mhurhangee/ep-ind-claims huggingface dataset:
A computing device comprising: a wireless power module; a haptic module configured to move the computing device in a direction; and a controller configured to detect a misalignment of the wireless power module with a wireless power transmitter and characterised in that the controller is configured to control the haptic module to move the computing device to be aligned with the wireless power transmitter. a wireless power module; a haptic module configured to move the computing device in a direction; and a controller configured to detect a misalignment of the wireless power module with a wireless power transmitter and characterised in that the controller is configured to control the haptic module to move the computing device to be aligned with the wireless power transmitter.
A reduced pressure treatment system, comprising: a cover structure comprising an outer edge, an upper surface, a lower surface, and at least one opening; a flowable adhesive layer attached to the lower surface of the cover structure, wherein the adhesive layer has a thickness of at least about 0.2 mm; and a port member attached to the upper surface of the cover structure and comprising at least one port lumen in communication with the at least one opening of the cover structure; wherein the port member comprises a port body for fluidly coupling to a negative pressure source, wherein the port body comprises a pressure indicator comprising: an exterior wall, which comprises a translucent, compliant material, the exterior wall defining an interior volume in fluid communication with the negative pressure source; an inner wall, which comprises visually distinctive regions; wherein, in the absence of reduced pressure, the translucency of the exterior wall obscures the visually distinctive regions and, under the application of reduced pressure, air is evacuated from the interior volume, which causes exterior wall to collapse towards the inner wall and contact the visually distinctive regions. a cover structure comprising an outer edge, an upper surface, a lower surface, and at least one opening; a flowable adhesive layer attached to the lower surface of the cover structure, wherein the adhesive layer has a thickness of at least about 0.2 mm; and a port member attached to the upper surface of the cover structure and comprising at least one port lumen in communication with the at least one opening of the cover structure; wherein the port member comprises a port body for fluidly coupling to a negative pressure source, wherein the port body comprises a pressure indicator comprising: an exterior wall, which comprises a translucent, compliant material, the exterior wall defining an interior volume in fluid communication with the negative pressure source; an inner wall, which comprises visually distinctive regions; an exterior wall, which comprises a translucent, compliant material, the exterior wall defining an interior volume in fluid communication with the negative pressure source; an inner wall, which comprises visually distinctive regions; wherein, in the absence of reduced pressure, the translucency of the exterior wall obscures the visually distinctive regions and, under the application of reduced pressure, air is evacuated from the interior volume, which causes exterior wall to collapse towards the inner wall and contact the visually distinctive regions.
Kit comprising a device for intestinal anastomosis enema in situ, and an anastomosis protection device comprising a flexible external sheath connected to a stent located downstream of the sheath, said stent being designed to be anchored upstream of the anastomosis, the enema device comprising a perforated, tubular element of annular shape that can distribute an enema composition, upstream of the anastomosis, a supply tube one end of which emerges in the tubular element and one end of which is open to injection means designed to deliver the composition into said tubular element, holding means for the tubular element upstream of the anastomosis.
A cartridge detachably mountable to a main assembly of an image forming apparatus, said cartridge comprising: a photosensitive drum; a coupling member (264; 1064) provided at an end portion of said photosensitive drum to receive a driving force for rotating said photosensitive drum; and a movable member (402; 412; 422; 432; 1001; 1101) having a portion, a distance of which from an axis of said photosensitive drum is changeable, said movable member (402; 412; 422; 432; 1001; 1101) being movable between (a) a first position in which said portion of said movable member (402; 412; 422; 432; 1001; 1101) is adjacent to an outer peripheral surface of said photosensitive drum, as viewed along the axis of said photosensitive drum, and (b) a second position in which said portion of said movable member (402; 412; 422; 432; 1001; 1101) is more remote from the axis of said photosensitive drum than when said movable member (402; 412; 422; 432; 1001; 1101) is in the first position, as viewed along the axis of said photosensitive drum, wherein when said movable member (402; 412; 422; 432; 1001; 1101) is in the first position, said portion of said movable member (402; 412; 422; 432; 1001; 1101) is disposed on an outer side in an axial direction of said photosensitive drum with respect to a free end of said coupling member (264; 1064). a photosensitive drum; a coupling member (264; 1064) provided at an end portion of said photosensitive drum to receive a driving force for rotating said photosensitive drum; and a movable member (402; 412; 422; 432; 1001; 1101) having a portion, a distance of which from an axis of said photosensitive drum is changeable, said movable member (402; 412; 422; 432; 1001; 1101) being movable between (a) a first position in which said portion of said movable member (402; 412; 422; 432; 1001; 1101) is adjacent to an outer peripheral surface of said photosensitive drum, as viewed along the axis of said photosensitive drum, and (b) a second position in which said portion of said movable member (402; 412; 422; 432; 1001; 1101) is more remote from the axis of said photosensitive drum than when said movable member (402; 412; 422; 432; 1001; 1101) is in the first position, as viewed along the axis of said photosensitive drum, wherein when said movable member (402; 412; 422; 432; 1001; 1101) is in the first position, said portion of said movable member (402; 412; 422; 432; 1001; 1101) is disposed on an outer side in an axial direction of said photosensitive drum with respect to a free end of said coupling member (264; 1064).
