mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: executing, on a first layer two, "L2", device, an operations, administration, and management, "OAM", protocol to monitor a first L2 network, wherein the first L2 device operates within the first L2 network; determining that a network path to a second L2 device via a layer three, "L3", device is a preferred network path, wherein the second L2 device operates in a second L2 network, wherein the first and second L2 networks are coupled by an intermediate L3 network, and wherein the L3 device couples the first L2 network with the L3 network; and issuing, with the OAM protocol executing on the first L2 device, an L2 frame comprising an L2 continuity check message to the L3 device, wherein the L2 continuity check message is used by the OAM protocol to detect connectivity failures between a sending device and a destination device, and wherein the L2 frame includes both: 1) continuity check message fields comprising a common Connectivity Fault Management header, a sequence number, a maintenance associate end point identifier, a maintenance association identifier, and standards-based information, and 2) a type-length-value, "TLV", field (82; 90; 100) carrying additional data that indicates whether the L3 device is within the preferred network path. executing, on a first layer two, "L2", device, an operations, administration, and management, "OAM", protocol to monitor a first L2 network, wherein the first L2 device operates within the first L2 network; determining that a network path to a second L2 device via a layer three, "L3", device is a preferred network path, wherein the second L2 device operates in a second L2 network, wherein the first and second L2 networks are coupled by an intermediate L3 network, and wherein the L3 device couples the first L2 network with the L3 network; and issuing, with the OAM protocol executing on the first L2 device, an L2 frame comprising an L2 continuity check message to the L3 device, wherein the L2 continuity check message is used by the OAM protocol to detect connectivity failures between a sending device and a destination device, and wherein the L2 frame includes both: 1) continuity check message fields comprising a common Connectivity Fault Management header, a sequence number, a maintenance associate end point identifier, a maintenance association identifier, and standards-based information, and 2) a type-length-value, "TLV", field (82; 90; 100) carrying additional data that indicates whether the L3 device is within the preferred network path. 1) continuity check message fields comprising a common Connectivity Fault Management header, a sequence number, a maintenance associate end point identifier, a maintenance association identifier, and standards-based information, and 2) a type-length-value, "TLV", field (82; 90; 100) carrying additional data that indicates whether the L3 device is within the preferred network path.
A method for sharpening a blade, comprising: - providing an automatic sharpening apparatus having a housing with an elongate opening defined therein, - providing a first motor in operative engagement with a lead screw and a second motor in operative engagement with a grinding wheel, the lead screw having one end attached to the housing and an opposite end attached to the first motor, the second motor being connected to a grinding mechanism supporting the grinding wheel, - placing a blade inside the elongate opening, - tightening the blade between first and second self-centered clamp holders (137, 138), - tightening the clamp holders (137, 138) about the blade by turning a knob and sliding adjustment screws (146, 148) relative to elongate openings (152, 154) of the first clamp holder and sliding an adjustment screw relative to an elongate opening of the second clamp holder to urge the clamp holders (137, 138) towards one another, the elongated openings (152, 154, 156) being at an angle other than a right angle relative to the movement of the clamp holders (138, 137), the second motor rotating the grinding wheel, the rotating grinding wheel engaging the blade and automatically moving along the blade by following a contour of the blade, the first motor rotating the lead screw, the rotating lead screw moving the grinding mechanism and the grinding wheel along the blade, while the grinding wheel moving along the blade, a counter-weight providing a counter-weight to the grinding wheel, - sharpening the blade while the blade being stationary inside the elongate opening of the housing. - providing an automatic sharpening apparatus having a housing with an elongate opening defined therein, - providing a first motor in operative engagement with a lead screw and a second motor in operative engagement with a grinding wheel, the lead screw having one end attached to the housing and an opposite end attached to the first motor, the second motor being connected to a grinding mechanism supporting the grinding wheel, - placing a blade inside the elongate opening, - tightening the blade between first and second self-centered clamp holders (137, 138), - tightening the clamp holders (137, 138) about the blade by turning a knob and sliding adjustment screws (146, 148) relative to elongate openings (152, 154) of the first clamp holder and sliding an adjustment screw relative to an elongate opening of the second clamp holder to urge the clamp holders (137, 138) towards one another, the elongated openings (152, 154, 156) being at an angle other than a right angle relative to the movement of the clamp holders (138, 137), the second motor rotating the grinding wheel, the rotating grinding wheel engaging the blade and automatically moving along the blade by following a contour of the blade, the first motor rotating the lead screw, the rotating lead screw moving the grinding mechanism and the grinding wheel along the blade, while the grinding wheel moving along the blade, a counter-weight providing a counter-weight to the grinding wheel, - sharpening the blade while the blade being stationary inside the elongate opening of the housing.
