mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustable in-ear plug comprising: an adjustment mechanism including: a threaded center post ; a threaded adjustment collar concentric with and screwed onto the center post ; and an adjustment ring concentrically oriented around the center post , rotatable with reference to the center post and secured linearly against the center post ; and a resilient membrane tip , characterized in that the resilient membrane tip has a first end fixedly attached to the adjustment collar and a second end fixedly attached to the adjustment ring , the resilient membrane tip also being concentric with the center post and covering a portion of the adjustment mechanism , wherein rotation of the adjustment ring , resilient member tip and adjustment collar with reference to the center post pulls a center portion of the resilient membrane tip inward, thus changing an outside diameter of the resilient membrane tip as well as its characteristic shape. an adjustment mechanism including: a threaded center post ; a threaded adjustment collar concentric with and screwed onto the center post ; and an adjustment ring concentrically oriented around the center post , rotatable with reference to the center post and secured linearly against the center post ; and a threaded center post ; a threaded adjustment collar concentric with and screwed onto the center post ; and an adjustment ring concentrically oriented around the center post , rotatable with reference to the center post and secured linearly against the center post ; and a resilient membrane tip , characterized in that the resilient membrane tip has a first end fixedly attached to the adjustment collar and a second end fixedly attached to the adjustment ring , the resilient membrane tip also being concentric with the center post and covering a portion of the adjustment mechanism , wherein rotation of the adjustment ring , resilient member tip and adjustment collar with reference to the center post pulls a center portion of the resilient membrane tip inward, thus changing an outside diameter of the resilient membrane tip as well as its characteristic shape.
Method for the identification of a connected object in a network infrastructure , said network infrastructure comprising at least two networks of connected objects that are interconnected by means of a data transport network , said networks of connected objects each comprising a plurality of connection gateways to the data transport network supporting respective communication interfaces, said method comprising the following steps, executed by a first connection gateway of one of the networks of connected objects: - reception of a request coming from a source connected object of the network infrastructure, said request comprising specific search criteria, said search criteria comprise: • a maximum target distance, in the network infrastructure, in relation to the source connected object; - analysis of the correspondence of the search criteria of the request with information related to connected objects of the network infrastructure which are comprised in a routing list for the connection gateway, said information related to connected objects comprise • respective distances, in the network infrastructure, separating the connection gateway of local or remote connected objects, to which said connection gateway can transmit messages; and, in the case of identification of one or more other connected objects for which a correspondence has been established, - transmission , to the source connected object, of information characteristic of one or more other identified connected objects. - reception of a request coming from a source connected object of the network infrastructure, said request comprising specific search criteria, said search criteria comprise: • a maximum target distance, in the network infrastructure, in relation to the source connected object; • a maximum target distance, in the network infrastructure, in relation to the source connected object; - analysis of the correspondence of the search criteria of the request with information related to connected objects of the network infrastructure which are comprised in a routing list for the connection gateway, said information related to connected objects comprise • respective distances, in the network infrastructure, separating the connection gateway of local or remote connected objects, to which said connection gateway can transmit messages; and, in the case of identification of one or more other connected objects for which a correspondence has been established, • respective distances, in the network infrastructure, separating the connection gateway of local or remote connected objects, to which said connection gateway can transmit messages; - transmission , to the source connected object, of information characteristic of one or more other identified connected objects.
A shovel comprising: a lower traveling body ; an upper turning body turnably attached to the lower traveling body ; an actuator mounted on the lower traveling body or the upper turning body ; and a controller configured to restrict movement of the actuator, wherein the controller includes an entry determining unit that determines whether the shovel has entered a prohibited area that is set to surround an obstacle located in a work area, and an operation control unit that slows or stops movement of the shovel in response to the entry determining unit determining that the shovel has entered the set prohibited area. a lower traveling body ; an upper turning body turnably attached to the lower traveling body ; an actuator mounted on the lower traveling body or the upper turning body ; and a controller configured to restrict movement of the actuator, wherein the controller includes an entry determining unit that determines whether the shovel has entered a prohibited area that is set to surround an obstacle located in a work area, and an operation control unit that slows or stops movement of the shovel in response to the entry determining unit determining that the shovel has entered the set prohibited area.
