mhurhangee/ep-ind-claims huggingface dataset:
Polypropylene comprising propylene homopolymers with melt indices of 0.05 to 15 g/10 min at 230 °C/2.16 kg or propylene block copolymers with 90.0 to 99.9 wt% propylene and 0.1 to 10 wt% α-olefins with 2 or 4 to 18 carbon atoms with melt indices of 0.05 to 20 g/10 min at 230 °C/2.16 kg, or mixtures thereof, wherein the propylene homopolymers or propylene block copolymers are β-nucleated propylene polymers, whereby the β-nucleated propylene homopolymers have an IRτ >0.9, a tensile modulus of ≥1300 MPa at +23 °C and a Charpy impact strength of ≥3 kJ/m 2 at -20 °C using notched test specimens, and the β-nucleated propylene block copolymers are polymers having an IRτ of the propylene homopolymer block of >0.9, a tensile modulus of ≥900 MPa at +23 °C and a Charpy impact strength, of ≥5 kJ/m 2 at -20 °C, using notched test specimens, and 1 - 70% of a filler, the compositions having a β-crystalline phase determined by DSC of at least 30 % and a pipe made thereof having a burst pressure test result of at least 40 hours at 80 °C and 4.2 MPa, wherein the melt indices are measured according to ISO 1133, wherein the tensile modulus is measured according to ISO 527-2/1B, wherein the Charpy impact strength is measured according to ISO 179, and wherein the pipe burst pressure test is performed according to ISO 1167; 1996.
A machine for analysing, in situ, the resistance of the soil, or of a restraining structure, to the deflexion of a post of a motorway guardrail, characterised in that it comprises a support frame and an analysis device mounted on said support frame, said analysis device comprising: - a pair of guides; - a slide provided with means for detecting the resisting force opposed by the post and sliding along the guides between a rest or backward position and a work or advanced position; - first means for driving the slide, suitable for slowly driving the slide between the backward position and the advanced position, thereby performing a quasi-static resistance analysis; characterized in that it further provides - second means for driving the slide, suitable for rapidly driving the slide from the backward position to the advanced position so that the slide impacts sharply against said post, thereby performing a dynamic resistance analysis. - a pair of guides; - a slide provided with means for detecting the resisting force opposed by the post and sliding along the guides between a rest or backward position and a work or advanced position; - first means for driving the slide, suitable for slowly driving the slide between the backward position and the advanced position, thereby performing a quasi-static resistance analysis; - second means for driving the slide, suitable for rapidly driving the slide from the backward position to the advanced position so that the slide impacts sharply against said post, thereby performing a dynamic resistance analysis.
A method, performed by a first apparatus (500, 509), comprising: receiving parameters for a plurality of models of a coverage area of a transmission node (611, 612, 613), the parameters of each model being indicated to be generated on the assumption of a different spatial constraint for a location of the first apparatus, wherein the parameters of each of the models comprise a weight of the model, with the sum of the weights of the plurality of models being 100 percent; and estimating a position of the first apparatus by evaluating the parameters of each of the models. receiving parameters for a plurality of models of a coverage area of a transmission node (611, 612, 613), the parameters of each model being indicated to be generated on the assumption of a different spatial constraint for a location of the first apparatus, wherein the parameters of each of the models comprise a weight of the model, with the sum of the weights of the plurality of models being 100 percent; and estimating a position of the first apparatus by evaluating the parameters of each of the models.
A monoclonal antibody reactive with a fragment of collagen type VII alpha 1 comprising an N- or C-terminal neo-epitope formed by protease cleavage of Collagen type VII alpha 1: wherein said monoclonal antibody binds to the N-terminal neo-epitope, wherein the N-terminal neo-epitope is comprised in the amino acid sequence H 2 N-EAPRVRAQHR (SEQ ID NO: 4), and does not bind to the elongated amino acid sequence H 2 N-XEAPRVRAQHR (SEQ ID NO: 6), wherein X is one or more amino acids of the sequence of collagen type VII alpha 1; or wherein said monoclonal antibody binds to the C-terminal neo-epitope, wherein the C-terminal neo-epitope is comprised in the amino acid sequence GPPGPPGRLV-COOH (SEQ ID NO: 1), and does not bind the elongated amino acid sequence GPPGPPGRLVX-COOH (SEQ ID NO: 3), wherein X is one or more amino acids of the sequence of collagen type VII alpha 1. wherein said monoclonal antibody binds to the N-terminal neo-epitope, wherein the N-terminal neo-epitope is comprised in the amino acid sequence H 2 N-EAPRVRAQHR (SEQ ID NO: 4), and does not bind to the elongated amino acid sequence H 2 N-XEAPRVRAQHR (SEQ ID NO: 6), wherein X is one or more amino acids of the sequence of collagen type VII alpha 1; or wherein said monoclonal antibody binds to the C-terminal neo-epitope, wherein the C-terminal neo-epitope is comprised in the amino acid sequence GPPGPPGRLV-COOH (SEQ ID NO: 1), and does not bind the elongated amino acid sequence GPPGPPGRLVX-COOH (SEQ ID NO: 3), wherein X is one or more amino acids of the sequence of collagen type VII alpha 1.