An apparatus comprising: a plurality of encoders, each encoder configured to receive a corresponding set of information bits and to generate a set of baseband-encoded symbols representing a vector codeword for transmission over multiple wires, wherein a number of wires corresponds to a number of symbols in the set of baseband-encoded symbols; one or more modulation circuits, each modulation circuit configured to operate on a corresponding set of baseband-encoded symbols, and using a respective unique carrier frequency, to generate a set of carrier-modulated encoded symbols, each modulation circuit having a respective modulator configured to modulate a corresponding baseband-encoded symbol to generate a corresponding carrier-modulated encoded symbol for transmission over a respective wire of the multiple wires; and, a summation circuit configured to generate a set of wire-specific outputs, each wire-specific output representing a sum of a respective symbol of the baseband-encoded symbols and a respective symbol of at least one set of carrier-modulated symbols, the summation circuit configured to provide the wire-specific outputs for transmission over the multiple wires. a plurality of encoders, each encoder configured to receive a corresponding set of information bits and to generate a set of baseband-encoded symbols representing a vector codeword for transmission over multiple wires, wherein a number of wires corresponds to a number of symbols in the set of baseband-encoded symbols; one or more modulation circuits, each modulation circuit configured to operate on a corresponding set of baseband-encoded symbols, and using a respective unique carrier frequency, to generate a set of carrier-modulated encoded symbols, each modulation circuit having a respective modulator configured to modulate a corresponding baseband-encoded symbol to generate a corresponding carrier-modulated encoded symbol for transmission over a respective wire of the multiple wires; and, a summation circuit configured to generate a set of wire-specific outputs, each wire-specific output representing a sum of a respective symbol of the baseband-encoded symbols and a respective symbol of at least one set of carrier-modulated symbols, the summation circuit configured to provide the wire-specific outputs for transmission over the multiple wires.
Monoclonal antibody, characterised in that it binds to Aβ peptides starting with amino acid 11 and having a pyroglutamate at the N-terminus (AβpGlu) with high affinity, wherein said high affinity means a dissociation constant (K D) value of 10 -7 M or better, wherein the variable part of the light chain of said antibody has the nucleotide sequence of SEQ ID NO: 51 or the amino acid sequence of SEQ ID NO: 52, and wherein the variable part of the heavy chain of said antibody has the nucleotide sequence of SEQ ID NO: 53, or the amino acid sequence of SEQ ID NO: 54.
A grill apparatus comprising: a foldable heat generating unit and a foldable grill unit, the grill apparatus comprising the foldable grill unit in which a plurality of grill plates can be mutually unfolded or folded; and the foldable heat generating unit disposed on an upper portion of a support pillar 50 disposed vertically from the grill unit and in which a plurality of heaters can be mutually unfolded or folded while applying infrared rays to the grill unit, wherein the grill unit comprises a main grill plate on which food stuff to be cooked is put and cooked, and a first auxiliary grill plate and a second auxiliary grill plate which are rotatably connected to both sides of the main grill plate, respectively, and are stacked with the main grill plate to be folded on each other, and wherein the heat generating unit comprises a main heater for applying infrared rays to the main grill plate so as to cook the food stuff on the main grill plate, and a first auxiliary heater and a second auxiliary heater which are rotatably connected to both sides of the main heater, respectively, in which infrared rays are applied to the first auxiliary grill plate and the second auxiliary grill plate and which are formed to be foldable with the main heater, wherein the first auxiliary heater comprises a first opening and closing reflector formed to open and close a lower portion of the first auxiliary heater, and wherein the second auxiliary heater comprises a second opening and closing reflector formed to open and close a lower portion of the second auxiliary heater.
