mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel including a first substrate having a plurality of pad regions, and a second substrate confronting with the first substrate and bonded to remaining portions of the first substrate except the plurality of pad regions; a panel driving part including a flexible circuit film attached to the plurality of pad regions; and a side surface sealing member covering at least a side surface of the display panel, along which the plurality of pad regions is arranged, and at least part of the panel driving part, characterized in that the side surface sealing member includes a transparent sealing member and an opaque sealing member. a display panel including a first substrate having a plurality of pad regions, and a second substrate confronting with the first substrate and bonded to remaining portions of the first substrate except the plurality of pad regions; a panel driving part including a flexible circuit film attached to the plurality of pad regions; and a side surface sealing member covering at least a side surface of the display panel, along which the plurality of pad regions is arranged, and at least part of the panel driving part, characterized in that the side surface sealing member includes a transparent sealing member and an opaque sealing member.
A pouch-like structure suitable for enclosing at least a part of the heart of a mammal, said pouch-like structure comprises an in vitro engineered tissue characterized in that at least a part of the engineered tissue comprise scaffold material and genetically engineered cells, whereby said genetically engineered cells, contain a gene encoding a paracrine factor said gene encoding the paracrine factor being under control of a chemically inducible promoter system selected from a tetracycline-based system, a rapamycin-based system, a progesterone-based system, and an ecdysone-based system, or an heterologous promoter system being not present naturally in the cell, wherein the genetically engineered cells, are cells selected from fibroblasts, smooth muscle cells, endothelial cells, mesenchymal stem cells, cardiac stem cells, pericytes, and leucocytes, and wherein the paracrine factor is a paracrine factor selected from IGF-1, VEGF, HGF, PDGF, SDF-1 or miRNA, having cardio-protective and/or cardio-regeneration inducing activity.
A method of mass spectrometry and/or ion mobility spectrometry comprising: providing an analyte by using a first device to generate aerosol, smoke or vapour from a target to be analysed; supplying a matrix compound to said aerosol, smoke or vapour such that: (i) said analyte is diluted by said matrix and forms first droplets of diluted analyte by supplying the matrix to the analyte whilst the analyte is provided in the form of droplets in said aerosol smoke or vapour; or (ii) said analyte is dissolved in said matrix and forms first droplets of dissolved analyte; or (iii) said analyte forms first clusters with said matrix; and colliding said first clusters or said first droplets of diluted or dissolved analyte with a collision surface located within a vacuum chamber of a mass and/or ion mobility spectrometer so as to generate a plurality of analyte ions. providing an analyte by using a first device to generate aerosol, smoke or vapour from a target to be analysed; supplying a matrix compound to said aerosol, smoke or vapour such that: (i) said analyte is diluted by said matrix and forms first droplets of diluted analyte by supplying the matrix to the analyte whilst the analyte is provided in the form of droplets in said aerosol smoke or vapour; or (ii) said analyte is dissolved in said matrix and forms first droplets of dissolved analyte; or (iii) said analyte forms first clusters with said matrix; and (i) said analyte is diluted by said matrix and forms first droplets of diluted analyte by supplying the matrix to the analyte whilst the analyte is provided in the form of droplets in said aerosol smoke or vapour; or (ii) said analyte is dissolved in said matrix and forms first droplets of dissolved analyte; or (iii) said analyte forms first clusters with said matrix; and colliding said first clusters or said first droplets of diluted or dissolved analyte with a collision surface located within a vacuum chamber of a mass and/or ion mobility spectrometer so as to generate a plurality of analyte ions.
A rack, attachable to a stand, for holding at least one medical device, the rack comprising at least one first connection element to engage with a second connection element of a medical device for connecting the medical device to the rack, wherein the at least one first connection element of the rack is connectable with the second connection element of the medical device by attaching the medical device in an engagement direction to the rack, wherein the at least one first connection element of the rack is constituted to establish a mechanical connection for mechanically fixing the medical device to the rack and an electrical connection for electrically connecting the medical device to the rack characterized in that the at least one first connection element of the rack is shaped as - either a connection cone (111.0) protruding from a body of the rack to engage with a connection opening (211.0) of the second connection element of the medical device - or a connection opening to engage with a connection cone of the second connection element of the medical device - and that the at least one first connection element of the rack has a rotationally symmetric shape about a rotational symmetry axis directed along the engagement direction. - either a connection cone (111.0) protruding from a body of the rack to engage with a connection opening (211.0) of the second connection element of the medical device - or a connection opening to engage with a connection cone of the second connection element of the medical device - and that the at least one first connection element of the rack has a rotationally symmetric shape about a rotational symmetry axis directed along the engagement direction.
