mhurhangee/ep-ind-claims huggingface dataset:
A crawler vehicle for ski runs, the crawler vehicle comprising: - a frame; - a cab; - two tracks; - a user interface located in the cab; - at least one sensor (26;...;40) configured to acquire at least one signal from signals correlated to the operation of the crawler vehicle, signals correlated to the weather and/or snow conditions, and signals correlated to the position of the crawler vehicle in relation to reference points and/or possible obstacles; - a control unit configured to process the signal and provide at least one additional signal; at least one contoured beam and/or image projector configured to project on surfaces outside the cab on the ski run, at least one contoured beam and/or one image as a function of the additional signal to provide at least one piece of information to the driver and/or human beings in the vicinity of the crawler vehicle, characterized in that said sensors (26,..., 40) include a GPS receiver to acquire signals correlated to the geolocation and/or navigation of the crawler vehicle and said control unit is configured to process further signals correlated to the position of the crawler vehicle with respect to ski run reference points (43; 45); said contoured beam and/or image projector being configured to project contoured beams that illuminate said reference points (43; 45) in the vicinity of the crawler vehicle. - a frame; - a cab; - two tracks; - a user interface located in the cab; - at least one sensor (26;...;40) configured to acquire at least one signal from signals correlated to the operation of the crawler vehicle, signals correlated to the weather and/or snow conditions, and signals correlated to the position of the crawler vehicle in relation to reference points and/or possible obstacles; - a control unit configured to process the signal and provide at least one additional signal; at least one contoured beam and/or image projector configured to project on surfaces outside the cab on the ski run, at least one contoured beam and/or one image as a function of the additional signal to provide at least one piece of information to the driver and/or human beings in the vicinity of the crawler vehicle, characterized in that said sensors (26,..., 40) include a GPS receiver to acquire signals correlated to the geolocation and/or navigation of the crawler vehicle and said control unit is configured to process further signals correlated to the position of the crawler vehicle with respect to ski run reference points (43; 45); said contoured beam and/or image projector being configured to project contoured beams that illuminate said reference points (43; 45) in the vicinity of the crawler vehicle.
Toothed wheel for a gear motor of a window wiper, in particular of a motor vehicle, this wheel having a central member (120, 128) defining an axis of rotation A and two opposite substantially parallel faces, a first of said faces including an orifice having an axis B and intended to receive a pin of a linkage of the gear motor, characterized in that it comprises, on said first face, abutment means (128a, 154a) in an axial direction and/or in a radial direction relative to axis A and means (128a, 154a, 152a) for guiding sliding in a circumferential direction about the axis A, said abutment and guide means being configured to cooperate with said pin during the assembly of the toothed wheel with the linkage in order to facilitate the insertion of the pin into the orifice.
Method for fabricating composites, the method comprising: - introducing an aqueous gel of nanofibrillar cellulose into a volume of organic extraction agent miscible with water so that the aqueous gel is kept as a separate phase and forms one or several discrete physical entities containing the nanofibrillar cellulose within the phase and retaining the phase boundary of the gel against the extraction agent volume the whole time after the contact of the hydrogel with the extraction agent, - changing water with the organic extraction agent in said one or several discrete physical entities of nanofibrillar cellulose, and - drying the nanofibrillar cellulose by removing the organic extraction agent from the one or several discrete physical entities of nanofibrillar cellulose; characterized in that the method comprises: - incorporating at least one substance into the one or several discrete physical entities through the aqueous gel and/or through the extraction agent to make a composite of nanofibrillar cellulose and the substance. - introducing an aqueous gel of nanofibrillar cellulose into a volume of organic extraction agent miscible with water so that the aqueous gel is kept as a separate phase and forms one or several discrete physical entities containing the nanofibrillar cellulose within the phase and retaining the phase boundary of the gel against the extraction agent volume the whole time after the contact of the hydrogel with the extraction agent, - changing water with the organic extraction agent in said one or several discrete physical entities of nanofibrillar cellulose, and - drying the nanofibrillar cellulose by removing the organic extraction agent from the one or several discrete physical entities of nanofibrillar cellulose; - incorporating at least one substance into the one or several discrete physical entities through the aqueous gel and/or through the extraction agent to make a composite of nanofibrillar cellulose and the substance.
