mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a bit length of an in-phase and quadrature sample, i.e., an IQ sample, associated with a first data frame, the method comprising: capturing one or more data frames between a distributed unit and a radio unit by a packet analyzer, the bitlength of the IQ sample being unknown to the packet analyzer, the one or more data frames includes the first data frame, a. determining a first parameter associated with a payload length of the first data frame; b. determining a second parameter indicative of a number of physical resource blocks in the first data frame; c. detecting a presence of a compression header in the first data frame based on the first and second parameters by performing, by the packet analyzer, a modulo operation on the first parameter indicative of the payload size of the first data frame, using the second parameter indicative of the number of physical resource blocks in the first data frame, to check if the payload size is a multiple of the number of physical resource blocks; and d. determining the bit length of the IQ sample from the detected compression header and the first and second parameters, and wherein the determined bitlength of the IQ sample of the first data frame is used for checking a configuration of one of the distributed unit and the radio unit. a. determining a first parameter associated with a payload length of the first data frame; b. determining a second parameter indicative of a number of physical resource blocks in the first data frame; c. detecting a presence of a compression header in the first data frame based on the first and second parameters by performing, by the packet analyzer, a modulo operation on the first parameter indicative of the payload size of the first data frame, using the second parameter indicative of the number of physical resource blocks in the first data frame, to check if the payload size is a multiple of the number of physical resource blocks; and d. determining the bit length of the IQ sample from the detected compression header and the first and second parameters, and wherein the determined bitlength of the IQ sample of the first data frame is used for checking a configuration of one of the distributed unit and the radio unit.
Method for estimating the extent of a friction interaction between a transport surface of a conveyor of articles and articles transported on the transport surface, comprising: - providing a test article representative of the articles of a batch of articles which have to be transported by the conveyor of articles, characterised in that the method further comprises: - associating a sensor with the test article, said sensor comprising an acceleration sensor associated with the test article that is arranged to measure at least one acceleration along a direction lying in a plane that is oriented relative to a support plane of the test article; - supporting the test article on a moving transport surface of a conveyor of articles; - acquiring measurements of the at least one acceleration experienced by the test article being supported on the moving transport surface with the acceleration sensor; and - estimating the extent of the friction interaction between the transport surface and the test article based on the acquired measurements of the at least one acceleration. - providing a test article representative of the articles of a batch of articles which have to be transported by the conveyor of articles, - associating a sensor with the test article, said sensor comprising an acceleration sensor associated with the test article that is arranged to measure at least one acceleration along a direction lying in a plane that is oriented relative to a support plane of the test article; - supporting the test article on a moving transport surface of a conveyor of articles; - acquiring measurements of the at least one acceleration experienced by the test article being supported on the moving transport surface with the acceleration sensor; and - estimating the extent of the friction interaction between the transport surface and the test article based on the acquired measurements of the at least one acceleration.
A roller-shade winding roman style shade, comprising: a blind material, serving as a front side of the roman style shade; a roller shade, serving as a rear side of the roman style shade, and an upper end thereof being installed and fixed on a shaft rod and a lower end thereof being correspondingly connected to a lowermost support rod of the blind material, and at least an actuating member (411, 412) disposed between the blind material and the roller shade, the actuating member (411, 412) being a cord or a strip of fabric, wherein the actuating member (411, 412) is fixed to the blind material and the roller shade so that the blind material is folded sequentially from the bottom up when the roller shade is wound together with the actuating member (411, 412) around the shaft rod.
A method for wireless communication, comprising: receiving data transmissions on a plurality of downlink carriers; determining a plurality of uplink resources for acknowledgement information based at least in part on an association between the plurality of uplink resources and a plurality of Control Channel Elements, CCEs, used to send downlink grants for data transmission on each of the plurality of downlink carriers; determining ACK information for the data transmissions on the plurality of downlink carriers; selecting at least one uplink resource to use to send the ACK information from among the plurality of uplink resources based on content of the ACK information associated with each downlink carrier of the plurality of downlink carriers; determining at least one signal value to send on the selected at least one uplink resource based on the content of the ACK information, wherein the at least one signal value is sent in the transmission on the selected at least one uplink resource to convey the ACK information associated with each downlink carrier of the plurality of downlink carriers; and sending a transmission comprising the at least one signal value on the selected at least one uplink resource to convey the ACK information. receiving data transmissions on a plurality of downlink carriers; determining a plurality of uplink resources for acknowledgement information based at least in part on an association between the plurality of uplink resources and a plurality of Control Channel Elements, CCEs, used to send downlink grants for data transmission on each of the plurality of downlink carriers; determining ACK information for the data transmissions on the plurality of downlink carriers; selecting at least one uplink resource to use to send the ACK information from among the plurality of uplink resources based on content of the ACK information associated with each downlink carrier of the plurality of downlink carriers; determining at least one signal value to send on the selected at least one uplink resource based on the content of the ACK information, wherein the at least one signal value is sent in the transmission on the selected at least one uplink resource to convey the ACK information associated with each downlink carrier of the plurality of downlink carriers; and sending a transmission comprising the at least one signal value on the selected at least one uplink resource to convey the ACK information.
