mhurhangee/patent-ind-claim-en huggingface dataset:
Cleaning device for cleaning and/or polishing a surface, which comprises an opening and is such as by way of example a wheel rim contact surface of a motor vehicle, having: a cleaning body ; and a housing that comprises a rear rotary section for a rotation of the housing about an axis of rotation and a front fastening section for a releasable fastening of the cleaning body ; wherein the cleaning body comprises a stabilising plate which faces the housing and comprises a centering pin that is remote from the housing and protrudes centrally outwards, and a cleaning means that covers the surface of the stabilising plate that is remote from the housing ; and wherein the fastening section and the stabilising plate are formend in each case with a corresponding connecting means for a rotationally stable connection to one another; characterised in that the fastening section , the stabilising plate and the centering pin comprise in each case a mutually aligned central aperture for receiving a shaft or axle. a cleaning body ; and a housing that comprises a rear rotary section for a rotation of the housing about an axis of rotation and a front fastening section for a releasable fastening of the cleaning body ; wherein the cleaning body comprises a stabilising plate which faces the housing and comprises a centering pin that is remote from the housing and protrudes centrally outwards, and a cleaning means that covers the surface of the stabilising plate that is remote from the housing ; and wherein the fastening section and the stabilising plate are formend in each case with a corresponding connecting means for a rotationally stable connection to one another; characterised in that the fastening section , the stabilising plate and the centering pin comprise in each case a mutually aligned central aperture for receiving a shaft or axle.
A transmission device for transmitting a plurality of subtitles for different regions, the transmission device comprising: a packet generation unit configured to generate for each of a plurality of consecutive samples of variable duration a respective Packetized Elementary Stream, PES, packet comprising a Timed Text Markup Language, TTML, document of subtitle text information in a payload, wherein each TTML document of subtitle text information comprises display timing information for the related sample, wherein each display timing information indicates at least a display start time for a subtitle of the plurality of subtitles that is to be displayed in the related sample, wherein the display timing information in a first PES packet of the PES packets does not indicate a display end time for the subtitle, wherein the display timing information in a succeeding second PES packet of the PES packets indicates the display end time for the subtitle, and wherein display of the subtitle is to be ended in the sample related to the second PES packet; and a transmission unit configured to transmit the PES packets as a subtitle stream, wherein for each of the plurality of consecutive samples a start time of the respective sample coincides with the display start time for one of the plurality of subtitles or an end time of the respective sample coincides with a display end time for one of the plurality of subtitles. a packet generation unit configured to generate for each of a plurality of consecutive samples of variable duration a respective Packetized Elementary Stream, PES, packet comprising a Timed Text Markup Language, TTML, document of subtitle text information in a payload, wherein each TTML document of subtitle text information comprises display timing information for the related sample, wherein each display timing information indicates at least a display start time for a subtitle of the plurality of subtitles that is to be displayed in the related sample, wherein the display timing information in a first PES packet of the PES packets does not indicate a display end time for the subtitle, wherein the display timing information in a succeeding second PES packet of the PES packets indicates the display end time for the subtitle, and wherein display of the subtitle is to be ended in the sample related to the second PES packet; and a transmission unit configured to transmit the PES packets as a subtitle stream, wherein for each of the plurality of consecutive samples a start time of the respective sample coincides with the display start time for one of the plurality of subtitles or an end time of the respective sample coincides with a display end time for one of the plurality of subtitles.
