mhurhangee/patent-ind-claim-en huggingface dataset:
Exterior aircraft light unit comprising: at least one light source ; and a heat sink ; wherein the heat sink comprises: a first heat sink portion comprising a plurality of cooling ribs being thermally connected with the at least one light source for transferring heat from the at least one light source to the plurality of cooling ribs ; characterized in that the heat sink further comprises: at least one second heat sink portion comprising two heat sink plates and an attachment device , wherein the two heat sink plates have first ends that are spaced apart from each other so as to form a cooling rib receiving portion therebetween, wherein the second heat sink portion is selectively attachable, particularly clampable, to a respective cooling rib of the first heat sink portion . at least one light source ; and a heat sink ; wherein the heat sink comprises: a first heat sink portion comprising a plurality of cooling ribs being thermally connected with the at least one light source for transferring heat from the at least one light source to the plurality of cooling ribs ; characterized in that the heat sink further comprises: at least one second heat sink portion comprising two heat sink plates and an attachment device , wherein the two heat sink plates have first ends that are spaced apart from each other so as to form a cooling rib receiving portion therebetween, wherein the second heat sink portion is selectively attachable, particularly clampable, to a respective cooling rib of the first heat sink portion .
Screening bucket provided with a box-type frame having at least a first space suitable to house a first screening basket rotatable around a first pivot axis ; said frame having a mouth portion and a longitudinal closing member for each said space ; each said first basket being closed at the back; characterized in that said frame comprises at least one second space adjacent to said first space and suitable to house a second screening basket rotatable around a second pivot axis parallel to said first pivot axis .
A turbine rotor blade comprising: a tip portion having a pressure tip wall and a suction tip wall , a tip leading edge and a tip trailing edge , wherein the pressure tip wall and the suction tip wall define a trailing edge tip thickness; a squealer cavity at least partially defined by the pressure tip wall and the suction tip wall, the squealer cavity including a trench extending fully to the tip trailing edge to form an open flow path out of the tip trailing edge ; and a suction side wall and a pressure side wall extending from a root portion of the turbine rotor blade to the tip portion , wherein the suction side wall and the pressure side wall define a trailing edge blade thickness, wherein the suction tip wall or the suction tip wall and the pressure tip wall flare outwardly at the tip trailing edge ; and wherein the trailing edge tip thickness is greater than the trailing edge blade thickness; further comprising a plurality of cooling holes extending radially throughout the turbine rotor blade, the plurality of cooling holes having a plurality of corresponding outlet holes , wherein the trench has a floor and wherein some of said plurality of outlet holes are positioned on the floor of the trench . a tip portion having a pressure tip wall and a suction tip wall , a tip leading edge and a tip trailing edge , wherein the pressure tip wall and the suction tip wall define a trailing edge tip thickness; a squealer cavity at least partially defined by the pressure tip wall and the suction tip wall, the squealer cavity including a trench extending fully to the tip trailing edge to form an open flow path out of the tip trailing edge ; and a suction side wall and a pressure side wall extending from a root portion of the turbine rotor blade to the tip portion , wherein the suction side wall and the pressure side wall define a trailing edge blade thickness, wherein the suction tip wall or the suction tip wall and the pressure tip wall flare outwardly at the tip trailing edge ; and wherein the trailing edge tip thickness is greater than the trailing edge blade thickness; further comprising a plurality of cooling holes extending radially throughout the turbine rotor blade, the plurality of cooling holes having a plurality of corresponding outlet holes , wherein the trench has a floor and wherein some of said plurality of outlet holes are positioned on the floor of the trench .
Internal combustion engine system , comprising an internal combustion engine and an exhaust gas recirculation circuit connecting an exhaust manifold of the engine to an intake manifold of the engine, the circuit comprising: - at least one reed valve , - an EGR valve , that is arranged downstream of the reed valve on the path of exhaust gas flowing from the exhaust manifold to the intake manifold , - an EGR line connecting the reed valve to the EGR valve, - a bypass line for gas, connecting the EGR line to an exhaust line of the engine, characterized in that the system further includes: - control means for controlling the flow of gas discharged through the bypass line, - the control means include an electromechanically operated discharge valve . - at least one reed valve , - an EGR valve , that is arranged downstream of the reed valve on the path of exhaust gas flowing from the exhaust manifold to the intake manifold , - an EGR line connecting the reed valve to the EGR valve, - a bypass line for gas, connecting the EGR line to an exhaust line of the engine, characterized in that the system further includes: - control means for controlling the flow of gas discharged through the bypass line, - the control means include an electromechanically operated discharge valve .
