mhurhangee/ep-ind-claims huggingface dataset:
Mobile strapping apparatus for strapping articles for packing with a strapping band, which strapping apparatus has a tensioning device for applying a band tension to a loop of a strapping band, and a connecting device, in particular a friction welding or vibration welding connecting device, for producing a connection on the strapping band at two regions, situated one above the other, of the loop of the strapping band, which connecting device is equipped with means for supplying energy, wherein the energy provided by said means, in particular electrical energy, is provided as drive energy for motor-imparted drive movements of the strapping apparatus, and has a housing which has in particular with a front housing region, which is formed as a cover part for the tensioning device, and with a rear housing region, which is preferably provided for accommodating the energy store, and with a handle for holding the strapping apparatus, which handle is arranged between the front and the rear housing region (36, 37), characterized by a modular assembly comprising the display and operating device and at least parts of the controller of the strapping apparatus, wherein the assembly is detachably fastened to the housing of the strapping apparatus.
A method of processing an IP Multimedia Subsystem, IMS, session originated by a User Equipment, UE, after restart of a Serving Call Session Control Function, S-CSCF, that was previously assigned to a user of the UE during registration with the IMS, when a further S-CSCF is currently assigned to the user, the method comprising, at the previously assigned S-CSCF: upon receipt of a session establishment request for the session from a Proxy Call Session Control Function, P-CSCF, generating and sending a request to register a user identity of the user to a Home Subscriber Server, HSS,; receiving a response from the HSS, the response identifying the further S-CSCF currently assigned to the used; and generating and sending a session establishment response to the P-CSCF, the session establishment response indicating that the session establishment request should be redirected to the further S-CSCF, and including an indication that future requests received from the UE should be routed to the further S-CSCF. upon receipt of a session establishment request for the session from a Proxy Call Session Control Function, P-CSCF, generating and sending a request to register a user identity of the user to a Home Subscriber Server, HSS,; receiving a response from the HSS, the response identifying the further S-CSCF currently assigned to the used; and generating and sending a session establishment response to the P-CSCF, the session establishment response indicating that the session establishment request should be redirected to the further S-CSCF, and including an indication that future requests received from the UE should be routed to the further S-CSCF.
A method for controlling load reductions in a gas turbine of the type comprising at least one compressor, capable of compressing the air introduced into it through an inlet duct, at least one combustor, in which said compressed air constituting an air flow is mixed and combusted with a gaseous fuel coming from a feeding duct, and at least one turbine, capable of transforming the energy of the combusted gas coming from said combust or into work energy which can be exploited for activating one or more operating machines, wherein said combustor is equipped with a plurality of burners and wherein said compressor is equipped with a plurality of adjustable stator vanes, one or more anti-surge valves and one or more overboard bleeds,, the method being characterized by the following steps: reducing the flow of gaseous fuel entering said combustor to a predefined minimum value, if an increase is observed in the rotation regime of said turbine above a predefined maximum value and a total reduction in the load; activating a selective feeding sequence of said burners if said turbine is operating in normal-functioning or premixed flame mode; modifying the angulation of said plurality of adjustable stator vanes in order to reduce the speed rate of said compressor; and opening said one or more anti-surge valves and said one or more overboard bleeds in order to reduce the air flow at an inlet of said combustor. reducing the flow of gaseous fuel entering said combustor to a predefined minimum value, if an increase is observed in the rotation regime of said turbine above a predefined maximum value and a total reduction in the load; activating a selective feeding sequence of said burners if said turbine is operating in normal-functioning or premixed flame mode; modifying the angulation of said plurality of adjustable stator vanes in order to reduce the speed rate of said compressor; and opening said one or more anti-surge valves and said one or more overboard bleeds in order to reduce the air flow at an inlet of said combustor.
Automatically actuating lock, with a thrust element or driving rod which can be moved in the longitudinal direction of the lock by means of a handle or key against a force and controls a latch bolt, and a spring-loaded control part, locking the thrust element or the driving rod when the latch bolt is retracted, which, when the door is closed, by suspending the locking of the slide element or the driving rod releases the latch bolt preliminary locking state, such that the thrust element or the driving rod moves under spring force into the locked position, and wherein the lock comprises a latch bolt, which, with the latch bolt in the preliminary locking state, is blocked by the latch element or driving rod respectively, and with the latch bolt retracted is released by the thrust element or driving rod respectively, and, with the latch bolt released, the thrust element or driving rod is blocked by a blocking element, characterized in that the blocking element is a pivot arm which blocks the thrust element or the driving rod, which is allocated with a blocking edge to a blocking cut-out opening of the thrust element or driving rod respectively.
