mhurhangee/ep-ind-claims huggingface dataset:
A degradation-determination system for a secondary battery comprising: a volume change detecting unit configured to detect a volume change of the secondary battery; a capacity change detecting unit configured to detect a capacity change of the secondary battery; and a charge control unit configured to control charge of the secondary battery, wherein the charge control unit is configured to determine that the secondary battery is in a state of degradation, upon occurrence of a condition in which volume expansion of the secondary battery is detected by the volume change detecting unit, in conjunction with a condition in which a decrease in a capacity of the secondary battery is not detected by the capacity change detecting unit. a volume change detecting unit configured to detect a volume change of the secondary battery; a capacity change detecting unit configured to detect a capacity change of the secondary battery; and a charge control unit configured to control charge of the secondary battery, wherein the charge control unit is configured to determine that the secondary battery is in a state of degradation, upon occurrence of a condition in which volume expansion of the secondary battery is detected by the volume change detecting unit, in conjunction with a condition in which a decrease in a capacity of the secondary battery is not detected by the capacity change detecting unit.
An igniter activated relief valve with a fluid carrying line including a pressurized fluid line, the relief valve being adapted to cut the fluid carrying line and comprising: a housing disposed about the fluid line, the housing has a first body portion having a slotted opening or passageway to receive the pressurized fluid line; an igniter when activated causes the line to open, the igniter attached to or stored in the first body portion; a cutting element initially positioned at or proximate to the igniter and initially spaced from the pressurized line and movable into cutting engagement with a wall of the pressurized line to create an opening in the line through which the pressurized fluid can escape; and wherein the igniter when activated propels the cutting element into the line, said cutting element has a cutting body having a diameter substantially the same as the line to sever the line into two pieces, and said cutting element is configured to pierce an adjacent surface of the line tube and an opposite surface of the line tube, and wherein the housing has a second body portion with a chamber for receiving the cutter when moved by activation of the igniter whereby the severed portion of the tube is trapped within a cavity at the lower end of the cutting element in said chamber. a housing disposed about the fluid line, the housing has a first body portion having a slotted opening or passageway to receive the pressurized fluid line; an igniter when activated causes the line to open, the igniter attached to or stored in the first body portion; a cutting element initially positioned at or proximate to the igniter and initially spaced from the pressurized line and movable into cutting engagement with a wall of the pressurized line to create an opening in the line through which the pressurized fluid can escape; and
A system for moving between a laying vessel and an auxiliary platform reels configured for laying elongated members on a bed of a body of water, the system comprising a laying vessel for laying elongated members on the bed of a body of water and comprising a weather deck; an auxiliary platform; at least one reel configured for housing a bobbin of elongated members; a connecting structure hinged to the weather deck of the laying vessel about a first hinge and to the auxiliary platform about a second hinge for allowing compensation for the variations of the relative positions between the laying vessel and the auxiliary platform; and a plurality of first hydraulic cylinders arranged between the connecting structure and the weather deck and a plurality of second hydraulic cylinders arranged between the connecting structure and the auxiliary platform.
A roll assembly, comprising a roll having a revolving hollow roll forming the working roll circumference, comprising a stationary cross head that passes lengthwise through said hollow roll and leaves a distance all around to the inner circumference of the hollow roll, it being possible to apply external forces to said cross head at the ends protruding from the hollow roll, comprising a hydraulic arrangement provided preferably on the cross head in order to support the hollow roll on the cross head, and comprising a bearing, on which the hollow roll is supported rotatably relative to the cross head, comprising a drive having a drive wheel and having an output wheel connected to the hollow roll, the drive wheel being mounted at least also externally, i.e. not directly, on elements of the roll, the mounting of the drive wheel being coupled to the bearing, and comprising a counter roll, characterized in that the coupling is provided by means of a coupling rod.
A bispecific antibody comprising an antibody fragment of anti-MUC1 VHH and an antibody fragment of anti-CD16 VHH, wherein the amino acid sequence of the antibody fragment of the anti-MUC1 VHH is as shown in SEQ ID No. 1, and the amino acid sequence of the antibody fragment of anti-CD16 VHH is as shown in SEQ ID No. 2 or SEQ ID No. 3.
