mhurhangee/patent-ind-claim-en huggingface dataset:
A residue management system for an agricultural vehicle , comprising: a straw hood defining a first rear opening and a second rear opening ; a windrow chute held adjacent to said first rear opening ; and a spreader assembly held adjacent to said second rear opening ; a conveyor held within said straw hood and defining a conveyor axis of rotation (CA1, CA2); characterized by : a selection door pivotably coupled to said straw hood and defining a pivot axis (PA, CPA) which is rearward and below said conveyor axis of rotation (CA1, CA2), said selection door being configured to switch between a first position in which said selection door bridges a gap between said conveyor and said first rear opening so that material (S) from said conveyor flows across said selection door and is directed toward said first rear opening and a second position in which said selection door exposes said gap so that material (S) from said conveyor is directed toward said second rear opening . a straw hood defining a first rear opening and a second rear opening ; a windrow chute held adjacent to said first rear opening ; and a spreader assembly held adjacent to said second rear opening ; a conveyor held within said straw hood and defining a conveyor axis of rotation (CA1, CA2); characterized by : a selection door pivotably coupled to said straw hood and defining a pivot axis (PA, CPA) which is rearward and below said conveyor axis of rotation (CA1, CA2), said selection door being configured to switch between a first position in which said selection door bridges a gap between said conveyor and said first rear opening so that material (S) from said conveyor flows across said selection door and is directed toward said first rear opening and a second position in which said selection door exposes said gap so that material (S) from said conveyor is directed toward said second rear opening .
A biopsy needle assembly comprising: a needle comprising a window ; and a stylet disposed within the needle comprising a notch wherein the notch comprises a cutting blade comprising a bevel wherein the bevel comprises a surface characterized in that the surface comprises a decreasing width from a distal end of the notch proximate to an end of the biopsy needle assembly configured to be inserted into tissue to a proximal end of the notch opposite the distal end of the notch, wherein the stylet comprises a closed distal end proximate to the end of the biopsy needle assembly configured to be inserted into tissue, and wherein the notch is disposed proximally away from the closed distal end. a needle comprising a window ; and a stylet disposed within the needle comprising a notch wherein the notch comprises a cutting blade comprising a bevel wherein the bevel comprises a surface characterized in that the surface comprises a decreasing width from a distal end of the notch proximate to an end of the biopsy needle assembly configured to be inserted into tissue to a proximal end of the notch opposite the distal end of the notch, wherein the stylet comprises a closed distal end proximate to the end of the biopsy needle assembly configured to be inserted into tissue, and wherein the notch is disposed proximally away from the closed distal end.
A multi-cage type ballast water filtering device having a compact structure and enhanced operability, comprising: a body having an inlet port and an outlet port through which ballast water is drawn into and discharged from the body ; and a plurality of filtering units connected to each other to form a packaged structure in the body , wherein each of the filtering units comprises: a filter filtering ballast water that flows through the body ; and an automatic washing unit backwashing the filter to remove foreign substances adhering to the filter, the automatic washing unit comprises: a drive unit operating the automatic washing unit in response to a signal of a control unit; a suction unit connected to and moved by the drive unit , the suction unit sucking the foreign substances from the filter ; and a discharge unit discharging the foreign substances sucked by the suction unit , and the discharge unit comprises a discharge pipe forming a passage through which foreign substances are discharged, the discharge pipe being disposed below the body and communicating with the filter of the corresponding filtering unit, characterized in that the suction unit comprises a suction rod sucking the foreign substances adhering to the filter , and a core connected to the suction rod and functioning as a rotating shaft for rotating the suction rod , with a stopper provided at a predetermined position on the core so that when the stopper comes into contact with the body , vertical movement of the core is limited, whereby the suction rod is prevented from colliding with the body and being damaged, and the drive unit comprises: a drive shaft rotated and vertically moved by a drive motor ; a contact means provided at a predetermined position on the drive shaft ; a pair of first limit switches provided at positions spaced apart from each other by a predetermined distance corresponding to a vertical movement distance range of the suction unit , the first limit switches being brought into contact with the contact means .