A method of detecting, at a mobility node in a communications network, a state where a mobile terminal is incapable of replying to a message, the method comprising: receiving (S4, S101) the message from a gateway node (13, 14); determining whether the mobile terminal is incapable of replying to the message; sending (S6, S103) a response to the gateway node indicating that the mobile terminal is not yet capable of replying to the message; wherein the method is characterized by comprising the further steps of: receiving a service request from the mobile terminal; and sending a modify bearer request to the gateway node, comprising an indication that the mobile terminal is capable of replying to a further message. receiving (S4, S101) the message from a gateway node (13, 14); determining whether the mobile terminal is incapable of replying to the message; sending (S6, S103) a response to the gateway node indicating that the mobile terminal is not yet capable of replying to the message; wherein the method is characterized by comprising the further steps of: receiving a service request from the mobile terminal; and sending a modify bearer request to the gateway node, comprising an indication that the mobile terminal is capable of replying to a further message. receiving a service request from the mobile terminal; and sending a modify bearer request to the gateway node, comprising an indication that the mobile terminal is capable of replying to a further message.
A motor fan for a vacuum cleaner, comprising: a motor mount configured to accommodate a motor part; an impeller located vertically above the motor part and configured to be rotated by the motor part; a diffuser located between the impeller and the motor mount, wherein the diffuser includes a diffuser body and a vane located on an outer surface of the diffuser body; an impeller cover disposed vertically above the motor mount and configured to cover at least the impeller and the diffuser, the impeller cover defining an air inlet at an upper central portion of the impeller cover, wherein the outer surface of the diffuser body and an inner surface of the impeller cover define a flow passage that allows air pressurized by the impeller to flow; and an air discharge opening configured to discharge air that is suctioned through the air inlet and pressurized by the impeller; wherein a cooling flow path outlet is in fluid communication with an inner space of the motor mount and a space defined between the impeller and the air discharge opening, wherein the cooling flow path outlet is configured to discharge air from the inner space of the motor mount toward the space that is defined between the impeller and the air discharge opening and which has a lower pressure than the inner space of the motor mount due to the pressure difference between the inner space of the motor mount and the space, and wherein the diffuser body defines the cooling flow path outlet. a motor mount configured to accommodate a motor part; an impeller located vertically above the motor part and configured to be rotated by the motor part; a diffuser located between the impeller and the motor mount, wherein the diffuser includes a diffuser body and a vane located on an outer surface of the diffuser body; an impeller cover disposed vertically above the motor mount and configured to cover at least the impeller and the diffuser, the impeller cover defining an air inlet at an upper central portion of the impeller cover, wherein the outer surface of the diffuser body and an inner surface of the impeller cover define a flow passage that allows air pressurized by the impeller to flow; and an air discharge opening configured to discharge air that is suctioned through the air inlet and pressurized by the impeller; wherein a cooling flow path outlet is in fluid communication with an inner space of the motor mount and a space defined between the impeller and the air discharge opening, wherein the cooling flow path outlet is configured to discharge air from the inner space of the motor mount toward the space that is defined between the impeller and the air discharge opening and which has a lower pressure than the inner space of the motor mount due to the pressure difference between the inner space of the motor mount and the space, and wherein the diffuser body defines the cooling flow path outlet.
A post-processing apparatus, comprising: a post-processing unit configured to receive sheets from an image forming apparatus, perform processing on the received sheets, and then discharge the processed sheets through a discharge port; a sensor configured to detect a presence of an object at the discharge port, the sensor comprising: a first light emitter on a first side of the discharge port and positioned to emit a light across a width of the discharge port, a reflector, and a first light receiver positioned to receive light of the first light emitter from the reflector; and a controller configured to terminate the processing on the received sheets by the post-processing unit when the sensor detects the presence of the object at the discharge port, characterized in that the reflector is on a second side of the discharge port opposite the first side in a first direction corresponding to a width direction of a discharged sheet. a post-processing unit configured to receive sheets from an image forming apparatus, perform processing on the received sheets, and then discharge the processed sheets through a discharge port; a sensor configured to detect a presence of an object at the discharge port, the sensor comprising: a first light emitter on a first side of the discharge port and positioned to emit a light across a width of the discharge port, a reflector, and a first light receiver positioned to receive light of the first light emitter from the reflector; and a first light emitter on a first side of the discharge port and positioned to emit a light across a width of the discharge port, a reflector, and a first light receiver positioned to receive light of the first light emitter from the reflector; and a controller configured to terminate the processing on the received sheets by the post-processing unit when the sensor detects the presence of the object at the discharge port, characterized in that the reflector is on a second side of the discharge port opposite the first side in a first direction corresponding to a width direction of a discharged sheet.