A cruise control system for a model vehicle comprising: a transmitter comprising: a throttle input to produce a throttle command; a receiver for receiving the throttle command; and a speed controller for providing a motor command corresponding to the throttle command to a motor of a model vehicle, characterised by a cruise control set input , wherein the throttle command and the cruise control set input are sent to the receiver, and wherein the speed controller provides a motor command based upon the throttle command at a point when the cruise control set input is activated. a transmitter comprising: a throttle input to produce a throttle command; a receiver for receiving the throttle command; and a speed controller for providing a motor command corresponding to the throttle command to a motor of a model vehicle, characterised by a cruise control set input , wherein the throttle command and the cruise control set input are sent to the receiver, and wherein the speed controller provides a motor command based upon the throttle command at a point when the cruise control set input is activated.
A vehicle control method comprising: detecting (S23) a yaw rate of a vehicle; and determining (S26, S27) whether a road surface friction coefficient to be low or high based on the yaw rate, wherein the determining step determines (S23-S25) a road surface friction coefficient to be low upon detecting an absolute value of the yaw rate during straight travel of the vehicle to be equal to or greater than a prescribed value other than zero, and determines the road surface friction coefficient to be high upon detecting the absolute value of the yaw rate during the straight travel of the vehicle to be less than the prescribed value, wherein the prescribed value is greater when the vehicle is traveling at high speed than when the vehicle is traveling at low speed. detecting (S23) a yaw rate of a vehicle; and determining (S26, S27) whether a road surface friction coefficient to be low or high based on the yaw rate, wherein the determining step determines (S23-S25) a road surface friction coefficient to be low upon detecting an absolute value of the yaw rate during straight travel of the vehicle to be equal to or greater than a prescribed value other than zero, and determines the road surface friction coefficient to be high upon detecting the absolute value of the yaw rate during the straight travel of the vehicle to be less than the prescribed value, wherein the prescribed value is greater when the vehicle is traveling at high speed than when the vehicle is traveling at low speed.
An arrangement for guiding a moveable furniture part , in particular at least one furniture door, relative to a stationary furniture part , including at least one guide rail which is to be fixed in particular to the stationary furniture part, at least one guide device which is mounted moveably to the at least one guide rail and which can be coupled in particular to the moveable furniture part and at least one first cable which on the one hand can be fixed to the stationary furniture part and on the other hand can be coupled to the at least one guide device , wherein there is provided at least one fixing device for fixing the at least one first cable to the stationary furniture part , wherein the at least one fixing device has a mounting device which is of such a configuration that the at least one first cable is mounted limitedly moveably relative to the stationary furniture part at least in an overload situation, wherein the at least one fixing device includes at least one elastic means for carrying forces acting on the at least one first cable , characterized in that the at least one elastic means is in the form of a compression spring, wherein the at least one first cable is arranged region-wise within the spring and wherein the mounting device includes at least one slide to which the at least one first cable can be fixed.
Motor vehicle comprising a bumper beam at the front or rear of the vehicle; the bumper cross-member being a profile with a cross-section comprising a hollow portion and a wall , said wall extending downwards from the hollow portion , characterized in that the wall is perforated on at least two portions arranged, along a main direction of the profile, on either side of a central portion .
A urinary catheter assembly comprising: a) an elongated removable housing comprising a closed proximal end , an open distal end , said housing defining a catheter chamber ; and b) a catheter subassembly comprising a gripping member and a catheter tube extending therefrom and defining a flow path , said gripping member including an outlet and an internal flow path in flow communication with said flow path of said catheter tube, wherein said gripping member is attached to said housing in a first condition wherein said catheter tube is concealed within said housing chamber , and whereby in another condition said housing is attached to said gripping member wherein the catheter is exposed to define a non-linear catheter assembly . a) an elongated removable housing comprising a closed proximal end , an open distal end , said housing defining a catheter chamber ; and b) a catheter subassembly comprising a gripping member and a catheter tube extending therefrom and defining a flow path , said gripping member including an outlet and an internal flow path in flow communication with said flow path of said catheter tube, wherein said gripping member is attached to said housing in a first condition wherein said catheter tube is concealed within said housing chamber , and whereby in another condition said housing is attached to said gripping member wherein the catheter is exposed to define a non-linear catheter assembly .
