mhurhangee/ep-ind-claims huggingface dataset:
A staple cartridge comprising: a cartridge main body; a connected staple containing portion provided on one end side; a staple strike out portion provided on the other end side; a guide portion for guiding connected staples (a) at inside of the connected staple containing portion to the staple strike out portion; a first actuator capable of entering and exiting to and from the guide portion; and a second actuator capable of entering and exiting to and from an inside of the connected staple containing portion; wherein the first actuator and the second actuator are interlocked, characterized in that the first actuator is pivoted around a first middle portion, the second actuator is pivoted around a second middle portion, the first actuator and the second actuator are aligned in series, and respective end portions of the first actuator and the second actuator contiguous to each other are connected to be engaged such that by pivoting one thereof, the other thereof is interlocked. a cartridge main body; a connected staple containing portion provided on one end side; a staple strike out portion provided on the other end side; a guide portion for guiding connected staples (a) at inside of the connected staple containing portion to the staple strike out portion; a first actuator capable of entering and exiting to and from the guide portion; and a second actuator capable of entering and exiting to and from an inside of the connected staple containing portion;
A threaded rod of a system for deploying a deployable divergent segment of a thruster, the divergent segment comprising a stationary divergent portion and a movable divergent portion suitable for occupying a retracted position and a deployed position, the threaded rod having a head suitable for being supported by a support secured to the stationary divergent portion in cooperation with rotary drive means (30, 32A, 32B, 32C) for driving the threaded rod in rotation, and a tip suitable for being inserted in a holder sleeve secured to the stationary divergent portion, the threaded rod being suitable for co-operating with a nut secured to the movable divergent portion so that rotation of said rod causes the movable divergent portion to move, characterized in that the tip presents an enlargement having at least one groove passing axially therethrough.
Strip of steel having a variable thickness in its length direction with at least thicker sections and thinner sections with a transitional section in between such that the strip has a repetitive thickness variation, the strip having been cold rolled to form the thicker and thinner sections, one thicker and one thinner section having a length of at most a few meter, which strip has been annealed, wherein the strip is to be cut into pieces called tailor rolled blanks, characterised in that the steel has the following composition in wt%: C 0.03 to 0.08 Mn 0.1 to 1.2 Si ≤ 1.0 P ≤ 0.1 Nb ≤ 0.07 V ≤ 0.5 Ti ≤ 0.1 the remainder being iron and inevitable impurities, wherein the annealing has been performed by continuous annealing and wherein YS ≥ 250 + 225 Mn / 6 + Si / 24 + 716 P + 2938 Nb + 600 V + 2000 Ti MPa with Mn, Si, P, Nb, V, Ti in wt% and YS being the yield strength in the thinner sections of the strip.
A method for enhancing Quality of Service, QoS, in a Wireless Local Area Network, WLAN, comprising: adding a message category in a wireless access point; adding a QoS priority transmission queue according to the added message category and setting queue attributes; incorporating a specific message, which is defined and set by the wireless user as required, into the added QoS priority transmission queue; and performing QoS scheduling by using the added transmission queue and performing data transmission, characterised in that the adding a message category in a wireless access point comprises: using one reserved bit at a Media Access Control, MAC, layer, based on message categories defined in an Enhanced Distributed Channel Access, EDCA, parameter set according to IEEE802.11e specification, to expand a number of the message categories to eight at most, and wherein the adding a QoS priority transmission queue according to the added message category comprises: adding, according to a number of the added message categories, a corresponding number of QoS priority transmission queues. adding a message category in a wireless access point; adding a QoS priority transmission queue according to the added message category and setting queue attributes; incorporating a specific message, which is defined and set by the wireless user as required, into the added QoS priority transmission queue; and performing QoS scheduling by using the added transmission queue and performing data transmission, characterised in that the adding a message category in a wireless access point comprises: using one reserved bit at a Media Access Control, MAC, layer, based on message categories defined in an Enhanced Distributed Channel Access, EDCA, parameter set according to IEEE802.11e specification, to expand a number of the message categories to eight at most, and wherein the adding a QoS priority transmission queue according to the added message category comprises: adding, according to a number of the added message categories, a corresponding number of QoS priority transmission queues. using one reserved bit at a Media Access Control, MAC, layer, based on message categories defined in an Enhanced Distributed Channel Access, EDCA, parameter set according to IEEE802.11e specification, to expand a number of the message categories to eight at most, and wherein the adding a QoS priority transmission queue according to the added message category comprises: adding, according to a number of the added message categories, a corresponding number of QoS priority transmission queues. adding, according to a number of the added message categories, a corresponding number of QoS priority transmission queues.
