mhurhangee/ep-ind-claims huggingface dataset:
A laminate film comprising: a resin layer which is formed from an acrylic resin composition; and a resin layer which is formed from a resin composition containing an acid anhydride copolymer (C-1) and acrylic rubber particles (C-2); wherein a thickness of the resin layer is 0.5 μm or more and 9 μm or less, and wherein the resin composition forming the resin layer has an acid anhydride group for exhibiting adhesiveness with a base material and the resin layer is a bonding layer for facing an adherend side and the resin layer is a surface layer for opposing the adherend side. a resin layer which is formed from an acrylic resin composition; and a resin layer which is formed from a resin composition containing an acid anhydride copolymer (C-1) and acrylic rubber particles (C-2); wherein a thickness of the resin layer is 0.5 μm or more and 9 μm or less, and wherein the resin composition forming the resin layer has an acid anhydride group for exhibiting adhesiveness with a base material and the resin layer is a bonding layer for facing an adherend side and the resin layer is a surface layer for opposing the adherend side.
A pharmaceutical composition comprising nanoparticles which comprise at least one cationic lipid, at least one neutral helper lipid and RNA encoding at least one antigen, wherein the nanoparticles are lipoplexes comprising (i) DOTMA and DOPE in a molar ratio of 8:2 to 3:7, preferably of 7:3 to 5:5, wherein the charge ratio of positive charges in DOTMA to negative charges in the RNA is 1.6:2 to 1:2, preferably 1.4:2 to 1.1:2; or (ii) DOTMA and Cholesterol in a molar ratio of 8:2 to 3:7, preferably of 7:3 to 5:5, wherein the charge ratio of positive charges in DOTMA to negative charges in the RNA is 1.6:2 to 1:2, preferably 1.4:2 to 1.1:2; or (iii) DOTAP and DOPE in a molar ratio of 8:2 to 3:7, preferably of 7:3 to 5:5, wherein the charge ratio of positive charges in DOTAP to negative charges in the RNA is 1.6:2 to 1:2, preferably 1.4:2 to 1.1:2. (i) DOTMA and DOPE in a molar ratio of 8:2 to 3:7, preferably of 7:3 to 5:5, wherein the charge ratio of positive charges in DOTMA to negative charges in the RNA is 1.6:2 to 1:2, preferably 1.4:2 to 1.1:2; or (ii) DOTMA and Cholesterol in a molar ratio of 8:2 to 3:7, preferably of 7:3 to 5:5, wherein the charge ratio of positive charges in DOTMA to negative charges in the RNA is 1.6:2 to 1:2, preferably 1.4:2 to 1.1:2; or (iii) DOTAP and DOPE in a molar ratio of 8:2 to 3:7, preferably of 7:3 to 5:5, wherein the charge ratio of positive charges in DOTAP to negative charges in the RNA is 1.6:2 to 1:2, preferably 1.4:2 to 1.1:2.
