mhurhangee/ep-ind-claims huggingface dataset:
A method for link aggregation, comprising: turning off data frame transmitting-receiving functions of all ports; when a timer of a Transmit machine expires, selecting, by a Selection Logic machine, a TRUNK for a port, setting and starting a timer of a Mux machine, and preparing, by the Mux machine, to add the port to the selected TRUNK; and adding, by the Mux machine, the port to the selected TRUNK when the timer of the Mux machine and the timer of the Transmit machine expire simultaneously, turning on, by the Mux machine, the data frame transmitting-receiving function of the port according to aggregation state information in a received Link Aggregation Control Protocol Data Unit, LACPDU, message, and performing, by the Mux machine, application message transmission. turning off data frame transmitting-receiving functions of all ports; when a timer of a Transmit machine expires, selecting, by a Selection Logic machine, a TRUNK for a port, setting and starting a timer of a Mux machine, and preparing, by the Mux machine, to add the port to the selected TRUNK; and adding, by the Mux machine, the port to the selected TRUNK when the timer of the Mux machine and the timer of the Transmit machine expire simultaneously, turning on, by the Mux machine, the data frame transmitting-receiving function of the port according to aggregation state information in a received Link Aggregation Control Protocol Data Unit, LACPDU, message, and performing, by the Mux machine, application message transmission.
Resistance thermometer, consisting of several components, comprising at least one substrate, which is essentially made from a material whose thermal expansion coefficient is essentially greater than 10.5 ppp/K, at least one resistance element, which is arranged on the substrate, and at least one electrically isolating separation layer, which is essentially arranged between the resistance element and the substrate, wherein the components (1, 2, 3, 4, 5, 6) of the resistance thermometer are designed and harmonized with one another in such a way that a resulting effective thermal expansion coefficient TCE eff of the resistance thermometer corresponds to a predefinable value, wherein the effective thermal expansion coefficient TCE eff of the resistance thermometer essentially is defined approximately by the following formula: TCE eff = FORMULA where N is the number of components of the resistance thermometer, the running number i designates the individual components, TCE i designates the thermal expansion coefficient, d i the thickness and E i the elasticity of the individual components, and where F i takes a geometrical factor into account, in that the effective thermal expansion coefficient TCE eff is greater than or equal to the thermal expansion coefficient of the bulk metal of the resistance element, characterized in that on the basis of the formula for TCE eff, the resistance thermometer is sized to suit a necessary temperature coefficient TCR above 3900 ppm/K.
A tyre pressure sensing module (104, 200) for fitting to a wheel of a vehicle comprising a pneumatic tyre, the sensing module (104, 200) comprising: a pressure sensor for sensing a pressure of a gas retained within the pneumatic tyre and comprising a pressure check register configured to store data indicating that a request for tyre pressure data has been received; a receiver configured to receive, from a pressure reader module of a user module, data comprising the request for tyre pressure data indicative of the pressure of the gas retained within the pneumatic tyre and indicating that the user module is proximal to the tyre pressure sensor; a transmitter configured to transmit to an apparatus, data comprising an indication confirming whether a tyre pressure check has been carried out based on whether the request for tyre pressure data was received, wherein receipt of the request for tyre pressure data indicates that the user module has been proximal to the tyre pressure sensor. a pressure sensor for sensing a pressure of a gas retained within the pneumatic tyre and comprising a pressure check register configured to store data indicating that a request for tyre pressure data has been received; a receiver configured to receive, from a pressure reader module of a user module, data comprising the request for tyre pressure data indicative of the pressure of the gas retained within the pneumatic tyre and indicating that the user module is proximal to the tyre pressure sensor; a transmitter configured to transmit to an apparatus, data comprising an indication confirming whether a tyre pressure check has been carried out based on whether the request for tyre pressure data was received, wherein receipt of the request for tyre pressure data indicates that the user module has been proximal to the tyre pressure sensor.
A composition, comprising: i) 1,2-dichloro-1,2-difluoroethylene; and ii) a compound selected from R-1336mzzZ, R-1233zdE, R-1336mzzE, R-1224ydZ, R-1234zeZ, R-1336yf, and R-1336zeE. i) 1,2-dichloro-1,2-difluoroethylene; and ii) a compound selected from R-1336mzzZ, R-1233zdE, R-1336mzzE, R-1224ydZ, R-1234zeZ, R-1336yf, and R-1336zeE.
Compressor (14a-g) with a shaft sealing device (10a-g) with at least one seal (16a-g) which is formed between a shaft (18a-g) and at least one component (20a-g) arranged around the shaft (18a-g) and by means of which a process gas space (44a-g) in the compressor (14a-g) with a process gas (28a-g) at a process gas pressure (p PG) can be sealed against an egress of the process gas (28a-g) from the compressor (14a-g), characterised by at least one closure means (22a-g) for automatically closing, brought about by an overpressure of the process gas (28a-g), in the event of a pressure difference (Δp) across the seal (16a-g).