A method for estimating a scaling factor and a gravity vector in a mobile device, the method comprising: determining a first pose, from a first image captured at a first time, between a target and a first position of a camera of the mobile device, wherein the first image contains the target, and wherein the first image is processed to identify the target, wherein the target is a stationary planar target; determining a second pose, from a second image captured at a second time, between the target and a second position of the camera, wherein the second image contains the target, and wherein the second image is processed to identify the target; computing a scaled image-based pose defined by a translation and rotation from the first pose to the second pose using a first estimation of the scaling factor defining a target size; receiving measurements from an accelerometer of the mobile device from the first time to the second time; forming an inertia-based pose based on the measurements from the accelerometer and a first estimation for the gravity vector; computing a difference between the image-based pose and the inertia-based pose; and forming (1080, 1085) a second estimation of the gravity vector and a second estimation of the scaling factor based on the difference. determining a first pose, from a first image captured at a first time, between a target and a first position of a camera of the mobile device, wherein the first image contains the target, and wherein the first image is processed to identify the target, wherein the target is a stationary planar target; determining a second pose, from a second image captured at a second time, between the target and a second position of the camera, wherein the second image contains the target, and wherein the second image is processed to identify the target; computing a scaled image-based pose defined by a translation and rotation from the first pose to the second pose using a first estimation of the scaling factor defining a target size; receiving measurements from an accelerometer of the mobile device from the first time to the second time; forming an inertia-based pose based on the measurements from the accelerometer and a first estimation for the gravity vector; computing a difference between the image-based pose and the inertia-based pose; and forming (1080, 1085) a second estimation of the gravity vector and a second estimation of the scaling factor based on the difference.
Measuring comb for measuring the temperature and/or pressure and/or chemical composition of the gases flowing out of a turbomachine duct, said duct extending around an axis of revolution of the duct, said measuring comb (10, 30) comprising - a comb body that is elongate in shape, intended to face the outlet of the duct, said comb body comprising at least one measurement port arranged according to an axis, the measurement port being configured to collect gases flowing out of the duct, - adjustment means configured to adjust an angle between the axis of the measurement port or ports and the axis of revolution, so as to authorise an orientation of the measurement port or ports in the direction of flow of the gases exiting the duct - an arm configured to adjust an inclination of the comb body at the output of the duct in relation to the axis of revolution of the duct, wherein the axes of a plurality of measurement ports extend in the same plane, the arm being configured to adjust an inclination of the comb body at the output of the duct with respect to the axis of revolution of the duct, so that the plane of the axes of the measurement ports and the axis of revolution form a non-zero angle (α) between 5 and 15°, characterised in that said arm comprising a first portion extending along the axis of revolution, and a second portion extending globally radially from the first portion and connecting the first portion to the comb body. - a comb body that is elongate in shape, intended to face the outlet of the duct, said comb body comprising at least one measurement port arranged according to an axis, the measurement port being configured to collect gases flowing out of the duct, - adjustment means configured to adjust an angle between the axis of the measurement port or ports and the axis of revolution, so as to authorise an orientation of the measurement port or ports in the direction of flow of the gases exiting the duct - an arm configured to adjust an inclination of the comb body at the output of the duct in relation to the axis of revolution of the duct,
A method performed by at least one processor of a workflow manager of a media system comprising: obtaining a first network based media processing, NBMP, workflow description document, WDD; creating a first workflow corresponding to the first NBMP WDD; managing at least one media processing entity, MPE, according to the first workflow; obtaining an update comprising a second NBMP WDD, wherein the second NBMP WDD includes a continuity flag indicating whether a second workflow corresponding to the second NBMP WDD is a continuation of the first workflow; creating the second workflow based on the second NBMP WDD; and in response to creating the second workflow, managing the at least one MPE according to the second workflow. obtaining a first network based media processing, NBMP, workflow description document, WDD; creating a first workflow corresponding to the first NBMP WDD; managing at least one media processing entity, MPE, according to the first workflow; obtaining an update comprising a second NBMP WDD, wherein the second NBMP WDD includes a continuity flag indicating whether a second workflow corresponding to the second NBMP WDD is a continuation of the first workflow; creating the second workflow based on the second NBMP WDD; and in response to creating the second workflow, managing the at least one MPE according to the second workflow.