A system, comprising: a memory to store instructions; a processor, coupled to the memory, that facilitates execution of the instructions to perform operations, the operations characterized in that: via a set of network devices of a home nodeB network, facilitating two-way communication between a home nodeB, HNB, device of the home nodeB network that operates at a premises and a server device (1014, 1082) for a premises monitoring service that facilitates monitoring relating to the premises, wherein the two-way communication comprises a first communication initiated by home node B device with the server device (1014, 1082) and a second communication initiated by the server device (1014, 1082) with the home nodeB device via the set of network devices of the home node B network, wherein the second communication comprises information that facilitates locating the home nodeB device based on an identifier for the home nodeB device; and receiving state information from a sensor, wherein the state information relates to a state of the premises detected by the sensor in accordance with the premises monitoring service. a memory to store instructions; a processor, coupled to the memory, that facilitates execution of the instructions to perform operations, the operations characterized in that: via a set of network devices of a home nodeB network, facilitating two-way communication between a home nodeB, HNB, device of the home nodeB network that operates at a premises and a server device (1014, 1082) for a premises monitoring service that facilitates monitoring relating to the premises, wherein the two-way communication comprises a first communication initiated by home node B device with the server device (1014, 1082) and a second communication initiated by the server device (1014, 1082) with the home nodeB device via the set of network devices of the home node B network, wherein the second communication comprises information that facilitates locating the home nodeB device based on an identifier for the home nodeB device; and receiving state information from a sensor, wherein the state information relates to a state of the premises detected by the sensor in accordance with the premises monitoring service. via a set of network devices of a home nodeB network, facilitating two-way communication between a home nodeB, HNB, device of the home nodeB network that operates at a premises and a server device (1014, 1082) for a premises monitoring service that facilitates monitoring relating to the premises, wherein the two-way communication comprises a first communication initiated by home node B device with the server device (1014, 1082) and a second communication initiated by the server device (1014, 1082) with the home nodeB device via the set of network devices of the home node B network, wherein the second communication comprises information that facilitates locating the home nodeB device based on an identifier for the home nodeB device; and receiving state information from a sensor, wherein the state information relates to a state of the premises detected by the sensor in accordance with the premises monitoring service.
A composition comprising a complex of Factor VIII and one or more Von Willebrand Factor peptides, wherein the Von Willebrand Factor peptides are fragments of Von Willebrand factor and comprise at least the amino acids 764 to 1905 of SEQ ID No. 1 but not amino acids 2255 to 2645 of SEQ ID No. 1 and wherein the Von Willebrand Factor peptides have an affinity binding constant for heparin of K D ≥ 2.43 nM.
A compound for use in a method of treating a cancer in a patient in need thereof, the method comprising administering to the patient an effective amount of the compound; wherein the compound is represented by: or a pharmaceutically acceptable salt thereof; and wherein the cancer comprises solid tumors harboring an ARID1A mutation. wherein the compound is represented by: or a pharmaceutically acceptable salt thereof; and wherein the cancer comprises solid tumors harboring an ARID1A mutation.
A foam molding resin containing low-density polyethylene, wherein: a strain hardening degree of the low-density polyethylene is equal to or more than 0.40, a melt tension of the low-density polyethylene is equal to or more than 250 mN, and a shear viscosity of the low-density polyethylene is equal to or more than 450 Pa·s, the strain hardening degree, the melt tension and the shear viscosity being measured according to the description. a strain hardening degree of the low-density polyethylene is equal to or more than 0.40, a melt tension of the low-density polyethylene is equal to or more than 250 mN, and a shear viscosity of the low-density polyethylene is equal to or more than 450 Pa·s, the strain hardening degree, the melt tension and the shear viscosity being measured according to the description.
Method of manufacturing a sanitary tub, with the steps: cutting and/or milling tub components from a foam and assembling the tub components to form a tub body, or cutting and/or milling (M4') a tub body in one piece from a foam; and coating the tub body with a flexible tub body sheathing, wherein the method also comprises: three-dimensional detecting of the external shape of a person, preparing a computer-readable dataset representing the recorded external shape of the person, and computer-aided controlling of the cutting and/or milling (M4, M4') of the tub components or the tub body based on the prepared dataset for manufacturing a partially or entirely anatomically shaped resting area in the tub body in the region of the tub interior. cutting and/or milling tub components from a foam and assembling the tub components to form a tub body, or cutting and/or milling (M4') a tub body in one piece from a foam; and coating the tub body with a flexible tub body sheathing, wherein the method also comprises: three-dimensional detecting of the external shape of a person, preparing a computer-readable dataset representing the recorded external shape of the person, and computer-aided controlling of the cutting and/or milling (M4, M4') of the tub components or the tub body based on the prepared dataset for manufacturing a partially or entirely anatomically shaped resting area in the tub body in the region of the tub interior. three-dimensional detecting of the external shape of a person, preparing a computer-readable dataset representing the recorded external shape of the person, and computer-aided controlling of the cutting and/or milling (M4, M4') of the tub components or the tub body based on the prepared dataset for manufacturing a partially or entirely anatomically shaped resting area in the tub body in the region of the tub interior.