A multilayer wiring board comprising: a low resistance silicon substrate including an electric passage part surrounded by a ring-shaped groove having a depth equal to a thickness thereof; a first insulating layer laid on a main face on first side of the low resistance silicon substrate and formed with a first opening penetrating therethrough in the thickness direction so as to correspond to the electric passage part; and a high resistance silicon substrate laid on a main face on the first side of the first insulating layer and formed with a first recess having a depth equal to a thickness thereof so as to correspond to the first opening; wherein the low resistance silicon substrate has a predetermined resistivity, and the first high resistance silicon substrate has a resistivity higher than the predetermined resistivity; and wherein a first wiring film is disposed on a main face on the first side of the first high resistance silicon substrate and an inner face of the first recess while interposing a first insulating film, and the first wiring film is electrically connected to the electric passage part through the first opening. a low resistance silicon substrate including an electric passage part surrounded by a ring-shaped groove having a depth equal to a thickness thereof; a first insulating layer laid on a main face on first side of the low resistance silicon substrate and formed with a first opening penetrating therethrough in the thickness direction so as to correspond to the electric passage part; and a high resistance silicon substrate laid on a main face on the first side of the first insulating layer and formed with a first recess having a depth equal to a thickness thereof so as to correspond to the first opening; wherein the low resistance silicon substrate has a predetermined resistivity, and the first high resistance silicon substrate has a resistivity higher than the predetermined resistivity; and wherein a first wiring film is disposed on a main face on the first side of the first high resistance silicon substrate and an inner face of the first recess while interposing a first insulating film, and the first wiring film is electrically connected to the electric passage part through the first opening.
A method for displaying a graphical context menu on a display screen of a mobile communication device, the method comprising: receiving a menu request; determining a context of the menu request; determining a number of menu items based on the context of the menu request by identifying menu items associated with the context of the menu request and eliminating menu items from the identified menu items that are unavailable; determining a graphical context menu layout having a number of slots based on the determined number of menu items; generating (608, 610, 612) a graphical context menu having the determined layout, wherein the graphical context menu is generated having one of: three columns and three rows when the number of menu items is greater than five, three columns and two rows when the number of menu items is less than six, and three columns and one row when the number of menu items is less than three; inserting the determined menu items (504, 506a-506e) and at least one additional filler menu item (508a, 508b) into the generated graphical context menu; and displaying the graphical context menu on the display screen with the graphical context menu comprising the determined menu items (504, 506a-506e) and the at least one filler menu item (508a, 508b). receiving a menu request; determining a context of the menu request; determining a number of menu items based on the context of the menu request by identifying menu items associated with the context of the menu request and eliminating menu items from the identified menu items that are unavailable; determining a graphical context menu layout having a number of slots based on the determined number of menu items; generating (608, 610, 612) a graphical context menu having the determined layout, wherein the graphical context menu is generated having one of: three columns and three rows when the number of menu items is greater than five, three columns and two rows when the number of menu items is less than six, and three columns and one row when the number of menu items is less than three; inserting the determined menu items (504, 506a-506e) and at least one additional filler menu item (508a, 508b) into the generated graphical context menu; and displaying the graphical context menu on the display screen with the graphical context menu comprising the determined menu items (504, 506a-506e) and the at least one filler menu item (508a, 508b).
A cable-operated hammering tool for downhole operations, comprising an extended cylinder with an axially through-going internal opening in the cylinder, a hammering part arranged in a lower section of the cylinder, said hammering part is fitted with a detachable coupling for the connection with a downhole equipment, a release strut arranged in the upper section of the cylinder, said release strut is connected to a surface installation via a cable, said hammering part is detachably fastened to the cylinder with the help of, at least, one locking body, characterised in that the cable operated hammering tool further comprises a force spring that is in contact with the release strut and set up for the pre-stressing of said release strut by movement in a first direction, that said release strut can be displaced relative said hammering part and set up for release of the hammering part from the cylinder by movement of the release strut in an opposite, second direction opposite to the first direction.