A wheeled concrete hose moving or concrete placing device that is movable over a support surface and that is operable to move a concrete supply hose at the support surface or place concrete at the support surface, said wheeled device comprising: a wheeled support , said wheeled support including a frame portion and wheels rotatably mounted at said frame portion; wherein said wheels of said wheeled support comprise a first set of wheels at one end of the wheeled support and a second set of wheels at the other end of the wheeled support; wherein said wheels are pivotable about respective vertical axes to steer said wheeled support over the support surface; wherein said wheels of said first set of wheels are pivoted together about the respective vertical axes and wherein said wheels of said second set of wheels are pivoted together about the respective vertical axes; wherein said wheels are selectively pivoted about the vertical axes to provide one of (i) a two wheel steering mode, (ii) a four wheel steering mode and (iii) a crab steering mode; and characterised in that during steering of said wheeled support , said wheeled device limits pivoting of said wheels about their respective axes so that said wheels of said first set of wheels cannot pivot so as to be oriented perpendicular to said wheels of said second set of wheels. a wheeled support , said wheeled support including a frame portion and wheels rotatably mounted at said frame portion; wherein said wheels of said wheeled support comprise a first set of wheels at one end of the wheeled support and a second set of wheels at the other end of the wheeled support; wherein said wheels are pivotable about respective vertical axes to steer said wheeled support over the support surface; wherein said wheels of said first set of wheels are pivoted together about the respective vertical axes and wherein said wheels of said second set of wheels are pivoted together about the respective vertical axes; wherein said wheels are selectively pivoted about the vertical axes to provide one of (i) a two wheel steering mode, (ii) a four wheel steering mode and (iii) a crab steering mode; and characterised in that during steering of said wheeled support , said wheeled device limits
A method of controlling temperature by a refrigerator including a controller, the method comprising: operating a cool air supply to output cool air for cooling a storage compartment of the refrigerator; sensing temperature values by a temperature sensor; obtaining a result value based on the sensed temperature values sensed during a first reference time interval, wherein the step of obtaining of the result value includes obtaining a plurality of temperature values by sampling during the first reference time interval; and obtaining the result value which is an average value of the plurality of temperature values; characterized by the method further comprising: obtaining a plurality of result values during a second reference time interval, wherein the step of obtaining of the plurality of result values includes obtaining the plurality of result values at respective first reference time intervals during the second reference time interval; determining a representative temperature of the storage compartment among the obtained plurality of result values; determining an output of the cool air supply based on the determined representative temperature; and operating the cool air supply at the determined output. operating a cool air supply to output cool air for cooling a storage compartment of the refrigerator; sensing temperature values by a temperature sensor; obtaining a result value based on the sensed temperature values sensed during a first reference time interval, wherein the step of obtaining of the result value includes obtaining a plurality of temperature values by sampling during the first reference time interval; and obtaining the result value which is an average value of the plurality of temperature values; characterized by the method further comprising: obtaining a plurality of result values during a second reference time interval, wherein the step of obtaining of the plurality of result values includes obtaining the plurality of result values at respective first reference time intervals during the second reference time interval; determining a representative temperature of the storage compartment among the obtained plurality of result values; determining an output of the cool air supply based on the determined representative temperature; and operating the cool air supply at the determined output. obtaining a plurality of result values during a second reference time interval, wherein the step of obtaining of the plurality of result values includes obtaining the plurality of result values at respective first reference time intervals during the second reference time interval; determining a representative temperature of the storage compartment among the obtained plurality of result values; determining an output of the cool air supply based on the determined representative temperature; and operating the cool air supply at the determined output.
A method of brake steering in a four-wheel drive utility vehicle having a driven front axle carrying at least two front wheels , a driven rear axle carrying at least two rear wheels , a powertrain delivering torque to the rear axle via a first motor and to the front axle via a second motor , a controlled clutch arrangement operable when engaged to couple the output of the first and second motors to vary the distribution of delivered torque between the front and rear axles, and independently operable service brakes on each of the front and rear wheels, the method comprising; determining a difference in wheel velocity between front and rear wheels; comparing the difference to a threshold value and, when exceeded, automatically engaging the controlled clutch arrangement ; with the vehicle travelling a substantially straight path, applying a first level of the threshold value; on the vehicle entering a driven turn, applying a second level of the threshold value higher than the first; on the vehicle entering a braking turn, applying the service brakes of the front and rear wheels on the inside of the turn and applying a third level of the threshold value higher than the second. determining a difference in wheel velocity between front and rear wheels; comparing the difference to a threshold value and, when exceeded, automatically engaging the controlled clutch arrangement ; with the vehicle travelling a substantially straight path, applying a first level of the threshold value; on the vehicle entering a driven turn, applying a second level of the threshold value higher than the first; on the vehicle entering a braking turn, applying the service brakes of the front and rear wheels on the inside of the turn and applying a third level of the threshold value higher than the second.
