mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for monitoring surroundings of a work machine , comprising: an operation detection element configured to detect an operation state which is a state of an operation applied to an operation device by an operator for operating the work machine ; an object detection element configured to detect presence or absence of an object in a target space around the work machine ; an output device configured to output notification information to the operator; and an output control element configured to control the output device so as to make the output device output a sound indicating a result of a detection by the object detection element in response to a detection of an initial operation state in which an initial operation for starting the work machine is applied to the operation device , as the operation state, by the operation detection element , characterized in that the output control element is configured to make the output device further output a sound related to a precautionary matter on a subsequent operation of the work machine in response to the detection of the initial operation state by the operation detection element and a detection of the presence of the object in the target space by the object detection element . an operation detection element configured to detect an operation state which is a state of an operation applied to an operation device by an operator for operating the work machine ; an object detection element configured to detect presence or absence of an object in a target space around the work machine ; an output device configured to output notification information to the operator; and an output control element configured to control the output device so as to make the output device output a sound indicating a result of a detection by the object detection element in response to a detection of an initial operation state in which an initial operation for starting the work machine is applied to the operation device , as the operation state, by the operation detection element , characterized in that the output control element is configured to make the output device further output a sound related to a precautionary matter on a subsequent operation of the work machine in response to the detection of the initial operation state by the operation detection element and a detection of the presence of the object in the target space by the object detection element .
Feed and foodstuff roller mill comprising at least two rotatably mounted rollers , wherein at least one roller is fixedly mounted and the other roller is movably mounted, comprising a transmission with a bearing housing in which: - a first output shaft for driving a first roller and - a second output shaft for driving a second roller are accommodated, wherein the first output shaft is coupled to one roller and the second output shaft is coupled to the other roller ; and wherein the first output shaft and the second output shaft are operatively connected to one another by means of a torque-transmitting arrangement ; characterized in that an input shaft is also accommodated in the transmission , wherein the input shaft is coupled to a drive ; wherein the input shaft and the first output shaft are arranged perpendicular to one another and the first output shaft and the second output shaft are arranged parallel to one another, the input shaft and the first output shaft are operatively connected to one another by means of a bevel gearwheel pair , the axes (A, B, C) of the input shaft , of the first output shaft and of the second output shaft lie in a common plane; and wherein the intersection point (X) of the axis (A) of the input shaft with the axis (B) of the first output shaft is arranged between the bevel gearwheel of the first output shaft and the torque-transmitting arrangement of the first output shaft . - a first output shaft for driving a first roller and - a second output shaft for driving a second roller are accommodated, wherein
A subsea riser structure for offloading hydrocarbons, the structure comprising: a riser column ; a sub-surface buoy that supports the riser column ; and an offloading system for conveying hydrocarbons from the riser column to a surface tanker vessel , characterised in that the offloading system comprises: a flexible hose hanging from the riser structure in a U-shape having first and second limbs , an upper end of the first limb communicating fluidly with the riser column and an upper end of the second limb terminating in a pulling head for connecting the hose to the tanker ; at least one clump weight acting on a lowermost bend of the hose between the first and second limbs to maintain tension in the first and second limbs wherein the hose is movable along its length relative to the or each clump weight ; and a sub-surface holder fixed to the riser structure, the holder being arranged to hold the pulling head against said tension in the second limb of the hose when the system is in a standby state. a riser column ; a sub-surface buoy that supports the riser column ; and an offloading system for conveying hydrocarbons from the riser column to a surface tanker vessel , characterised in that the offloading system comprises: a flexible hose hanging from the riser structure in a U-shape having first and second limbs , an upper end of the first limb communicating fluidly with the riser column and an upper end of the second limb terminating in a pulling head for connecting the hose to the tanker ; at least one clump weight acting on a lowermost bend of the hose between the first and second limbs to maintain tension in the first and second limbs wherein the hose is movable along its length relative to the or each clump weight ; and a sub-surface holder fixed to the riser structure, the holder being arranged to hold the pulling head against said tension in the second limb of the hose when the system is in a standby state. a flexible hose hanging from the riser structure in a U-shape having first and second limbs , an upper end of the first limb communicating fluidly with the riser column and an upper end of the second limb terminating in a pulling head for connecting the hose to the tanker ; at least one clump weight acting on a lowermost bend of the hose between the first and second limbs to maintain tension in the first and second limbs wherein the hose is movable along its length relative to the or each clump weight ; and a sub-surface holder fixed to the riser structure, the holder being arranged to hold the pulling head against said tension in the second limb of the hose when the system is in a standby state.
