mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a polyacetal fiber, wherein: the method comprises a discharge step, a take-off step, a drawing step and a winding step, the steps being successively carried out; an oxymethylene copolymer is used as a raw material of the polyacetal fiber, the oxymethylene copolymer having an oxymethylene unit and an oxyethylene unit, the content of the oxyethylene unit being 0.5 to 7.0 mol relative to 100 mol of the oxymethylene unit; the roller temperature of a drawing unit used in the drawing step is 130 to 155°C; and when a value obtained by dividing a rate difference between a rate of discharging the oxymethylene copolymer from a discharge nozzle in the discharge step and a rate of taking off the fiber using a take-off roller in the take-off step by a distance between the discharge nozzle and the take-off roller is referred to as a rate difference per unit distance x (1/sec) and defined as formula: Rate difference per unit distance x = rate of take-off roller m / sec − rate of discharging resin from discharge nozzle m / sec / distance m and the ratio between an area of the discharge nozzle and a cross-sectional area of the polyacetal fiber after the winding step is referred to as an area ratio y (no unit dimension) and defined as formula: Area ratio y = area of discharge nozzle mm 2 / cross-sectional area of polyacetal fiber after winding step mm 2 formula below is satisfied: y > 1600 / x with the proviso that 1.5<x<15. the method comprises a discharge step, a take-off step, a drawing step and a winding step, the steps being successively carried out; an oxymethylene copolymer is used as a raw material of the polyacetal fiber, the oxymethylene copolymer having an oxymethylene unit and an oxyethylene unit, the content of the oxyethylene unit being 0.5 to 7.0 mol relative to 100 mol of the oxymethylene unit; the roller temperature of a drawing unit used in the drawing step is 130 to 155°C; and when a value obtained by dividing a rate difference between a rate of discharging the oxymethylene copolymer from a discharge nozzle in the discharge step and a rate of taking off the fiber using a take-off roller in the take-off step by a distance between the discharge nozzle and the take-off roller is referred to as a rate difference per unit distance x (1/sec) and defined as formula: Rate difference per unit distance x = rate of take-off roller m / sec − rate of discharging resin from discharge nozzle m / sec / distance m and the ratio between an area of the discharge nozzle and a cross-sectional area of the polyacetal fiber after the winding step is referred to as an area ratio y (no unit dimension) and defined as formula: Area ratio y = area of discharge nozzle mm 2 / cross-sectional area of polyacetal fiber after winding step mm 2 formula below is satisfied: y > 1600 / x with the proviso that 1.5<x<15.
Shrink-fit device for inductively heating shrink-fit chucks for shank tools, having an accommodating region for accommodating a shrink-fit chuck, an induction coil arrangement which surrounds the accommodating region concentrically with respect to a coil axis, and a measuring unit for controlling the temperature of the shrink-fit chuck, characterized in that a measuring channel, which extends through the induction coil arrangement transversely to the coil axis and opens into the accommodating region, passes through the induction coil arrangement, and in that the measuring unit has a temperature sensor, which engages in the measuring channel and measures through said channel, for detecting a casing temperature of the shrink-fit chuck.
A blood purification system comprising: multiple blood purification means to which a blood purifier is attached in order to perform a blood purification treatment on a patient, the blood purification means comprising a monitoring device; and supplying means capable of supplying a dialysate, an undiluted dialysate, clean water or an antiseptic solution to each of the blood purification means, wherein predetermined individual information relating to the multiple blood purification means can be transmitted from each of the blood purification means to the supplying means, wherein under a condition that the predetermined information is transmitted from the blood purification means, a predetermined operation is performed by the supplying means, wherein the predetermined information is requirement information or permission information which requires or permits cleaning or disinfecting of a pipe in the blood purification means, wherein when it is determined that the requirement information or the permission information of the cleaning and the disinfection is received from all the monitoring devices the cleaning and disinfection start. multiple blood purification means to which a blood purifier is attached in order to perform a blood purification treatment on a patient, the blood purification means comprising a monitoring device; and supplying means capable of supplying a dialysate, an undiluted dialysate, clean water or an antiseptic solution to each of the blood purification means, wherein predetermined individual information relating to the multiple blood purification means can be transmitted from each of the blood purification means to the supplying means, wherein under a condition that the predetermined information is transmitted from the blood purification means, a predetermined operation is performed by the supplying means, wherein the predetermined information is requirement information or permission information which requires or permits cleaning or disinfecting of a pipe in the blood purification means, wherein when it is determined that the requirement information or the permission information of the cleaning and the disinfection is received from all the monitoring devices the cleaning and disinfection start.
