an accelerator position (Sn) is lower than the maximum torque engine speed (Np) with which the maximum torque of the engine is able to be output.
A rock processing machine , which comprises a plurality of different functional units that are each, at different times, activatable from an inactive state into an active state and deactivatable from the active state into the inactive state; the rock processing machine comprising a control panel that is embodied to switch the rock processing machine , in a starting switching operation constituting an operating state switching operation, from a less-active operating state into a more-active operating state and, in a stopping switching operation constituting an operating state switching operation, to switch it from a more-active operating state into a less-active operating state; more functional units being activated in the more-active operating state than in the less-active operating state; the control panel comprising a plurality of state switching elements constituting switching elements; a state transition being associated with each state switching element from among the plurality, for at least one functional unit , in such a way that actuation of the state switching element on the functional unit brings about, beyond an operating state switching operation, a state transition between the inactive state and the active state, wherein only exactly one state transition is associated with each state switching element from among the plurality of state switching elements for at least one functional unit , characterized in that a first set of switching elements participates in the starting switching operation, and that a second set of switching elements , different from the first, participates in the stopping switching operation, wherein each set of switching elements is arranged on the control panel in at least one spatial arrangement relationship of a visually perceptible spatial arrangement relationship and a haptically perceptible spatial arrangement relationship, wherein the arrangement relationship corresponds to a predetermined actuation sequence of the switching elements of the respective set . wherein only exactly one state transition is associated with each state switching element from among the plurality of state switching elements for at least one functional unit , characterized in that a first set of switching elements participates in the starting switching operation, and that a second set of switching elements , different from the first, participates in the stopping switching operation, wherein each set of switching elements is arranged on the control panel in at least one spatial arrangement relationship of a visually perceptible spatial arrangement relationship and a haptically perceptible spatial arrangement relationship, wherein the arrangement relationship corresponds to a predetermined actuation sequence of the switching elements of the respective set .
A method of performing a clear channel assessment, CCA, in an unlicensed radio frequency, RF, spectrum for transmitting data according to a first radio access technology, RAT, in coexistence with a second RAT, the method comprising or triggering the steps of: receiving signals in the unlicensed RF spectrum and processing the received signals according to a first operating state or a second operating state based on a presence of data to be transmitted; and performing the CCA based on the processed signals for detecting a channel free from interference of intended transmissions from the second RAT in the unlicensed RF-spectrum; characterized by : processing the received signals according to the first operating state comprises performing signal conditioning on the received signals, thereby causing a first CCA delay that is greater than a second CCA delay caused by processing the received signals in the second operating state by refraining from performing the signal conditioning in the second operating state, wherein the method comprises switching from the first operating state to the second operating state in response to the presence of data to be transmitted, and when performing of the CCA according to the second operating state results in the detection of a channel free from interference of intended transmissions from the second RAT, switching to a third operating state in which the data is transmitted on the interference free channel. receiving signals in the unlicensed RF spectrum and processing the received signals according to a first operating state or a second operating state based on a presence of data to be transmitted; and performing the CCA based on the processed signals for detecting a channel free from interference of intended transmissions from the second RAT in the unlicensed RF-spectrum; characterized by : processing the received signals according to the first operating state comprises performing signal conditioning on the received signals, thereby causing a first CCA delay that is greater than a second CCA delay caused by processing the received signals in the second operating state by refraining from performing the signal conditioning in the second operating state, wherein the method comprises switching from the first operating state to the second operating state in response to the presence of data to be transmitted, and when performing of the CCA according to the second operating state results in the detection of a channel free from interference of intended transmissions from the second RAT, switching to a third operating state in which the data is transmitted on the interference free channel.
Device suitable for measuring at least one angle (V) formed by at least one first surface and at least one second surface and conveying this angle or a part of this angle to cutting equipment for the adjustment of at least one cutting angle, said device comprised of at least one first arm and at least one second arm which are connected to each other via at least one connecting device and pivotally arranged in relation to each other via at least one first axis of rotation and that the device includes at least one angle indicator with which the mutual angle (V) between the first arm and the second arm is measured characterized in that the device is comprised of at least one unit which indicates half of the angle (V) between the first arm and the second arm , which indicating unit consists of an adjustment plate which is pivotally connected around the axis of rotation to the first arm's free end and that the adjustment plate via a bracket , positioned at a radial distance (A1) from the axis of rotation , is connected to a guide strut or similar, said guide strut being connected to a bracket in the second arm at a radial distance (A2) from the axis of rotation .