A method comprising: applying a heater current to a heater of a magnetic head; and determining a resistance change of a temperature sensor (120, 124) located at a region of proximity to a magnetic media, the resistance change occurring in response to the heater current; characterized in that: the heater current is an AC-modulated DC heater current; the temperature sensor is separate from the heater, and a contact between the magnetic head and the magnetic media is determined based on a frequency-domain signature of the resistance change, said signature comprising an inflection point or local extremum of the resistance change. applying a heater current to a heater of a magnetic head; and determining a resistance change of a temperature sensor (120, 124) located at a region of proximity to a magnetic media, the resistance change occurring in response to the heater current; characterized in that: the heater current is an AC-modulated DC heater current; the temperature sensor is separate from the heater, and the heater current is an AC-modulated DC heater current; the temperature sensor is separate from the heater, and a contact between the magnetic head and the magnetic media is determined based on a frequency-domain signature of the resistance change, said signature comprising an inflection point or local extremum of the resistance change.
Method for reinforcing a slab of natural or artificial stone material comprising the steps of: a) sealing the non-visible surface of the slab and, where necessary, the surfaces of the edges (18, 20, 22, 24); b) positioning the slab on a support surface, with the visible surface directed upwards; c) providing an adhesive bead on the visible surface, in the vicinity of the perimetral edge of the slab; d) distributing a resin over the visible surface, in the zone bounded by the adhesive bead; e) under vacuum conditions, arranging on top of the slab a sheet of anti-adhesive material and then applying pressure, on the resin by means of a press ram; f) restoring the atmospheric pressure; g) hardening the resin; and h) finish-machining the slab. a) sealing the non-visible surface of the slab and, where necessary, the surfaces of the edges (18, 20, 22, 24); b) positioning the slab on a support surface, with the visible surface directed upwards; c) providing an adhesive bead on the visible surface, in the vicinity of the perimetral edge of the slab; d) distributing a resin over the visible surface, in the zone bounded by the adhesive bead; e) under vacuum conditions, arranging on top of the slab a sheet of anti-adhesive material and then applying pressure, on the resin by means of a press ram; f) restoring the atmospheric pressure; g) hardening the resin; and h) finish-machining the slab.
An absorbent article having a wearer-facing side and a garment-facing side, and extending in a longitudinal direction and a transversal direction, the article comprising: - a topsheet on the wearer-facing side; - a backsheet on the garment-facing side; and - an absorbent core between the topsheet and the backsheet, wherein the absorbent core comprises an absorbent material layer enclosed between a top layer and a bottom layer, the absorbent material layer comprising a longitudinally-extending central portion, a first side portion disposed transversally outward of the central portion and a second side portion disposed transversally outward of the central portion on another side of the central portion; wherein the absorbent core further comprises a first folding guide between the central portion and the first side portion, and a second folding guide between the central portion and the second side portion, and the absorbent core forms a three-dimensional basin when folded; wherein each side portion comprises a plurality of winglets (610-617, 620-627) having a proximal side (6200, 6210, 6220) relative to a folding guide and extending outward from this proximal side, and wherein neighboring winglets are separated from another by gaps between their neighboring sides (6202-6211, 6213-6221); characterized in that for each side portion the gaps between two neighboring winglets comprise at least one gap which has a substantially constant width and at least one gap which has a generally triangular shape. - a topsheet on the wearer-facing side; - a backsheet on the garment-facing side; and - an absorbent core between the topsheet and the backsheet, wherein the absorbent core comprises an absorbent material layer enclosed between a top layer and a bottom layer, the absorbent material layer comprising a longitudinally-extending central portion, a first side portion disposed transversally outward of the central portion and a second side portion disposed transversally outward of the central portion on another side of the central portion; wherein the absorbent core further comprises a first folding guide between the central portion and the first side portion, and a second folding guide between the central portion and the second side portion, and the absorbent core forms a three-dimensional basin when folded; wherein each side portion comprises a plurality of winglets (610-617, 620-627) having a proximal side (6200, 6210, 6220) relative to a folding guide and extending outward from this proximal side, and wherein neighboring winglets are separated from another by gaps between their neighboring sides (6202-6211, 6213-6221); characterized in that for each side portion the gaps between two neighboring winglets comprise at least one gap which has a substantially constant width and at least one gap which has a generally triangular shape.