Memory management process within a plurality of data processing devices interconnected by a communication network, each data processing device comprising at least one processing unit, one RAM module, one network input/output card enabling communication with said communication network and a communication bus enabling communication between these various components, characterised in that it comprises: - a step whereby an application executed on a first data processing device featuring at least a powered and operational processing unit issues a data read or write request in the RAM module of a second data processing device featuring at least a processing unit in standby mode whereas at least its RAM module, its network input/output card and its communication bus are powered and operational; - a step whereby said data read or write request is received by the network input/output card of said second data processing device; - a step whereby said data read or write request is executed by the network input/output card of said second data processing device according to a remote memory access mechanism, said data read or write being performed in the memory module of said second data processing unit without relying on the standby processing unit of said second data processing device; - a step whereby said application allocates a memory space within the memory module of said second data processing device to a remote memory allocation service; and - a step whereby the second data processing device notifies said remote memory allocation service, when being placed in standby, of the free memory that can be allocated within its memory module. - a step whereby an application executed on a first data processing device featuring at least a powered and operational processing unit issues a data read or write request in the RAM module of a second data processing device featuring at least a processing unit in standby mode whereas at least its RAM module, its network input/output card and its communication bus are powered and operational; - a step whereby said data read or write request is received by the network input/output card of said second data processing device; - a step whereby said data read or write request is executed by the network input/output card of said second data processing device according to a remote memory access mechanism, said data read or write being performed in the memory module of said second data processing unit without relying on the standby processing unit of said second data processing device; - a step whereby said application allocates a memory space within the memory module of said second data processing device to a remote memory allocation service; and - a step whereby the second data processing device notifies said remote memory allocation service, when being placed in standby, of the free memory that can be allocated within its memory module.
Operating method for a preferably electronic compressed air processing device for connecting on the one hand to an air compressor that is automatically switchable to a no-load state by compressed air from the compressed air processing device and on the other hand to a compressed air system , wherein the compressed air processing device comprises a delivery device (FE) for connection to the air compressor , a first valve (V1), a second valve (V2), a third valve (V3) and a fourth valve (V4), wherein from a no-load phase to a delivery phase the first valve (V1) and the third valve (V3) are switched to a blocked state ("0") and the second valve (V2) is switched to an opened state ("1") so that air from the compressed air system is fed back to the delivery device (FE) via the second valve (V2) and while bypassing the fourth valve (V4).
A method of detecting a moving object being an observation object from a plurality of images, comprising: performing offset correction (S3) on pixel values of pixels in each group of corresponding pixels across a plurality of the images captured on a fixed photographic area in equal and constant time intervals by subtracting the smallest pixel value among the pixels across the plurality of images from the pixel values of the pixels across the plurality of images.
A method in a controller for adding a new DSL line set to an already-operating DSL line set, characterized in that the method comprises: collecting operational data, via a data collection unit, from the new DSL line set and the already operating DSL line set; determining, via an analysis unit coupled to the collection unit and based at least in part on the collected operational data, an operational configuration for at least one DSL line in the new DSL line set that will allow the new DSL line set to join the already-operating DSL line set without disrupting the already-operating DSL line set, wherein determining the operational configuration for the at least one DSL line in the new DSL line set comprises setting a transmit power of the at least one DSL line in the new DSL line set, said setting a transmit power comprising using distinct training sequences on a plurality of DSL lines in the new DSL line set to permit independent identification of the plurality of DSL lines in the new DSL line set during simultaneous training; sending control signals, via a control signal generator coupled to the analysis unit, to the new DSL line set and to the already-operating DSL line set, further wherein the control signals comprise signals controlling operation according to the determined operational configuration of at least one of: i) the new DSL line set or ii) the already-operating DSL line set; and evaluating, via the controller, whether crosstalk from the new DSL line set affects the already operating DSL line set. collecting operational data, via a data collection unit, from the new DSL line set and the already operating DSL line set; determining, via an analysis unit coupled to the collection unit and based at least in part on the collected operational data, an operational configuration for at least one DSL line in the new DSL line set that will allow the new DSL line set to join the already-operating DSL line set without disrupting the already-operating DSL line set, wherein determining the operational configuration for the at least one DSL line in the new DSL line set comprises setting a transmit power of the at least one DSL line in the new DSL line set, said setting a transmit power comprising using distinct training sequences on a plurality of DSL lines in the new DSL line set to permit independent identification of the plurality of DSL lines in the new DSL line set during simultaneous training; sending control signals, via a control signal generator coupled to the analysis unit, to the new DSL line set and to the already-operating DSL line set, further wherein the control signals comprise signals controlling operation according to the determined operational configuration of at least one of: i) the new DSL line set or ii) the already-operating DSL line set; and i) the new DSL line set or ii) the already-operating DSL line set; and evaluating, via the controller, whether crosstalk from the new DSL line set affects the already operating DSL line set.