A method of using an RFID-enabled container comprising the steps of: providing at least one RFID tagged item and the RFID-enabled container having a display screen; providing a reader; placing the at least one item into the RFID-enabled container; reading the item; and transmitting information to the display screen of the RFID-enabled container; wherein the RFID-enabled container comprises a near-field radio-frequency antenna (104; 806) disposed within a structural liner of the container; and the method being characterized in further comprising: activating the near-field radio-frequency antenna (104, 806) for a predetermined time period after motion in the RFID-enabled container has been detected by a field sensing motion detector of the RFID-enabled container; and deactivating the antenna (104, 806) after the predetermined time. providing at least one RFID tagged item and the RFID-enabled container having a display screen; providing a reader; placing the at least one item into the RFID-enabled container; reading the item; and transmitting information to the display screen of the RFID-enabled container; wherein the RFID-enabled container comprises a near-field radio-frequency antenna (104; 806) disposed within a structural liner of the container; and the method being characterized in further comprising: activating the near-field radio-frequency antenna (104, 806) for a predetermined time period after motion in the RFID-enabled container has been detected by a field sensing motion detector of the RFID-enabled container; and deactivating the antenna (104, 806) after the predetermined time. activating the near-field radio-frequency antenna (104, 806) for a predetermined time period after motion in the RFID-enabled container has been detected by a field sensing motion detector of the RFID-enabled container; and deactivating the antenna (104, 806) after the predetermined time.
A method of averting unsanctioned access to a network on-board a vehicle, the network being an on-board network, and the method comprising: detecting, at a computing device and based on a presence of a wireless signal generated by a transceiver that is on-board the vehicle and fixedly connected to the vehicle, that the computing device is on-board the vehicle; detecting, at the computing device, one or more externally generated stimuli or conditions, the one or more externally generated stimuli or conditions excluding a response to a challenge issued at a user interface of the computing device and including a first set of values generated over time by one or more spatial positioning sensors that are excluded from the computing device and that are disposed on-board the vehicle; determining whether or not the one or more externally generated stimuli or conditions are indicative of the computing device being at least one of operated, held, or carried by one or more persons who are on-board the vehicle, including comparing the first set of values with a second set of values generated over time by one or more spatial positioning sensors included in the computing device; and granting access of the computing device to the on-board network, the granting based on a determination that the one or more externally generated stimuli or conditions are indicative of the computing device being at least one of operated, held, or carried by the one or more persons who are on-board the vehicle, the determination including a determination, based on the comparison, of a difference between the first set of values and the second set of values over time. detecting, at a computing device and based on a presence of a wireless signal generated by a transceiver that is on-board the vehicle and fixedly connected to the vehicle, that the computing device is on-board the vehicle; detecting, at the computing device, one or more externally generated stimuli or conditions, the one or more externally generated stimuli or conditions excluding a response to a challenge issued at a user interface of the computing device and including a first set of values generated over time by one or more spatial positioning sensors that are excluded from the computing device and that are disposed on-board the vehicle; determining whether or not the one or more externally generated stimuli or conditions are indicative of the computing device being at least one of operated, held, or carried by one or more persons who are on-board the vehicle, including comparing the first set of values with a second set of values generated over time by one or more spatial positioning sensors included in the computing device; and granting access of the computing device to the on-board network, the granting based on a determination that the one or more externally generated stimuli or conditions are indicative of the computing device being at least one of operated, held, or carried by the one or more persons who are on-board the vehicle, the determination including a determination, based on the comparison, of a difference between the first set of values and the second set of values over time.
