mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a multilayer foam structure comprising: coextruding: a first layer comprising: polypropylene, polyethylene, or a combination of polypropylene and polyethylene; a chemical foaming agent; and a crosslinking promoter in an amount of 0.5-5 wt.%; and a second layer on a side of the first layer, the second layer comprising: 60-85 wt.% polyamide; and 10-40 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; irradiating the coextruded layers with ionizing radiation; and foaming the irradiated, coextruded layers. coextruding: a first layer comprising: polypropylene, polyethylene, or a combination of polypropylene and polyethylene; a chemical foaming agent; and a crosslinking promoter in an amount of 0.5-5 wt.%; and a second layer on a side of the first layer, the second layer comprising: 60-85 wt.% polyamide; and 10-40 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; a first layer comprising: polypropylene, polyethylene, or a combination of polypropylene and polyethylene; a chemical foaming agent; and a crosslinking promoter in an amount of 0.5-5 wt.%; and polypropylene, polyethylene, or a combination of polypropylene and polyethylene; a chemical foaming agent; and a crosslinking promoter in an amount of 0.5-5 wt.%; and a second layer on a side of the first layer, the second layer comprising: 60-85 wt.% polyamide; and 10-40 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; 60-85 wt.% polyamide; and 10-40 wt.% polypropylene, polyethylene, or a combination of polypropylene and polyethylene; irradiating the coextruded layers with ionizing radiation; and foaming the irradiated, coextruded layers.
System for live 3D x-ray viewing, comprising an x-ray source, an x-ray detector, a processing unit, a monitor and wherein the x-ray source and the x-ray detector are arranged on a C-arm, wherein the x-ray source comprises two focal spots, wherein a separation of the two focal spots is adjustable, characterised in that the system further comprises means for detecting a position of eyes of a viewer, for determining the distance between the monitor and the eyes of the viewer and in that the processing unit is adapted to calculate the separation of the two focal spots on the basis of the distance between an object of interest and the focal spots, the distance between the monitor and the eyes of the viewer, and the distance between the eyes of the viewer, and further the processing unit is adapted to provide a command for adjusting the separation of the two focal spots corresponding to the calculated separation.
A control entity for a communication network, comprising: a controller, in response to the event that no downlink control resource is available in a first subframe (117, 117a, 117b) of a second carrier in which a downlink data resource (120b, 120c) is provided, configured for generating a downlink control signal scheduling the downlink data resource (120b, 120c) in the first subframe (117, 117a, 117b) of the second carrier; wherein the controller is configured for providing the downlink control signal over a downlink control resource in an earlier subframe of a first carrier; wherein the earlier subframe of the first carrier is chronologically earlier than the first subframe (117, 117a, 117b) of the second carrier; and wherein the second carrier is different from the first carrier. a controller, in response to the event that no downlink control resource is available in a first subframe (117, 117a, 117b) of a second carrier in which a downlink data resource (120b, 120c) is provided, configured for generating a downlink control signal scheduling the downlink data resource (120b, 120c) in the first subframe (117, 117a, 117b) of the second carrier; wherein the controller is configured for providing the downlink control signal over a downlink control resource in an earlier subframe of a first carrier; wherein the earlier subframe of the first carrier is chronologically earlier than the first subframe (117, 117a, 117b) of the second carrier; and wherein the second carrier is different from the first carrier.
A supramolecular nanoparticle comprising a conjugate, wherein the conjugate comprises a chemotherapeutic agent conjugated to cholesterol, wherein the chemotherapeutic agent is the PI3K inhibitor PI103.