A full-duplex transceiver comprising: an analog front-end configured to receive an analog signal, the analog signal comprising a signal of interest (Sol) and a self-interference; a variable gain amplifier configured to amplify the analog signal based on a gain parameter; a modulo-based analog-to-digital converter configured to generate a digital signal based on the amplified analog signal, the digital signal being a folded and quantized representation of the amplified analog signal, wherein the modulo-based ADC is configured to apply a modulo operation, before quantization, to fold the amplified analog signal such that the analog signal matches an input range of a quantizer used in the modulo-based ADC; and a digital canceller configured to: estimate the SI in the digital signal based on one or more reference signals; and obtain a digital representation of the Sol based on the digital signal and the estimated SI. an analog front-end configured to receive an analog signal, the analog signal comprising a signal of interest (Sol) and a self-interference; a variable gain amplifier configured to amplify the analog signal based on a gain parameter; a modulo-based analog-to-digital converter configured to generate a digital signal based on the amplified analog signal, the digital signal being a folded and quantized representation of the amplified analog signal, wherein the modulo-based ADC is configured to apply a modulo operation, before quantization, to fold the amplified analog signal such that the analog signal matches an input range of a quantizer used in the modulo-based ADC; and a digital canceller configured to: estimate the SI in the digital signal based on one or more reference signals; and obtain a digital representation of the Sol based on the digital signal and the estimated SI. estimate the SI in the digital signal based on one or more reference signals; and obtain a digital representation of the Sol based on the digital signal and the estimated SI.
Sealing arrangement having two machine components (12, 14) which are arranged so as to be able to be moved relative to each other along and/or about a movement axis, having at least one seal which consists of a tough-elastic material and which is retained on a seal retention structure on one of the two machine components (12, 14) in a press fit, wherein the seal has at least one sealing lip which is in sealing abutment with the other machine component (12, 14) and which extends in an axial direction away from the seal retention structure in the direction of a side of the sealing arrangement which is intended to be sealed and wherein a free end portion of the sealing lip is supported by means of at least one resiliently deformable pretensioning element on the one machine component (12, 14) in such a manner that the free end portion is in abutment with the other machine component (12, 14) with a defined contact pressure and characterized in that the seal, - having a sealing lip portion which axially adjoins the seal retention structure and in whose material a groove flank of the seal retention structure is introduced with a wall projection of the machine component (12, 14) which has the seal retention structure, which wall projection adjoins the groove flank in the direction towards the side of the sealing arrangement which is intended to be sealed, or - having a longitudinal portion which radially covers the seal retention structure and which is directly in abutment with the seal retention structure, forms a plain bearing which is rigid in a radial direction, that is to say, which is substantially non-pliable, for both machine components (12, 14). - having a sealing lip portion which axially adjoins the seal retention structure and in whose material a groove flank of the seal retention structure is introduced with a wall projection of the machine component (12, 14) which has the seal retention structure, which wall projection adjoins the groove flank in the direction towards the side of the sealing arrangement which is intended to be sealed, or - having a longitudinal portion which radially covers the seal retention structure and which is directly in abutment with the seal retention structure,
A package for storing smoking articles, the package comprising: a body comprising a plurality of walls (113, 114, 116, 118) defining a volume for storing the smoking articles, including a front wall and a rear wall substantially opposite the front wall, and an opening for accessing the volume and inserting or removing any smoking articles stored therein; a lid for closing the opening of the body, the lid comprising a plurality of walls (122, 124, 126, 128) and being hinged on the rear wall of the body, allowing the lid to be moved between a closed position and an open position; a locking tab; an engagement recess for engaging with the locking tab when the lid is in the closed position; wherein the locking tab is formed in one of either (a) the front wall of the body of the package or (b) an inner side of a front wall of the lid and is rotatable relative to the package about a locking tab hinge, wherein the engagement recess is located on the other one of either (a) the front wall of the body of the package, or (b) the inner side of the front wall of the lid; and the locking tab and the engagement recess each have a respective engagement edge (142, 152) for mutual engagement between the locking tab and the engagement recess, the package characterised in that the engagement edge (142, 152) of