A method comprising: providing a powder composition including at least one semi-crystalline aromatic laser-sinterable polyester polymer having a melting temperature T m between 120 and 220°C and including at least 40 wt-% of aromatic groups, based on the total weight of aromatic monomers used to form the polyester resin relative to the total weight of the reactants used to form the polyester resin; and selectively laser sintering the powder composition to form a three-dimensional article. providing a powder composition including at least one semi-crystalline aromatic laser-sinterable polyester polymer having a melting temperature T m between 120 and 220°C and including at least 40 wt-% of aromatic groups, based on the total weight of aromatic monomers used to form the polyester resin relative to the total weight of the reactants used to form the polyester resin; and selectively laser sintering the powder composition to form a three-dimensional article.
A mobility assistance device comprising: a mast; a first base leg connected to the mast; a second base leg connected to the mast; wherein the first and second base legs form a two-sided base footprint; and an oxygen tank holder (500, 510) characterised in that it comprises an upper tank holder connected to the mast for coupling with an upper portion of an oxygen tank; and a lower tank holder connected to the first or the second base leg for coupling with a base portion of the oxygen tank. a mast; a first base leg connected to the mast; a second base leg connected to the mast; wherein the first and second base legs form a two-sided base footprint; and an oxygen tank holder (500, 510) characterised in that it comprises an upper tank holder connected to the mast for coupling with an upper portion of an oxygen tank; and a lower tank holder connected to the first or the second base leg for coupling with a base portion of the oxygen tank.
A light-emitting device having at least first and second light-emitting elements exhibiting different emission colors, each of the first and second light-emitting elements comprising: a first electrode; a first layer comprising a first substance having a hole transporting property and a first substance having an electron accepting property with respect to the first substance having a hole transporting property over the first electrode; a second layer comprising a light-emitting layer over the first layer; a third layer comprising a substance having an electron transporting property and a substance having an electron donating property with respect to the substance having an electron transporting property over the second layer; and a second electrode over the third layer, wherein the first electrode has a non-light-transmitting property and the second electrode has a light transmitting property; and a thickness of the first layer of the first light-emitting element is different from that of the second light-emitting element; and characterized in that each of the first and second light-emitting elements further comprises a fourth layer comprising a second substance having a hole transporting property and a second substance having an electron accepting property with respect to the second substance having hole transporting property between the third layer and the second electrode. a first electrode; a first layer comprising a first substance having a hole transporting property and a first substance having an electron accepting property with respect to the first substance having a hole transporting property over the first electrode; a second layer comprising a light-emitting layer over the first layer; a third layer comprising a substance having an electron transporting property and a substance having an electron donating property with respect to the substance having an electron transporting property over the second layer; and a second electrode over the third layer, wherein the first electrode has a non-light-transmitting property and the second electrode has a light transmitting property; and a thickness of the first layer of the first light-emitting element is different from that of the second light-emitting element; each of the first and second light-emitting elements further comprises a fourth layer comprising a second substance having a hole transporting property and a second substance having an electron accepting property with respect to the second substance having hole transporting property between the third layer and the second electrode.
Heating device with a heat pump and a furnace, in particular a storage furnace and/or a hypocaust, wherein the heat pump comprises a compressor and choke, which divide a circuit of a refrigerant into a low pressure region and a high pressure region, and at least one heat exchanger (6, 7), wherein a heat exchange medium is conveyed in a circuit in which a heat source is arranged, characterised in that the furnace is used as a heat source for the heat pump, and the furnace comprises a combustion chamber and/or a waste gas flue as well as a ventilation channel, wherein the ventilation channel is arranged at the least around parts of the combustion chamber and/or of the waste gas flue and that a line routed in the circuit for the heat transfer medium is arranged from the heat pump to the ventilation channel and back again to the heat pump.
A patient interface (110, 210, 310, 410, 510, 610, 1000, 1050, 1100, 1150, 1300, 1350, 1370, 1400, 1500) comprising: a seal member (114, 214, 314, 414, 514, 614, 714, 1004, 1054, 1104, 1154, 1200, 1250, 1304, 1354, 1374, 1404, 1504) adapted to contact a face of a user to provide a sealed interface with such a user, wherein the seal member comprises: an oral cushion portion (122, 222, 322, 422, 522, 622, 722, 1010, 1060, 1106, 1156, 1202, 1252, 1306, 1356, 1406, 1506) adapted to provide a sealed interface with such a user, wherein a sealing of the oral cushion portion at least partially surrounds a mouth of such a user, and a nasal interface portion (124, 224, 324, 424, 524, 624, 724, 1012, 1062, 1108, 1158, 1204, 1254, 1308, 1358, 1408, 1508) integral with the oral cushion portion, wherein the nasal interface portion is adapted to extend over a tip of a nose and extend up the nose of such a user whilst remaining below a bridge of the nose, the nasal interface portion being adapted to contact at least a portion of the nose below the bridge of the nose to provide a sealed interface with a surface of such a user below the bridge of the nose and proximate to the nares of such a user. an oral cushion portion (122, 222, 322, 422, 522, 622, 722, 1010, 1060, 1106, 1156, 1202, 1252, 1306, 1356, 1406, 1506) adapted to provide a sealed interface with such a user, wherein a sealing of the oral cushion portion at least partially surrounds a mouth of such a user, and a nasal interface portion (124, 224, 324, 424, 524, 624, 724, 1012, 1062, 1108, 1158, 1204, 1254, 1308, 1358, 1408, 1508) integral with the oral cushion portion, wherein the nasal interface portion is adapted to extend over a tip of a nose and extend up the nose of such a user whilst remaining below a bridge of the nose, the nasal interface portion being adapted to contact at least a portion of the nose below the bridge of the nose to provide a sealed interface with a surface of such a user below the bridge of the nose and proximate to the nares of such a user.