A prosthetic foot comprising: a plate-like upper element having an upper section at a posterior end of the upper element, wherein the upper element extends downward and forward from the upper section to a toe section at an anterior end of the upper element, wherein the upper element includes an upper split that separates the upper element into an upper medial blade and an upper lateral blade, wherein the upper split extends from a location spaced from the posterior end of the upper element to the anterior end of the upper element; and a plate-like lower element connected to the upper element, the lower element including a heel section at a posterior end of the lower element and a front section at an anterior end of the lower element, wherein the lower element includes a lower split that separates the lower element into a lower medial blade and a lower lateral blade, wherein the lower split extends from a posterior end of the lower element toward the anterior end of the lower element; wherein at least one of the upper split and the lower split includes a portion that is non-parallel relative to a longitudinal axis of the upper element or the lower element and comprises a curved portion that curves in a medial or lateral direction; and wherein the upper element includes medial and lateral edges that are substantially asymmetrical in the toe section with the lateral edge generally following the curvature of the curve of the upper or lower split (43,53) a plate-like upper element having an upper section at a posterior end of the upper element, wherein the upper element extends downward and forward from the upper section to a toe section at an anterior end of the upper element, wherein the upper element includes an upper split that separates the upper element into an upper medial blade and an upper lateral blade, wherein the upper split extends from a location spaced from the posterior end of the upper element to the anterior end of the upper element; and a plate-like lower element connected to the upper element, the lower element including a heel section at a posterior end of the lower element and a front section at an anterior end of the lower element, wherein the lower element includes a lower split that separates the lower element into a lower medial blade and a lower lateral blade, wherein the lower split extends from a posterior end of the lower element toward the anterior end of the lower element; wherein at least one of the upper split and the lower split includes a portion that is non-parallel relative to a longitudinal axis of the upper element or the lower element and comprises a curved portion that curves in a medial or lateral direction; and wherein the upper element includes medial and lateral edges that are substantially asymmetrical in the toe section with the lateral edge generally following the curvature of the curve of the upper or lower split (43,53)
A printing apparatus having a wireless direct communication function and a reservation function for reserving a received print job, comprising: a setting unit (211, 201) configured to set whether or not to use the reservation function; a determination unit configured to determine whether or not the print job received by the printing apparatus is a print job received by the wireless direct communication function; and a control unit configured to print the received print job; characterized in that the determination unit determines, based on destination address information of the received print job, whether or not the print job received by the printing apparatus is a print job received by the wireless direct communication function, and if it is determined based on destination address information of the received print job by said determination unit that the received print job is a print job received by the wireless direct communication function, the control unit prints the received print job without reserving the received print job even in a case where use of the reservation function has been set by said setting unit (211, 201). a setting unit (211, 201) configured to set whether or not to use the reservation function; a determination unit configured to determine whether or not the print job received by the printing apparatus is a print job received by the wireless direct communication function; and a control unit configured to print the received print job; characterized in that the determination unit determines, based on destination address information of the received print job, whether or not the print job received by the printing apparatus is a print job received by the wireless direct communication function, and if it is determined based on destination address information of the received print job by said determination unit that the received print job is a print job received by the wireless direct communication function, the control unit prints the received print job without reserving the received print job even in a case where use of the reservation function has been set by said setting unit (211, 201).
A method for identifying which of a plurality of different activated transcription factors are present in a biological sample, the method comprising: contacting the biological sample with a library of double stranded DNA probes under conditions where DNA probe - transcription factor complexes are formed between the DNA probes in the library and activated transcription factors present in the biological sample, the DNA probes each comprising a known transcription factor recognition sequence varying within the library such that different DNA probes bind different activated transcription factors, wherein a different DNA probe is provided for each different activated transcription factor in the plurality of activated transcription factors; isolating the DNA probes that have bound to the activated transcription factors and formed the DNA probe - transcription factor complexes; and contacting the isolated DNA probes with an array of immobilized hybridization probes under conditions suitable for hybridization of at least one of the strands of the different double stranded DNA probes to the hybridization probes in the array, wherein a different hybridization probe is provided for each different double stranded DNA probe, and wherein identification of the DNA probes bound to the array identifies which of the plurality of different activated transcription factors are present in the biological sample. contacting the biological sample with a library of double stranded DNA probes under conditions where DNA probe - transcription factor complexes are formed between the DNA probes in the library and activated transcription factors present in the biological sample, the DNA probes each comprising a known transcription factor recognition sequence varying within the library such that different DNA probes bind different activated transcription factors, wherein a different DNA probe is provided for each different activated transcription factor in the plurality of activated transcription factors; isolating the DNA probes that have bound to the activated transcription factors and formed the DNA probe - transcription factor complexes; and contacting the isolated DNA probes with an array of immobilized hybridization probes under conditions suitable for hybridization of at least one of the strands of the different double stranded DNA probes to the hybridization probes in the array, wherein a different hybridization probe is provided for each different double stranded DNA probe, and wherein identification of the DNA probes bound to the array identifies which of the plurality of different activated transcription factors are present in the biological sample.