Arrangement for nutrition and remote care services, which arrangement comprises at least a cold-storage space of food portions together with a storage means of the food portions; and a heating means; means (4a, 4b, 10, 28) for identifying the name, heating instruction and a placement location of a food portion disposed in the cold-storage space in connection with placing the food por-portions in the cold-storage space; and means for pairing the food portions and their heating instruction with each other so that the apparatus knows which food portion is on which shelf and which heating instruction is connected to which food portion; and a control system provided with a user interface which control system is connected to a public telecommunication network, characterized in that the arrangement comprises a video call system for handling video calls, which video call system can be controlled remotely, and which video call system comprises a video camera and a microphone, which are connected to the same control system with the cold-storage space and heating means, and which video call system has means to communicate with external persons through the control system and a public telecommunication network.
An arrangement of a rotor and at least a blade, wherein: the blade includes a root, a platform and an airfoil, the rotor includes a seat for the root, the root has side walls which complement side walls of the seat and axial walls between the side walls, a chamber is provided between the root and the rotor, a shank cavity is provided between the root and the platform, a lock plate facing at least an axial wall is connected to the rotor and the blade, the lock plate has a plurality of slots on a side facing the root; characterized in that at least some of the plurality of slots are connected together via a cut out; the cut out at least partly faces the chamber; the root has at least one protrusion which faces the lock plate and defines the chamber opening facing the lock plate, in order to pre-define the cooling air that passes from the chamber into the cut out and slots. the blade includes a root, a platform and an airfoil, the rotor includes a seat for the root, the root has side walls which complement side walls of the seat and axial walls between the side walls, a chamber is provided between the root and the rotor, a shank cavity is provided between the root and the platform, a lock plate facing at least an axial wall is connected to the rotor and the blade, the lock plate has a plurality of slots on a side facing the root; characterized in that at least some of the plurality of slots are connected together via a cut out; the cut out at least partly faces the chamber; the root has at least one protrusion which faces the lock plate and defines the chamber opening facing the lock plate, in order to pre-define the cooling air that passes from the chamber into the cut out and slots.
A method of manufacture of geotechnical profiles, particularly sheet piling profiles or mobile flood prevention devices, wherein thermoplastic material forming a polymer matrix, preferably hard and high-impact, PVC and/or PET and/or PE and/or ABS and/or PP, is plasticized in an extruder, after which the thermoplastic material is pressed through an cross die unit, wherein internal reinforcing profiles (2, 4, 6, 8, 10, 12, 14, 16) in the form of flat bars, arched elements, angled elements, ribbed profiles or sections of any geometry are entered to the thermoplastic material in the entire volume, and at least in selected cross-section areas of the geotechnical profile (1, 3, 5, 7, 9, 11, 13, 15), characterized in that said profiles are created from continuous and/or chopped fiber, selected from among: glass, basalt, aramid, polyamide, steel or natural, plant or animal fibers produced simultaneously or as part of a separate production process and internal reinforcing profiles (2, 4, 6, 8, 10, 12, 14, 16) being produced by calendering continuous fiber beams, mats and fabrics coated with impregnate compatible with the polymer matrix and/or by calibrating continuous fibers, mats and fabrics made of hybrid fibers containing, apart from reinforcing fibers, fibers made of thermoplastic materials.
A method for manufacturing a capillary usable as part of a hollow-core photonic crystal fiber, the method comprising: obtaining a capillary having a capillary wall comprising a first wall thickness; chemically etching the capillary wall to reduce the wall thickness of the capillary wall; and during performance of said etching step, locally varying a control parameter along the length of the capillary, the control parameter relating to reactivity of an etchant used in the etching step, so as to control the etched wall thickness of the capillary wall along the capillary length. obtaining a capillary having a capillary wall comprising a first wall thickness; chemically etching the capillary wall to reduce the wall thickness of the capillary wall; and during performance of said etching step, locally varying a control parameter along the length of the capillary, the control parameter relating to reactivity of an etchant used in the etching step, so as to control the etched wall thickness of the capillary wall along the capillary length.
