mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a relief pattern from a photosensitive element containing a composition layer capable of being partially liquefied, comprising: imagewise exposing the photosensitive element to actinic radiation prior to heating; supporting the photosensitive element; heating the composition layer to a development temperature to cause uncured portions of the layer to liquefy and cause one or more organic compounds in the layer to form a vapor; supplying a development medium to an exterior surface of the composition layer; and contacting the photosensitive element with the development medium to remove at least a portion of the liquefied material by the development medium; and heating the vapor to an oxidizing temperature and passing the heated vapor across a catalyst to oxidize the organic compounds to form purified air containing carbon dioxide and water vapor in amounts greater than ambient air; and cooling the purified air. imagewise exposing the photosensitive element to actinic radiation prior to heating; supporting the photosensitive element; heating the composition layer to a development temperature to cause uncured portions of the layer to liquefy and cause one or more organic compounds in the layer to form a vapor; supplying a development medium to an exterior surface of the composition layer; and contacting the photosensitive element with the development medium to remove at least a portion of the liquefied material by the development medium; and heating the vapor to an oxidizing temperature and passing the heated vapor across a catalyst to oxidize the organic compounds to form purified air containing carbon dioxide and water vapor in amounts greater than ambient air; and cooling the purified air.
A method for distributing Internet Protocol, IP, traffic during 3 rd Generation Partner Project, 3GPP, inter-Radio Access Technology, RAT, handover, the method comprising: determining, by a User Equipment, UE, IP flows to be moved, upon reception of a handover command for a 3GPP inter-RAT handover transmitted by a source 3GPP access device; and accessing, by the UE, a Wireless Local Area Network, WLAN, and moving the IP flows to be moved, to the WLAN access, during the 3GPP inter-RAT handover. determining, by a User Equipment, UE, IP flows to be moved, upon reception of a handover command for a 3GPP inter-RAT handover transmitted by a source 3GPP access device; and accessing, by the UE, a Wireless Local Area Network, WLAN, and moving the IP flows to be moved, to the WLAN access, during the 3GPP inter-RAT handover.
A product testing assembly, comprising: a panel configured to support at least one of a substrate and a test subject having at least one surface configured to receive an application of a product to be tested; and at least a first and a second measuring device (104a, 104b) configured to sense measured quantities as product is applied to the surface of the at least one of the substrate and the test subject and output signals representative of a sequence of forces and/or moments being applied to the surface by the application of the product to be tested; wherein the first measuring device is connected to the panel; an applicator attached to the second measuring device, the second measuring device configured to sense the measured quantities as the applicator applies the product to the surface; at least one data processing system; a remote sensing device connected to the data processing system and configured to monitor the real-time coordinates of the applicator in at least three dimensions as the applicator applies the product to the surface; the at least one data processing system having one or more processors configured to receive the signals representative of the sequence of forces and/or moments being applied to the surface from the at least first and second measuring device (104, 104b) and a signal including the real-time coordinates of the applicator from the remote sensing device, and to convert the signals into an output signal representative of one or more quantitative application performance characteristics of the product to be tested. a panel configured to support at least one of a substrate and a test subject having at least one surface configured to receive an application of a product to be tested; and at least a first and a second measuring device (104a, 104b) configured to sense measured quantities as product is applied to the surface of the at least one of the substrate and the test subject and output signals representative of a sequence of forces and/or moments being applied to the surface by the application of the product to be tested; wherein the first measuring device is connected to the panel; an applicator attached to the second measuring device, the second measuring device configured to sense the measured quantities as the applicator applies the product to the surface; at least one data processing system; a remote sensing device connected to the data processing system and configured to monitor the real-time coordinates of the applicator in at least three dimensions as the applicator applies the product to the surface; the at least one data processing system having one or more processors configured to receive the signals representative of the sequence of forces and/or moments being applied to the surface from the at least first and second measuring device (104, 104b) and a signal including the real-time coordinates of the applicator from the remote sensing device, and to convert the signals into an output signal representative of one or more quantitative application performance characteristics of the product to be tested.