A medical system for determining prospective heart failure hospitalization risk, the system comprising: (a) means for counting detected data observations acquired from a device memory in the current evaluation period for a current evaluation total amount and counting detected data observations in the preceding evaluation period for a preceding evaluation period total amount; (c) means for associating the current evaluation and preceding evaluation total amounts with a lookup table to acquire prospective risk of heart failure hospitalization, HFH, for the preceding evaluation period and the current evaluation period; (d) means for employing weighted sums of the prospective risk of HFH for the preceding evaluation period and the current evaluation period to calculate a weighted prospective risk of HFH for a patient; and (e) means for displaying on a graphical user interface the weighted prospective risk of HFH for the patient, wherein the lookup table comprises a set of data observations categories and for each said category a prospective risk of HFH, wherein each said data observations category defines a total number of group data evaluation periods each having a defined same number or falling within a same range of numbers of data observations from a population of patients therein, and wherein the prospective risk of HFH for each said data observations category is estimated as a ratio of the number of data evaluation periods of the said data observations category in which at least one HFH had occurred to the total number of group evaluation periods within the said data observation category. (a) means for counting detected data observations acquired from a device memory in the current evaluation period for a current evaluation total amount and counting detected data observations in the preceding evaluation period for a preceding evaluation period total amount; (c) means for associating the current evaluation and preceding evaluation total amounts with a lookup table to acquire prospective risk of heart failure hospitalization, HFH, for the preceding evaluation period and the current evaluation period; (d) means for employing weighted sums of the prospective risk of HFH for the preceding evaluation period and the current evaluation period to calculate a weighted prospective risk of HFH for a patient; and (e) means for displaying on a graphical user interface the weighted prospective risk of HFH for the patient, wherein the lookup table comprises a set of data observations categories and for each said category a prospective risk of HFH, wherein each said data observations category defines a total number of group data evaluation periods each having a defined same number or falling within a same range of numbers of data observations from a population of patients therein, and wherein the prospective risk of HFH for each said data observations category is estimated as a ratio of the number of data evaluation periods of the said data observations category in which at least one HFH had occurred to the total number of group evaluation periods within the said data observation category.
A path planning method , comprising: obtaining , based on a pass-through distance of each of a plurality of first areas and signal quality of a wireless signal in each first area, a pass-through cost for passing through each first area; obtaining a start location and a target location; and performing path planning based on the pass-through cost for passing through each first area, to determine a pass-through path from the start location to the target location, wherein the pass-through path comprises an area passed through from the start location to the target location; characterised in that the signal quality of the wireless signal includes a change rate of a direction of the wireless signal and a positioning precision of the wireless signal. obtaining , based on a pass-through distance of each of a plurality of first areas and signal quality of a wireless signal in each first area, a pass-through cost for passing through each first area; obtaining a start location and a target location; and performing path planning based on the pass-through cost for passing through each first area, to determine a pass-through path from the start location to the target location, wherein the pass-through path comprises an area passed through from the start location to the target location; characterised in that the signal quality of the wireless signal includes a change rate of a direction of the wireless signal and a positioning precision of the wireless signal.
A curable composition comprising as essential components: an acrylic-modified alkyd resin comprising a copolymer comprising as essential components: an alkyd resin (A) having an unsaturated bond in a molecular structure; and a polymerizable monomer (B) having an unsaturated bond in a molecular structure, and a (meth)acrylate compound (X) wherein the polymerizable monomer (B) comprises an aromatic vinyl monomer as an essential component, and the mass ratio [(A)/(B)] of the alkyd resin (A) to the polymerizable monomer (B) is 50/50 to 90/10. an acrylic-modified alkyd resin comprising a copolymer comprising as essential components: an alkyd resin (A) having an unsaturated bond in a molecular structure; and a polymerizable monomer (B) having an unsaturated bond in a molecular structure, and a (meth)acrylate compound (X) wherein the polymerizable monomer (B) comprises an aromatic vinyl monomer as an essential component, and the mass ratio [(A)/(B)] of the alkyd resin (A) to the polymerizable monomer (B) is 50/50 to 90/10.