A bale press comprising a pressing passage for compressing agricultural crop material into bales (3, 4), at least one knotter for knotting twine wrapped around a finished bale and a twine storage means having twine rolls for supplying the knotter, wherein the twine storage means includes at least one magazine in which the twine rolls are received with axes disposed on the same line, characterised in that the axis extends in the longitudinal direction of the pressing passage.
A filtering mask comprising: at least one filter media layer configured to filter particulate matter to produce breathable air and comprising an outer layer and an inner layer, the inner layer forming an inner surface of the filtering mask; and at least one anti-counterfeit layer attached to the at least one filter media layer, configured to identify the filtering mask as a legitimate filter and distinguish the filtering mask from counterfeit masks, wherein the at least one anti-counterfeit layer comprises at least one logo incorporated into at least one surface of the at least one anti-counterfeit layer, wherein the at least one anti-counterfeit layer is located between the inner layer and the outer layer. at least one filter media layer configured to filter particulate matter to produce breathable air and comprising an outer layer and an inner layer, the inner layer forming an inner surface of the filtering mask; and at least one anti-counterfeit layer attached to the at least one filter media layer, configured to identify the filtering mask as a legitimate filter and distinguish the filtering mask from counterfeit masks, wherein the at least one anti-counterfeit layer comprises at least one logo incorporated into at least one surface of the at least one anti-counterfeit layer, wherein the at least one anti-counterfeit layer is located between the inner layer and the outer layer.
A powder container comprising a container body configured to store powder, the container body including an inner peripheral surface of a spiral shape and being configured to rotate around a longitudinal axis to convey the powder by the spiral shape in one direction, the inner peripheral surface having a substantially polygonal shape having rounded corners or a shape in which sides of the substantially polygonal shape are recessed, in cross section orthogonal to a longitudinal direction of the longitudinal axis at a predetermined position, the inner peripheral surface having a region in which the cross-sectional shape at a position shifted from the predetermined position by a predetermined amount within one pitch of the spiral shape in the longitudinal direction is a shape obtained by rotating the substantially polygonal shape having the rounded corners or the shape in which the sides of the substantially polygonal shape are recessed, around the longitudinal axis. the inner peripheral surface having a substantially polygonal shape having rounded corners or a shape in which sides of the substantially polygonal shape are recessed, in cross section orthogonal to a longitudinal direction of the longitudinal axis at a predetermined position, the inner peripheral surface having a region in which the cross-sectional shape at a position shifted from the predetermined position by a predetermined amount within one pitch of the spiral shape in the longitudinal direction is a shape obtained by rotating the substantially polygonal shape having the rounded corners or the shape in which the sides of the substantially polygonal shape are recessed, around the longitudinal axis.
Pane construction, particularly to be used in a motor vehicle, comprising transparent panes (4, 6), layers (2, 3, 5, 7, 8) and/or foils made of glass, ceramic, plastic or organic material, which are connected in a layered manner in a laminate; and a transparent IR (infrared) reflecting layer means or IR reflecting foil for reflecting IR radiation of the sunlight impinging the pane construction; a transparent UV (ultra violet) reflecting layer means or UV reflecting foil for reflecting UV radiation of the sunlight impinging the pane construction; electrically controllable or switchable electrochromic layer means for electrical controlling or switching of the light transparency of the pane construction; and an outer pane made of glass, glass ceramic or plastic wherein the IR reflecting layer means or foil or IR and UV reflecting layer means or foil adjoins the outer pane and the UV reflecting layer means or foil is arranged next to the IR reflecting layer means or foil in a laminate, characterized in that the UV reflecting layer means or foil or the IR and UV reflecting layer means comprising at least one cholesteric layer (3.2; 3.22, 3.24) that reflects UV radiation, wherein the cholesteric layer (3.2; 3.22, 3.24) has at least one reflection maximum at an UV wavelength in a range between approximately 300 and 400 nm, or that the UV reflecting layer means or foil or IR and UV reflecting foil comprises a plurality of cholesteric layers for reflecting UV radiation, wherein the cholesteric layers have different reflection maximums at UV wavelengths in a range between approximately 300 and 400 nm.