A wire tensioner tip , comprising: - a body having a first extension and a second extension spaced apart to define a ring receiving slot ; - an engagement body disposed within the ring receiving slot , wherein the engagement body includes one or more projections configured to engage an outer surface of a ring positioned within the ring receiving slot ; and - a coupling element extending from the body and configured to couple the body to a wire tensioner , characterised in that the engagement body is configured to pivot with respect to the body . - a body having a first extension and a second extension spaced apart to define a ring receiving slot ; - an engagement body disposed within the ring receiving slot , wherein the engagement body includes one or more projections configured to engage an outer surface of a ring positioned within the ring receiving slot ; and - a coupling element extending from the body and configured to couple the body to a wire tensioner , characterised in that the engagement body is configured to pivot with respect to the body .
A lid assembly for a drying container , comprising: - a lower frame F1 - an upper frame F2 , - a vapor permeable sheet positioned between the two frames , and - fastening means, wherein - the lower frame F1 and the upper frame F2 are each shaped as an open box having a base area and at least one side wall , - the lower frame F1 and upper frame F2 being arranged such that a circumferential channel is formed, an outer side wall of the channel being formed by the side walls of the upper frame F2 , an inner side wall of the channel being formed by the side walls of the lower frame F1 and a top wall of the channel being formed by a rim of the upper frame F2 , wherein a width of the channel is chosen such that a mouth of a container body of a drying container can engage in the channel , - the lower frame F1 and the upper frame F2 each comprise at least one opening in their respective base area, wherein the at least one opening in the lower frame F1 at least partially overlaps with the at least one opening in the upper frame F2 , - the sheet covers the at least one opening in the lower frame F1 and the sheet further covers at least a part of the top wall of the channel , and - the lower frame F1 , the sheet , and the upper frame F2 are aligned and held together by the fastening means, the fastening means providing a releasable connection between the lower frame F1 and the upper frame F2 . - a lower frame F1 - an upper frame F2 , - a vapor permeable sheet positioned between the two frames , and - fastening means, wherein - the lower frame F1 and the upper frame F2 are each shaped as an open box having a base area and at least one side wall , - the lower frame F1 and upper frame F2 being arranged such that a circumferential channel is formed, an outer side wall of the channel being formed by the side walls of the upper frame F2 , an inner side wall of the channel being formed by the side walls of the lower frame F1 and a top wall of the channel being formed by a rim of the upper frame F2 , wherein a width of the channel is chosen such that a mouth of a container body of a drying container can engage in the channel , - the lower frame F1 and the upper frame F2 each comprise at least one opening in their respective base area, wherein the at least one opening in the lower frame F1 at least partially overlaps with the at least one opening in the upper frame F2 , - the sheet covers the at least one opening in the lower frame F1 and the sheet further covers at least a part of the top wall of the channel , and - the lower frame F1 , the sheet , and the upper frame F2 are aligned and held together by the fastening means, the fastening means providing a releasable connection between the lower frame F1 and the upper frame F2 .