A process for the removal of polymer thermoset from a substrate by using cleaving agent without damaging the substrate and the said process comprising the steps of: i. providing a polymer thermoset coated substrate, wherein polymer thermoset is an epoxy resin containing cross linker having at least one S-S bond, ii. preparing 10 to 50% cleaving agent solution in a solvent, wherein cleaving agent comprises bio molecules selected from peptides, proteins or enzymes or combination thereof, iii. removing the polymer thermoset by dipping the substrate as provided in step (i) in cleaving agent solution as prepared in step (ii) for a period in the range of 2 to 6 h at a temperature in the range of 20°C to 100°C to obtain the substrate on the removal of polymer thermoset. i. providing a polymer thermoset coated substrate, wherein polymer thermoset is an epoxy resin containing cross linker having at least one S-S bond, ii. preparing 10 to 50% cleaving agent solution in a solvent, wherein cleaving agent comprises bio molecules selected from peptides, proteins or enzymes or combination thereof, iii. removing the polymer thermoset by dipping the substrate as provided in step (i) in cleaving agent solution as prepared in step (ii) for a period in the range of 2 to 6 h at a temperature in the range of 20°C to 100°C to obtain the substrate on the removal of polymer thermoset.
A compound of Formula IV, wherein M is a divalent metal selected from magnesium (Mg 2+), calcium (Ca 2+), and zinc (Zn 2+), A and B are each RvE1, R 1 and R 2 are each independently -(CH 2) 3 -Y 1, and -(CH 2) 4 -Y 2, where Y 1 and Y 2 are each a basic function selected from a positively charged primary amine, a positively charged secondary amine, a positively charged tertiary amine, and a positively charged guanidine, X 1 and X 2 are each independently H or CO-Z and Z is a peptide comprising 1 to 5 amino acids. M is a divalent metal selected from magnesium (Mg 2+), calcium (Ca 2+), and zinc (Zn 2+), A and B are each RvE1, R 1 and R 2 are each independently -(CH 2) 3 -Y 1, and -(CH 2) 4 -Y 2, where Y 1 and Y 2 are each a basic function selected from a positively charged primary amine, a positively charged secondary amine, a positively charged tertiary amine, and a positively charged guanidine, X 1 and X 2 are each independently H or CO-Z and Z is a peptide comprising 1 to 5 amino acids.
A switch control system comprising a switching member, a high voltage load, a high voltage energy storage, a bi-directional DC/DC-converter operatively connected to the switching member, a high-voltage capacitor operatively connected to the high-voltage load, and a low voltage energy storage operatively connected to the bi-directional DC/DC-converter, wherein the switching member is adapted to connect and disconnect the high voltage energy storage to and from the high voltage load, characterized in that the bi-directional DC/DC-converter is adapted to pre-charge the high-voltage capacitor to a predefined voltage value from the low voltage energy storage before the switching member is closed and adapted to discharge the high-voltage capacitor to the low voltage energy storage when the switching member has been opened and wherein the predefined voltage value is set to alternate between a voltage value that is sometimes lower than the voltage of the high voltage energy storage and that is sometimes higher than the voltage of the high voltage energy storage.
System for associating two elements by their adjacent flexible walls, said system comprising: - said two walls and at least two orifices formed in each of said walls to be aligned two by two when said walls are in a juxtaposed position; - a pair of tabs being operable to be arranged next to the aligned orifices respectively on one side of juxtaposed walls; - mutual coupling means (16, 17) for coupling said tabs, said mutual coupling means being adapted to be engaged through said aligned orifices in a position wherein said walls are plated between said tabs; said system being characterized in that said mutual coupling means comprise a pin provided on one tab and a hole provided on the other tab, the pin and the hole being operable to be disposed respectively through and next to the aligned orifices when said tabs are arranged on either side of the juxtaposed walls, a pin of a tab being arranged to be irreversibly coupled within a hole of another tab in a position wherein said walls are plated between said tabs. - said two walls and at least two orifices formed in each of said walls to be aligned two by two when said walls are in a juxtaposed position; - a pair of tabs being operable to be arranged next to the aligned orifices respectively on one side of juxtaposed walls; - mutual coupling means (16, 17) for coupling said tabs, said mutual coupling means being adapted to be engaged through said aligned orifices in a position wherein said walls are plated between said tabs;
A method for communication between a terminal and an access node in a multiuser multicarrier communications network comprising a plurality of terminals, the method comprising: establishing a link between a terminal and the access node; performing initial estimation of one or more channel offsets, and tracking the one or more channel offsets; estimating one or more channel offsets for future packets to be transmitted by the terminal using the one or more tracked channel offsets; and pre-compensating a transmission to the access node by the terminal using the estimated one or more channel offsets, characterized in that the plurality of terminals are permitted to transmit within a predefined maximum bandwidth and are not permitted to transmit out of band, and the pre-compensation is performed by at least one terminal such that the transmission is transmitted within the predefined maximum bandwidth but arrives at the access node outside of the band permitted at the terminal so that the aggregate signal comprised of transmissions from multiple terminals received by the access node occupies a bandwidth greater or equal to the predefined maximum bandwidth of the terminals. establishing a link between a terminal and the access node; performing initial estimation of one or more channel offsets, and tracking the one or more channel offsets; estimating one or more channel offsets for future packets to be transmitted by the terminal using the one or more tracked channel offsets; and pre-compensating a transmission to the access node by the terminal using the estimated one or more channel offsets, characterized in that the plurality of terminals are permitted to transmit within a predefined maximum bandwidth and are not permitted to transmit out of band, and the pre-compensation is performed by at least one terminal such that the transmission is transmitted within the predefined maximum bandwidth but arrives at the access node outside of the band permitted at the terminal so that the aggregate signal comprised of transmissions from multiple terminals received by the access node occupies a bandwidth greater or equal to the predefined maximum bandwidth of the terminals.