An ostomy appliance comprising an adhesive wafer for securing the appliance to the skin, the wafer comprising an adhesive layer, a backing layer covering the distal surface of the adhesive layer, a release liner is covering the proximal surface of the adhesive layer before use, characterized in that said release liner comprises an enclosure capable of containing a liquid.
Steering wheel for the actuation of a vehicle comprising • a steering wheel pot-shaped structure for mounting the steering wheel on a vehicle, • a steering wheel rim, • and at least two spokes which connect the steering wheel rim to the steering wheel pot-shaped structure, which spokes can be telescoped by means of • a drive means, and therefore the steering wheel rim can be displaced in the direction of the rotational axis of the steering wheel with respect to the steering wheel pot-shaped structure, the drive means comprising a single drive motor for the actuation of at least two spokes, characterized in that the spokes are connected pivotably to the steering wheel pot-shaped structure and to the steering wheel rim. • a steering wheel pot-shaped structure for mounting the steering wheel on a vehicle, • a steering wheel rim, • and at least two spokes which connect the steering wheel rim to the steering wheel pot-shaped structure, which spokes can be telescoped by means of • a drive means, and therefore the steering wheel rim can be displaced in the direction of the rotational axis of the steering wheel with respect to the steering wheel pot-shaped structure, the drive means comprising a single drive motor for the actuation of at least two spokes, characterized in that the spokes are connected pivotably to the steering wheel pot-shaped structure and to the steering wheel rim.
Medical imaging apparatus with a scanner unit, a patient support apparatus and a housing unit, which is arranged on the scanner unit and/or on the patient support apparatus, wherein the housing unit comprises at least one functional housing shell, wherein the at least one functional housing shell comprises at least one sensor element for detection of a hygiene status on the at least one functional housing shell, at least one output element, which is embodied for a visual display of the hygiene status, and at least one cleaning element for cleaning a surface of the at least one functional housing shell.
A turbine engine cooling system comprising: a first supply feed including a first flow limiter, the first supply feed fluidly connected to a cooling air source and a turbine section cavity to define a first cooling air path therebetween, wherein, in a non-modulated operating mode, the first cooling air path is configured to supply cooling air from the cooling air source to the turbine section cavity at a first mass flow rate, a second supply feed including a flow control device, the second supply feed fluidly connected to the cooling air source and the turbine section cavity to define a restrictable second cooling air path therebetween, wherein, in the non-modulated operating mode, the second cooling air path is configured to supply cooling air from the cooling air source to the turbine section cavity at a second mass flow rate; the first and second supply feeds (100a, 100b) being in fluidic communication upstream of the flow control device; and a controller operably connected to the flow control device to control the flow control device to restrict cooling air flow through the second cooling air path; wherein the first flow limiter is configured to enforce an upper limit on a mass flow rate of cooling air exiting the first flow limiter to a third mass flow rate when the second cooling air path is restricted by the flow control device in a modulated operating mode, wherein the third mass flow rate is greater than each of the first mass flow rate and the second mass flow rate and less than a sum of the first mass flow rate and the second mass flow rate. a first supply feed including a first flow limiter, the first supply feed fluidly connected to a cooling air source and a turbine section cavity to define a first cooling air path therebetween, wherein, in a non-modulated operating mode, the first cooling air path is configured to supply cooling air from the cooling air source to the turbine section cavity at a first mass flow rate, a second supply feed including a flow control device, the second supply feed fluidly connected to the cooling air source and the turbine section cavity to define a restrictable second cooling air path therebetween, wherein, in the non-modulated operating mode, the second cooling air path is configured to supply cooling air from the cooling air source to the turbine section cavity at a second mass flow rate; the first and second supply feeds (100a, 100b) being in fluidic communication upstream of the flow control device; and a controller operably connected to the flow control device to control the flow control device to restrict cooling air flow through the second cooling air path; wherein the first flow limiter is configured to enforce an upper limit on a mass flow rate of cooling air exiting the first flow limiter to a third mass flow rate when the second cooling air path is restricted by the flow control device in a modulated operating mode, wherein the third mass flow rate is greater than each of the first mass flow rate and the second mass flow rate and less than a sum of the first mass flow rate and the second mass flow rate.