A battery management system configured to determine a self-discharge rate of at least one battery cell, the battery management system comprising: an analog-to-digital converter, ADC (104A-104D), ADO, circuit coupled to the at least one battery cell (100A-100D) and configured to receive an analog input signal representing a voltage of the at least one battery cell and generate digital codes representing the analog input signal at corresponding time intervals; characterised in that the battery management system further comprising a processor configured to: receive the digital codes; determine a length of time at which corresponding ones of the digital codes remain; and determine the self-discharge rate of the at least one battery cell using the determined length of time. an analog-to-digital converter, ADC (104A-104D), ADO, circuit coupled to the at least one battery cell (100A-100D) and configured to receive an analog input signal representing a voltage of the at least one battery cell and generate digital codes representing the analog input signal at corresponding time intervals; characterised in that the battery management system further comprising a processor configured to: receive the digital codes; determine a length of time at which corresponding ones of the digital codes remain; and determine the self-discharge rate of the at least one battery cell using the determined length of time. receive the digital codes; determine a length of time at which corresponding ones of the digital codes remain; and determine the self-discharge rate of the at least one battery cell using the determined length of time.
A device for reducing vibrations and sounds in a structure, comprising an attachment, which is arranged to be connected to the structure, a rotary bearing, which comprises an inner ring and an outer ring connected to the attachment, at least one spring element, which is connected to the inner ring and extends along two main axes (y, z) which are perpendicular to each other, and at least one weight element, which is connected to the spring element and forms a dynamic mass, characterized in that the spring element has a different rigidity with respect to the two main axes (y, z), and that the spring element, by means of the rotary bearing, is rotatable around an axis (x) of rotation, which is perpendicular to the two main axes (y, z), to an optimum position for different operation states.
A method for determining resources in a Physical Uplink Control Channel, PUCCH, in a 3GPP system, comprising: determining, by an apparatus, a channel resource index n PUCCH 1 of the PUCCH according to physical resources of an enhanced Physical Downlink Control Channel, ePDCCH, wherein, the PUCCH is used for carrying positive acknowledgement/negative acknowledgement, ACK/NACK, information about a Physical Downlink Shared Channel, PDSCH, indicated by the ePDCCH; the physical resources of the ePDCCH comprising: an antenna port index and any one or more of a physical resource block or an enhanced Control Channel Element, eCCE, characterised in that the step of determining, by an apparatus, a channel resource index n PUCCH 1 of the PUCCH according to physical resources of an ePDCCH comprises: determining, by the apparatus, the n PUCCH 1 according to the following equation: n PUCCH 1 = f n PR + offset + N PUCCH Start; wherein, the n PR is a renumbered physical resource block index for carrying the ePDCCH, or the n PR is an enhanced control channel element index for carrying the ePDCCH; and the N PUCCH Start is an initial position of the channel resources of the PUCCH; wherein, offset = offset1 + ARI, wherein, wherein, when the ePDCCH is in a distributed transmission mode, offset1 is 0, when the ePDCCH is in a localized transmission mode, offset1 is determined according to the antenna port index of the ePDCCH, and the ARI value is configured by the indication signaling. determining, by an apparatus, a channel resource index n PUCCH 1 of the PUCCH according to physical resources of an enhanced Physical Downlink Control Channel, ePDCCH, wherein, the PUCCH is used for carrying positive acknowledgement/negative acknowledgement, ACK/NACK, information about a Physical Downlink Shared Channel, PDSCH, indicated by the ePDCCH; the physical resources of the ePDCCH comprising: an antenna port index and any one or more of a physical resource block or an enhanced Control Channel Element, eCCE, characterised in that the step of determining, by an apparatus, a channel resource index n PUCCH 1 of the PUCCH according to physical resources of an ePDCCH comprises: determining, by the apparatus, the n PUCCH 1 according to the following equation: n PUCCH 1 = f n PR + offset + N PUCCH Start; determining, by the apparatus, the n PUCCH 1 according to the following equation: n PUCCH 1 = f n PR + offset + N PUCCH Start; wherein, the n PR is a renumbered physical resource block index for carrying the ePDCCH, or the n PR is an enhanced control channel element index for carrying the ePDCCH; and the N PUCCH Start is an initial position of the channel resources of the PUCCH; wherein, offset = offset1 + ARI, wherein, wherein, when the ePDCCH is in a distributed transmission mode, offset1 is 0, when the ePDCCH is in a localized transmission mode, offset1 is determined according to the antenna port index of the ePDCCH, and the ARI value is configured by the indication signaling.