A cartridge for use with an aerosol-generating device , the cartridge consisting of an inductively heatable susceptor soaked with aerosol-forming liquid , wherein the inductively heatable susceptor consists of an open-porous inductively heatable ceramic material for holding the aerosol-forming liquid and for heating the aerosol-forming liquid under the influence of an alternating electromagnetic field, and wherein the susceptor is a unitary body.
A method of manufacturing a freeze-dried composition suitable for the preparation of a suspension of stabilized gas-filled microbubbles, said composition comprising: (i) an amphiphilic material comprising a phospholipid and a fatty acid; and (ii) a polyethylene glycol as freeze-drying protecting component; which comprises: a. preparing a liquid mixture comprising said amphiphilic material and said freeze-drying protecting component in a solvent; b. freeze-drying the liquid mixture to remove said solvent and obtain a freeze-dried product; and c. after completion of the freeze-drying of step b, heating said freeze-dried product at ambient pressure at a temperature higher than 35°C, for a period of time of from eight to twenty hours. a. preparing a liquid mixture comprising said amphiphilic material and said freeze-drying protecting component in a solvent; b. freeze-drying the liquid mixture to remove said solvent and obtain a freeze-dried product; and c. after completion of the freeze-drying of step b, heating said freeze-dried product at ambient pressure at a temperature higher than 35°C, for a period of time of from eight to twenty hours.
A method for detecting network quality, comprising: Acquiring , by a data processing device, file download rates of a first node for files on a second node in a target time period within a pre-defined number of historical rate-collecting cycles; Determining , by the data processing device, a plurality of network quality detection parameters between the first node and the second node in the target time period based on the file download rates, wherein the plurality of network quality detection parameters include a regular network speed, a network speed fluctuation range, and a network speed lower limit; Creating , by the data processing device, a network fluctuation model between the first node and the second node in the target time period based on the plurality of network quality detection parameters and respective pre-defined weights, and providing the network fluctuation model to a central scheduling device; and Detecting , by the central scheduling device, a network quality between the first node and the second node in the target time period based on the network fluctuation model. Acquiring , by a data processing device, file download rates of a first node for files on a second node in a target time period within a pre-defined number of historical rate-collecting cycles; Determining , by the data processing device, a plurality of network quality detection parameters between the first node and the second node in the target time period based on the file download rates, wherein the plurality of network quality detection parameters include a regular network speed, a network speed fluctuation range, and a network speed lower limit; Creating , by the data processing device, a network fluctuation model between the first node and the second node in the target time period based on the plurality of network quality detection parameters and respective pre-defined weights, and providing the network fluctuation model to a central scheduling device; and Detecting , by the central scheduling device, a network quality between the first node and the second node in the target time period based on the network fluctuation model.
A machine arrangement, particularly for processing pharmaceutical products, comprising - a processing station for filling and closing containers , particularly with pharmaceutical products, - a handling apparatus for feeding and discharging the containers into the machine arrangement, - wherein the handling apparatus is configured to feed and discharge containers into the machine arrangement from only one side of the machine arrangement, - wherein the processing station has at least one working area for the receptacle of an empty container, at which the empty container is filled and closed, - wherein the processing station has at least one storage area for the intermediate storage of filled and closed containers, and - wherein the handling apparatus is configured to feed empty containers to the processing station and to remove filled and closed containers from the storage area . - a processing station for filling and closing containers , particularly with pharmaceutical products, - a handling apparatus for feeding and discharging the containers into the machine arrangement, - wherein the handling apparatus is configured to feed and discharge containers into the machine arrangement from only one side of the machine arrangement, - wherein the processing station has at least one working area for the receptacle of an empty container, at which the empty container is filled and closed, - wherein the processing station has at least one storage area for the intermediate storage of filled and closed containers, and - wherein the handling apparatus is configured to feed empty containers to the processing station and to remove filled and closed containers from the storage area .