A surgical evacuation system , comprising: a display; a pump ; a motor operably coupled to said pump; a flow path fluidically coupled to said pump; a sensor system comprising an external sensor configured to monitor a parameter of a fluid exiting said flow path, wherein said parameter is an air quality parameter; and a control circuit configured to: interrogate said external sensor for a baseline air quality parameter, wherein the baseline air quality parameter is indicative of the air quality of an operating room prior to the surgical procedure; interrogate said external sensor for a detected air quality parameter after the processor has determined that a surgical procedure is occurring; provide an alert when the detected air quality parameter exceeds a threshold value; increase the speed of the motor if the detected air quality parameter is lower than the baseline air quality; maintain the speed of the motor if the detected air quality parameter is the same as the baseline air quality; and maintain or decrease the speed of the motor if the detected air quality parameter is lower than the baseline air quality. a display; a pump ; a motor operably coupled to said pump; a flow path fluidically coupled to said pump; a sensor system comprising an external sensor configured to monitor a parameter of a fluid exiting said flow path, wherein said parameter is an air quality parameter; and a control circuit configured to: interrogate said external sensor for a baseline air quality parameter, wherein the baseline air quality parameter is indicative of the air quality of an operating room prior to the surgical procedure; interrogate said external sensor for a detected air quality parameter after the processor has determined that a surgical procedure is occurring; provide an alert when the detected air quality parameter exceeds a threshold value; increase the speed of the motor if the detected air quality parameter is lower than the baseline air quality; maintain the speed of the motor if the detected air quality parameter is the same as the baseline air quality; and maintain or decrease the speed of the motor if the detected air quality parameter is lower than the baseline air quality. interrogate said external sensor for a baseline air quality parameter, wherein the baseline air quality parameter is indicative of the air quality of an operating room prior to the surgical procedure; interrogate said external sensor for a detected air quality parameter after the processor has determined that a surgical procedure is occurring; provide an alert when the detected air quality parameter exceeds a threshold value; increase the speed of the motor if the detected air quality parameter is lower than the baseline air quality; maintain the speed of the motor if the detected air quality parameter is the same as the baseline air quality; and maintain or decrease the speed of the motor if the detected air quality parameter is lower than the baseline air quality.
A device for collecting urine discharged from a body of a user, comprising: a fluid collection assembly comprising at least one layer for drawing urine discharged from the body of the user into an interior cavity of the device ; an external covering that covers a portion of the fluid collection assembly; at least one fenestration for receiving urine, wherein the at least one fenestration is a portion of the fluid collection assembly that is uncovered by the external covering ; a cap enclosing a first end of the fluid collection assembly; a tube having a first end in fluid communication with the cap; a shape retaining element configured to conform the fluid collection assembly to a curved configuration for placement against the body of the user and maintain the curved configuration of the fluid collection assembly until the configuration is adjusted; and wherein the fluid collection assembly is configured to be disposed against the body of the user, with the at least one fenestration in operative relation with a urethral opening of the user such that urine discharged from the urethral opening is received by the fluid collection assembly at the at least one fenestration , directed into the cap, and then evacuated through the tube characterised by an anchor configured to secure the fluid collection assembly in position relative to a user. a fluid collection assembly comprising at least one layer for drawing urine discharged from the body of the user into an interior cavity of the device ; an external covering that covers a portion of the fluid collection assembly; at least one fenestration for receiving urine, wherein the at least one fenestration is a portion of the fluid collection assembly that is uncovered by the external covering ; a cap enclosing a first end of the fluid collection assembly; a tube having a first end in fluid communication with the cap; a shape retaining element configured to conform the fluid collection assembly to a curved configuration for placement against the body of the user and maintain the curved configuration of the fluid collection assembly until the configuration is adjusted; and wherein the fluid collection assembly is configured to be disposed against the body of the user, with the at least one fenestration in operative relation with a urethral opening of the user such that urine discharged from the urethral opening is received by the fluid collection assembly at the at least one fenestration , directed into the cap, and then evacuated through the tube characterised by an anchor configured to secure the fluid collection assembly in position relative to a user.
An interdental brush adapted to be inserted into a slit between teeth, said interdental brush comprising a handle , a shank extending outwards from said handle and provided with an end opposite to said handle , and a bristle portion disposed on said shank and decreasing gradually in the direction of said end ; wherein said bristle portion includes a plurality of bristle units disposed around said shank , each of said plurality of bristle units having a loading surface extending outwards from said shank and facing said handle , a surrounding wall extending axially from said loading surface and decreasing progressively in the direction of said end , and a brim formed at a convergence of said loading surface and said surrounding wall , a diameter of said loading surface being larger than a diameter of said shank , characterized in that each loading surface of each bristle unit extends circumferentially around said shank , at least two bristle units being successively connected as a bristle set, with a plurality of said bristle sets disposed circumferentially around said shank , the plurality of said bristle sets being spaced apart from each other on said shank , said at least two bristle units of the same bristle set being successively connected by extending said surrounding wall of one bristle unit from said loading surface of said one bristle unit to said loading surface of another adjacent bristle unit , the plurality of said bristle sets decreasing progressively in the direction of said end .
