mhurhangee/ep-ind-claims huggingface dataset:
A photocurable printing blank comprising: a) a support layer; b) one or more photocurable layers disposed on the support layer, wherein the one or more photocurable layers comprise: i) a binder; ii) one or more monomers; iii) an alpha-aminoketone photoinitiator, wherein the alpha-aminoketone photoinitiator comprises 2-methyl-1-(4-methylthiophenyl)-2-morpholinpropan-1-one; iv) an additive selected from the group consisting of phosphites, phosphines, thioether amine compounds, and combinations of one or more of the foregoing; and optionally v) one or more compounds selected from the group consisting of plasticizers, antiozonants, fillers, reinforcing agents, UV absorbers and combinations of one or more of the foregoing c) a laser ablatable masking layer disposed on the one or more photocurable layers, the laser ablatable masking layer comprising a radiation opaque material; and d) optionally, a removable coversheet. a) a support layer; b) one or more photocurable layers disposed on the support layer, wherein the one or more photocurable layers comprise: i) a binder; ii) one or more monomers; iii) an alpha-aminoketone photoinitiator, wherein the alpha-aminoketone photoinitiator comprises 2-methyl-1-(4-methylthiophenyl)-2-morpholinpropan-1-one; iv) an additive selected from the group consisting of phosphites, phosphines, thioether amine compounds, and combinations of one or more of the foregoing; and optionally v) one or more compounds selected from the group consisting of plasticizers, antiozonants, fillers, reinforcing agents, UV absorbers and combinations of one or more of the foregoing i) a binder; ii) one or more monomers; iii) an alpha-aminoketone photoinitiator, wherein the alpha-aminoketone photoinitiator comprises 2-methyl-1-(4-methylthiophenyl)-2-morpholinpropan-1-one; iv) an additive selected from the group consisting of phosphites, phosphines, thioether amine compounds, and combinations of one or more of the foregoing; and optionally v) one or more compounds selected from the group consisting of plasticizers, antiozonants, fillers, reinforcing agents, UV absorbers and combinations of one or more of the foregoing c) a laser ablatable masking layer disposed on the one or more photocurable layers, the laser ablatable masking layer comprising a radiation opaque material; and d) optionally, a removable coversheet.
An electroplating bath for electrolytic deposition of a composite material based on gold, copper and cadmium, comprising as cyanides, gold, copper and cadmium, characterized in that it has a pH of more than 7, in that it further contains carbon nanotubes, and in that it does not contain any surfactant used for dispersing carbon nanotubes.
An electrical circuit for harvesting un-rectified, or so-called un-converted, RF signals at the fundamental frequency at an output of an AC-to-direct-current (AC-to-DC) converter circuit, comprising: a DC blocking electrical circuit configured to be in communication with the output of the AC-to-DC converter circuit configured to generate DC signals and the un-converted AC signals, the DC blocking electrical circuit having an input and an output and configured to pass the un-converted AC signals and to block the DC signals; an impedance matching circuit having an input and an output and configured to receive the un-converted AC signals, wherein the input of the impedance matching circuit is in communication with the output of the DC blocking electrical circuit; a rectifying circuit having an input and an output and configured to rectify the un-converted AC signals, wherein the input of the rectifying circuit is in communication with the output of the impedance matching electrical circuit; and an AC blocking circuit having an input and an output and configured to pass the DC signals and to block the un-converted AC signals, wherein the input of the AC blocking circuit is in communication with both the output of the AC-to-DC converter circuit and the input of the DC blocking electrical circuit. a DC blocking electrical circuit configured to be in communication with the output of the AC-to-DC converter circuit configured to generate DC signals and the un-converted AC signals, the DC blocking electrical circuit having an input and an output and configured to pass the un-converted AC signals and to block the DC signals; an impedance matching circuit having an input and an output and configured to receive the un-converted AC signals, wherein the input of the impedance matching circuit is in communication with the output of the DC blocking electrical circuit; a rectifying circuit having an input and an output and configured to rectify the un-converted AC signals, wherein the input of the rectifying circuit is in communication with the output of the impedance matching electrical circuit; and an AC blocking circuit having an input and an output and configured to pass the DC signals and to block the un-converted AC signals, wherein the input of the AC blocking circuit is in communication with both the output of the AC-to-DC converter circuit and the input of the DC blocking electrical circuit.