A method for transmitting data in a wireless local area network, comprising: generating (S101), by a transmit end node, a medium access control, MAC, frame; and sending (S102), by the transmit end node, the MAC frame to a receive end node; wherein the MAC frame comprises an indication field, and the indication field comprises multiple bits; wherein one bit of the multiple bits indicates whether one 20MHz channel corresponding to the one bit is available; wherein the MAC frame further comprises a receiver address, a basic service set identifier BSSID, and a flag bit, and the flag bit is used to identify information about a location that is of the BSSID and that is in the MAC frame; wherein a value of the flag bit is a first value, indicating that a receiver address of the MAC frame is the BSSID, or a value of the flag bit is a second value, indicating that a receiver address of the MAC frame is not the BSSID; and wherein before sending the MAC frame to a receive end node, the transmit end node is further configured to scramble the MAC frame by using a scrambler. generating (S101), by a transmit end node, a medium access control, MAC, frame; and sending (S102), by the transmit end node, the MAC frame to a receive end node; wherein the MAC frame comprises an indication field, and the indication field comprises multiple bits; wherein one bit of the multiple bits indicates whether one 20MHz channel corresponding to the one bit is available; wherein the MAC frame further comprises a receiver address, a basic service set identifier BSSID, and a flag bit, and the flag bit is used to identify information about a location that is of the BSSID and that is in the MAC frame; wherein a value of the flag bit is a first value, indicating that a receiver address of the MAC frame is the BSSID, or a value of the flag bit is a second value, indicating that a receiver address of the MAC frame is not the BSSID; and wherein before sending the MAC frame to a receive end node, the transmit end node is further configured to scramble the MAC frame by using a scrambler.
A medical device, comprising: an inner shaft having a stent receiving region ; a bumper shaft disposed about the inner shaft ; and a deployment sheath slidably disposed about the inner shaft , the deployment sheath having a body region and a distal stent covering region , characterized in that the distal stent covering region has an outer diameter that is smaller than an outer diameter of the body region . an inner shaft having a stent receiving region ; a bumper shaft disposed about the inner shaft ; and a deployment sheath slidably disposed about the inner shaft , the deployment sheath having a body region and a distal stent covering region , characterized in that the distal stent covering region has an outer diameter that is smaller than an outer diameter of the body region .
A drying device for a mixture of a liquid and one or more solids, having a receiving container for the mixture , a rotor that is situated with one section of its circumference in the receiving container , and a drive device for rotatively driving the rotor , the rotor having a plurality of flat entrainment elements , whereby the entrainment elements have a radial orientation with respect to a rotational axis of the rotor , characterized in that at least some of the entrainment elements have a configuration in which relatively narrow entrainment elements alternate with relatively wide entrainment elements in the circumferential direction of the rotor , and/or at least some of the entrainment elements are provided with a plurality of through openings, whereby at least some of the through openings of the entrainment elements have an opening surface area of at least 800 mm 2 ,
A fiber laser, comprising: a variably wound optical fiber , wherein the variably wound optical fiber includes: a first length arranged in a plurality of first loops with a first constant separation distance between successive ones of the first loops; and a second length arranged in a plurality of second loops with a second constant separation distance between successive ones of the second loops; and wherein the first constant separation distance between successive ones of the first loops is different than the second constant separation distance between successive ones of the second loops; further comprising packaging to remove heat generated by the optical fiber of the fiber laser during operation of the fiber laser; wherein the variably wound optical fiber further includes a third length arranged in an at least partial loop in which a third separation distance between the at least partial loop and at least one of the first and second loops is non-constant, and wherein the variably wound optical fiber including said first length, said second length and said third length is fixably mounted to a first side only of a heat conductor of the packaging. a first length arranged in a plurality of first loops with a first constant separation distance between successive ones of the first loops; and a second length arranged in a plurality of second loops with a second constant separation distance between successive ones of the second loops; and wherein the first constant separation distance between successive ones of the first loops is different than the second constant separation distance between successive ones of the second loops; further comprising packaging to remove heat generated by the optical fiber of the fiber laser during operation of the fiber laser; wherein the variably wound optical fiber further includes a third length arranged in an at least partial loop in which a third separation distance between the at least partial loop and at least one of the first and second loops is non-constant, and wherein the variably wound optical fiber including said first length, said second length and said third length is fixably mounted to a first side only of a heat conductor of the packaging.
