mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a rotor blade, the method comprising: providing a frame assembly, the frame assembly comprising a plurality of frames each disposed in a first position relative to one another and being movable with respect to one another; and moving at least one frame of the frame assembly to a second position relative to another frame of the frame assembly such that the bed of the frame assembly is modified along a width-wise axis so that the frame assembly can be used to form a second rotor blade of a different shape; characterized by: inserting a plug into a mold material disposed in a bed of the frame assembly wherein the mold material is in a deformable state to form a cavity, wherein the plug has an outer surface corresponding to an outer surface shape of the rotor blade, said mold material being alternatable between a deformable state and a non-deformable state; and removing the plug after the mold material changes to a non-deformable state, thus preserving the shape of the cavity. providing a frame assembly, the frame assembly comprising a plurality of frames each disposed in a first position relative to one another and being movable with respect to one another; and moving at least one frame of the frame assembly to a second position relative to another frame of the frame assembly such that the bed of the frame assembly is modified along a width-wise axis so that the frame assembly can be used to form a second rotor blade of a different shape; characterized by: inserting a plug into a mold material disposed in a bed of the frame assembly wherein the mold material is in a deformable state to form a cavity, wherein the plug has an outer surface corresponding to an outer surface shape of the rotor blade, said mold material being alternatable between a deformable state and a non-deformable state; and removing the plug after the mold material changes to a non-deformable state, thus preserving the shape of the cavity. inserting a plug into a mold material disposed in a bed of the frame assembly wherein the mold material is in a deformable state to form a cavity, wherein the plug has an outer surface corresponding to an outer surface shape of the rotor blade, said mold material being alternatable between a deformable state and a non-deformable state; and removing the plug after the mold material changes to a non-deformable state, thus preserving the shape of the cavity.
Method for transmitting a data set from a transmitting module to a destination module, the transmitting module being associated with a first browsing domain, the destination module being associated with a second browsing domain, the transmitting module and the destination module being adapted to be loaded into a browser module, the browser module having access to a local database designed to allow: • data recording to each module loaded into the browser module; and, • access to the data recorded by one or more modules associated with a single browsing domain, to any module loaded into the browsing module also associated with said single browsing domain; comprising the following steps: • loading, by the browser module, of a first web page belonging to the first browsing domain and of the transmitting module; • loading, by the browser module, of a storage module (34, 42) associated with a third browsing domain with which is also associated a receiving module (38, 44) adapted to allow the destination module to access the local database, the loading of the storage module being provoked by the presence in the first web page of a reference to the third browsing domain; • storage by the storage module of the data set in the local database. • data recording to each module loaded into the browser module; and, • access to the data recorded by one or more modules associated with a single browsing domain, to any module loaded into the browsing module also associated with said single browsing domain; comprising the following steps: • loading, by the browser module, of a first web page belonging to the first browsing domain and of the transmitting module; • loading, by the browser module, of a storage module (34, 42) associated with a third browsing domain with which is also associated a receiving module (38, 44) adapted to allow the destination module to access the local database, the loading of the storage module being provoked by the presence in the first web page of a reference to the third browsing domain; • storage by the storage module of the data set in the local database. • loading, by the browser module, of a first web page belonging to the first browsing domain and of the transmitting module; • loading, by the browser module, of a storage module (34, 42) associated with a third browsing domain with which is also associated a receiving module (38, 44) adapted to allow the destination module to access the local database, the loading of the storage module being provoked by the presence in the first web page of a reference to the third browsing domain; • storage by the storage module of the data set in the local database.
A liquid discharge head comprising: a head main body; a casing (90, 290); and one or more driver IC that drives the head main body, wherein the casing (90, 290) has an opening, and is bonded to the head main body at an edge of the opening so as to cover at least a part of the head main body, and a part of an inner surface of a side plate (90b, 290b) of the casing (90, 290) continuing from the opening has an inclination portion inclined toward the inner side of the casing (90, 290) with respect to the opening, the driver IC is in contact with the inclination portion of the inner surface, and wherein the width in the part of the casing (90, 290) in contact with the driver IC is smaller than the width of the casing (90, 290) in the opening.