An apparatus comprising: a cover that can be opened and closed with respect to an apparatus main body ; a movable member disposed in the apparatus main body and configured to be exposed outside when the cover is opened; a support member configured to support the movable member and to be openable and closable with respect to the apparatus main body ; and a support shaft configured to support the cover and the support member in such a manner that the cover and the support member can be opened and closed with respect to the apparatus main body , wherein the movable member and the support member are moved together with the cover as the cover rotates about the support shaft , and wherein the support shaft can move between a first position at which the support shaft supports the cover and the support member and a second position at which the support shaft does not support the cover and supports the support member , wherein moving the support shaft to the second position allows the cover to be detached from the apparatus main body . a cover that can be opened and closed with respect to an apparatus main body ; a movable member disposed in the apparatus main body and configured to be exposed outside when the cover is opened; a support member configured to support the movable member and to be openable and closable with respect to the apparatus main body ; and a support shaft configured to support the cover and the support member in such a manner that the cover and the support member can be opened and closed with respect to the apparatus main body , wherein the movable member and the support member are moved together with the cover as the cover rotates about the support shaft , and wherein the support shaft can move between a first position at which the support shaft supports the cover and the support member and a second position at which the support shaft does not support the cover and supports the support member , wherein moving the support shaft to the second position allows the cover to be detached from the apparatus main body .
A compressor for refrigeration and air conditioning, characterized by a refrigerator oil containing a polyol ester, which is the base oil of the refrigerator oil, the polyol ester having a structural unit represented by the following general formula : wherein R1 and R2 each independently represent a linear or branched alkyl group; and n represents an integer of 2 or more, and a refrigerant containing difluoromethane are enclosed, and the polyol ester is composed of only one or both of a cyclic polyol ester, which is obtained by cyclically polymerizing a molecular chain having the structural unit, and a crosslinked polyol ester, which is obtained by crosslinking molecular chains having the structural unit with each other through a crosslinkable structural unit polymerized with the structural unit, and in which n in the structural unit is 3 or more and 10 or less, and wherein the kinematic viscosity of the refrigerator oil at 40°C is 30 mm 2 /s or more and 100 mm 2 /s or less.
A method for managing a power consumption of a mobile communication device being capable of transmitting transmission data at a transmission data rate towards a communication network, wherein the mobile communication device is deployed in a system limited by an average current limitation and a peak current limitation from a power supply energizing the mobile communication device, the method comprising: • reducing the transmission data rate within a certain uplink, UL transmission time interval, resulting in a reduction of an energy consumption of the mobile communication device by a certain amount of energy; • storing the certain amount of energy; • providing at least a part of the stored energy in addition to providing energy from the power supply to the mobile communication device in another transmission time interval; • wherein the transmission is scheduled into a plurality of successive UL transmission time intervals; and • wherein the certain transmission time intervals are repetitively provided resulting in a pattern in order to secure that an average current consumption is below the average current limit, with: • one UL transmission time interval where the UL transmission is suppressed, and • several successive UL transmission time intervals with the scheduled UL transmission power even if the peak current limitation is exceeded for these transmission time intervals. • reducing the transmission data rate within a certain uplink, UL transmission time interval, resulting in a reduction of an energy consumption of the mobile communication device by a certain amount of energy; • storing the certain amount of energy; • providing at least a part of the stored energy in addition to providing energy from the power supply to the mobile communication device in another transmission time interval; • wherein the transmission is scheduled into a plurality of successive UL transmission time intervals; and • wherein the certain transmission time intervals are repetitively provided resulting in a pattern in order to secure that an average current consumption is below the average current limit, with: • one UL transmission time interval where the UL transmission is suppressed, and • several successive UL transmission time intervals with the scheduled UL transmission power even if the peak current limitation is exceeded for these transmission time intervals. • one UL transmission time interval where the UL transmission is suppressed, and • several successive UL transmission time intervals with the scheduled UL transmission power even if the peak current limitation is exceeded for these transmission time intervals.