A pole handle, in particular for trekking poles, Nordic walking poles, Alpine ski poles or cross-country ski poles, having a handle head, a handle body, and a hook-like device for fastening a hand-retaining device, in particular in the form of a hand strap or a glove, wherein a displaceable, pivotable or rotatable latching means is arranged in the region of the hook-like device in such a manner that a strap-shaped, ring-shaped or eyelet-shaped device, which is inserted substantially from above into the hook-like device and is provided on the hand-retaining device, is fixed in a self-locking manner in the hook-like device, wherein the hook-like device is arranged on the pole handle on the hand side in the top region or in the handle head, wherein the hook-like device includes a holding mandrel or holding pin which is arranged offset to the hand side from the handle body, thereby forming an insertion slot or arranged as an incision in the handle body, and wherein the latching means is realized in the form of a retaining lug which, in the braced position defines in the downward direction a restricted region for the strap-shaped, ring-shaped or eyelet-shaped device, and wherein a recess is provided from above in the handle head and/or handle body, in which recess a displaceably and/or rotatably mounted locking block is arranged, on or in which the latching means is arranged, characterized in that on its upper side, the locking block comprises an actuating region which forms the handle head at least in part and which, on the hand side, in a rear handle head region, engages over the top of the insertion slot at least in part without closing the access to the insertion slot, that the actuating region, in a rear handle head region, on the hand side, comprises an extension which engages over the insertion slot at least in part wherein the insertion slot is engaged over at least in part by the extension of the actuating region both in a rest position, in which the latching means is braced against the hook-like device, and in a release position in which the latching means releases the insertion slot at least in part.
Bag formed from a portion of a tubular, bag-width-defining lateral wall, from which, by means of folded-in bottom corners and folded-over bottom sides positioned over the folded-in bottom corners, a bottom (2, 3) is established, and adhesively bonded, at at least one end of the portion, said bottom, in the filled state of the bag, being of rectangular shape with short side edges, which delimit a length of the bottom, and long side edges, which delimit a width of the bottom, wherein parts of the folded-in bottom corners, starting from the short side edges, extend into the region of the bottom (2, 3) in the form of narrow bottom flaps, over which the folded-over bottom sides, starting from the long side edges of the bottom (2, 3) are folded in the form of broad bottom flaps, which overlap one another, and are adhesively bonded to one another, in the direction of the width of the bottom (2, 3), and wherein a rectangular bottom cover sheet of the length and of the width of the bottom (2, 3) is adhesively bonded to the bottom (2, 3) formed, characterized in that the underside of the broad, overlapping bottom flaps has adhesively bonded to it a reinforcing strip, which extends in the direction of the length of the bottom and has an actuating end projecting beneath the bottom cover sheet, in that the broad bottom flaps are provided with a respective tear-open line, said lines running parallel to the long side edges of the bottom (2, 3) and being spaced apart from one another by a distance which is greater than half the width of the bottom (2, 3), and in that the tear-open lines extend as far as that periphery of the respective broad bottom flap which is oriented towards the actuating end of the reinforcing strip, and therefore, by means of the reinforcing strip, those parts of the broad bottom flaps which are located between the tear-open lines can be torn off and the bottom cover sheet can be removed.
Device for lighting runways and taxiways at airports with a large number of fires, each of which has a housing cover with a light passage opening, as light source at least one light-emitting diode and as optics a prism complementary designed to the shape of the light passage opening and has a sealing ring arranged between the housing cover and an insert attached to it, wherein at the underside of the housing cover of the fire, a first chamber and a second chamber are arranged and the two chambers (K1, K2) are provided with an optical unit that protrudes above ground level when installed, comprising at least one LED Module with a number of LED chains, each with several light-emitting diodes as a light source, a selection switch connected to control electronics for LED chain control on the respective LED module (LED1, LED2,....) and a reflector, are separated and by means of a flexible insulating and heat-conducting film arranged between the reflector and the housing cover and inserted on the underside of the housing cover a seal occurs between the first chamber and the second chamber of the fire.