An Orthogonal Frequency Division Multiplexing, OFDM, signal processing method for improving a frequency diversity of a signal which contains a plurality of OFDM symbols therein, the OFDM signal processing method comprising the steps of: receiving an input data sequence; interleaving the input data sequence; shifting the interleaved data sequence in a circular manner and generating the shifted input data sequence; generating an OFDM symbol by applying an Inverse Fast Fourier Transform, IFFT, with respect to the shifted input data sequence, characterized by: exchanging an I and a Q components of the generated OFDM symbol to generate another OFDM symbol having exchanged I and Q components. receiving an input data sequence; interleaving the input data sequence; shifting the interleaved data sequence in a circular manner and generating the shifted input data sequence; generating an OFDM symbol by applying an Inverse Fast Fourier Transform, IFFT, with respect to the shifted input data sequence, characterized by: exchanging an I and a Q components of the generated OFDM symbol to generate another OFDM symbol having exchanged I and Q components. exchanging an I and a Q components of the generated OFDM symbol to generate another OFDM symbol having exchanged I and Q components.
A computing device for determining upstream transmission capability in an area of a hybrid fiber-coaxial cable plant network, the area including network components (130, 140), and customer premises equipment, CPE, devices, comprising: a memory device resident in the computing device; and a processor disposed in communication with the memory device, wherein the computing device is characterized in that the processor configured to: configure a downstream transmission that includes a marker channel at a frequency within a band of frequencies selected by an operator of the HFC cable plant network for conversion from downstream to upstream transmissions; initiate the downstream transmission to each CPE device; send a query to each CPE device, the query for eliciting an indication of whether the marker channel is tunable at the CPE device; receive a response to the query from at least one CPE device, the response comprising one of a tune success response and a tune failure response; and determine a status for each network component (130, 140), the status based on the response to the query from said at least one CPE device subtending from the network component. a memory device resident in the computing device; and a processor disposed in communication with the memory device, wherein the computing device is characterized in that the processor configured to: configure a downstream transmission that includes a marker channel at a frequency within a band of frequencies selected by an operator of the HFC cable plant network for conversion from downstream to upstream transmissions; initiate the downstream transmission to each CPE device; send a query to each CPE device, the query for eliciting an indication of whether the marker channel is tunable at the CPE device; receive a response to the query from at least one CPE device, the response comprising one of a tune success response and a tune failure response; and determine a status for each network component (130, 140), the status based on the response to the query from said at least one CPE device subtending from the network component. configure a downstream transmission that includes a marker channel at a frequency within a band of frequencies selected by an operator of the HFC cable plant network for conversion from downstream to upstream transmissions; initiate the downstream transmission to each CPE device; send a query to each CPE device, the query for eliciting an indication of whether the marker channel is tunable at the CPE device; receive a response to the query from at least one CPE device, the response comprising one of a tune success response and a tune failure response; and determine a status for each network component (130, 140), the status based on the response to the query from said at least one CPE device subtending from the network component.