Food preparation appliance, comprising: - a housing , - a working bowl arranged to receive food to be prepared, - at least one working tool arranged to work the food received in the working bowl , - a drive head arranged to support the working tool , wherein: - the working bowl is movable with respect to the housing between a working position and an access position, - the drive head is movable with respect to the housing between an engaged position, wherein the working tool is engaged in the working bowl , and a disengaged position, wherein the working tool is at least partially disengaged from the working bowl , characterised in that the food preparation appliance comprises a device for slaving the movement of the drive head to the movement of the working bowl in order to impart a rotational movement to the drive head during the movement of the working bowl . - a housing , - a working bowl arranged to receive food to be prepared, - at least one working tool arranged to work the food received in the working bowl , - a drive head arranged to support the working tool , wherein: - the working bowl is movable with respect to the housing between a working position and an access position, - the drive head is movable with respect to the housing between an engaged position, wherein the working tool is engaged in the working bowl , and a disengaged position, wherein the working tool is at least partially disengaged from the working bowl , characterised in that the food preparation appliance comprises a device for slaving the movement of the drive head to the movement of the working bowl in order to impart a rotational movement to the drive head during the movement of the working bowl . - the working bowl is movable with respect to the housing between a working position and an access position, - the drive head is movable with respect to the housing between an engaged position, wherein the working tool is engaged in the working bowl , and a disengaged position, wherein the working tool is at least partially disengaged from the working bowl , characterised in that the food preparation appliance comprises a device for slaving the movement of the drive head to the movement of the working bowl in order to impart a rotational movement to the drive head during the movement of the working bowl .
Heat-pump installation having - a heat pump with a refrigerant circuit which is flowed through by a refrigerant during operation, - at least one consumer circuit which is connected to the heat pump and is flowed through by a heat-carrier medium and has at least one consumer , - a buffer store which is arranged in the consumer circuit and is connected at the inflow side to the heat pump via a feed line and is connected at the outflow side to the at least one consumer via a discharge line , wherein the buffer store is in the form of a gas separator and is connected to a venting line , wherein the buffer store is flowed through by the heat-carrier medium during operation and is designed in such a way that, during operation, gas bubbles are able to rise and are able to exit the buffer store via the venting line, - a control device , and - a sensor which is arranged in the consumer circuit and serves for detecting gaseous refrigerant, wherein - the control device is configured in such a way that, in the event of an upper threshold value for the refrigerant being exceeded, a safety measure is initiated, in particular automatically, wherein - the buffer store is flowed through by the heat-carrier medium from the top downwards during operation, and the buffer store is configured in such a way that, during operation, a flow speed of the heat-carrier medium does not exceed a predefined limit value in the range from 0.1 m/s to 0.3 m/s. - a heat pump with a refrigerant circuit which is flowed through by a refrigerant during operation, - at least one consumer circuit which is connected to the heat pump and is flowed through by a heat-carrier medium and has at least one consumer , - a buffer store which is arranged in the consumer circuit and is connected at the inflow side to the heat pump via a feed line and is connected at the outflow side to the at least one consumer via a discharge line , wherein the buffer store is in the form of a gas separator and is connected to a venting line , wherein the buffer store is flowed through by the heat-carrier medium during operation and is designed in such a way that, during operation, gas bubbles are able to rise and are able to exit the buffer store via the venting line, - a control device , and - a sensor which is arranged in the consumer circuit and serves for detecting gaseous refrigerant, wherein - the control device is configured in such a way that, in the event of an upper threshold value for the refrigerant being exceeded, a safety measure is initiated, in particular automatically, wherein - the buffer store is flowed through by the heat-carrier medium from the top downwards during operation, and the buffer store is configured in such a way that, during operation, a flow speed of the heat-carrier medium does not exceed a predefined limit value in the range from 0.1 m/s to 0.3 m/s.