Method for characterizing a parking space , delimited by two objects , for a motor vehicle , in which contour points of the objects are detected by means of a sensor device of the motor vehicle while the motor vehicle is travelling past (F) the parking space , and on the basis of the contour points an orientation of the parking space relative to the motor vehicle is determined, wherein - for a first of the objects , first contour points are detected on an inner side which faces the parking space and extends along a depth direction (T) of the parking space and/or on an outer side which faces away from the parking space and extends along the depth direction (T) of the parking space , and a first contour line is determined on the basis of the first contour points , - for a second of the objects , second contour points are detected on an outer side which faces away from the parking space and extends along the depth direction (T) of the parking space and/or on an inner side which faces the parking space and extends along the depth direction (T) of the parking space , and a second contour line is determined on the basis of the second contour points , - the orientation of the parking space is determined on the basis of an orientation of the first contour line and of the second contour line , characterized in that when the contour points on the outer side are detected for at least one of the objects , a length (L) of the first and/or second contour line (s) which represent (s) the outer side is determined, and the orientation of the parking space is determined on the basis of the first and second contour lines only if the length (L) of the first and/or second contour line (s) which represent (s) the outer side exceeds a predetermined threshold value. - for a first of the objects , first contour points are detected on an inner side which faces the parking space and extends along a depth direction (T) of the parking space and/or on an outer side which faces away from the parking space and extends along the depth direction (T) of the parking space , and a first contour line is determined on the basis of the first contour points , - for a second of the objects , second contour points are detected on an outer side which faces away from the parking space and extends along the depth direction (T) of the parking space and/or on an inner side which faces the parking space and extends along the depth direction (T) of the parking space , and a second contour line is determined on the basis of the second contour points , - the orientation of the parking space is determined on the basis of an orientation of the first contour line and of the second contour line ,
A mounting system for an energy storage module, the module comprising a plurality of energy storage devices electrically connected together in series; each energy storage module further comprising plurality of coolers onto each of which one of the plurality of energy storage devices is mounted; wherein the mounting system comprises two or more connectors on each cooler, each connector comprising a first part and a second part, wherein the connector is connectable with a corresponding second part and first part on another cooler; wherein each first part comprises a resilient member supporting a protruding tab; wherein each second part comprises a corresponding slot to receive the protruding tab; and, wherein the mounting system further comprises an electronics board mount, the mount comprising one or more pairs of resilient locating members spaced from one another by a distance substantially equal to a width of the electronics board, each resilient locating member further comprising a downward facing surface, wherein each connector comprises a cylindrical body integrally formed in a wall of the cooler incorporating the second part and the first part, the resilient member of the first part comprising a pin independently removable from the cylindrical body, wherein the cylindrical body and resilient member of the connector of each cooler define a hollow through hole; and wherein the mounting system further comprises a rod inserted in the through hole and extending through the plurality of coolers. wherein each connector comprises a cylindrical body integrally formed in a wall of the cooler incorporating the second part and the first part, the resilient member of the first part comprising a pin independently removable from the cylindrical body, wherein the cylindrical body and resilient member of the connector of each cooler define a hollow through hole; and wherein the mounting system further comprises a rod inserted in the through hole and extending through the plurality of coolers.
A mandrel assembly configured to receive one or more layers of composite material to form a component , the mandrel assembly comprising: a tower having an outer forming wall surrounding a central passage ; an upper ring removably secured to the tower , wherein the upper ring is configured to be removed from the tower after the one or more layers of composite material are wrapped around the outer forming wall and at least a portion of the upper ring , and wherein the component formed of the one or more layers of composite material is configured to be removed from the tower after the upper ring is removed from the tower ; and an internal liner jacket secured to an internal portion of the outer forming wall around the central passage , wherein a duct is defined between the internal liner jacket and the outer forming wall , and wherein the duct is configured to receive curing gas. a tower having an outer forming wall surrounding a central passage ; an upper ring removably secured to the tower , wherein the upper ring is configured to be removed from the tower after the one or more layers of composite material are wrapped around the outer forming wall and at least a portion of the upper ring , and wherein the component formed of the one or more layers of composite material is configured to be removed from the tower after the upper ring is removed from the tower ; and an internal liner jacket secured to an internal portion of the outer forming wall around the central passage , wherein a duct is defined between the internal liner jacket and the outer forming wall , and wherein the duct is configured to receive curing gas.
A multilayer nonwoven fabric, comprising: an elastic nonwoven fabric containing a low crystalline polypropylene satisfying the following (a) to (f); and a mixed fiber spunbonded nonwoven fabric disposed on at least one surface of the elastic nonwoven fabric, wherein the mixed fiber spunbonded nonwoven fabric contains a long fiber of a thermoplastic elastomer (A) and a long fiber of a thermoplastic resin (B) other than the thermoplastic elastomer (A) in a ratio of 10 to 90% by mass : 90 to 10% by mass ((A) : (B), with the proviso that (A) + (B) = 100% by mass): (a) [mmmm] = 20 to 60 mol%; (b) rrrr / 1 − mmmm ≤ 0.1 ; (c) rmrm > 2.5 mol ; (d) mm × rr / mr 2 ≤ 2.0 ; (e) weight-average molecular weight (Mw) = 10,000 to 200,000; and (f) molecular weight distribution Mw / Mn < 4 , wherein: [mmmm] is a mesopentad fraction; [rrrr] is a racemic pentad fraction; [rmrm] is a racemic meso racemic mesopentad fraction; and [mm], [rr] and [mr] are triad fractions. an elastic nonwoven fabric containing a low crystalline polypropylene satisfying the following (a) to (f); and a mixed fiber spunbonded nonwoven fabric disposed on at least one surface of the elastic nonwoven fabric, wherein the mixed fiber spunbonded nonwoven fabric contains a long fiber of a thermoplastic elastomer (A) and a long fiber of a thermoplastic resin (B) other than the thermoplastic elastomer (A) in a ratio of 10 to 90% by mass : 90 to 10% by mass ((A) : (B), with the proviso that (A) + (B) = 100% by mass): (a) [mmmm] = 20 to 60 mol%; (b) rrrr / 1 − mmmm ≤ 0.1 ; (c) rmrm > 2.5 mol ; (d) mm × rr / mr 2 ≤ 2.0 ; (e) weight-average molecular weight (Mw) = 10,000 to 200,000; and (f) molecular weight distribution Mw / Mn < 4 , wherein: [mmmm] is a mesopentad fraction; [rrrr] is a racemic pentad fraction; [rmrm] is a racemic meso racemic mesopentad fraction; and [mm], [rr] and [mr] are triad fractions. (a) [mmmm] = 20 to 60 mol%; (b) rrrr / 1 − mmmm ≤ 0.1 ; (c) rmrm > 2.5 mol ; (d) mm × rr / mr 2 ≤ 2.0 ; (e) weight-average molecular weight (Mw) = 10,000 to 200,000; and (f) molecular weight distribution Mw / Mn < 4 , wherein: [mmmm] is a mesopentad fraction; [rrrr] is a racemic pentad fraction; [rmrm] is a racemic meso racemic mesopentad fraction; and [mm], [rr] and [mr] are triad fractions. [mmmm] is a mesopentad fraction; [rrrr] is a racemic pentad fraction; [rmrm] is a racemic meso racemic mesopentad fraction; and [mm], [rr] and [mr] are triad fractions.