A sealing device comprising: a reinforcing ring being constituted by a cylinder portion and an inward collar portion; a sealing device main body being integrally formed on the reinforcing ring and having a seal lip which is slidably brought into close contact with an outer peripheral surface of a rotating shaft; and an oil injection port for injecting oil toward a position at an outer peripheral side from said seal lip in the sealing device main body, characterized in that the sealing device is provided with an oil scattering means for rebounding the oil injected from said oil injection port to a portion in the vicinity of a sliding portion of said seal lip so as to scatter the oil, and wherein the oil scattering means is integrally formed on a front face side of the inward collar portion of the reinforcing ring by a rubber-like elastic material, which is continuously provided with the seal lip, in the sealing device main body, and is constituted by an elastic protruding portion having a front face being formed as an inclined surface directed to an outer peripheral side in such a manner that an axial height of the elastic protruding portion increases toward the inner peripheral side for rebounding the oil injected from the oil injection port to the outer peripheral side. a reinforcing ring being constituted by a cylinder portion and an inward collar portion; a sealing device main body being integrally formed on the reinforcing ring and having a seal lip which is slidably brought into close contact with an outer peripheral surface of a rotating shaft; and an oil injection port for injecting oil toward a position at an outer peripheral side from said seal lip in the sealing device main body, characterized in that the sealing device is provided with an oil scattering means for rebounding the oil injected from said oil injection port to a portion in the vicinity of a sliding portion of said seal lip so as to scatter the oil, and wherein the oil scattering means is integrally formed on a front face side of the inward collar portion of the reinforcing ring by a rubber-like elastic material, which is continuously provided with the seal lip, in the sealing device main body, and is constituted by an elastic protruding portion having a front face being formed as an inclined surface directed to an outer peripheral side in such a manner that an axial height of the elastic protruding portion increases toward the inner peripheral side for rebounding the oil injected from the oil injection port to the outer peripheral side.
A wireless communication method used for a mobile station apparatus which communicates with a base station apparatus using a plurality of downlink component carriers and a plurality of uplink component carriers in carrier aggregation, wherein according to a command indicating deactivating a downlink component carrier of the plurality of the component carriers, the mobile station apparatus deactivates the downlink component carrier characterized in that the mobile station flushes HARQ buffers of an uplink component carrier of the plurality of uplink component carriers, and the uplink component carrier is associated with the downlink component carrier.
A vacuum cleaner, comprising - a cylindrical cyclone chamber having a circumferential side wall, - a dirt collecting chamber arranged adjacent to the cyclone chamber for collecting dirt particles separated from air, - a dirt-duct between the cyclone chamber and the dirt collecting chamber for allowing dirt particles to pass from the cyclone chamber towards the dirt collecting chamber, and - an air-guide arranged at or integrated into said circumferential side wall and arranged adjacent to the dirt-duct for reducing the momentum of the air in the dirt-duct. - a cylindrical cyclone chamber having a circumferential side wall, - a dirt collecting chamber arranged adjacent to the cyclone chamber for collecting dirt particles separated from air, - a dirt-duct between the cyclone chamber and the dirt collecting chamber for allowing dirt particles to pass from the cyclone chamber towards the dirt collecting chamber, and - an air-guide arranged at or integrated into said circumferential side wall and arranged adjacent to the dirt-duct for reducing the momentum of the air in the dirt-duct.
A vehicle-body structure for an automobile, the vehicle-body structure comprising: a floor panel constituting a floor of an occupant space suitable for at least one seat (FS, RS) on which a passenger is able to sit; and a center frame disposed to be higher than and away from the floor panel at a vehicle-width-direction central portion of the occupant space and extending in a vehicle front-rear direction, wherein the center frame is arranged at a downward tilt toward a vehicle rear side, and a rear portion of the center frame is connected to the floor panel, characterized in that the vehicle-body structure comprising a traveling motor for driving rear wheels of the automobile, wherein the traveling motor is disposed on a vehicle rear side of the rear portion of the center frame, and the traveling motor has a barycenter that is set to be lower than an upper end of the rear portion of the center frame and higher than a lower end of the rear portion of the center frame. a floor panel constituting a floor of an occupant space suitable for at least one seat (FS, RS) on which a passenger is able to sit; and a center frame disposed to be higher than and away from the floor panel at a vehicle-width-direction central portion of the occupant space and extending in a vehicle front-rear direction, wherein the center frame is arranged at a downward tilt toward a vehicle rear side, and a rear portion of the center frame is connected to the floor panel, characterized in that the vehicle-body structure comprising a traveling motor for driving rear wheels of the automobile, wherein the traveling motor is disposed on a vehicle rear side of the rear portion of the center frame, and the traveling motor has a barycenter that is set to be lower than an upper end of the rear portion of the center frame and higher than a lower end of the rear portion of the center frame.