A defrosting device, comprising: - an actuator having a stationary portion and a movable portion designed to alternately move away from and move towards the stationary portion, - an intermediate element comprising: • a loading portion arranged to be pushed by the movable portion of the actuator when the movable portion of the actuator moves away from the stationary portion, and • a movement transmission portion designed to move according to the movement of the loading portion and intended to push a part to be defrosted to deform the part to be defrosted, the defrosting device being characterized in that the movable portion of the actuator and the loading portion of the intermediate element are not connected to one another, such that the loading portion of the intermediate element cannot pull the movable portion of the actuator so as to move same away from the stationary portion. - an actuator having a stationary portion and a movable portion designed to alternately move away from and move towards the stationary portion, - an intermediate element comprising: • a loading portion arranged to be pushed by the movable portion of the actuator when the movable portion of the actuator moves away from the stationary portion, and • a movement transmission portion designed to move according to the movement of the loading portion and intended to push a part to be defrosted to deform the part to be defrosted, • a loading portion arranged to be pushed by the movable portion of the actuator when the movable portion of the actuator moves away from the stationary portion, and • a movement transmission portion designed to move according to the movement of the loading portion and intended to push a part to be defrosted to deform the part to be defrosted,
Seat occupancy detection element for a vehicle seat with a foil pressure sensor, which has at least one sensor element arranged on a carrier foil, wherein the foil pressure sensor lies flat on a support layer and is fixed thereto, wherein the carrier foil of the foil pressure sensor and the support layer contain at least one comparable material component, characterized in that the foil pressure sensor is partially connected to the support layer, which is a spacer fabric, by means of ultrasonic welding.
A mobile communication device, having a Semi-Persistent Scheduling SPS Cell Radio Network Temporary Identifier C-RNTI comprising: a wireless module performing wireless transmission and reception to and from a cellular station; and a controller module performing operations for communication controls, characterized in that: the operations comprise: determining whether SPS has been enabled but specifically for uplink UL only, and instructing the wireless module to monitor a Physical Downlink Control Channel PDCCH for a DL assignment reception from the cellular station for a Transmission Time Interval TTI in response to the mobile communication device having the SPS C-RNTI and SPS having been enabled but not specifically for UL only. a wireless module performing wireless transmission and reception to and from a cellular station; and a controller module performing operations for communication controls, the operations comprise: determining whether SPS has been enabled but specifically for uplink UL only, and instructing the wireless module to monitor a Physical Downlink Control Channel PDCCH for a DL assignment reception from the cellular station for a Transmission Time Interval TTI in response to the mobile communication device having the SPS C-RNTI and SPS having been enabled but not specifically for UL only.
An oral formulation for increased biological absorption of testosterone undecanoate, the formulation comprising: a) testosterone undecanoate, b) a phytosterol or phytosterol ester, and c) a non-sterol solubilizing agent effective for solubilization of the testosterone undecanoate, wherein the phytosterol or phytosterol ester provides enhanced biological absorption of the testosterone undecanoate, as compared to the absorption of the testosterone undecanoate without the phytosterol or phytosterol ester, and wherein the biological absorption is intestinal lymphatic absorption of testosterone undecanoate. a) testosterone undecanoate, b) a phytosterol or phytosterol ester, and c) a non-sterol solubilizing agent effective for solubilization of the testosterone undecanoate,
A bending press system provided with a bending press with at least one bending station to mount a plurality of divided tools (P, D) and; a tool housing device (65, 123) to house divided tools used in the bending press and; a tool exchange device (61, 143) that moves the divided tools between the tool housing device and the bending station and mounts the divided tools on the bending station, comprising: a first memory means that stores the housing positions of each divided tool housed in the housing device and; a second memory means that stores the bending line length, flange length and the bending angle of the bent product; a first computing means to calculate the tool (cross section shape) type to be mounted on the bending station and the length of the bending station based on the bending line length, flange length, bending angle; a second computing means to calculate the arrangement of each divided tool on the bending station based on the tool type and length on the bending station; and an NC control means that controls the tool exchange device so that each divided tool is moved from the housing position of the housing device to the arranged position, characterized in that in determining the arrangement of divided tools, the second computing means gives priority to long divided tools. a first memory means that stores the housing positions of each divided tool housed in the housing device and; a second memory means that stores the bending line length, flange length and the bending angle of the bent product; a first computing means to calculate the tool (cross section shape) type to be mounted on the bending station and the length of the bending station based on the bending line length, flange length, bending angle; a second computing means to calculate the arrangement of each divided tool on the bending station based on the tool type and length on the bending station; and an NC control means that controls the tool exchange device so that each divided tool is moved from the housing position of the housing device to the arranged position,
An isolated antibody, or antigen-binding fragment thereof, that: (a) binds to complement component human C5; (b) inhibits the cleavage of C5 into fragments C5a and C5b; and (c) comprises: (i) a heavy chain CDR1 comprising the amino acid sequence depicted in SEQ ID NO:23, (ii) a heavy chain CDR2 comprising the amino acid sequence depicted in SEQ ID NO:19, (iii) a heavy chain CDR3 comprising the amino acid sequence depicted in SEQ ID NO:3, (iv) a light chain CDR1 comprising the amino acid sequence depicted in SEQ ID NO:4, (v) a light chain CDR2 comprising the amino acid sequence depicted in SEQ ID NO:5, and (vi) a light chain CDR3 comprising the amino acid sequence depicted in SEQ ID NO:6. (a) binds to complement component human C5; (b) inhibits the cleavage of C5 into fragments C5a and C5b; and (c) comprises: (i) a heavy chain CDR1 comprising the amino acid sequence depicted in SEQ ID NO:23, (ii) a heavy chain CDR2 comprising the amino acid sequence depicted in SEQ ID NO:19, (iii) a heavy chain CDR3 comprising the amino acid sequence depicted in SEQ ID NO:3, (iv) a light chain CDR1 comprising the amino acid sequence depicted in SEQ ID NO:4, (v) a light chain CDR2 comprising the amino acid sequence depicted in SEQ ID NO:5, and (vi) a light chain CDR3 comprising the amino acid sequence depicted in SEQ ID NO:6.