A radio communication method adapted to a plurality of radio base stations (110, 120, 130) covering a plurality of cells partly overlapped with each other in a periphery thereof using a plurality of frequency bands according to a plurality of reception weights for controlling directivity of antennas, wherein each radio base station among the plurality of radio base stations is configured to wirelessly communicate with a plurality of radio terminal stations (111, 112, 113, 121, 122, 123, 131, 132, 133) using a desired frequency band among the plurality of frequency bands, the radio communication method implemented by each radio base station comprising: a receiving step for receiving radio signals from the plurality of radio terminal stations by use of a plurality of reception weights which are determined in advance in connection with the plurality of frequency bands; a first measurement step for measuring signal intensity of the radio signals received from another radio base station and/or the plurality of radio terminal stations belonging to another cell among the plurality of cells with respect to the plurality of frequency bands; a second measurement step for measuring signal utilization frequency of the radio signals received from another radio base station and/or the plurality of radio terminal stations belonging to another cell among the plurality of cells with respect to the plurality of frequency bands; a determination step for determining the desired frequency band as a frequency band having a lowest signal utilization frequency among the plurality of frequency bands precluding a frequency band having a signal intensity below a predetermined threshold level; and a communication step for making a communication using the desired frequency band determined by the determination step. a receiving step for receiving radio signals from the plurality of radio terminal stations by use of a plurality of reception weights which are determined in advance in connection with the plurality of frequency bands; a first measurement step for measuring signal intensity of the radio signals received from another radio base station and/or the plurality of radio terminal stations belonging to another cell among the plurality of cells with respect to the plurality of frequency bands; a second measurement step for measuring signal utilization frequency of the radio signals received from another radio base station and/or the plurality of radio terminal stations belonging to another cell among the plurality of cells with respect to the plurality of frequency bands; a determination step for determining the desired frequency band as a frequency band having a lowest signal utilization frequency among the plurality of frequency bands precluding a frequency band having a signal intensity below a predetermined threshold level; and a communication step for making a communication using the desired frequency band determined by the determination step.
A system for assessing the performance of an agricultural implement, the system comprising a ground engaging tool configured to engage soil within a field as the agricultural implement is moved across the field such that the ground engaging tool creates a field material cloud aft of the ground engaging tool in a direction of travel of the agricultural implement, the system comprising a sensor configured to detect a cloud characteristic of the field material cloud; and a controller communicatively coupled to the sensor, the controller being configured to monitor data received from the sensor and assess the agricultural operation being performed based at least in part on the cloud characteristic, wherein the cloud characteristic corresponds to at least one of particle sizes of particles within the field material cloud, a cloud height of the field material cloud, cloud width of the field material cloud or a density of the field material cloud; wherein the controller is configured to compare the cloud characteristic to a predetermined characteristic range defined for the cloud characteristic; and the controller is configured to assess whether field conditions or outputs of the agricultural operation are acceptable based on the comparison of the detected cloud characteristic to the predetermined range. a sensor configured to detect a cloud characteristic of the field material cloud; and a controller communicatively coupled to the sensor, the controller being configured to monitor data received from the sensor and assess the agricultural operation being performed based at least in part on the cloud characteristic, wherein the cloud characteristic corresponds to at least one of particle sizes of particles within the field material cloud, a cloud height of the field material cloud, cloud width of the field material cloud or a density of the field material cloud; wherein the controller is configured to compare the cloud characteristic to a predetermined characteristic range defined for the cloud characteristic; and the controller is configured to assess whether field conditions or outputs of the agricultural operation are acceptable based on the comparison of the detected cloud characteristic to the predetermined range.