A method of managing roaming between low power wide area networks, LPWANs, comprising: receiving , by a gateway within a visited LPWAN, a message from an Internet of Things, loT, device, the message including at least one of: a network ID associated with a home LPWAN and an application ID associated with the home LPWAN, wherein the visited LPWAN is a LPWAN that is visited by the loT device and the home LPWAN is a home LPWAN of the loT device; in response to a determination , by the gateway within the visited LPWAN, that the message includes a network ID, application ID or combination thereof which is not on a white list or black list, forwarding the message from the gateway within the visited LPWAN to a roaming device data server, RDDS, for storage; at the RDDS: in response to receiving the message, storing the message; notifying the home LPWAN that the message has been received; and determining how to process the message based on a response from the home LPWAN granting or forbidding roaming permission for the network ID and/or application ID; and in response to a determination, by the gateway within the visited LPWAN, that at least one of the network ID and the application ID are on a roaming white list of the visited LPWAN, causing, by the gateway within the visited LPWAN, the message to become available to the home LPWAN by forwarding the message to the home LPWAN or allowing the home LPWAN to retrieve the message. receiving , by a gateway within a visited LPWAN, a message from an Internet of Things, loT, device, the message including at least one of: a network ID associated with a home LPWAN and an application ID associated with the home LPWAN, wherein the visited LPWAN is a LPWAN that is visited by the loT device and the home LPWAN is a home LPWAN of the loT device; in response to a determination , by the gateway within the visited LPWAN, that the message includes a network ID, application ID or combination thereof which is not on a white list or black list, forwarding the message from the gateway within the visited LPWAN to a roaming device data server, RDDS, for storage; at the RDDS: in response to receiving the message, storing the message; notifying the home LPWAN that the message has been received; and determining how to process the message based on a response from the home LPWAN granting or forbidding roaming permission for the network ID and/or application ID; and in response to receiving the message, storing the message; notifying the home LPWAN that the message has been received; and determining how to process the message based on a response from the home LPWAN granting or forbidding roaming permission for the network ID and/or application ID; and in response to a determination, by the gateway within the visited LPWAN, that at least one of the network ID and the application ID are on a roaming white list of the visited LPWAN, causing, by the gateway within the visited LPWAN, the message to become available to the home LPWAN by forwarding the message to the home LPWAN or allowing the home LPWAN to retrieve the message.
A pressure relief system (100; 200; 300), comprising: a first pressurized vessel (102; 202; 302A) containing a fuel source and comprising a thermal pressure relief device (104A, 104B; 204; 304); a heat shield (206; 306) positioned adjacent to the first pressurized vessel (102; 202; 302A); and a sensor (214; 314) coupled to at least one of the first pressurized vessel (102; 202; 302A) or the heat shield (206; 306) and configured to measure a temperature of the first pressurized vessel (102; 202; 302A) or the heat shield (206; 306), wherein at least one of the first pressurized vessel (102; 202; 302A) or heat shield (206; 306) comprise a material having a through-plane thermal conductivity lower than an in-plane thermal conductivity, wherein the material is configured to conduct heat to the sensor (214; 314), and wherein the thermal pressure relief device (104A, 104B, 204; 304) is activated in response to a temperature measured by the sensor (214; 314) being greater than a threshold temperature and wherein the sensor (214; 314) is in electrical communication with an electronic control module configured to activate the thermal pressure relief device (104A, 104B, 204; 304) in response to the temperature measured by the sensor (214; 314) being greater than the threshold temperature. a first pressurized vessel (102; 202; 302A) containing a fuel source and comprising a thermal pressure relief device (104A, 104B; 204; 304); a heat shield (206; 306) positioned adjacent to the first pressurized vessel (102; 202; 302A); and a sensor (214; 314) coupled to at least one of the first pressurized vessel (102; 202; 302A) or the heat shield (206; 306) and configured to measure a temperature of the first pressurized vessel (102; 202; 302A) or the heat shield (206; 306), wherein at least one of the first pressurized vessel (102; 202; 302A) or heat shield (206; 306) comprise a material having a through-plane thermal conductivity lower than an in-plane thermal conductivity, wherein the material is configured to conduct heat to the sensor (214; 314), and wherein the thermal pressure relief device (104A, 104B, 204; 304) is activated in response to a temperature measured by the sensor (214; 314) being greater than a threshold temperature and wherein the sensor (214; 314) is in electrical communication with an electronic control module configured to activate the thermal pressure relief device (104A, 104B, 204; 304) in response to the temperature measured by the sensor (214; 314) being greater than the threshold temperature.