Wireless electric power feeding equipment for feeding electric power in a contactless manner to an electric power receiving device including an electric power receiving unit (210, 220, 230), comprising: an electric power supply device generating electric power having a prescribed frequency; and an electric power transfer unit (130, 140, 150) for receiving electric power from said electric power supply device and for transferring the electric power to said electric power receiving unit (210, 220, 230) in a contactless manner by resonating with said electric power receiving unit (210, 220, 230) via an electromagnetic field; the equipment being characterized by further comprising: a detection device for detecting power reflected to said electric power supply device; and a discharging device configured of one of a discharging coil (180, 185) for externally discharging electric power output from said electric power supply device and a resistor for consuming electric power output from said electric power supply device, wherein said discharging coil (180, 185) is a coil for externally discharging the reflected power, and wherein said resistor is a resistor for consuming the reflected power; the equipment further comprising a connection device electrically connecting said discharging device between said electric power supply device and said electric power transfer unit (130, 140, 150) when the reflected power detected has a value exceeding a predetermined value. an electric power supply device generating electric power having a prescribed frequency; and an electric power transfer unit (130, 140, 150) for receiving electric power from said electric power supply device and for transferring the electric power to said electric power receiving unit (210, 220, 230) in a contactless manner by resonating with said electric power receiving unit (210, 220, 230) via an electromagnetic field; the equipment being characterized by further comprising: a detection device for detecting power reflected to said electric power supply device; and a discharging device configured of one of a discharging coil (180, 185) for externally discharging electric power output from said electric power supply device and a resistor for consuming electric power output from said electric power supply device, a detection device for detecting power reflected to said electric power supply device; and a discharging device configured of one of a discharging coil (180, 185) for externally discharging electric power output from said electric power supply device and a resistor for consuming electric power output from said electric power supply device, wherein said discharging coil (180, 185) is a coil for externally discharging the reflected power, and wherein said resistor is a resistor for consuming the reflected power; the equipment further comprising a connection device electrically connecting said discharging device between said electric power supply device and said electric power transfer unit (130, 140, 150) when the reflected power detected has a value exceeding a predetermined value.
A method for orchestrating the execution of a plurality of mechanisms by one or more nodes in a wireless network during a time period for executing a mechanism orchestration strategy, characterised in that the method comprises the steps of - receiving at least one target value of a service quality indicator; - determining an initial strategy for orchestrating mechanisms which define a minimum number of mechanisms and a minimum number of resources per node; - executing said initial mechanism orchestration strategy by the one or more nodes; - receiving end-to-end latency data; - determining a statistical distribution of the end-to-end latency from said data; - determining a number of state classes of the network using said statistical distribution of the end-to-end latency; - determining a time threshold and a trust level in association with each state class of the network from said statistical distribution of the end-to-end latency; - determining a current strategy for orchestrating mechanisms which defines a combination of mechanisms and a number of resources in association with each node taking into account said number of state classes of the network and the time thresholds associated with said state classes of the network and as a function of said time period for executing the mechanism orchestration strategy; - executing said current mechanism orchestration strategy by means of said one or more nodes of the network, taking into account the communication status of each node. - receiving at least one target value of a service quality indicator; - determining an initial strategy for orchestrating mechanisms which define a minimum number of mechanisms and a minimum number of resources per node; - executing said initial mechanism orchestration strategy by the one or more nodes; - receiving end-to-end latency data; - determining a statistical distribution of the end-to-end latency from said data; - determining a number of state classes of the network using said statistical distribution of the end-to-end latency; - determining a time threshold and a trust level in association with each state class of the network from said statistical distribution of the end-to-end latency; - determining a current strategy for orchestrating mechanisms which defines a combination of mechanisms and a number of resources in association with each node taking into account said number of state classes of the network and the time thresholds associated with said state classes of the network and as a function of said time period for executing the mechanism orchestration strategy; - executing said current mechanism orchestration strategy by means of said one or more nodes of the network, taking into account the communication status of each node.