Fitting for two sashes which are movable at least by lifting and sliding, and which are guided in a fixed frame of a window or a door on a running rail , wherein an actuating linkage is situated on a first and second vertical sash member within a fitting groove of the first and second sash , which actuating linkage has a driving rod , which is downwardly displaceable in order to lower the sash by means of an actuating member , and transmits the displacement via a corner deflector to at least one coupled carriage , and the fitting has a closure device , which is fastened by means of a housing to the actuating linkage within the fitting groove , and can be coupled via a guide part to the actuating linkage , wherein the guide part can be moved by actuating the driving rod of the actuating linkage , and transfers a pivoting latch , which is controlled by the guide part and rotatably mounted on the housing of the closure device , from an opening position which is situated in a concealed manner in the housing within the actuating linkage , counter to the direction for lowering the sash , into a free actuating field of a closure position, wherein a free end of the pivoting latch , upon passing into the closure position, is in rearward-engaging engagement with a pin arranged on a latch engagement means fastened to the second sash , characterized in that the pivoting latch comprises a keyway , into which a ribbed disk , arranged at the pin , in the closed position engages onto the flanks of the keyway , with the exerting of a positive-fit and/or a non-positive work connection onto the flanks of a wedge rib .
An adjustable spring seat for a shock absorber, comprising a cylindrical body having a first thread formed on its outer surface and a second thread formed on its inner surface, a first adjustable member comprised of a first flange having a threaded inner surface which is engageable with the first thread of the body so that the first flange can be screwed along the first thread so as to adjust the longitudinal position of the first flange on the body , and a second adjustable member comprised of a second flange provided on an end of a shaft , the shaft having a thread formed on its outside surface complementary to the second thread of the body such that the shaft of the second adjustable member is engageable with the second thread through an end of the body and can be screwed along the second thread so as to adjust the longitudinal space between the second flange and said end of the cylindrical body , whereby the separation between the first and second flanges can be adjusted by moving of either or both of said first and second flanges , characterized in that said first and second flanges are moveable independently of each other.
A system to reduce power consumed by a head mounted display , the system comprising: the head mounted display, the head mounted display being divided into a plurality of segments ; a processor ; a display engine communicatively coupled to the head mounted display and able to address each of the plurality of segments; and an eye tracker configured to capture an image of a user's eye, wherein the eye tracker is configured to determine a focal point, a focus distance and a depth of focus based on the captured image, wherein the eye tracker is furthermore configured to determine a gaze region based on the focal point, the focus distance and the depth of focus around the focal point, wherein the eye tracker is communicatively coupled to the processor and the display engine to identify segments in the gaze region, wherein the display engine is configured to increase a refresh rate for segments identified in the gaze region with relation to segments outside of the gaze region to save power. the head mounted display, the head mounted display being divided into a plurality of segments ; a processor ; a display engine communicatively coupled to the head mounted display and able to address each of the plurality of segments; and an eye tracker configured to capture an image of a user's eye, wherein the eye tracker is configured to determine a focal point, a focus distance and a depth of focus based on the captured image, wherein the eye tracker is furthermore configured to determine a gaze region based on the focal point, the focus distance and the depth of focus around the focal point, wherein the eye tracker is communicatively coupled to the processor and the display engine to identify segments in the gaze region, wherein the display engine is configured to increase a refresh rate for segments identified in the gaze region with relation to segments outside of the gaze region to save power.