A method for measuring electron beam spot, comprising: depositing a conductive film on "A" surface of a first substrate to constitute a supporting film; forming a detecting channel on "B" surface of the first substrate opposite to the "A" surface, in which the detecting channel gets through the first substrate and gets to the reverse surface of the supporting film, and the width of the detecting channel is W; applying photoresist on the supporting film; forming a back cavity structure in a second substrate which is independently processed, the back cavity structure configured to absorb scattered electrons; fixing "C" surface of the second substrate with an entrance side of the back cavity structure to the "A" surface of the first substrate and aligning the detecting channel with the entrance of the back cavity structure; scanning the electron beam to be measured across the detecting channel in a path angle of θ in one direction to expose the photoresist in a backwards direction, wherein the path angle is an inclination angle formed by the scanning direction of the electron beam and the lengthwise direction of the detecting channel; developing the photoresist and measuring pattern length L of the photoresist along the scanning direction; and calculating the beam spot diameter d of the electron beam according to the following formula: d = L ⋅ tanθ − W / cosθ. depositing a conductive film on "A" surface of a first substrate to constitute a supporting film; forming a detecting channel on "B" surface of the first substrate opposite to the "A" surface, in which the detecting channel gets through the first substrate and gets to the reverse surface of the supporting film, and the width of the detecting channel is W; applying photoresist on the supporting film; forming a back cavity structure in a second substrate which is independently processed, the back cavity structure configured to absorb scattered electrons; fixing "C" surface of the second substrate with an entrance side of the back cavity structure to the "A" surface of the first substrate and aligning the detecting channel with the entrance of the back cavity structure; scanning the electron beam to be measured across the detecting channel in a path angle of θ in one direction to expose the photoresist in a backwards direction, wherein the path angle is an inclination angle formed by the scanning direction of the electron beam and the lengthwise direction of the detecting channel; developing the photoresist and measuring pattern length L of the photoresist along the scanning direction; and calculating the beam spot diameter d of the electron beam according to the following formula: d = L ⋅ tanθ − W / cosθ.
A hydrophobic planar support, characterized in that it comprises a fibrous mat made from cellulosic fibers and a fluororesin which confers hydrophobic properties to the fibrous mat, at least one surface of the mat being at least partially covered with a coating, the surface energy of which is greater than that of the fibrous mat.