A fastener, comprising: a pin member including a threaded portion having a thread, a pull portion having at least one pull groove, and a breakneck groove located adjacent to the threaded portion and intermediate the threaded portion and the pull portion, wherein the threaded portion is located at one end of the pin member; and a swage collar adapted to be swaged into the thread of the threaded portion of the pin member. a pin member including a threaded portion having a thread, a pull portion having at least one pull groove, and a breakneck groove located adjacent to the threaded portion and intermediate the threaded portion and the pull portion, wherein the threaded portion is located at one end of the pin member; and a swage collar adapted to be swaged into the thread of the threaded portion of the pin member.
A composition comprising a) a gluten-free cereal flour, and b) a hydroxypropyl methylcellulose or methyl cellulose having particle sizes such that more than 50 weight percent of the hydroxypropyl methylcellulose or methyl cellulose particles are retained on a sieve of 150 micrometers mesh size and pass through a sieve of 420 micrometers mesh size.
An integrated track adjustment/recoil system unit for installation in a track roller frame of a track type machine, the unit comprising: a track adjust cylinder defining a bore extending therethrough and including a bulkhead attachment flange defining an array of fastener bores (36, 46); a track adjust piston partially received in the bore and being surrounded by the array of fastener bores (36, 46); characterized by one end of the bore being defined by a set of internal threads (62, 77); a joining component defining a fluid passage therethrough and including a first set of external threads mated to the internal threads of the track adjust cylinder, and a second set of external threads; a gas cylinder with a set of internal threads (62, 77) mated to the second set of external threads of the joining component; a recoil piston positioned inside the gas cylinder and having a hydraulic face (57, 87) exposed to fluid pressure in the track adjust cylinder, and a pneumatic face exposed to fluid pressure in the gas cylinder; the recoil piston and the gas cylinder defining a gas volume; and the recoil piston, the gas cylinder, the joining component, the track adjustment cylinder and the track adjustment piston defining a grease volume. a track adjust cylinder defining a bore extending therethrough and including a bulkhead attachment flange defining an array of fastener bores (36, 46); a track adjust piston partially received in the bore and being surrounded by the array of fastener bores (36, 46);
Connecting arrangement for a chair or in a chair, in particular a conference chair or office chair, having: an armrest carrier; a backrest carrier; and a bearing bolt that is fixed in the armrest carrier, which rotatably couples the armrest carrier to the backrest carrier, wherein the backrest carrier comprises a receiving section having a first bearing bush for rotatably receiving a bearing section of the bearing bolt, wherein the first bearing bush receives a first stage of the bearing section and a second bearing bush is provided, which receives a second stage of the bearing section. an armrest carrier; a backrest carrier; and a bearing bolt that is fixed in the armrest carrier, which rotatably couples the armrest carrier to the backrest carrier, wherein the backrest carrier comprises a receiving section having a first bearing bush for rotatably receiving a bearing section of the bearing bolt, wherein the first bearing bush receives a first stage of the bearing section and a second bearing bush is provided, which receives a second stage of the bearing section.
Multiple link conveyor belt for the transportation of objects like containers, bottles, packs or the like, which is formed of a plurality of pivotally interconnected links, each comprising an elongated carrier, the underside of the carrier forming a supporting section of the conveyor belt, the carrier furthermore comprising parallel spherical bearings on both its longitudinal sides for a rotationally articulated connection to adjacent links, whereby the spherical bearings of respectively adjacent, interconnected links are connected in each case via at least one joint bolt, which passes through the spherical bearings of the two interconnected links and whereby the spherical bearings are connected in such a way, that the adjacent links are pivotally connected around the at least one joint bolt, and wherein each carrier of a link has at least one row of rotatably mounted supporting rollers on its upper side, whose axes of rotation are parallel to the joint bolt and to the longitudinal sides of the carrier of the link and which form a support plane for the objects to be transported together with the supporting rollers of the adjacent links, characterized in that deflection elements or guard discs formed as extensions of elongated plates are provided in the region of at least one longitudinal side of the links, projecting between an uppermost level of the supporting rollers and a basal level of the upper sides of the carrier and at least one side of the supporting rollers, wherein the deflection elements or guard discs of each link respectively engage and/or project into gaps between adjacent rollers of the link.