An Osteospermum plant, having an altered flower phenotype, wherein at least one inflorescence has at least one disc floret with a length of the disc floret corolla of at least 1.7 cm, wherein the average length of the longest and the shortest disc floret corolla of at least one inflorescence is at least 1.45 cm and having the anthers being located in said disc floret corolla, the altered flower phenotype being caused by a mutant allele contained in seed which has been deposited under NCIMB Accession No. 41698, the plant comprising a DNA sequence, which after restriction digestion with E coRI and M sel and annealing of the adapters according to SEQ ID Nos. 6 to 9 is a template for amplification of a DNA fragment of about 151 nucleotides with the primers according to SEQ ID Nos. 1 and 2.
A system for representing sounds of a reed instrument, the system comprising: output means; a speaker driven to produce sound by an excitation unit, said speaker being arranged to deliver sound to an air chamber of the reed instrument; a microphone arranged to receive sound in the air chamber and to provide a measurement signal; and a processing unit arranged to receive the measurement signal, wherein the system has an operating mode in which: the processing unit generates from the measurement signal an output signal indicative of which musical note is being played by the reed instrument; and the output means outputs the output signal; wherein the system comprises additionally a pressure sensor, separate and independent from the microphone, which sends a signal to the processing unit to indicate when a user of the reed instrument is blowing through a mouthpiece of the reed instrument and the processing unit uses the sensed air pressure in controlling timing of generation of the output signal; characterised in that: the speaker and microphone are mounted on a housing, the housing being adapted for attachment to the reed instrument such that the speaker and microphone are in communication with the air chamber; the housing is adapted for attachment to a mouthpiece of the instrument; and the housing is arranged to form a barrier between the mouthpiece and the air chamber. output means; a speaker driven to produce sound by an excitation unit, said speaker being arranged to deliver sound to an air chamber of the reed instrument; a microphone arranged to receive sound in the air chamber and to provide a measurement signal; and a processing unit arranged to receive the measurement signal, the processing unit generates from the measurement signal an output signal indicative of which musical note is being played by the reed instrument; and the output means outputs the output signal; wherein the system comprises additionally a pressure sensor, separate and independent from the microphone, which sends a signal to the processing unit to indicate when a user of the reed instrument is blowing through a mouthpiece of the reed instrument and the processing unit uses the sensed air pressure in controlling timing of generation of the output signal; characterised in that: the speaker and microphone are mounted on a housing, the housing being adapted for attachment to the reed instrument such that the speaker and microphone are in communication with the air chamber; the housing is adapted for attachment to a mouthpiece of the instrument; and the housing is arranged to form a barrier between the mouthpiece and the air chamber. the speaker and microphone are mounted on a housing, the housing being adapted for attachment to the reed instrument such that the speaker and microphone are in communication with the air chamber; the housing is adapted for attachment to a mouthpiece of the instrument; and the housing is arranged to form a barrier between the mouthpiece and the air chamber.
A recombinant dermatopontin for use in treating a metabolic disease in a subject, wherein the metabolic disease is selected from a group consisting of obesity, morbid obesity, metabolic syndrome, glucose intolerance, insulin resistance, type I diabetes, and type II diabetes.
A charged, self-assembled block polymer material, containing at least one of macro, meso, or micro pores, at least some of which are isoporous, for the separation of proteins, nucleic acids, other biological or other biomolecules, compounds, or solutes, with high fluxes; wherein the material is a poly(isoprene-b-styrene-b-4-vinyl pyridine) triblock terpolymer; said material having a surface layer and a bulk layer, the surface layer having a thickness of from 5 nm to 500 nm and comprising a plurality of pores extending through the depth of the surface layer; wherein at least a portion of the 4-vinyl pyridine block is quaternized to provide the material with a positive stationary charge. wherein the material is a poly(isoprene-b-styrene-b-4-vinyl pyridine) triblock terpolymer; said material having a surface layer and a bulk layer, the surface layer having a thickness of from 5 nm to 500 nm and comprising a plurality of pores extending through the depth of the surface layer; wherein at least a portion of the 4-vinyl pyridine block is quaternized to provide the material with a positive stationary charge.