A method , performed in a User Equipment, UE, for facilitating the establishing of a UE beam configuration for the selective enhancement of radio signals received or transmitted by the UE, the method comprising: receiving identification of a plurality of reference signals, and additionally; receiving from a Transmission Point of a wireless network a flag that the plurality of identified reference signals have the same beam configuration, and wherein the reference signal comprises a Channel State Information Reference Signal, CSI-RS; and receiving the plurality of identified reference signals from a Transmission Point of the wireless network. receiving identification of a plurality of reference signals, and additionally; receiving from a Transmission Point of a wireless network a flag that the plurality of identified reference signals have the same beam configuration, and wherein the reference signal comprises a Channel State Information Reference Signal, CSI-RS; and
A method of operating a CPRI link having the steps of: forming CPRI frames using a CPRI layer of a protocol stack at one endpoint of the CPRI link, the protocol stack having the CPRI layer and an emulation layer to emulate a point to point link, to enable the CPRI link to operate over a packet switched network having more than two nodes, selecting a number of CPRI frames to encapsulate in a packet of the emulation layer by: determining a CPRI line rate associated with the CPRI link; determining, based on the determined CPRI line rate associated with the CPRI link, a length of the CPRI frames; and selecting, based on the determined length of the CPRI frames, the number of CPRI frames to ensure the CPRI link stays within CPRI delay limits; using the emulation layer at the one endpoint to encapsulate the selected number of the CPRI frames in a packet with overhead suitable for indicating faults, and sending the packet over the packet switched network to a corresponding protocol stack for receiving at the other endpoint of the link. forming CPRI frames using a CPRI layer of a protocol stack at one endpoint of the CPRI link, the protocol stack having the CPRI layer and an emulation layer to emulate a point to point link, to enable the CPRI link to operate over a packet switched network having more than two nodes, selecting a number of CPRI frames to encapsulate in a packet of the emulation layer by: determining a CPRI line rate associated with the CPRI link; determining, based on the determined CPRI line rate associated with the CPRI link, a length of the CPRI frames; and selecting, based on the determined length of the CPRI frames, the number of CPRI frames to ensure the CPRI link stays within CPRI delay limits; using the emulation layer at the one endpoint to encapsulate the selected number of the CPRI frames in a packet with overhead suitable for indicating faults, and sending the packet over the packet switched network to a corresponding protocol stack for receiving at the other endpoint of the link. determining a CPRI line rate associated with the CPRI link; determining, based on the determined CPRI line rate associated with the CPRI link, a length of the CPRI frames; and selecting, based on the determined length of the CPRI frames, the number of CPRI frames to ensure the CPRI link stays within CPRI delay limits; using the emulation layer at the one endpoint to encapsulate the selected number of the CPRI frames in a packet with overhead suitable for indicating faults, and sending the packet over the packet switched network to a corresponding protocol stack for receiving at the other endpoint of the link.
A power machine (100; 200) having a frame (110; 210), the frame (110; 210) having a front and a rear and two sides, with forward and rearward directions being toward the respective front and rear, and a sideways direction being generally perpendicular to the forward and rearward directions between the two sides, the power machine (100; 200) including a hydraulic spool valve having first and second spools , a first operator input device , and a second operator input device wherein, the hydraulic spool valve being positioned along one of the two sides of the frame (110; 210); a first horizontal shaft extending sideways along a first axis, a first link interconnecting the first operator input device and the first horizontal shaft for converting actuation of the first operator input device into rotation of the first horizontal shaft about the first axis, and a first valve actuator for converting rotation of the first horizontal shaft about the first axis into actuation of the first spool; and a second horizontal shaft positioned rearward of the first horizontal shaft and extending sideways along a second axis that is parallel to and non-collinear with the first axis, a second link interconnecting the second operator input device and the second horizontal shaft for converting actuation of the second operator input device into rotation of the second horizontal shaft about the second axis, and a second valve actuator for converting rotation of the second horizontal shaft about the second axis into actuation of the second spool that is positioned forward of and is generally parallel with the first spool. the hydraulic spool valve being positioned along one of the two sides of the frame (110; 210); a first horizontal shaft extending sideways along a first axis, a first link interconnecting the first operator input device and the first horizontal shaft for converting actuation of the first operator input device into rotation of the first horizontal shaft about the first axis, and a first valve actuator for converting rotation of the first horizontal shaft about the first axis into actuation of the first spool; and a second horizontal shaft positioned rearward of the first horizontal shaft and extending sideways along a second axis that is parallel to and non-collinear with the first axis, a second link interconnecting the second operator input device and the second horizontal shaft for converting actuation of the second operator input device into rotation of the second horizontal shaft about the second axis, and a second valve actuator for converting rotation of the second horizontal shaft about the second axis into actuation of the second spool that is positioned forward of and is generally parallel with the first spool.