Inducing factors Oct-4, Sox-2, Klf4 and c-Myc for use in a method of treating leukemia by promoting apoptosis of leukemic cells in-vivo.
A pulse wave detecting device (100; 100A; 100B) which is to be used while being attached to a wrist (H), the pulse wave detecting device (100; 100A; 100B) comprising: a housing which accommodates a pulse wave detection sensor for detecting a pulse wave from a radial artery (TD) of a subject, and which is configured to be able to be wound along a circumferential direction (X) of the wrist (H); and a band for fixing the housing to the wrist (H), and which is lower in rigidity than the housing , wherein the housing includes: a back-side portion which, in an attachment state where the housing is attached to the wrist (H) by the band , is to be wound around the arm at a back side of a hand, a palm side portion which is to be wound around the arm at a palm side of the hand, an arm side end portion being an end portion of the housing which, in the attachment state, is on a side of an arm of the subject in a perpendicular direction (Y) perpendicular to the circumferential direction (X), and a hand side end portion being an end portion of the housing which, in the attachment state, is on an arm at a side of the hand of the subject in the perpendicular direction (Y), characterized in that in the attachment state, a position in the perpendicular direction (Y) of a part which is in the hand side end portion , and which constitutes the back-side portion , is closer to the arm of the subject than a position in the perpendicular direction (Y) of a part which is in a portion that constitutes the palm side portion , and which is closest to the side of the hand of the subject. a housing which accommodates a pulse wave detection sensor for detecting a pulse wave from a radial artery (TD) of a subject, and which is configured to be able to be wound along a circumferential direction (X) of the wrist (H); and a band for fixing the housing to the wrist (H), and which is lower in rigidity than the housing , wherein the housing includes: a back-side portion which, in an attachment state where the housing is attached to the wrist (H) by the band , is to be wound around the arm at a back side of a hand, a palm side portion which is to be wound around the arm at a palm side of the hand, an arm side end portion being an end portion of the housing which, in the attachment state, is on a side of an arm of the subject in a perpendicular direction (Y) perpendicular to the circumferential direction (X), and a hand side end portion being an end portion of the housing which, in the attachment state, is on an arm at a side of the hand of the subject in the perpendicular direction (Y), characterized in that in the attachment state, a position in the perpendicular direction (Y) of a part which is in the hand side end portion , and which constitutes the back-side portion , is closer to the arm of the subject than a position in the perpendicular direction (Y) of a part which is in a portion that constitutes the palm side portion , and which is closest to the side of the hand of the subject.
A management server comprising: a creating unit configured to create list information including one or more combinations of frequency information and transmission power information in accordance with location information of a communication device; an acquiring unit configured to acquire a step size relating to transmission power setting of the communication device; a re-creation judging unit configured to judge whether or not to re-create the list information on a basis of first location information when the list information has been created last time, second location information to be judged and the step size; and a notification unit configured to notify the communication device which uses the list information, of the re-created list information in a case where it is judged to re-create the list information and the list information created last time in a case where it is judged not to re-create the list information. a creating unit configured to create list information including one or more combinations of frequency information and transmission power information in accordance with location information of a communication device; an acquiring unit configured to acquire a step size relating to transmission power setting of the communication device; a re-creation judging unit configured to judge whether or not to re-create the list information on a basis of first location information when the list information has been created last time, second location information to be judged and the step size; and a notification unit configured to notify the communication device which uses the list information, of the re-created list information in a case where it is judged to re-create the list information and the list information created last time in a case where it is judged not to re-create the list information.