A method for generating an aerosol in an aerosol-generating system, comprising: storing liquid aerosol-forming substrate in a liquid storage portion , delivering via a pump a liquid aerosol-forming substrate from the liquid storage portion to an atomizer, wherein the atomizer is a vaporizer comprising a heating element for vaporizing the liquid aerosol-forming substrate , providing a puff sensor in an airflow path of the aerosol-generating system for determining a puff intensity during a puff, and providing a controller operatively connected to the puff sensor, the controller being configured to determine the puff intensity based on the puff sensor reading, and being configured to adjust the delivery flow rate of the pump and the electrical power supplied to the heating element in response to the determined puff intensity. storing liquid aerosol-forming substrate in a liquid storage portion , delivering via a pump a liquid aerosol-forming substrate from the liquid storage portion to an atomizer, wherein the atomizer is a vaporizer comprising a heating element for vaporizing the liquid aerosol-forming substrate , providing a puff sensor in an airflow path of the aerosol-generating system for determining a puff intensity during a puff, and providing a controller operatively connected to the puff sensor, the controller being configured to determine the puff intensity based on the puff sensor reading, and being configured to adjust the delivery flow rate of the pump and the electrical power supplied to the heating element in response to the determined puff intensity.
Flexible dust boot for automotive brake cylinder , wherein the cylinder has a housing and drive means for linear actuation of a linear actuation member that is disposed in a cylinder bore of the housing , and the linear actuation member relatively movably guided with respect to the housing , with the boot comprising flexible bellows between two concentrical interface portions with different diameter for flexible sealed protection of an internal room that is separated from an exterior surrounding by the boot , so that the boot provides sealed relative displacability between actuation member and housing , and protects against ingress of foreign substance from exterior to interior of the housing , and wherein the both interface portions rest from radially outwards on their respective counterpart seats in grooves on housing and actuation member , said interface portions respectively including a radially inwardly directed flange which is elastically snapped and thereby sealingly allocated in a radially lowered position from radially outwardly into a radial groove of the seat , whereby the boot is provided with pressure relief valve means and with integrated pressure relief valve function which automatically and temporarily changes into open status under a pressure gradient decline in direction from interior to exterior, with respect to the boot , whereby the pressure relief valve body in the interface section of the boot integrates a separate recessed portion , and wherein the recessed portion is connected with interior but separated from exterior, whereby the recessed portion in the interface portion is embodied as a longitudinal slot section which is arranged antiparallel or in parallel with respect of the linear displacement direction of the actuation member , the recessed portion is separated from exterior via an end wall of the flange , and wherein the end wall is arranged orthogonally with respect to the linear displacement direction of the actuation member .
A work vehicle comprising a tank formed so as to extend from a front part or a rear part of a vehicle body toward a center in a front-rear direction of the vehicle body, wherein the tank includes: a first storage tank located on a front side or a rear side of the vehicle body, and stores stored fluid ; a second storage tank located on a side close to the center with respect to the first storage tank as viewed in the front-rear direction of the vehicle body, and stores the stored fluid; a partition part that separates the first storage tank and the second storage tank; a discharge member that has a discharge opening extending and opened inside the second storage tank, and discharges, from the second storage tank, the stored fluid stored in the second storage tank; characterized in that the tank further includes a hollow tube member that has a first end communicated with the first storage tank through the partition part so as to enable the stored fluid to flow, and a second end having a hollow tube opening extending and opened toward the center in the front-rear direction of the vehicle body inside the second storage tank, wherein the hollow tube opening of the hollow tube member is located on the side close to the center in the front-rear direction of the vehicle body with respect to the discharge opening of the discharge member. a first storage tank located on a front side or a rear side of the vehicle body, and stores stored fluid ; a second storage tank located on a side close to the center with respect to the first storage tank as viewed in the front-rear direction of the vehicle body, and stores the stored fluid; a partition part that separates the first storage tank and the second storage tank; a discharge member that has a discharge opening extending and opened inside the second storage tank, and discharges, from the second storage tank, the stored fluid stored in the second storage tank; characterized in that the tank further includes a hollow tube member that has a first end communicated with the first storage tank through the partition part so as to enable the stored fluid to flow, and a second end having a hollow tube opening extending and opened toward the center in the front-rear direction of the vehicle body inside the second storage tank, wherein the hollow tube opening of the hollow tube member is located on the side close to the center in the front-rear direction of the vehicle body with respect to the discharge opening of the discharge member.