A melt processing plant, comprising a melt charger for charging a processing head, in particular pelletizing head, with melt, wherein between the melt charger and the processing head a diverter valve is provided for discharging the melt past the processing head, and comprising a splitter for splitting the discharged melt strand flowing out of the diverter valve into melt portions preferably of about the same size, wherein the splitter includes a movable splitter head in which several melt channels (9, 10) are formed, of which depending on the position of the splitter head another one each is in flow connection with a discharge channel coming from the diverter valve, characterized in that the melt channels (9, 10) of the splitter head have at least one step-like cross-sectional enlargement in their inflow portion, a cross-sectional shape different from the outlet cross-section of the discharge channel, and an open orifice region out of the splitter.
A dual header oil and gas industry hydrocarbon production manifold comprising: a first header with a first header body and a first header flow path and a first pipeline side coupling; a second header with a second header body and a second header flow path and a second pipeline side coupling; characterized by a plurality of three-way directional valves in a row, each of the three-way valves having three fluid ports adapted to separate fluid flow between a well side of the manifold and a pipeline side of the manifold; two elbow pipes, each providing a flow path between one of the first header and the second header, and an outside port on the three-way valves at the ends of the row; at least one T-pipe, providing a flow path between one of the first header and the second header, and ports facing each other on an adjacent two of the plurality of three-way valves; and a well side coupling on a third port on each of the plurality of three-way valves. a first header with a first header body and a first header flow path and a first pipeline side coupling; a second header with a second header body and a second header flow path and a second pipeline side coupling; characterized by a plurality of three-way directional valves in a row, each of the three-way valves having three fluid ports adapted to separate fluid flow between a well side of the manifold and a pipeline side of the manifold; two elbow pipes, each providing a flow path between one of the first header and the second header, and an outside port on the three-way valves at the ends of the row; at least one T-pipe, providing a flow path between one of the first header and the second header, and ports facing each other on an adjacent two of the plurality of three-way valves; and a well side coupling on a third port on each of the plurality of three-way valves.
A method for controlling an actuatable restraining device comprising the steps of: sensing a plurality of crash event indications; classifying crash events in response to comparing the sensed crash event indications against one another to identify at least one of a forward rigid barrier crash event, an offset deformable barrier crash event, an angular crash event, and a small overlap crash event; and controlling deployment timing of the actuatable restraining device in response to the classification of the crash event. sensing a plurality of crash event indications; classifying crash events in response to comparing the sensed crash event indications against one another to identify at least one of a forward rigid barrier crash event, an offset deformable barrier crash event, an angular crash event, and a small overlap crash event; and controlling deployment timing of the actuatable restraining device in response to the classification of the crash event.
An information processing apparatus mounted on a first vehicle, comprising: a recognizer (101; 101A) that recognizes a second vehicle that is present in a travelling direction of the first vehicle on a basis of sensing information obtained from a sensor (11, 12, 13) attached to an outside of the first vehicle; and a determiner (102; 102A) that determines whether or not the distance between the recognized second vehicle and the first vehicle is equal to or shorter than a predetermined distance; characterized by a generator (102; 102A) that generates first information for moving the first vehicle in a second direction toward a second road end in a case where the determiner (102; 102A) determines that the distance between the recognized second vehicle and the first vehicle is equal to or shorter than the predetermined distance, the second road end being opposite to a first road end toward which a first direction is directed, and the first direction being a direction in which the first vehicle moves when overtaking the second vehicle; and an outputter (104; 104A) that outputs the generated first information. a recognizer (101; 101A) that recognizes a second vehicle that is present in a travelling direction of the first vehicle on a basis of sensing information obtained from a sensor (11, 12, 13) attached to an outside of the first vehicle; and a determiner (102; 102A) that determines whether or not the distance between the recognized second vehicle and the first vehicle is equal to or shorter than a predetermined distance; characterized by a generator (102; 102A) that generates first information for moving the first vehicle in a second direction toward a second road end in a case where the determiner (102; 102A) determines that the distance between the recognized second vehicle and the first vehicle is equal to or shorter than the predetermined distance, the second road end being opposite to a first road end toward which a first direction is directed, and the first direction being a direction in which the first vehicle moves when overtaking the second vehicle; and an outputter (104; 104A) that outputs the generated first information.