A pharmaceutical composition comprising at least one therapeutic agent encapsulated in non-pegylated liposomes, wherein the non-pegylated liposomes comprise a mixture of at least one neutral saturated phospholipid and at least one anionic saturated phospholipid, and wherein the pharmaceutical composition is for use in the treatment of a CNS disorder, characterised in that the composition is for administration via convection enhanced delivery.
Belt assembly for moving a web from a press section of a paper- or board-making machine to a dryer section of the machine, comprising a first press roll and a second press roll which are arranged at the press section and form a press nip (N 1), a drying roll which is heatable and arranged downstream of the press nip (N 1) in the web moving direction, and a heat conductive belt, which forms an endless loop and which is impervious to fluids, runs through the press nip (N 1) and contacts the drying roll, wherein the drying roll and the heat conductive belt form a tension nip (N 2) which is extended in the web moving direction, and in the press nip (N 1) the web is transferred from a fabric to the heat conductive belt, characterized in that downstream of the press nip (N 1) and upstream of the tension nip (N 2) in the web moving direction the web is only supported and carried by the heat conductive belt, and in the tension nip (N 2) the web is sandwiched between the drying roll and the heat conductive belt such that the web is simultaneously in contact with the drying roll and the heat conductive belt. a first press roll and a second press roll which are arranged at the press section and form a press nip (N 1), a drying roll which is heatable and arranged downstream of the press nip (N 1) in the web moving direction, and a heat conductive belt, which forms an endless loop and which is impervious to fluids, runs through the press nip (N 1) and contacts the drying roll, wherein the drying roll and the heat conductive belt form a tension nip (N 2) which is extended in the web moving direction, and in the press nip (N 1) the web is transferred from a fabric to the heat conductive belt, characterized in that downstream of the press nip (N 1) and upstream of the tension nip (N 2) in the web moving direction the web is only supported and carried by the heat conductive belt, and in the tension nip (N 2) the web is sandwiched between the drying roll and the heat conductive belt such that the web is simultaneously in contact with the drying roll and the heat conductive belt.
A surgical instrument, comprising: a handle (120210, 120310); a shaft (120220, 120320, 120520); an end effector; an articulation joint, wherein said end effector is rotatable relative to said shaft about said articulation joint; and an articulation drive, comprising: a first driver (120240, 120250, 120260, 120270, 120340, 120350, 120360, 120370, 120540, 120550, 120560) configured to drive articulation of said end effector; a second driver (120240, 120250, 120260, 120270, 120340, 120350, 120360, 120370, 120540, 120550, 120560) configured to drive articulation of said end effector; an articulation drive shaft (120215, 120315, 120510); and a drive coupler (120216, 120316, 120580), said drive coupler operably couples said first driver to said articulation drive shaft when said drive coupler is in a first position, and wherein said drive coupler operably couples said second driver to said articulation drive shaft when said drive coupler is in a second position; characterized in that said drive coupler (120216, 120316, 120580) is rotatable between said first position and said second position. a handle (120210, 120310); a shaft (120220, 120320, 120520); an end effector; an articulation joint, wherein said end effector is rotatable relative to said shaft about said articulation joint; and an articulation drive, comprising: a first driver (120240, 120250, 120260, 120270, 120340, 120350, 120360, 120370, 120540, 120550, 120560) configured to drive articulation of said end effector; a second driver (120240, 120250, 120260, 120270, 120340, 120350, 120360, 120370, 120540, 120550, 120560) configured to drive articulation of said end effector; an articulation drive shaft (120215, 120315, 120510); and a drive coupler (120216, 120316, 120580), said drive coupler operably couples said first driver to said articulation drive shaft when said drive coupler is in a first position, and wherein said drive coupler operably couples said second driver to said articulation drive shaft when said drive coupler is in a second position; characterized in that said drive coupler (120216, 120316, 120580) is rotatable between said first position and said second position. a first driver (120240, 120250, 120260, 120270, 120340, 120350, 120360, 120370, 120540, 120550, 120560) configured to drive articulation of said end effector; a second driver (120240, 120250, 120260, 120270, 120340, 120350, 120360, 120370, 120540, 120550, 120560) configured to drive articulation of said end effector; an articulation drive shaft (120215, 120315, 120510); and a drive coupler (120216, 120316, 120580), said drive coupler operably couples said first driver to said articulation drive shaft when said drive coupler is in a first position, and wherein said drive coupler operably couples said second driver to said articulation drive shaft when said drive coupler is in a second position; characterized in that said drive coupler (120216, 120316, 120580) is rotatable between said first position and said second position.