A centrifugal compressor configured for use within a system having a cooling capacity below 60 tons, comprising: a three-piece hermetically sealed exterior housing provided exclusively by a main housing, a discharge end cap, a suction end cap and welds, wherein opposite ends of a tube portion of the main housing are attached to the discharge end cap and to the suction end cap by welds; wherein the main housing houses a drive module and an aero module, the drive module including a motor, a rotor, and oil free bearings (14a, 14b, 15); and the aero module having stationary passages and two centrifugal impellers arranged in a series or a close back-to-back arrangement and driven by the drive module to compress a working fluid, wherein the compressor is arranged such that a flow path for working fluid flows through the drive module before reaching the aero module, the flow path being provided within the exterior housing; wherein the aero module is located downstream of the drive module; wherein the centrifugal compressor further comprises electronics enclosed in an integrated electronics housing that projects outwardly from the tube portion; and wherein the integrated electronics housing is within an enclosure formed by the tube portion, the discharge end cap and the suction end cap, the centrifugal compressor further comprising a seal disposed between the enclosure and a removable cover. a three-piece hermetically sealed exterior housing provided exclusively by a main housing, a discharge end cap, a suction end cap and welds, wherein opposite ends of a tube portion of the main housing are attached to the discharge end cap and to the suction end cap by welds; wherein the main housing houses a drive module and an aero module, the drive module including a motor, a rotor, and oil free bearings (14a, 14b, 15); and the aero module having stationary passages and two centrifugal impellers arranged in a series or a close back-to-back arrangement and driven by the drive module to compress a working fluid, wherein the compressor is arranged such that a flow path for working fluid flows through the drive module before reaching the aero module, the flow path being provided within the exterior housing; wherein the aero module is located downstream of the drive module; wherein the centrifugal compressor further comprises electronics enclosed in an integrated electronics housing that projects outwardly from the tube portion; and wherein the integrated electronics housing is within an enclosure formed by the tube portion, the discharge end cap and the suction end cap, the centrifugal compressor further comprising a seal disposed between the enclosure and a removable cover.
A method for associating one-number two-terminal call, and the method is applicable to an application server, the method comprising: receiving a call request sent by a calling terminal for calling one-number two-terminal terminals; sending the call request to the one-number two-terminal terminals; receiving first response information sent by a first terminal in the one-number two-terminal terminals in responsive to the call request; determining whether the first response information meets an associated call condition; and when the determining result indicates that the first response information meets the associated call condition, associating the call request from the calling terminal to a second terminal in the one-number two-terminal terminals; characterised in that associating the call request of the calling terminal to a second terminal in the one-number two-terminal terminals comprises: receiving second response information sent by the second terminal in response to the call request; transmitting the second response information to the calling terminal; receiving an update media request sent by the calling terminal after receiving the second response information of the second terminal; and assisting a media server corresponding to a core network where the second terminal resides to perform media negotiation with the calling terminal according to the update media request. receiving a call request sent by a calling terminal for calling one-number two-terminal terminals; sending the call request to the one-number two-terminal terminals; receiving first response information sent by a first terminal in the one-number two-terminal terminals in responsive to the call request; determining whether the first response information meets an associated call condition; and when the determining result indicates that the first response information meets the associated call condition, associating the call request from the calling terminal to a second terminal in the one-number two-terminal terminals; characterised in that associating the call request of the calling terminal to a second terminal in the one-number two-terminal terminals comprises: receiving second response information sent by the second terminal in response to the call request; transmitting the second response information to the calling terminal; receiving an update media request sent by the calling terminal after receiving the second response information of the second terminal; and assisting a media server corresponding to a core network where the second terminal resides to perform media negotiation with the calling terminal according to the update media request. receiving second response information sent by the second terminal in response to the call request; transmitting the second response information to the calling terminal; receiving an update media request sent by the calling terminal after receiving the second response information of the second terminal; and assisting a media server corresponding to a core network where the second terminal resides to perform media negotiation with the calling terminal according to the update media request.
An integrated circuit comprising physical media attachment circuitry, the physical media attachment circuitry comprising: a plurality of low-speed channels (424a-d), each of which is a transceiver channel and is adapted for transceiving a first serial data signal having a first serial data bit rate; phase-locked loop circuitry (422a, 422b, 800) for producing a first output clock signal from a first received reference clock signal; circuitry connected to the low-speed channels (424a-d) for selectively applying the first output clock signal to one channel of the low-speed channels; characterized by a plurality of high-speed channels (426a-d), each of which is adapted for transceiving a second serial data signal that has a second serial data bit rate greater than the first serial data bit rate, and for performing a phase-locked loop operation on a second received reference clock signal to produce an second output clock signal; the high-speed channels (426a-d) being further adapted for performing either said transceiving or said phase-locked loop operation; and circuitry for selectively applying the second output clock signal produced by one channel of the high-speed channels (426a-d) to another one of the high-speed channels (426a-d). a plurality of low-speed channels (424a-d), each of which is a transceiver channel and is adapted for transceiving a first serial data signal having a first serial data bit rate; phase-locked loop circuitry (422a, 422b, 800) for producing a first output clock signal from a first received reference clock signal; circuitry connected to the low-speed channels (424a-d) for selectively applying the first output clock signal to one channel of the low-speed channels; characterized by a plurality of high-speed channels (426a-d), each of which is adapted for transceiving a second serial data signal that has a second serial data bit rate greater than the first serial data bit rate, and for performing a phase-locked loop operation on a second received reference clock signal to produce an second output clock signal; the high-speed channels (426a-d) being further adapted for performing either said transceiving or said phase-locked loop operation; and circuitry for selectively applying the second output clock signal produced by one channel of the high-speed channels (426a-d) to another one of the high-speed channels (426a-d).