A method of enriching a population of cells for cardiomyocyte cells and cardiomyocyte progenitor cells comprising: (a) providing the population of cells from which cardiomyocyte cells and cardiomyocyte progenitor cells are to be isolated; and (b) obtaining an enriched population of cardiomyocyte and cardiomyocyte progenitor cells on the basis of SIRPA expression by isolating cells expressing SIRPA from the population; wherein the population of cells comprises a population of human pluripotent stem cells induced to differentiate into cardiomyocyte cells and cardiomyocyte progenitor cells. (a) providing the population of cells from which cardiomyocyte cells and cardiomyocyte progenitor cells are to be isolated; and (b) obtaining an enriched population of cardiomyocyte and cardiomyocyte progenitor cells on the basis of SIRPA expression by isolating cells expressing SIRPA from the population;
Device for underwater pelletizing of plastic with a pelletizing head, with a pelletizing housing which can be connected to the pelletizing head and accommodates a cutter head which interacts with a die plate of the pelletizing head and whose cutter head shaft is mounted in a sliding sleeve so as to be rotatable but axially non-displaceable, and with an axial displacement guide, fixed to the housing, for the sliding sleeve, which sliding sleeve can be displaced by means of an adjusting drive, characterized in that the pelletizing housing can be fastened to a mounting flange of the die plate arranged in a thermally insulated manner with respect to the pelletizing head and forms the displacement guide for the sliding sleeve.
Signal generator for testing base stations for digital mobile radio with a signal generating section and a control section connected with it and with a memory which comprises at least a first memory segment (17.i) and a second memory segment (17.i), wherein a first set of data is stored in the first memory segment (17.i) and a second set of data is stored in the second memory segment (17.i), wherein the first and the second sets of data have the same useful data content and differ from one another and in each case one of the sets of data can be supplied to the signal generating section selectively and for generating and outputting a digitally modulated high frequency signal section, and with a control connection at which is present a first control signal or a second control signal which can be read into the control section at a predefinable interval of time (tSMU) following a preceding outputting of a high frequency signal section generated on the basis of one of the sets of data, wherein the control section is configured so that when the first control signal is read in for generating and for outputting a following high frequency signal section a set of data differing from the set of data forming the basis for generating and outputting the preceding high frequency signal section having the same useful data content is selected, and so that when the second control signal is read in a specific set of data having the same useful data content is selected, wherein the control connection is an input of the signal generator for setting signal attenuation or a trigger input of the signal generator, wherein the input or the trigger input can be read out periodically and the control signal which is present can be stored in a control signal memory and the control signal memory is connected with the control section.
A work molding system for producing a molded article by molding a work, the system comprising: a work forming device configured to form a sheet-like work; a molding device configured to perform molding of the sheet-like formed work formed by the work forming device; and a conveying device configured to convey the formed work formed by the work forming device from the work forming device to the molding device, wherein the conveying device includes a holding member for holding the formed work formed by the work forming device and a molded article molded from the formed work by the molding device, and a movement mechanism for moving the holding member, the holding member includes a work holding part configured to hold and heat the formed work formed by the work forming device, and a molded article holding part configured to hold the molded article molded from the formed work by the molding device, the work holding part is provided on one surface of the holding member, and the molded article holding part is provided on the other surface of the holding member. a work forming device configured to form a sheet-like work; a molding device configured to perform molding of the sheet-like formed work formed by the work forming device; and a conveying device configured to convey the formed work formed by the work forming device from the work forming device to the molding device, wherein the conveying device includes a holding member for holding the formed work formed by the work forming device and a molded article molded from the formed work by the molding device, and a movement mechanism for moving the holding member, the holding member includes a work holding part configured to hold and heat the formed work formed by the work forming device, and a molded article holding part configured to hold the molded article molded from the formed work by the molding device, the work holding part is provided on one surface of the holding member, and the molded article holding part is provided on the other surface of the holding member.