A method performed by a wireless device, operating in a wireless communications network, the method comprising: sending a Random Access Preamble to a network node; receiving, in response to the Random Access Preamble, a Random Access Response comprising an uplink transmission grant for the UE; and sending, to the network node in response to the received Random Access Response comprising the uplink transmission grant, a message comprising a one byte header prepended to a payload, the header including a first indicator, the first indicator indicating that the message is of a first type having a fixed size Service Data Unit, SDU, as the payload, and the header omitting a second indicator indicating a payload length. sending a Random Access Preamble to a network node; receiving, in response to the Random Access Preamble, a Random Access Response comprising an uplink transmission grant for the UE; and sending, to the network node in response to the received Random Access Response comprising the uplink transmission grant, a message comprising a one byte header prepended to a payload, the header including a first indicator, the first indicator indicating that the message is of a first type having a fixed size Service Data Unit, SDU, as the payload, and the header omitting a second indicator indicating a payload length.
An orthotic joint splint having a flat upper articulated arm and a flat lower articulated arm, which is mounted pivotably in an articulation axis perpendicular to said upper articulated arm and which overlaps said arm in the region of the articulation axis, characterized in that on or in the upper articulated arm a pad carriage with a pad is displaceably mounted in a carriage track and the pad carriage is coupled in a positively guided manner to the lower articulated arm via a motion transmitting mechanism, selected from cam mechanisms and mechanical linkages.
Packaging box for timepieces comprising externally, on the one hand, a base arranged to hold inside at least one removable tray, and on the other hand, at least one lid arranged to cooperate in a complementary manner with said base to close said box, each said tray comprising at least one inner compartment for receiving a timepiece, said compartment being delimited by a bottom, and a peripheral partition, and said box comprising, in each said compartment, at least one resilient pad arranged to be centred inside said compartment, and to be pressed onto a said timepiece by said lid when said box is closed, characterized in that said box comprises, in each said compartment, at least one main through orifice arranged to allow a sensor or tool access to a said timepiece occupying said compartment, and in that each said resilient pad comprises at least one secondary orifice arranged to cooperate in alignment with a said main orifice, and to allow a said sensor or tool access to said timepiece occupying said compartment.
A polypeptide having amylase activity comprising an amino acid sequence having at least 78 % sequence identity to the amino acid sequence of SEQ ID NO: 1, and wherein the polypeptide comprises an amino acid substitution at position 42, wherein the amino acid substitution is 42K/A/V/N/I/H/F, with reference to the position numbering of the sequence shown as SEQ ID NO: 1; wherein the polypeptide has improved thermostability compared to the amylase of SEQ ID NO: 1.
A mobile device (20, 60) for use in a wireless network, the device comprising: means for storing base station almanac, BSA, data, wherein the almanac data is associated with at least one land-based base station (24, 26, 28, 30); means for receiving information indicative of an up-to-date almanac data version from a network server wherein the receiving means comprises a notification receiver for receiving a notification from the network server that the stored almanac data is not up-to-date, the notification being initiated by a location server independently of operation of the mobile device and being based on a comparison of an up-to-date almanac data version with an almanac data version of the mobile device, both versions stored in memories of the location server, and a determination that the almanac data version of the mobile device is out-of-date means for determining whether the almanac data stored by the mobile device is up-to-date based on the notification received from the network server; and means for requesting up-to-date almanac data in response to the determination that the almanac data stored by the mobile device is not up-to-date. means for storing base station almanac, BSA, data, wherein the almanac data is associated with at least one land-based base station (24, 26, 28, 30); means for receiving information indicative of an up-to-date almanac data version from a network server wherein the receiving means comprises a notification receiver for receiving a notification from the network server that the stored almanac data is not up-to-date, the notification being initiated by a location server independently of operation of the mobile device and being based on a comparison of an up-to-date almanac data version with an almanac data version of the mobile device, both versions stored in memories of the location server, and a determination that the almanac data version of the mobile device is out-of-date means for determining whether the almanac data stored by the mobile device is up-to-date based on the notification received from the network server; and means for requesting up-to-date almanac data in response to the determination that the almanac data stored by the mobile device is not up-to-date.