at least one of the locking tab and the engagement recess follows a continuously curved line. a body comprising a plurality of walls (113, 114, 116, 118) defining a volume for storing the smoking articles, including a front wall and a rear wall substantially opposite the front wall, and an opening for accessing the volume and inserting or removing any smoking articles stored therein; a lid for closing the opening of the body, the lid comprising a plurality of walls (122, 124, 126, 128) and being hinged on the rear wall of the body, allowing the lid to be moved between a closed position and an open position; a locking tab; an engagement recess for engaging with the locking tab when the lid is in the closed position; wherein the locking tab is formed in one of either (a) the front wall of the body of the package or (b) an inner side of a front wall of the lid and is rotatable relative to the package about a locking tab hinge, wherein the engagement recess is located on the other one of either (a) the front wall of the body of the package, or (b) the inner side of the front wall of the lid; and the locking tab and the engagement recess each have a respective engagement edge (142, 152) for mutual engagement between the locking tab and the engagement recess, the package characterised in that the engagement edge (142, 152) of at least one of the locking tab and the engagement recess follows a continuously curved line.
A method of making a siliconized web comprising: saturating a fibrous web with a first composition comprising one or more polysiloxane materials to form a saturated web and electron beam curing the first composition to crosslink the polysiloxane materials to form a cured, saturated web, wherein the polysiloxane materials in the first composition are selected from the group consisting of nonfunctional polysiloxanes, silanol terminated polysiloxanes, and alkoxy terminated polysiloxane, and wherein the first composition is substantially free of catalysts and initiators.
A method of wireless communication of a base station, comprising: determining at least one of i) a number of one or more demodulation reference signal, DM-RS, symbols (702, 802, 852, 902, 952, 1002, 1052) or ii) one or more locations within a subframe for transmission of the one or more DM-RS symbols (702, 802, 852, 902, 952, 1002, 1052); indicating, via one or more bits in downlink control information, DCI, or via RRC signaling, the at least one of i) the number of the one or more DM-RS symbols (702, 802, 852, 902, 952, 1002, 1052) or ii) the one or more locations within the subframe for the transmission of the one or more DM-RS symbols (702, 802, 852, 902, 952, 1002, 1052) to a user equipment, UE; determining a resource allocation scheme for a phase noise compensation reference signal, PC-RS, wherein the PC-RS is located in resource elements different from resource elements carrying the DM-RS; and indicating the resource allocation scheme for the PC-RS to the UE. determining at least one of i) a number of one or more demodulation reference signal, DM-RS, symbols (702, 802, 852, 902, 952, 1002, 1052) or ii) one or more locations within a subframe for transmission of the one or more DM-RS symbols (702, 802, 852, 902, 952, 1002, 1052); indicating, via one or more bits in downlink control information, DCI, or via RRC signaling, the at least one of i) the number of the one or more DM-RS symbols (702, 802, 852, 902, 952, 1002, 1052) or ii) the one or more locations within the subframe for the transmission of the one or more DM-RS symbols (702, 802, 852, 902, 952, 1002, 1052) to a user equipment, UE; determining a resource allocation scheme for a phase noise compensation reference signal, PC-RS, wherein the PC-RS is located in resource elements different from resource elements carrying the DM-RS; and indicating the resource allocation scheme for the PC-RS to the UE.
A method for distributing traffic by a terminal in a wireless communication system, the method comprising: generating a first secure sockets layer, SSL, connection for receiving data of content through a first network interface with a server that provides the content based on hypertext transfer protocol security, HTTPS, if an HTTPS request is received from an application in the terminal; generating (403,405), based on information about a data amount of the content, a second SSL connection for receiving the data of the content through a second network interface with the server based on the hypertext transfer protocol security, HTTPS; and receiving the data of the content distributively transmitted through the first SSL connection and the second SSL connection from the server, respectively, through the first network interface and the second network interface. generating a first secure sockets layer, SSL, connection for receiving data of content through a first network interface with a server that provides the content based on hypertext transfer protocol security, HTTPS, if an HTTPS request is received from an application in the terminal; generating (403,405), based on information about a data amount of the content, a second SSL connection for receiving the data of the content through a second network interface with the server based on the hypertext transfer protocol security, HTTPS; and receiving the data of the content distributively transmitted through the first SSL connection and the second SSL connection from the server, respectively, through the first network interface and the second network interface.