Work vehicle comprising an internal combustion engine for driving the work vehicle, a hydraulic circuit having a hydraulic pump, wherein the hydraulic pump can be coupled or is coupled to the internal combustion engine such that the hydraulic pump is driven by the internal combustion engine, and comprising a hydraulically driven work apparatus (18, 20) which is connected to the hydraulic circuit by means of a work valve assembly, wherein a flow resistor which can be activated as required is arranged in the hydraulic circuit, and wherein the flow resistor is arranged downstream or upstream of the work valve assembly, characterised in that the flow resistor is designed as an orifice plate having a fixed diameter, wherein the diameter is smaller than the diameter of hydraulic lines arranged upstream and downstream, and in that a 2-port/2-way valve is arranged in the hydraulic circuit, said valve, in its first switching position, guiding the hydraulic fluid past the flow resistor and, in its second switching position, guiding the hydraulic fluid to the flow resistor. an internal combustion engine for driving the work vehicle, a hydraulic circuit having a hydraulic pump, wherein the hydraulic pump can be coupled or is coupled to the internal combustion engine such that the hydraulic pump is driven by the internal combustion engine, and comprising a hydraulically driven work apparatus (18, 20) which is connected to the hydraulic circuit by means of a work valve assembly, a flow resistor which can be activated as required is arranged in the hydraulic circuit, and wherein the flow resistor is arranged downstream or upstream of the work valve assembly, characterised in that the flow resistor is designed as an orifice plate having a fixed diameter, wherein the diameter is smaller than the diameter of hydraulic lines arranged upstream and downstream, and in that a 2-port/2-way valve is arranged in the hydraulic circuit, said valve, in its first switching position, guiding the hydraulic fluid past the flow resistor and, in its second switching position, guiding the hydraulic fluid to the flow resistor.
A toggle bolt suture anchor kit comprising a toggle bolt suture anchor having at least one toggle bolt delivery device interconnection means (40,41,42,43,45,47); and a toggle bolt delivery device having at least one toggle bolt suture anchor interconnection means, characterized in that: the toggle bolt delivery device interconnection means is configured to be attached to the toggle bolt suture anchor interconnection means and forms a male-female connection, or an interlocking connection, or a screw connection, with the toggle bolt suture anchor interconnection means, and the toggle bolt delivery device interconnection means is a groove (40, 43) positioned near a trailing edge of the toggle bolt suture anchor or a first receptacle in a leading edge of the toggle bolt suture anchor and a second receptacle in a trailing edge of the toggle bolt suture anchor wherein each receptacle is adapted to receive a toggle bolt delivery device. the toggle bolt delivery device interconnection means is configured to be attached to the toggle bolt suture anchor interconnection means and forms a male-female connection, or an interlocking connection, or a screw connection, with the toggle bolt suture anchor interconnection means, and the toggle bolt delivery device interconnection means is a groove (40, 43) positioned near a trailing edge of the toggle bolt suture anchor or a first receptacle in a leading edge of the toggle bolt suture anchor and a second receptacle in a trailing edge of the toggle bolt suture anchor wherein each receptacle is adapted to receive a toggle bolt delivery device.
A method for operating a blast furnace, comprising: providing two or more lances for injecting reducing agents from a tuyere; injecting a solid reducing agent and a flammable reducing agent from different lances; disposing the lances so that an axial line that extends from an end of the lance for injecting the solid reducing agent and is the axial line of the lance for injecting the solid reducing agent and an axial line that extends from an end of the lance for injecting the flammable reducing agent and is the axial line of the lance for injecting the flammable reducing agent cross each other, and so that a main flow of the solid reducing agent that is injected and a main flow of the flammable reducing agent that is injected overlap, wherein the axial lines cross each other with a relative distance in a radial direction between the lance for injecting the solid reducing agent and the lance for injecting the flammable reducing agent being 20 mm or less and wherein an outlet flow velocity at the lance for injecting the solid reducing agent of the lances is 20 to 120 m/sec. providing two or more lances for injecting reducing agents from a tuyere; injecting a solid reducing agent and a flammable reducing agent from different lances; disposing the lances so that an axial line that extends from an end of the lance for injecting the solid reducing agent and is the axial line of the lance for injecting the solid reducing agent and an axial line that extends from an end of the lance for injecting the flammable reducing agent and is the axial line of the lance for injecting the flammable reducing agent cross each other, and so that a main flow of the solid reducing agent that is injected and a main flow of the flammable reducing agent that is injected overlap, wherein the axial lines cross each other with a relative distance in a radial direction between the lance for injecting the solid reducing agent and the lance for injecting the flammable reducing agent being 20 mm or less and wherein an outlet flow velocity at the lance for injecting the solid reducing agent of the lances is 20 to 120 m/sec.