A blade for a windscreen wiper device for wiping a windscreen surface comprising [a] a blade body made of an elastic material with a wiping projection for wiping said windscreen surface and extending longitudinally and [b] a longitudinal rib having first and second ends (8, 10), [c] said blade body comprises a first housing extending longitudinally inside said blade body and having at least one insertion end, in that [d] said rib has a cross-section complementary to the cross-section of said first housing, and in that [e] said rib further comprises a plurality of interlocking members protruding from a surface of said rib by way of a harpoon with an interlocking end and said plurality of interlocking members being oriented such that [i] they allow the insertion of said first end of said rib through said insertion end for assembling said blade, [ii] but prevent the extraction of said rib from said first housing by the interlocking of said interlocking end in said blade body, characterized in that [f] each of the interlocking members of said plurality of interlocking members protrudes individually from said rib upwards or downwards and with a regular distribution along said rib. [a] a blade body made of an elastic material with a wiping projection for wiping said windscreen surface and extending longitudinally and [b] a longitudinal rib having first and second ends (8, 10), [c] said blade body comprises a first housing extending longitudinally inside said blade body and having at least one insertion end, in that [d] said rib has a cross-section complementary to the cross-section of said first housing, and in that [e] said rib further comprises a plurality of interlocking members protruding from a surface of said rib by way of a harpoon with an interlocking end and said plurality of interlocking members being oriented such that [i] they allow the insertion of said first end of said rib through said insertion end for assembling said blade, [ii] but prevent the extraction of said rib from said first housing by the interlocking of said interlocking end in said blade body, characterized in that [i] they allow the insertion of said first end of said rib through said insertion end for assembling said blade, [ii] but prevent the extraction of said rib from said first housing by the interlocking of said interlocking end in said blade body, [f] each of the interlocking members of said plurality of interlocking members protrudes individually from said rib upwards or downwards and with a regular distribution along said rib.
A system for calibrating an image capture device for a materials handling vehicle comprising the image capture device and a vehicle computing device, wherein: the vehicle computing device stores logic that when executed by a processor, causes the materials handling vehicle to perform at least the following: determine (450, 550) a current location of the materials handling vehicle in a warehouse; determine a seed value associated with the image capture device, the seed value representing initial calibration parameters of the image capture device; capture (454, 556) image data in the warehouse, the image data including a location identifier that is representative of a location in the warehouse; compare (456, 558) the captured image data with expected image data from a site map based on the expected position of the materials handling vehicle, the site map representing imagery and location data of a ceiling in the warehouse; determine a calibrated value for the image capture device from the comparison and the seed value; and apply the calibrated value for determining a new location of the materials handling vehicle. determine (450, 550) a current location of the materials handling vehicle in a warehouse; determine a seed value associated with the image capture device, the seed value representing initial calibration parameters of the image capture device; capture (454, 556) image data in the warehouse, the image data including a location identifier that is representative of a location in the warehouse; compare (456, 558) the captured image data with expected image data from a site map based on the expected position of the materials handling vehicle, the site map representing imagery and location data of a ceiling in the warehouse; determine a calibrated value for the image capture device from the comparison and the seed value; and apply the calibrated value for determining a new location of the materials handling vehicle.