A portable teleprompter system comprising two sets of transparent reflective sheets (2, 2') with respective associated support poles (3, 3') and displays (4, 4'), the system being characterized in that it comprises two separable parts (1a, 1b), essentially symmetrical each other, which may be coupled together to form a carry-on-sized suitcase that holds the system components, wherein each of the two separable parts (1a, 1b) is configured to be arranged in a stable manner on a floor, offering an upwards-facing operating face (5,5') that is provided with at least - means (6; 6') to firmly support a corresponding display; - means (7; 7') for anchoring a pole in an erect position, such that a reflective sheet supported by said pole can reflect the content shown on the display. - means (6; 6') to firmly support a corresponding display; - means (7; 7') for anchoring a pole in an erect position, such that a reflective sheet supported by said pole can reflect the content shown on the display.
An installation (1, 1b) for producing and/or processing confectionery masses made from at least one liquid raw material and granular and/or powdery raw materials, comprising at least one first mixing container (2, 50) and at least one further product-processing device (4, 6, 8), wherein the first mixing container (2, 50) has at least one raw material inlet and a product outlet and a mixing device for homogenously mixing the raw materials, wherein at least the first mixing container (2, 50) comprises at least one spraying device in an upper container area for supplying the at least one liquid raw material, wherein at least one outlet cone of the spraying device is, at least in some areas, directed towards an inner wall surface of the first mixing container (2, 50), characterized in that the at least one spraying device is pivotably and/or rotationally movable.
Apparatus with means for selectively enabling functionality of a machine having a first state when some or all of the functionality associated with the machine is selectively disabled, the apparatus comprising: an input for a user to select a disabled functionality of the machine, a transmitter which sends an SMS message in response to the user selection of disabled functionality at the input; a controller; and a sensor which generates a first control signal in response to detection of the sending of the SMS message by the transmitter, the first control signal configured to instruct the controller to place the machine in a second active state in which the disabled functionality selected by the user at the input is selectively enabled. an input for a user to select a disabled functionality of the machine, a transmitter which sends an SMS message in response to the user selection of disabled functionality at the input; a controller; and a sensor which generates a first control signal in response to detection of the sending of the SMS message by the transmitter, the first control signal configured to instruct the controller to place the machine in a second active state in which the disabled functionality selected by the user at the input is selectively enabled.
A secure element comprising a virtual machine able to work in admin mode and in runtime mode, characterized in that said secure element comprising two enhanced containers (C1, C2), each of said enhanced containers (C1, C2) can be either in an activated state or in a disabled state, in that the virtual machine is able to access each of said enhanced containers (C1, C2) when working in admin mode, in that only one of said enhanced containers (C1, C2) can be in activated state at any given time, in that the virtual machine cannot access an enhanced container which is in disabled state when working in runtime mode and in that said secure element comprises an admin means adapted to store an instance of a same application in each of said enhanced containers (C1, C2) using a same identifier.
A semiconductor package assembly (500a; 500b), comprising: a core substrate formed of a first material having a device-attach surface and a solder-bump-attach surface opposite to the die-attach surface; a bump pad disposed on the bump-attach surface; a first solder mask layer formed of the first material covering the bump-attach surface of the core substrate and a portion of the bump pad; a second solder mask layer (216a; 216b) covering the device-attach surface of the core substrate, wherein the second solder mask layer (216a; 216b) is formed of a second material, wherein the second material is different from the first material; a first conductive trace disposed on the device-attach surface and covered by the second solder mask layer (216a; 216b); a second conductive trace disposed on the bump-attach surface and covered by the first solder mask layer; and a through via plug passing through the core substrate, wherein the through via plug is electrically connected to the first conductive trace and the second conductive trace. a core substrate formed of a first material having a device-attach surface and a solder-bump-attach surface opposite to the die-attach surface; a bump pad disposed on the bump-attach surface; a first solder mask layer formed of the first material covering the bump-attach surface of the core substrate and a portion of the bump pad; a second solder mask layer (216a; 216b) covering the device-attach surface of the core substrate, wherein the second solder mask layer (216a; 216b) is formed of a second material, wherein the second material is different from the first material; a first conductive trace disposed on the device-attach surface and covered by the second solder mask layer (216a; 216b); a second conductive trace disposed on the bump-attach surface and covered by the first solder mask layer; and a through via plug passing through the core substrate, wherein the through via plug is electrically connected to the first conductive trace and the second conductive trace.