A method of welding a metal tab to an electrode comprising a current collector for a cable battery, a conductive layer formed on an outer surface of the current collector, and a polymer film layer formed on an inner surface of the current collector, the method comprising: a) removing a portion of the conductive layer using a pulse laser, thus exposing a surface of the current collector positioned thereunder; and b) welding a metal tab to the surface of the current collector. a) removing a portion of the conductive layer using a pulse laser, thus exposing a surface of the current collector positioned thereunder; and b) welding a metal tab to the surface of the current collector.
A pressure-limiting valve comprising a valve housing and comprising a valve piston and comprising a pressure-limiting adjusting spring, wherein at least one valve inlet and at least one valve outlet are provided in the valve housing, wherein the valve piston can assume an open position, in which the valve inlet and the valve outlet are connected to one another, and at least one closed position, in which the valve inlet and the valve outlet are separated from one another, wherein the valve piston has a first piston ring with a sealing face and has a second piston ring, characterized in that in the closed position, the sealing face of the first piston ring is pulled in a sealing manner against a housing lip by a pneumatic force which acts on the first piston ring and second piston ring and which is directed against the force of the pressure-limiting adjusting spring, and wherein, furthermore, there is a pneumatic passage in the valve piston for the purpose of creating a safety valve function, which pneumatic passage can be closed by a spring-loaded safety valve body which is arranged on that side of the second piston ring which is opposite the valve outlet.
A method for processing a change in a radio capability of a terminal apparatus, wherein the method comprises: sending, by a terminal apparatus, first indication information to an access network apparatus or a core network apparatus, wherein the first indication information is used to indicate that a radio capability of the terminal apparatus changes; receiving, by the terminal apparatus, radio capability request information sent by the access network apparatus, wherein the radio capability request information is used to request, from the terminal apparatus, a changed part of the radio capability of the terminal apparatus; and sending, by the terminal apparatus, radio capability change information to the access network apparatus, wherein the radio capability change information comprises the changed part of the radio capability of the terminal apparatus; characterized in that before sending the first indication information to the access network apparatus or the core network apparatus, the terminal apparatus receives radio capability identifier indication information sent by the access network apparatus, wherein the radio capability identifier indication information is used to indicate that the access network apparatus supports a radio capability identifier. sending, by a terminal apparatus, first indication information to an access network apparatus or a core network apparatus, wherein the first indication information is used to indicate that a radio capability of the terminal apparatus changes; receiving, by the terminal apparatus, radio capability request information sent by the access network apparatus, wherein the radio capability request information is used to request, from the terminal apparatus, a changed part of the radio capability of the terminal apparatus; and sending, by the terminal apparatus, radio capability change information to the access network apparatus, wherein the radio capability change information comprises the changed part of the radio capability of the terminal apparatus; characterized in that before sending the first indication information to the access network apparatus or the core network apparatus, the terminal apparatus receives radio capability identifier indication information sent by the access network apparatus, wherein the radio capability identifier indication information is used to indicate that the access network apparatus supports a radio capability identifier.
Method for managing communication items, wherein the method comprises the following steps: - receiving communication items; - storing of communication items on a server; - creating a log-file; - transmitting the log-file to a mobile communication device; - linking a plurality of documents relevant for a selected communication item and stored on the server with the selected communication item. - receiving communication items; - storing of communication items on a server; - creating a log-file; - transmitting the log-file to a mobile communication device; - linking a plurality of documents relevant for a selected communication item and stored on the server with the selected communication item.
N-terminally truncated CMAP27 derivative, wherein said derivative is selected from the group consisting of CMAP4-21, CMAP5-21, CMAP6-21, CMAP7-21, CMAP8-21, CMAP9-21, CMAP10-21, CMAP11-21, CMAP4-21 (F5→W), CMAP4-21 (F5→Y), CMAP4-21 (F12→W), CMAP4-21 (F12→Y), CMAP4-21 (F5, F12→W), CMAP4-21 (F5, F12→Y), CMAP4-21 (F5→W, F12→Y), CMAP4-21 (F5→Y, F12→W), CMAP7-21 (F12→W), CMAP7-21 (F12→Y), CMAP10-21 (F12→W) and CMAP10-21 (F12→Y).