Construction machine, in particular drilling rig, having - a mobile carrier apparatus, - a leader arranged thereon, having a linear guide, - a working carriage which is mounted on the linear guide of the leader so that it can be moved vertically and which is configured to hold a processing tool, - a main winch having a main cable, the free end of which is connected directly or indirectly to the working carriage, the main winch being driven and controlled to accommodate and substantially to compensate for a weight of the working carriage with the processing tool held thereon, - a feed unit which is configured, in a working operation, to move the working carriage upwards or downwards along the leader and to exert a feed force, - a first measuring device for detecting an actual feed force which is exerted on the working carriage by the feed unit, and - a control device in which an upper limit value and/or a lower limit value in relation to the feed force are stored for the feed unit, and with the control device being configured, dependent on an actual feed force value which is detected by the first measuring device, to automatically control the main winch, so that the detected feed force value comes to lie below the upper limit value and above the lower limit value. - a mobile carrier apparatus, - a leader arranged thereon, having a linear guide, - a working carriage which is mounted on the linear guide of the leader so that it can be moved vertically and which is configured to hold a processing tool, - a main winch having a main cable, the free end of which is connected directly or indirectly to the working carriage, the main winch being driven and controlled to accommodate and substantially to compensate for a weight of the working carriage with the processing tool held thereon, - a feed unit which is configured, in a working operation, to move the working carriage upwards or downwards along the leader and to exert a feed force, - a first measuring device for detecting an actual feed force which is exerted on the working carriage by the feed unit, and - a control device in which an upper limit value and/or a lower limit value in relation to the feed force are stored for the feed unit, and with the control device being configured, dependent on an actual feed force value which is detected by the first measuring device, to automatically control the main winch, so that the detected feed force value comes to lie below the upper limit value and above the lower limit value.
A selector device for a hybrid drive system of a motor vehicle, having a centrally arranged shaft, a first gearwheel rotatably mounted relative to the shaft and a second gearwheel rotatably mounted relative to the shaft and arranged offset along the shaft with respect to the first gearwheel, a sliding sleeve displaceably received directly in the first gearwheel and connected in a non-rotatable manner to the first gearwheel, characterized in that the sliding sleeve is designed such that, in a first displacement position, it connects the shaft to the first gearwheel in a non-rotatable manner, while the second gearwheel is rotationally decoupled from the shaft, in a second displacement position, it rotationally connects the shaft to both the first gearwheel and the second gearwheel, and in a third displacement position, it rotationally connects the two gearwheels (13, 15) to one another while the shaft is rotationally decoupled from the two gearwheels (13, 15).
An arm-shaped contact means, comprising a current collector, for a vehicle of a system ("S") for propelling an electrically propellable vehicle, by one or several batteries or a set of batteries ("II", B), along a roadway, said system comprising a plurality of roadway sections (2a, 2a1) subdividing the roadway, wherein each one of the roadway sections (2a, 2a1) comprises one or more elongated tracks (51, 52) in the form of grooves, having conductors (4a, 4b) introduced therein adapted to be supplied with current and put under voltage, characterized in that said current collector (41, 41') is adapted to run in the elongated track along the extension thereof, wherein said current collector (41, 41') comprises a main portion, made of an electrically insulating material, said main portion having a lower surface adapted to face towards a contact surface of the conductor, which is to be put under voltage, and being shaped essentially flat, having a lower contact surface formed in said lower surface and consisting of an electrically conductive material, and wherein the electrically conductive material extends through the main portion to form one or more upper contact surfaces and/or connecting conductors on an upper surface of the main portion.