A control system for a tractor, wherein said control system controls an operating condition of an implement attached to attachment means on the tractor when the tractor is operating in a drag mode, the drag mode being a draft control mode or an intermix mode of the tractor, and wherein said control system comprises a sensing means providing a drag force signal which is indicative of the current pull force necessary to pull the implement when in a desired position, the system further comprising: a control means which receives the force signal, the control means further arranged to detect a tractor mode and/or an implement mode; and measurement means (15b,15c,100,110,150) arranged to measure at least one parameter associated with the detected tractor mode and/or implement mode, and wherein the control system is arranged to adjust the position of the implement to a new position when said drag force signal varies, characterised in that the control system comprises pre-determined parameter values associated with the detected tractor and/or implement mode and wherein the control system is arranged to compare the measured parameter with the pre-determined parameter values and, if the measured parameter would result in an undesired movement of the implement attachment means away from the desired position of the implement and the attachment means, the control system is arranged to deactivate the force signal, or to deactivate the response to the force signal to prevent undesired movement of the attachment means, in particular to prevent unnecessary upwards or downwards movement of the attachment means in response to a change in drag force which could result in damage or driving instability. a control means which receives the force signal, the control means further arranged to detect a tractor mode and/or an implement mode; and measurement means (15b,15c,100,110,150) arranged to measure at least one parameter associated with the detected tractor mode and/or implement mode, and wherein the control system is arranged to adjust the position of the implement to a new position when said drag force signal varies, characterised in that the control system comprises pre-determined parameter values associated with the detected tractor and/or implement mode and wherein the control system is arranged to compare the measured parameter with the pre-determined parameter values and, if the measured parameter would result in an undesired movement of the implement attachment means away from the desired position of the implement and the attachment means, the control system is arranged to deactivate the force signal, or to deactivate the response to the force signal
An endoscopy device with an orientable head, which comprises grip means which are associated with a flexible insertion tube which is provided at the distal end with optical vision means, an orientation system being further provided for an end portion of said insertion tube proximate to the distal end, which comprises adjustment means which can be actuated by an operator and are associated with said grip means, and flexible actuation means which cooperate with said adjustment means and are arranged so as to pass through said insertion tube and are associated with the distal end of said tube, the endoscopy device further comprising a joint which is interposed between said grip means and said insertion tube and which comprises a first body which is stably associated with said grip means and a second body which is stably associated with said insertion tube, which can be associated temporarily with each other, said flexible actuation means comprising at least one pair of flexible elements (12, 13), each one of which is sectioned into a first portion (12a; 13a), which is associated with said adjustment means and is inserted so as to pass through said grip means and said first body, and into a second portion (12b; 13b), which is associated with the distal end of said insertion tube and is inserted so as to pass through said tube and said second body, and temporary connection means being further provided which are interposed between the first and second portions (12a, 12b; 13a, 13b) of each one of said flexible actuation elements (12; 13), said connection means being of the magnetic type and said connection means comprising, for each one of said flexible actuation elements (12; 13) of said at least one pair, a first magnet and a second magnet (19, 20), which are associated with the free end respectively of the corresponding first portion and of the second portion (12a, 12b; 13a, 13b) and are adapted to attract each other, characterized in that said first magnet and said second magnet (19, 20) associated with each one of said flexible actuation elements (12; 13) of said at least one pair have a substantially cylindrical shape and are accommodated so as to slide along a first channel and a second channel (21, 22) which are mutually aligned and are provided, respectively, in said first body and said second body (9, 10).