A powder coating material comprising a powder of a resin composition, wherein the resin composition comprises the following fluorinated polymer, the following resin, a curing agent, a plasticizer having a melting point of from 50 to 150°C and the following core-shell particles, the absolute value of the difference between the melting point of the plasticizer and the glass transition temperature of a polymer of a shell portion in the core-shell particles is within 30°C; and the content of the plasticizer is from 5 to 25 parts by mass based on 100 parts by mass of the fluorinated polymer: fluorinated polymer: a fluorinated polymer having a number average molecular weight of from 10,000 to 50,000 and a fluorine content of at least 10 mass%, resin: a fluorinated polymer having a fluorine content of less than 10 mass% or a resin containing no fluorine atom, core-shell particles: particles having a core-shell structure comprising a core portion made of rubber particles and a shell portion made of a polymer having no rubber elasticity, and at least one of the core portion and the shell portion has hydroxy groups. fluorinated polymer: a fluorinated polymer having a number average molecular weight of from 10,000 to 50,000 and a fluorine content of at least 10 mass%, resin: a fluorinated polymer having a fluorine content of less than 10 mass% or a resin containing no fluorine atom, core-shell particles: particles having a core-shell structure comprising a core portion made of rubber particles and a shell portion made of a polymer having no rubber elasticity, and at least one of the core portion and the shell portion has hydroxy groups.
A wireless communications system comprising: an electronic device comprising a first near field communication "NFC" device and a player device configured to play media content; and at least one mobile wireless communications device comprising a second NFC device configured to communicate with said first NFC device based upon proximity, and a controller cooperating with said second NFC device and configured to transmit channel preference information to said electronic device via said first NFC device; said player device being configured to play selected media content based upon the channel preference information. an electronic device comprising a first near field communication "NFC" device and a player device configured to play media content; and at least one mobile wireless communications device comprising a second NFC device configured to communicate with said first NFC device based upon proximity, and a controller cooperating with said second NFC device and configured to transmit channel preference information to said electronic device via said first NFC device; a second NFC device configured to communicate with said first NFC device based upon proximity, and a controller cooperating with said second NFC device and configured to transmit channel preference information to said electronic device via said first NFC device; said player device being configured to play selected media content based upon the channel preference information.
A method of providing a motion vector on an ultrasound image, comprising: acquiring a brightness mode, B-mode, image of a target object including a blood vessel, through which a moving object flows; enabling a region of interest, ROI, to be set in the B-mode image, the ROI covering the blood vessel in the target object; acquiring ultrasound data for a portion of the target object corresponding to the ROI, the ultrasound data including speed information of the moving object; forming a color Doppler mode image of the portion based on the ultrasound data; detecting an edge of the blood vessel based on the color Doppler mode image; setting at least one line perpendicular to the edge; detecting at least one intersection (311,312) of the at least one line and the edge; setting a first area including a predetermined number of pixels to be centered at the at least one intersection (311,312); calculating an angle of the edge at the intersection (311,312) based on pixels corresponding to the edge in the first area; and forming a motion vector of the moving object based on the ultrasound data and the angle of the edge; setting the motion vector on the color Doppler mode image; and displaying the color Doppler mode image with the motion vector set. acquiring a brightness mode, B-mode, image of a target object including a blood vessel, through which a moving object flows; enabling a region of interest, ROI, to be set in the B-mode image, the ROI covering the blood vessel in the target object; acquiring ultrasound data for a portion of the target object corresponding to the ROI, the ultrasound data including speed information of the moving object; forming a color Doppler mode image of the portion based on the ultrasound data; detecting an edge of the blood vessel based on the color Doppler mode image; setting at least one line perpendicular to the edge; detecting at least one intersection (311,312) of the at least one line and the edge; setting a first area including a predetermined number of pixels to be centered at the at least one intersection (311,312); calculating an angle of the edge at the intersection (311,312) based on pixels corresponding to the edge in the first area; and forming a motion vector of the moving object based on the ultrasound data and the angle of the edge; setting the motion vector on the color Doppler mode image; and displaying the color Doppler mode image with the motion vector set.