An OAM multiplexing transmission device configured to subject a signal in an electromagnetic wave orbital angular momentum, OAM, mode to spatial multiplex transmission by using a uniform circular array, UCA, in which a plurality of antenna elements are disposed circularly at an equal interval, the OAM multiplexing transmission device comprising: A digital signal processing unit configured to generate a plurality of transmission streams, wherein in each stream, a channel estimation signal sequence and a data signal sequence are consecutively transmitted, wherein the channel estimation signal sequence is transmitted before the data signal sequence, and a cyclic prefix, CP, having a predetermined length is attached to the first half of the channel estimation signal sequence, and a basic channel estimation signal sequence having a predetermined length and a zero correlation that is subjected to time shift by a predetermined shift value for each of the transmission streams, is used as the channel estimation signal sequence of each stream; an RF unit configured to convert a baseband signal sequence of the generated transmission streams to frequency conversion into radio frequency, RF, band, or convert into intermediate frequency, IF, band and then convert into the RF band; and a transmitting antenna unit configured to convert a plurality of the frequency-converted transmission streams into a plurality of OAM mode signals having different orders, and multiplex spatially, wherein the transmitting antenna unit is a UCA. A digital signal processing unit configured to generate a plurality of transmission streams, wherein in each stream, a channel estimation signal sequence and a data signal sequence are consecutively transmitted, wherein the channel estimation signal sequence is transmitted before the data signal sequence, and a cyclic prefix, CP, having a predetermined length is attached to the first half of the channel estimation signal sequence, and a basic channel estimation signal sequence having a predetermined length and a zero correlation that is subjected to time shift by a predetermined shift value for each of the transmission streams, is used as the channel estimation signal sequence of each stream; an RF unit configured to convert a baseband signal sequence of the generated transmission streams to frequency conversion into radio frequency, RF, band, or convert into intermediate frequency, IF, band and then convert into the RF band; and a transmitting antenna unit configured to convert a plurality of the frequency-converted transmission streams into a plurality of OAM mode signals having different orders, and multiplex spatially, wherein the transmitting antenna unit is a UCA.
A ceramic liner (106, 300), characterized in that the ceramic liner comprises a monolithic body including: a surface portion (122, 322, 522) including an inner surface (110, 310) of the monolithic body and having a thickness less than a total thickness of the monolithic body; and a bulk portion (124, 324, 524), wherein: the surface portion (122, 322, 522) comprises a discontinuous amorphous phase (332, 334, 336, 338, 508) embedded within the surface portion (122, 322, 522); and the bulk portion (124, 324, 524) is substantially free of the discontinuous amorphous phase (332, 334, 336, 338, 508). a surface portion (122, 322, 522) including an inner surface (110, 310) of the monolithic body and having a thickness less than a total thickness of the monolithic body; and a bulk portion (124, 324, 524), wherein: the surface portion (122, 322, 522) comprises a discontinuous amorphous phase (332, 334, 336, 338, 508) embedded within the surface portion (122, 322, 522); and the bulk portion (124, 324, 524) is substantially free of the discontinuous amorphous phase (332, 334, 336, 338, 508). the surface portion (122, 322, 522) comprises a discontinuous amorphous phase (332, 334, 336, 338, 508) embedded within the surface portion (122, 322, 522); and the bulk portion (124, 324, 524) is substantially free of the discontinuous amorphous phase (332, 334, 336, 338, 508).
An ironing board comprising a board member connected to a support structure, the ironing board further comprising a base for supporting the ironing board on a surface, the base being free standing in its deployed position, the support structure and the base being independently collapsible, and further comprising adjustment means which permits the position of the support structure relative to the base to be adjusted to enable the height of the board member to be adjusted relative to the surface, the adjustment means comprising a slidable connection between the support structure and the base, the ironing board characterised in that the base comprises a first leg pivoted relative to a second leg, and the adjustment means has a single point of release for height adjustment disposed between the support structure and the base,
A method of wireless communication performed by a user equipment, UE, comprising: receiving, in connection with an ultra-reliable low latency communication service, a configuration message to configure transmission of a physical uplink control channel for the ultra-reliable low latency communication service; and transmitting, in a single slot, a plurality of repetitions of the physical uplink control channel based at least in part on receiving the configuration message; wherein a first repetition, of the plurality of repetitions, is associated with a first physical uplink control channel format and a second repetition, of the plurality of repetitions, is associated with a second physical uplink control channel format. receiving, in connection with an ultra-reliable low latency communication service, a configuration message to configure transmission of a physical uplink control channel for the ultra-reliable low latency communication service; and transmitting, in a single slot, a plurality of repetitions of the physical uplink control channel based at least in part on receiving the configuration message; wherein a first repetition, of the plurality of repetitions, is associated with a first physical uplink control channel format and a second repetition, of the plurality of repetitions, is associated with a second physical uplink control channel format.