Method for producing a component for an arrangement with a domestic appliance, in which the component is designed on a surface such that it has a first colour, wherein a colour layer is applied at least in part to the surface and has a second colour different from the first colour, wherein the colour layer is then removed again at a specific surface area (11, 11a to 11c) of the surface, characterised in that the specific surface area (11, 11a to 11c), after the removal of the colour layer, is covered with a transparent material layer, wherein the material layer is a non-retentive material placed on the colour layer.
A method comprising: detecting a low cost, LC, machine type communication, MTC, mode by a user equipment, UE, in a wireless communication system; receiving by the UE a M-paging message upon detecting the LC MTC mode, wherein the M-paging message is a modified paging message which is a modified system information, SI, paging, M-SI-paging, message for the LC MTC mode or wherein the M-paging message is both of the modified M-SI-paging message for the LC mode and a modified M-RRC-paging message for the LC MTC mode, and wherein the M-RRC-paging message is either a sequence or an encoded data packet transmitted without control information or scheduled by common M-PDCCH/UE-specific M-PDCCH, and the M-SI-paging message comprises a bitmap of modified SI that indicates which of one or more modified SI messages is updated; and decoding by the UE the received M-paging message, characterized in that the method further comprises: determining by the UE which M-SI messages are updated based on the decoded bitmap in the M-SI-paging message. detecting a low cost, LC, machine type communication, MTC, mode by a user equipment, UE, in a wireless communication system; receiving by the UE a M-paging message upon detecting the LC MTC mode, wherein the M-paging message is a modified paging message which is a modified system information, SI, paging, M-SI-paging, message for the LC MTC mode or wherein the M-paging message is both of the modified M-SI-paging message for the LC mode and a modified M-RRC-paging message for the LC MTC mode, and wherein the M-RRC-paging message is either a sequence or an encoded data packet transmitted without control information or scheduled by common M-PDCCH/UE-specific M-PDCCH, and the M-SI-paging message comprises a bitmap of modified SI that indicates which of one or more modified SI messages is updated; and decoding by the UE the received M-paging message, characterized in that the method further comprises: determining by the UE which M-SI messages are updated based on the decoded bitmap in the M-SI-paging message.
A memory system, comprising: a memory bit cell, comprising: a storage circuit configured to store data; one or more P-type Field-Effect Transistor, FET, PFET, access transistors coupled to the storage circuit; and each of the one or more PFET access transistors comprising a gate configured to be activated by a wordline for a read operation to cause the one or more PFET access transistors to pass the data from the storage circuit to a bitline; and characterized by a read-assist circuit comprising a wordline positive boost circuit coupled to the wordline, the wordline positive boost circuit configured to positively boost a voltage on the wordline above a ground voltage and between the ground voltage and a supply voltage to positively boost a voltage of the gate of the one or more PFET access transistors in response to the read operation. a memory bit cell, comprising: a storage circuit configured to store data; one or more P-type Field-Effect Transistor, FET, PFET, access transistors coupled to the storage circuit; and each of the one or more PFET access transistors comprising a gate configured to be activated by a wordline for a read operation to cause the one or more PFET access transistors to pass the data from the storage circuit to a bitline; and characterized by a storage circuit configured to store data; one or more P-type Field-Effect Transistor, FET, PFET, access transistors coupled to the storage circuit; and each of the one or more PFET access transistors comprising a gate configured to be activated by a wordline for a read operation to cause the one or more PFET access transistors to pass the data from the storage circuit to a bitline; and characterized by a read-assist circuit comprising a wordline positive boost circuit coupled to the wordline, the wordline positive boost circuit configured to positively boost a voltage on the wordline above a ground voltage and between the ground voltage and a supply voltage to positively boost a voltage of the gate of the one or more PFET access transistors in response to the read operation.