A method for wireless communications performed by a user equipment, UE, comprising: obtaining access to a shared radio frequency spectrum band for a transmission opportunity; performing data transmission on an autonomous uplink transmission over the shared radio frequency spectrum band during a first portion of the transmission opportunity; characterized in that the method further comprises transmitting, during the autonomous uplink transmission, a physical layer scheduling request comprising a transmission size parameter for a second portion of the transmission opportunity, the transmission size parameter being a buffer size indication configured to indicate an amount of data to be transmitted in a scheduled uplink transmission during the second portion of the transmission opportunity; receiving an uplink grant for the second portion of the transmission opportunity based at least in part on the scheduling request; and performing the scheduled uplink transmission over the shared radio frequency spectrum band during the second portion of the transmission opportunity according to the uplink grant. obtaining access to a shared radio frequency spectrum band for a transmission opportunity; performing data transmission on an autonomous uplink transmission over the shared radio frequency spectrum band during a first portion of the transmission opportunity; characterized in that the method further comprises transmitting, during the autonomous uplink transmission, a physical layer scheduling request comprising a transmission size parameter for a second portion of the transmission opportunity, the transmission size parameter being a buffer size indication configured to indicate an amount of data to be transmitted in a scheduled uplink transmission during the second portion of the transmission opportunity; receiving an uplink grant for the second portion of the transmission opportunity based at least in part on the scheduling request; and performing the scheduled uplink transmission over the shared radio frequency spectrum band during the second portion of the transmission opportunity according to the uplink grant.
At least one storage device or storage disk comprising instructions that, when executed, cause at least one processor of an electronic device to at least: generate aggregated data based on: first data from a first network-connected sensor (102, 106, 110, 118, 212, 310) of a sensor system, the first data indicative of a physical condition in an environment, and second data from a second network-connected sensor (102, 106, 110, 118, 212, 310) of the sensor system; detect an event when a value from the first network-connected sensor (102, 106, 110, 118, 212, 310) satisfies a threshold; in response to detecting that the first data is indicative of the event, select a message associated with the event; and transmit the message and the aggregated data to a messaging service. generate aggregated data based on: first data from a first network-connected sensor (102, 106, 110, 118, 212, 310) of a sensor system, the first data indicative of a physical condition in an environment, and second data from a second network-connected sensor (102, 106, 110, 118, 212, 310) of the sensor system; first data from a first network-connected sensor (102, 106, 110, 118, 212, 310) of a sensor system, the first data indicative of a physical condition in an environment, and second data from a second network-connected sensor (102, 106, 110, 118, 212, 310) of the sensor system; detect an event when a value from the first network-connected sensor (102, 106, 110, 118, 212, 310) satisfies a threshold; in response to detecting that the first data is indicative of the event, select a message associated with the event; and transmit the message and the aggregated data to a messaging service.
A method for managing network nodes in a wireless communication network that includes a wireless relay node for wirelessly transmitting signals to and wirelessly receiving signals from one or more user equipments, UEs, or to and from one or more other relay nodes, or to and from one or more of both, via an access link, and for wirelessly transmitting signals to and wirelessly receiving signals from a donor base station, via a backhaul link, the method comprising, in a network node: receiving, from the relay node, a report indicating a first access-link output-power capability for the relay node, the method being characterized in that the received report also indicates a first backhaul-link output-power capability for the relay node, wherein the indicated first capabilities comprise different values; and in that the method comprises: applying the indicated first capabilities in one or more network management tasks. receiving, from the relay node, a report indicating a first access-link output-power capability for the relay node, applying the indicated first capabilities in one or more network management tasks.
A beveling tool including a body with a shaft hole formed through the center, a plurality of cutter blades having an edge angle ranging from 15 to 60 degrees and arranged at predetermined distances on the circumferential surface of the body, discharge grooves formed longitudinally between the cutter blades to discharge chips produced in beveling, and a shank inserted in the shaft hole of the body, wherein the body and the shank are connected, and characterized in that each blade has a radial primary blade with a radial primary relief angle ranging from 10 to 20 degrees and a radial secondary blade with a radial secondary relief angle ranging from 25 to 45 degrees.