A device for dilating a Eustachian tube of a patient, the device comprising: a guide catheter (100, 300) having an first elongate shaft (102, 302), the first elongate shaft (102, 302) having a proximal end and a distal end and a lumen therebetween, the guide catheter having a proximal hub attached to the proximal end of the first elongate shaft (102, 302); and a balloon dilation catheter having a second elongate shaft, the second elongate shaft having a proximal end and a distal end and an outer diameter, the balloon dilation catheter having an actuator for one-handed advancement of the catheter coupled to the second elongate shaft between the second elongate shaft proximal end and the second elongate shaft distal end and that separates the second elongate shaft into a proximal portion and a distal portion, the actuator having a proximal side and a distal side; wherein the balloon dilation catheter is slidably coupled with the guide catheter through the guide catheter lumen and is fully inserted into the guide catheter lumen when the actuator is fully deployed; and wherein the distal end of the balloon dilation catheter has a bulbous tip, the bulbous tip having an outer diameter, wherein the outer diameter of the bulbous tip is larger than the outer diameter of the second elongate shaft such that the size of the bulbous tip is configured to prevent the balloon dilation catheter from passing through an isthmus of approximately 1 mm in diameter. a guide catheter (100, 300) having an first elongate shaft (102, 302), the first elongate shaft (102, 302) having a proximal end and a distal end and a lumen therebetween, the guide catheter having a proximal hub attached to the proximal end of the first elongate shaft (102, 302); and a balloon dilation catheter having a second elongate shaft, the second elongate shaft having a proximal end and a distal end and an outer diameter, the balloon dilation catheter having an actuator for one-handed advancement of the catheter coupled to the second elongate shaft between the second elongate shaft proximal end and the second elongate shaft distal end and that separates the second elongate shaft into a proximal portion and a distal portion, the actuator having a proximal side and a distal side; wherein the balloon dilation catheter is slidably coupled with the guide catheter through the guide catheter lumen and is fully inserted into the guide catheter lumen when the actuator is fully deployed; and wherein the distal end of the balloon dilation catheter has a bulbous tip, the bulbous tip having an outer diameter, wherein the outer diameter of the bulbous tip is larger than the outer diameter of the second elongate shaft such that the size of the bulbous tip is configured to prevent the balloon dilation catheter from passing through an isthmus of approximately 1 mm in diameter.
A wastegate valve which is provided in a bypass path bypassing a turbine of a turbocharger in an exhaust gas path of an engine and which opens and closes the bypass path, the valve comprising: a valve seat which is formed in a plane tilted with an inclination angle (α) with respect to an axial direction of the bypass path; and a valving element which is pivotable around a pivot point which has a relationship of 0°<β<90° with respect to the plane including the valve seat where β is an inclination angle, the valving element being moved away from or closer to the valve seat by pivotation of the valving element to open or close the valve; characterized in that the valve seat has an inclination angle α of 45° to 80° with respect to a plane which is perpendicular to the axial direction of the bypass path, and the valve seat is disposed at an end of the bypass path and is formed by an open end of the bypass path opening to the air exhaust gas path. a valve seat which is formed in a plane tilted with an inclination angle (α) with respect to an axial direction of the bypass path; and a valving element which is pivotable around a pivot point which has a relationship of 0°<β<90° with respect to the plane including the valve seat where β is an inclination angle, the valving element being moved away from or closer to the valve seat by pivotation of the valving element to open or close the valve; characterized in that the valve seat has an inclination angle α of 45° to 80° with respect to a plane which is perpendicular to the axial direction of the bypass path, and the valve seat is disposed at an end of the bypass path and is formed by an open end of the bypass path opening to the air exhaust gas path.