A method for operating a mobile terminal, the method comprising: displaying a plurality of items in a deform display area of a screen on a display, the screen comprising the deform display area and a general display area; receiving a first input for swiping a first item among the plurality of items included in the deform display area toward the general display area; and displaying an execution screen of a first application corresponding to the first item among the plurality of items in the general display area in response to the first input, characterized in that the method is further comprises: receiving a second input, which is longer than a preset time for selecting a second item among the plurality of items, display a plurality of interlock device icons in the general display area, wherein each of the plurality of interlock device icons is representing a peripheral device paired with the mobile terminal, receiving a third input for dragging the selected second item to an interlock device icon among the plurality of interlock device icons, and transmitting an execution request for executing a second application corresponding to the second item to the peripheral device corresponding to the interlock device icon. displaying a plurality of items in a deform display area of a screen on a display, the screen comprising the deform display area and a general display area; receiving a first input for swiping a first item among the plurality of items included in the deform display area toward the general display area; and displaying an execution screen of a first application corresponding to the first item among the plurality of items in the general display area in response to the first input, characterized in that the method is further comprises: receiving a second input, which is longer than a preset time for selecting a second item among the plurality of items, display a plurality of interlock device icons in the general display area, wherein each of the plurality of interlock device icons is representing a peripheral device paired with the mobile terminal, receiving a third input for dragging the selected second item to an interlock device icon among the plurality of interlock device icons, and transmitting an execution request for executing a second application corresponding to the second item to the peripheral device corresponding to the interlock device icon. receiving a second input, which is longer than a preset time for selecting a second item among the plurality of items, display a plurality of interlock device icons in the general display area, wherein each of the plurality of interlock device icons is representing a peripheral device paired with the mobile terminal, receiving a third input for dragging the selected second item to an interlock device icon among the plurality of interlock device icons, and transmitting an execution request for executing a second application corresponding to the second item to the peripheral device corresponding to the interlock device icon.
A method of cutting a wafer of composite core from a bulk composite core comprises a plurality of tube members arranged in a two-dimensional array, each tube member defining a passageway extending therethrough, the method comprising the steps of: stabilizing the bulk composite core with a fixture (2501, 2701, 2801), wherein the fixture comprises an outer fixture (2503a-f) that surrounds and supports the bulk composite core by having an inner surface that mirrors and lies adjacent to each outwardly exposed cell wall of outwardly located tube members; positioning the bulk composite core within the fixture so as to partially expose a desired amount for cutting; and cutting through each of the tube members at an exposed portion. stabilizing the bulk composite core with a fixture (2501, 2701, 2801), wherein the fixture comprises an outer fixture (2503a-f) that surrounds and supports the bulk composite core by having an inner surface that mirrors and lies adjacent to each outwardly exposed cell wall of outwardly located tube members; positioning the bulk composite core within the fixture so as to partially expose a desired amount for cutting; and cutting through each of the tube members at an exposed portion.
Floor panel comprising a substrate, a decorative layer and a wear layer, said decorative layer being positioned between the substrate and the wear layer, wherein at least one of the substrate, the decorative layer and the wear layer comprises a thermoplastic synthetic material, the floor panel further comprising a foamed backing layer attached to a side of the floor panel opposite to the wear layer, characterized in that the foamed backing layer has a density of at least 120 kg/m 3 and a compressive strength value as determined in accordance with ASTM D 3575-91 (25 %) of at least 210 kPa.
Method for making a groutless tile comprising: providing a durable component; molding a substrate to receive at least a portion of the durable component; affixing the durable component to the substrate; and milling at least a portion of the substrate to create a first coupling member on an edge of the substrate and a second coupling member on another edge of the substrate, characterized in that said affixing and said molding are performed simoultaneously, resulting in a semi-finished product including at least a support structure formed by said substrate and a decorative element formed by said durable component and in that said milling is performed on the edge portions of the support structure of the semifinished product.
A composition comprising a decomposed platelet concentrate containing ≤ 50 % intact platelets, ≥ 200 pg/ml RANTES and body fat cells for use in augmenting breast volume.
Refrigeration and/or freezer device, comprising a device body, a refrigerated interior space which is located in the device body, a drawer which is located in the refrigerated interior space and which can be pulled out of the refrigerated interior space and can be inserted into said interior space, a guide, by means of which the drawer is guided while being pulled-out and inserted, wherein the guide is configured so that said guide rises from back to front in the pull-out direction of the drawer, the drawer has a base which, in the inserted state of the drawer, has a smaller distance to the guide in the rear region of the drawer than in the front region of the drawer, a support is provided, on which the drawer rests in the pulled-out state, wherein a protrusion is provided, which is accommodated in the guide and which is arranged so that it is moved relative to the guide when the drawer is pulled-out or inserted, wherein either the guide is arranged on the drawer and the protrusion is arranged stationary on a storage base, or the protrusion is located on the drawer and the guide is arranged stationary on a storage base, characterized in that the base of the drawer, in the inserted state thereof, ascends starting from the drawer front to the rear.