A method, comprising: A) obtaining first color information for a color sample with a color measurement device wirelessly connectable to a computing device comprising a display, wherein the color sample has a first target color, and wherein the computing device is connectable to a database of paint formula information; B) displaying on the display of the computing device a digital color image of the first target color; C) determining an offset value for the first target color such that the digital color image of the first target color matches the corresponding first target color on the color sample; D) scanning a second color sample of a second target color to obtain second color information; E) determining by a processor of the computing device, using the offset value of the first target color, an interpolated offset for the display such that the digital color image of the second target color matches the second target color; F) displaying on the display a digital color image of the second target color; and G) matching the second color information to paint formula information in a database of paint formula information to determine a sample paint formula to provide the second target color. A) obtaining first color information for a color sample with a color measurement device wirelessly connectable to a computing device comprising a display, wherein the color sample has a first target color, and wherein the computing device is connectable to a database of paint formula information; B) displaying on the display of the computing device a digital color image of the first target color; C) determining an offset value for the first target color such that the digital color image of the first target color matches the corresponding first target color on the color sample; D) scanning a second color sample of a second target color to obtain second color information; E) determining by a processor of the computing device, using the offset value of the first target color, an interpolated offset for the display such that the digital color image of the second target color matches the second target color; F) displaying on the display a digital color image of the second target color; and G) matching the second color information to paint formula information in a database of paint formula information to determine a sample paint formula to provide the second target color.
A method for providing access to computing resources, comprising: receiving, by a resource system, an access request from a first user, wherein the access request comprises resource data describing a computing resource, and function data describing a requested function to be performed on the computing resource, wherein the resource system comprises at least one processor and memory in communication with the at least one processor; determining, by the resource system, that credential data provided by the first user is valid; identifying, by the resource system, secondary data for the access request; generating, by the resource system, an access object based at least in part on access object fragment data and the secondary data, the access object comprising executable code; and executing the access object, by the resource system, to enable performance of the requested function on the computing resource, wherein executing the access object comprises executing at least a portion of the executable code. receiving, by a resource system, an access request from a first user, wherein the access request comprises resource data describing a computing resource, and function data describing a requested function to be performed on the computing resource, wherein the resource system comprises at least one processor and memory in communication with the at least one processor; determining, by the resource system, that credential data provided by the first user is valid; identifying, by the resource system, secondary data for the access request; generating, by the resource system, an access object based at least in part on access object fragment data and the secondary data, the access object comprising executable code; and executing the access object, by the resource system, to enable performance of the requested function on the computing resource, wherein executing the access object comprises executing at least a portion of the executable code.
A consumption meter arranged to measure a flow rate of a fluid, the consumption meter comprising: - a tube with a through-going opening for passage of the fluid between an inlet and an outlet; - multiple individual flow meters arranged at the tube to generate a signal indicative a sub-flow rate of the fluid; and - a first control circuit comprising a communication interface arranged for receiving the signal indicative of the sub-flow rate from each of the multiple flow meters, and being arranged to generate a signal indicative of the flow rate of the fluid according to the received sub-flow rates, each of the multiple individual flow meters comprising: - a flow meter housing; - first and second ultrasonic transducers for transmitting and receiving ultrasonic signals propagating through the fluid; - a second control circuit arranged for operating the first and second ultrasonic transducers, and being arranged to generate the signal indicative of the sub-flow rate of the fluid accordingly; and - a communication interface arranged for transmitting the signal indicative of the sub-flow rate to the first control circuit, characterized in that the flow meter housing is arranged at the tube; the first and the second ultrasonic transducers are arranged in the flow meter housing; and the flow meters are arranged on the same longitudinal section of the tube or on at least overlapping longitudinal sections of the tube. - a tube with a through-going opening for passage of the fluid between an inlet and an outlet; - multiple individual flow meters arranged at the tube to generate a signal indicative a sub-flow rate of the fluid; and - a first control circuit comprising a communication interface arranged for receiving the signal indicative of the sub-flow rate from each of the multiple flow meters, and being arranged to generate a signal indicative of the flow rate of the fluid according to the received sub-flow rates, - a flow meter housing; - first and second ultrasonic transducers for transmitting and receiving ultrasonic signals propagating through the fluid; - a second control circuit arranged for operating the first and second ultrasonic transducers, and being arranged to generate the signal indicative of the sub-flow rate of the fluid accordingly; and - a communication interface arranged for transmitting the signal indicative of the sub-flow rate to the first control circuit, the flow meter housing is arranged at the tube; the first and the second ultrasonic transducers are arranged in the flow meter housing; and the flow meters are arranged on the same longitudinal section of the tube or on at least overlapping longitudinal sections of the tube.