An intravascular blood pump, comprising: a catheter; a housing in which a rotor is housed, the housing being attached to a distal end of the catheter; and a flexible drive shaft extending through the catheter, connected to the rotor and rotatably supported in a proximal bearing located proximally of the rotor; characterised in that: the drive shaft comprises at least one outer layer and at least one inner layer, and the at least one outer layer of the drive shaft is absent or thinned at a location where the drive shaft is supported in the proximal bearing. a catheter; a housing in which a rotor is housed, the housing being attached to a distal end of the catheter; and a flexible drive shaft extending through the catheter, connected to the rotor and rotatably supported in a proximal bearing located proximally of the rotor; characterised in that: the drive shaft comprises at least one outer layer and at least one inner layer, and the at least one outer layer of the drive shaft is absent or thinned at a location where the drive shaft is supported in the proximal bearing.
A system for automatically distributing software to existing devices for configuring newly purchased devices, the system comprising: an existing device (106, 106) that is currently available for use by a user and is registered to the user; a new device purchased by the user; a server system configured to receive an indication that the user has purchased the new device and to automatically associate the new device with the user, the server system being further configured to automatically determine from user registration data stored in a memory of the server system that the user has the existing device (106, 106), identify software (208) for the existing device (106, 106), the software designed to communicate with the new device, and automatically distribute the identified software to the existing device (106, 106), wherein the identified software facilitates use of the new device; the existing device (106, 106) being configured to receive and automatically install the identified software so that upon receipt of a user input to perform an action on the new device, the identified software installed on the existing device (106, 106) causes the existing device to initiate an operation that results in the action being performed by the new device; and the new device being configured to perform the action based at least in part on the initiative taken by the existing device (106, 106) when executing the identified software. an existing device (106, 106) that is currently available for use by a user and is registered to the user; a new device purchased by the user; a server system configured to receive an indication that the user has purchased the new device and to automatically associate the new device with the user, the server system being further configured to automatically determine from user registration data stored in a memory of the server system that the user has the existing device (106, 106), identify software (208) for the existing device (106, 106), the software designed to communicate with the new device, and automatically distribute the identified software to the existing device (106, 106), wherein the identified software facilitates use of the new device; the existing device (106, 106) being configured to receive and automatically install the identified software so that upon receipt of a user input to perform an action on the new device, the identified software installed on the existing device (106, 106) causes the existing device to initiate an operation that results in the action being performed by the new device; and the new device being configured to perform the action based at least in part on the initiative taken by the existing device (106, 106) when executing the identified software.
A method comprising: receiving, by a server, at least two images of a planar object from a first mobile platform; determining, by the server, a first pose, comprising a position and an orientation, of the first mobile platform with respect to the planar object using the at least two images; warping an image of the planar object received from the first mobile platform using the orientation of the first mobile platform with respect to the planar object to produce a reference image of a front view of the planar object so that the planar object appears parallel to the image plane of the first mobile platform; and determining a second pose of a second mobile platform (110B, 110C) with respect to the planar object using a second image of the planar object received from the second mobile platform (110B, 110C) and the reference image; wherein the first mobile platform and the second mobile platform (110B, 110C) are different mobile platforms. receiving, by a server, at least two images of a planar object from a first mobile platform; determining, by the server, a first pose, comprising a position and an orientation, of the first mobile platform with respect to the planar object using the at least two images; warping an image of the planar object received from the first mobile platform using the orientation of the first mobile platform with respect to the planar object to produce a reference image of a front view of the planar object so that the planar object appears parallel to the image plane of the first mobile platform; and determining a second pose of a second mobile platform (110B, 110C) with respect to the planar object using a second image of the planar object received from the second mobile platform (110B, 110C) and the reference image; wherein the first mobile platform and the second mobile platform (110B, 110C) are different mobile platforms.