Equipment for burying poles into the ground, comprising: - at least one base frame associable with at least one machine for the movement of said equipment; - at least one hammering assembly associated movable with said base frame and adapted to bury at least one pole to allow its at least partial penetration into the ground at a burying position; - at least one gripping and positioning assembly of said pole, associated with said base frame and adapted to grasp said pole and to position it under said hammering assembly at said burying position; characterized by the fact that said gripping and positioning assembly comprises: - at least one gripping device movable between at least one gripping position wherein it is placed to grasp said pole positioned on the ground and at least one work position wherein it is placed to position said pole vertically under said hammering assembly; - at least one arm fixed to said base frame, said gripping device being associated with said arm in a rotatable manner; and by the fact that it comprises first actuating means associated with said arm and with said gripping device and adapted to move said gripping device between said gripping position and said work position. - at least one base frame associable with at least one machine for the movement of said equipment; - at least one hammering assembly associated movable with said base frame and adapted to bury at least one pole to allow its at least partial penetration into the ground at a burying position; - at least one gripping and positioning assembly of said pole, associated with said base frame and adapted to grasp said pole and to position it under said hammering assembly at said burying position; - at least one gripping device movable between at least one gripping position wherein it is placed to grasp said pole positioned on the ground and at least one work position wherein it is placed to position said pole vertically under said hammering assembly; - at least one arm fixed to said base frame, said gripping device being associated with said arm in a rotatable manner;
A blade or vane arrangement for a gas turbine engine, the arrangement having an array of aerofoils mounted to respective platforms about an axis and defining a passage through which a working gas flow passes, the arrangement has a datum (49, 49P) and the aerofoil has a radial span, each aerofoil has pressure side, a suction side, a leading edge region and a leading edge foot extending from the leading edge region, the leading edge foot has a ridge line, the platform defines a channel and a platform leading edge, the channel has a minimum radial height line, and the platform leading edge partly defines an outlet through which a secondary flow passes, characterised in that the ridge line is aligned generally in the direction of the working gas flow and the minimum radial height line is aligned generally in the direction of the secondary flow, wherein the ridge line is linear or curvilinear and is angled with respect to the axis in the range 0 degrees and 45 degrees.
A 3D tag, comprising: a plurality of distinguishable depth features including one or more characteristics readable by a depth camera, the plurality of distinguishable depth features collectively encoding information that is not human readable; characterized by: a visible light image overlaying the depth features, wherein the visible light image includes a plurality of distinguishable 2D features configured to be read by a visible light camera, the plurality of distinguishable 2D features collectively encoding at least a subset of the information encoded by the plurality of distinguishable depth features.
System for delivering objects by individuals of a community using a space-time traceability system comprising a computerized platform including at least one computer application intended to be loaded into portable computing units held by individuals of the community and comprising first local wireless communication means and geolocating means, the object delivery system comprising devices embedded in packaging intended to contain the objects, the embedded devices each comprising second local wireless communication means able to communicate with the first local wireless communication means and at least one computer processing module able to cooperate with the second local wireless communication means to collect and process data provided by said second local wireless communication means, the at least one computer processing module comprising said computer application to authorize exchange of data between the computer module and the portable computing units, said computer application being parameterized to open a communication channel intended to enable the embedded devices to access and use the geolocating means of the portable computing units.
A hard-wired measurement device (14;50;80;120;160;200;250;280) for mounting within an enclosure of a machine tool, comprising; a measurement sensor (14,16; 554,56; 90,92; 126,128; 174,176; 218,220) for measuring objects within the machine tool enclosure, a hard-wired interface module for providing an electrical connection via one or more wires with an associated external interface located outside of the machine tool enclosure, and a wireless communications module (26;62;94;134;240;260) enabling wireless communication with an associated wireless device located within the machine tool enclosure, wherein the hard-wired measurement device (14;50;80;120;160;200;250;280) is characterized in that it comprises a housing containing the measurement sensor (14,16; 554,56; 90,92; 126,128; 174,176; 218,220), the hard-wired interface module and the wireless communications module (26;62;94;134;240;260), the housing being mountable within the enclosure of a machine tool. a measurement sensor (14,16; 554,56; 90,92; 126,128; 174,176; 218,220) for measuring objects within the machine tool enclosure, a hard-wired interface module for providing an electrical connection via one or more wires with an associated external interface located outside of the machine tool enclosure, and a wireless communications module (26;62;94;134;240;260) enabling wireless communication with an associated wireless device located within the machine tool enclosure, wherein the hard-wired measurement device (14;50;80;120;160;200;250;280) is characterized in that it comprises a housing containing the measurement sensor (14,16; 554,56; 90,92; 126,128; 174,176; 218,220), the hard-wired interface module and the wireless communications module (26;62;94;134;240;260), the housing being mountable within the enclosure of a machine tool.
A photopolymer developing solution for providing a flexographic relief printing plate comprising: a. butylal alone or b. butylal and one or more organic cosolvents that are liquid at room temperature. a. butylal alone or b. butylal and one or more organic cosolvents that are liquid at room temperature.