A method of producing activated carbon from a coal-originating particulate feed material, the method comprising: introducing the feed material into a reaction chamber; introducing an activating gas into the reaction chamber at a velocity above the average terminal velocity of particles within the feed material; entraining the feed material in the activating gas within the reaction chamber such that a recirculating flow path for the feed material is established within the reaction chamber; and recovering activated feed material from the chamber, wherein the temperature within the reaction chamber is in the range of 600-1200°C. introducing the feed material into a reaction chamber; introducing an activating gas into the reaction chamber at a velocity above the average terminal velocity of particles within the feed material; entraining the feed material in the activating gas within the reaction chamber such that a recirculating flow path for the feed material is established within the reaction chamber; and recovering activated feed material from the chamber, wherein the temperature within the reaction chamber is in the range of 600-1200°C.
An injection molded element for a slide fastener having as a material a polyamide resin composition containing a polyamide resin, characterized in that: the polyamide resin has a glass transition temperature from 40 to 70°C, the composition having a melt flow rate from 5 to 40 g/10 min, and containing from 40 to 60 parts by mass of reinforcing fibers per 100 parts by mass in total of the polyamide resin and reinforcement fibers, and wherein the melt flow rate is measured at 280°C under a load of 2.16 kg according to JIS K 7210 (Method A). the polyamide resin has a glass transition temperature from 40 to 70°C, the composition having a melt flow rate from 5 to 40 g/10 min, and containing from 40 to 60 parts by mass of reinforcing fibers per 100 parts by mass in total of the polyamide resin and reinforcement fibers, and wherein the melt flow rate is measured at 280°C under a load of 2.16 kg according to JIS K 7210 (Method A).
Beam current variation system for a cyclotron, arranged in the inner centre of the cyclotron, downstream from the ion source generating the charged particle beam, the system comprising a deflector system (10; 20, 21) powered by a voltage for deflecting the beam and a collimator (15, 25), wherein the beam current intensity may be continuously varied by the deflector system (10; 20, 21), characterized in that the beam is dumped in the collimator (15, 25), if the deflector system (10; 20, 21) is not powered, and in that the beam is switched on by powering the deflector system with a voltage.
A method for allocating access to a communications channel in a wireless communications network (10a, 10b, 10c), the method being performed by an access point, AP, in the wireless communications network and associated with stations, STAs, (12a,...12f) and comprising the steps of: grouping the STAs of the AP in at least two groups of STAs, each group being associated with a minimum transmission power level needed by the AP to communicate with the STAs in that group; allocating a first time interval for a first group of STAs associated with highest minimum transmission power to access the communications channel concurrently with a third time interval being allocated by another AP for a third group of STAs associated with lowest minimum transmission power level needed by said another AP to communicate with said third group of STAs to access the communications channel; and allocating a second time interval, non-overlapping with said first time interval, for a second group of STAs associated with lowest minimum transmission power to access the communications channel concurrently with a fourth time interval being allocated by said another AP for a fourth group of STAs associated with highest minimum transmission power level needed by said another AP to communicate with said fourth group of STAs to access the communications channel. grouping the STAs of the AP in at least two groups of STAs, each group being associated with a minimum transmission power level needed by the AP to communicate with the STAs in that group; allocating a first time interval for a first group of STAs associated with highest minimum transmission power to access the communications channel concurrently with a third time interval being allocated by another AP for a third group of STAs associated with lowest minimum transmission power level needed by said another AP to communicate with said third group of STAs to access the communications channel; and allocating a second time interval, non-overlapping with said first time interval, for a second group of STAs associated with lowest minimum transmission power to access the communications channel concurrently with a fourth time interval being allocated by said another AP for a fourth group of STAs associated with highest minimum transmission power level needed by said another AP to communicate with said fourth group of STAs to access the communications channel.