Partition comprising a C-shaped profile (1, 1', 1") of sheet metal which is clad with boards (10, 10', 10"), wherein the C-shaped profile has two leg portions and a base portion connecting the leg portions, wherein prior to assembly in the unstressed state of the C-shaped profile (1, 1', 1") at least one of the leg portions together with the base portion encloses an opening angle greater than or equal to 91 °, characterised in that in the assembled state the leg portions and the base portion are deformed relative to one another elastically, or elastically and plastically, such that the leg portions are oriented at right angles to the base portion and being elastically deformed abut against the boards (10, 10', 10") under pretension.
A process for producing methyl methacrylate, the process comprising contacting reactants comprising methacrolein, methanol and an oxygen-containing gas, under reaction conditions in the presence of a solid catalyst comprising palladium, bismuth and at least one third element X, where X is selected from the group consisting of Y, Ga and combinations thereof, wherein the solid catalyst further comprises a support selected from at least one member of the group consisting of silica, alumina, calcium carbonate, active carbon, zinc oxide, titanium oxide and magnesium oxide.
A data packet transmission method, comprising: obtaining, by a sending device, a data packet; determining, by the sending device, a traffic flow template based on internet protocol, IP, quintuple information of the data packet; characterized by obtaining, by the sending device, a quality of service identifier based on the traffic flow template according to a preset mapping information table between a traffic flow template and a quality of service identifier; adding, by the sending device, the quality of service identifier and a sequence number to the data packet, wherein if the traffic flow template belongs to first traffic flow template, the sending device adds a first quality of service identifier and a first sequence number to the data packet; or if the traffic flow template belongs to second traffic flow template, the sending device adds a second quality of service identifier and a second sequence number to the data packet; and sending, by the sending device, the data packet to which the quality of service identifier and the sequence number have been added. obtaining, by a sending device, a data packet; determining, by the sending device, a traffic flow template based on internet protocol, IP, quintuple information of the data packet; characterized by obtaining, by the sending device, a quality of service identifier based on the traffic flow template according to a preset mapping information table between a traffic flow template and a quality of service identifier; adding, by the sending device, the quality of service identifier and a sequence number to the data packet, wherein if the traffic flow template belongs to first traffic flow template, the sending device adds a first quality of service identifier and a first sequence number to the data packet; or if the traffic flow template belongs to second traffic flow template, the sending device adds a second quality of service identifier and a second sequence number to the data packet; and sending, by the sending device, the data packet to which the quality of service identifier and the sequence number have been added.
A method comprising: by a computing device, determining a received power at a receiving antenna mounted to an antenna measurement system from a transmitting antenna mounted to a device under test, DUT, in motion relative to the antenna measurement system, wherein the method is characterised in that the antenna measurement system is mounted to an N-copter aerial vehicle and comprises a gimbal and signal absorbing foam surrounding the receiving antenna; by the computing device, determining one or more first orientation parameters of the antenna measurement system; by the computing device, determining one or more second orientation parameters of the DUT; by the computing device, determining an antenna pattern of the transmitting antenna based on the received power, the first orientation parameters, and the second orientation parameters, wherein the determining is performed while the N-copter aerial vehicle hovers at a stationary lo-cation while the DUT moves in relation to the N-copter aerial vehicle and the receiving antenna receives the received power from the transmitting antenna while the DUT is moving in relation to the N-copter aerial vehicle. by a computing device, determining a received power at a receiving antenna mounted to an antenna measurement system from a transmitting antenna mounted to a device under test, DUT, in motion relative to the antenna measurement system, wherein the method is characterised in that the antenna measurement system is mounted to an N-copter aerial vehicle and comprises a gimbal and signal absorbing foam surrounding the receiving antenna; by the computing device, determining one or more first orientation parameters of the antenna measurement system; by the computing device, determining one or more second orientation parameters of the DUT; by the computing device, determining an antenna pattern of the transmitting antenna based on the received power, the first orientation parameters, and the second orientation parameters, wherein the determining is performed while the N-copter aerial vehicle hovers at a stationary lo-cation while the DUT moves in relation to the N-copter aerial vehicle and the receiving antenna receives the received power from the transmitting antenna while the DUT is moving in relation to the N-copter aerial vehicle.