Copper alloy having the following composition in % by weight: from 10.6 to 18% Al, from 10.5 to 14.5% Ni, optionally also up to 2% Fe, optionally also up to 1% Co, optionally also up to 0.5% Ti, optionally also up to 0.5% Mn, optionally also up to 0.15% B, optionally also up to 0.1% Ca, optionally also up to 0.1% C, balance copper and inevitable impurities, characterised in that the alloy after a hot-forming operation in the temperature range between 610 and 690°C with a deformation degree of at least 20% has a tensile strength of at least 800 MPa, and in that nickel aluminides of the type NiAl are embedded in the structure of the alloy as precipitations. from 10.6 to 18% Al, from 10.5 to 14.5% Ni, optionally also up to 2% Fe, optionally also up to 1% Co, optionally also up to 0.5% Ti, optionally also up to 0.5% Mn, optionally also up to 0.15% B, optionally also up to 0.1% Ca, optionally also up to 0.1% C, balance copper and inevitable impurities, characterised in that the alloy after a hot-forming operation in the temperature range between 610 and 690°C with a deformation degree of at least 20% has a tensile strength of at least 800 MPa, and in that nickel aluminides of the type NiAl are embedded in the structure of the alloy as precipitations.
A vehicle environment sensing system, for a vehicle comprising a first section and a human operator area in a second section, the system comprising: a first sensor, a first communication module, and a first power line; the first sensor being functionally connected to the first communication module, and responsive to an environment in the vicinity of the vehicle to provide first sensor data; and the first communication module being functionally connected to the first power line, and configured to place a first power line data signal on the first power line by modulating a power line data carrier with the first sensor data; the first section including a second communication module and a second power line; the second power line being connected to the first power line; and the second communication module being functionally connected to the second power line, and configured to receive the first power line data signal on the second power line, retrieve the first sensor data from the first power line data signal, and transmit a wireless data signal by modulating a wireless data carrier with the first sensor data retrieved from the first power line data signal; and the second section including a human interface unit and a third communication module; the third communication module being configured to receive the wireless data signal, retrieve the first sensor data from the wireless data signal, and provide the first sensor data to the human interface unit; and the human interface unit being functionally connected to the third communication module, and configured to present the first sensor data in a human-perceivable form. a first sensor, a first communication module, and a first power line; the first sensor being functionally connected to the first communication module, and responsive to an environment in the vicinity of the vehicle to provide first sensor data; and the first communication module being functionally connected to the first power line, and configured to place a first power line data signal on the first power line by modulating a power line data carrier with the first sensor data; the first section including a second communication module and a second power line; the second power line being connected to the first power line; and the second communication module being functionally connected to the second power line, and configured to receive the first power line data signal on the second power line, retrieve the first sensor data from the first power line data signal, and transmit a wireless data signal by modulating a wireless data carrier with the first sensor data retrieved from the first power line data signal; and the second section including a human interface unit and a third communication module; the third communication module being configured to receive the wireless data signal, retrieve the first sensor data from the wireless data signal, and provide the first sensor data to the human interface unit; and the human interface unit being functionally connected to the third communication module, and configured to present the first sensor data in a human-perceivable form.
Film stretching system for sequential, bi-axial stretching by way of at least one transverse stretching region and one film shrinking region, which has a continuous drive chain that moves a film to be treated though the system and that supports clamping elements configured as clips, said drive chain being able to be driven by means of a first drive disposed in the region of the end of the film shrinking region or behind the latter and by way of which drive chain the clips are variable in terms of the mutual spacing thereof, characterized in that at least one second drive is disposed ahead of the film shrinking region in which the mutual spacings of the clips are reducible, said second drive, when coupled by way of a chain wheel toothing, relieving the first drive by absorbing the forces of the drive chain ahead of the film shrinking region, and by way of which second drive in the coupled state it is achieved that a chain force F K3 after the auxiliary drive is small in comparison to a chain force F K2 at the end of the transverse stretching region such that a deflection of adjacent chain links in the direction lateral to the film running direction is adjustable for arbitrary shrinkage rates up to 25%.