A processing system, comprising: a first processing unit coupled to a first memory; and a second processing unit coupled to a remote second memory; wherein the first memory comprises a coherent memory and a private memory that is private to the first processing unit, and wherein the first processing unit is further configured to: receive a request to access a requested memory word and to determine whether the requested memory word is stored in a local memory of the first processing unit; store a stored list of all addresses of memory that are cached in a cache of the first processing unit, cached in the remote second memory of the second processing unit, and cached in any other component of the processing system, and send a memory probe to the second processing unit to determine whether the remote second memory of the second processing unit holds the requested memory word in a cache line with a value that is different from the value stored in the first memory of the first processing unit, wherein the memory probe is sent when there is a match for the requested memory word in the stored list of all addresses. a first processing unit coupled to a first memory; and a second processing unit coupled to a remote second memory; wherein the first memory comprises a coherent memory and a private memory that is private to the first processing unit, and wherein the first processing unit is further configured to: receive a request to access a requested memory word and to determine whether the requested memory word is stored in a local memory of the first processing unit; store a stored list of all addresses of memory that are cached in a cache of the first processing unit, cached in the remote second memory of the second processing unit, and cached in any other component of the processing system, and send a memory probe to the second processing unit to determine whether the remote second memory of the second processing unit holds the requested memory word in a cache line with a value that is different from the value stored in the first memory of the first processing unit, wherein the memory probe is sent when there is a match for the requested memory word in the stored list of all addresses. receive a request to access a requested memory word and to determine whether the requested memory word is stored in a local memory of the first processing unit; store a stored list of all addresses of memory that are cached in a cache of the first processing unit, cached in the remote second memory of the second processing unit, and cached in any other component of the processing system, and send a memory probe to the second processing unit to determine whether the remote second memory of the second processing unit holds the requested memory word in a cache line with a value that is different from the value stored in the first memory of the first processing unit, wherein the memory probe is sent when there is a match for the requested memory word in the stored list of all addresses.
A fat or oil composition, comprising the following components,, and: a fat or oil in which a content of α-linolenic acid in constituent fatty acids of the fat or oil is from 15 to 60 mass%; a rosemary extract at a content of from 0.005 to 0.25 mass%; and a thyme extract, a basil extract, or a combination thereof at a content of from 0.00001 to 0.0025 mass%. a fat or oil in which a content of α-linolenic acid in constituent fatty acids of the fat or oil is from 15 to 60 mass%; a rosemary extract at a content of from 0.005 to 0.25 mass%; and a thyme extract, a basil extract, or a combination thereof at a content of from 0.00001 to 0.0025 mass%.
A constant current source circuit comprising a main circuit, wherein the main circuit comprises a first three-terminal regulator, a transistor, a sample resistor and a load, wherein an output terminal of the first three-terminal regulator is connected with a control Electrode (b) of the transistor, a reference Electrode (e) of the transistor is connected with a voltage input terminal, a working Electrode (c) is connected with one end of the load, and the other end of the load is connected with one end of the sample resistor, and the other end of the sample resistor and an input terminal of the first three-terminal regulator are connected to a reference potential (AGND), respectively, wherein the constant current source circuit further comprises an adjusting unit that comprises a voltage regulating unit, a fourth resistor and a fifth resistor, characterized in that the voltage regulating unit is a second three-terminal regulator that has an adjusting terminal connected with an adjusting terminal of the first three-terminal regulator through the fourth resistor, an output terminal connected with the voltage input terminal through a second resistor, and an input terminal connected with the reference potential (AGND), and the fifth resistor is connected between the adjusting terminal of the first three-terminal regulator and a node that is between the load and the sample resistor.
A multiple subscriber identity arrangement comprising a modem and a control unit associated with said modem, wherein the modem is capable of receiving messages related to either one of at least first and second subscriber identities, but not simultaneously, characterised by the control unit is configured to, when ongoing background communication activity associated with the first subscriber identity is being performed while, at the same time, no ongoing foreground communication activity associated with the first subscriber identity is being performed: - determine (S2-1,S2-2) whether gaps (40, 44, 50, 54) not allocated for the ongoing background communication activity associated with the first subscriber identity coincide with activity occasions (41-42, 51-53) associated with the second subscriber identity; and, - if at least one gap (44, 54) not allocated for the ongoing background communication activity associated with the first subscriber identity coincides with at least one activity occasion associated with the second subscriber identity, cause the modem to perform at least one activity associated with the second subscriber identity in the at least one gap. - determine (S2-1,S2-2) whether gaps (40, 44, 50, 54) not allocated for the ongoing background communication activity associated with the first subscriber identity coincide with activity occasions (41-42, 51-53) associated with the second subscriber identity; and, - if at least one gap (44, 54) not allocated for the ongoing background communication activity associated with the first subscriber identity coincides with at least one activity occasion associated with the second subscriber identity, cause the modem to perform at least one activity associated with the second subscriber identity in the at least one gap.