mhurhangee/ep-ind-claims huggingface dataset:
A fine heating wire (10, 10a), comprising: a core formed with synthetic fiber material; and a coil spirally wound around the outer portion of the core in predetermined intervals, wherein the coil is made of copper or of copper alloy, wherein the core connects together one or more pairs of poly aramid fiber units, characterized in that each pair of poly aramid fiber units is formed by braided dozens to hundreds of fine poly aramid fiber strands, and in that the coil is wound with a winding pitch so as to maintain a resistance value equal to or greater than 0.5 ohms/m and providing a temperature raise up to 60°C, in five minutes, when an electric power, in the range of 3.7-12V, is supplied to said coil, while maintaining a linear density of the core within 200-600 deniers. a core formed with synthetic fiber material; and a coil spirally wound around the outer portion of the core in predetermined intervals, wherein the coil is made of copper or of copper alloy, wherein the core connects together one or more pairs of poly aramid fiber units, characterized in that each pair of poly aramid fiber units is formed by braided dozens to hundreds of fine poly aramid fiber strands, and in that the coil is wound with a winding pitch so as to maintain a resistance value equal to or greater than 0.5 ohms/m and providing a temperature raise up to 60°C, in five minutes, when an electric power, in the range of 3.7-12V, is supplied to said coil, while maintaining a linear density of the core within 200-600 deniers.
A signal transmission method, comprising: acquiring, by a base station, a wake-up capability of a terminal device; wherein the method further comprises: determining, by the base station, a first time position for sending power saving signal according to the wake-up capability; and sending, by the base station, the power saving signal to the terminal device at the first time position, the power saving signal being used for indicating the terminal device to wake up at a second time position, wherein the second time position is a paging occasion, PO, for transmitting a paging message, wherein, the wake-up capability comprises a first wake-up capability or a second wake-up capability, and wake-up time corresponding to the first wake-up capability is longer than wake-up time corresponding to the second wake-up capability, wherein the acquiring, by a base station, a wake-up capability of a terminal device comprises: receiving, by the base station, indication information sent by a first network node, wherein the indication information is used for indicating the wake-up capability of the terminal device, and the first network node comprises a mobility management entity, MME. determining, by the base station, a first time position for sending power saving signal according to the wake-up capability; and sending, by the base station, the power saving signal to the terminal device at the first time position, the power saving signal being used for indicating the terminal device to wake up at a second time position, wherein the second time position is a paging occasion, PO, for transmitting a paging message, wherein, the wake-up capability comprises a first wake-up capability or a second wake-up capability, and wake-up time corresponding to the first wake-up capability is longer than wake-up time corresponding to the second wake-up capability, wherein the acquiring, by a base station, a wake-up capability of a terminal device comprises: receiving, by the base station, indication information sent by a first network node, wherein the indication information is used for indicating the wake-up capability of the terminal device, and the first network node comprises a mobility management entity, MME.
Implant, comprising a solid, load-bearing, ceramic shell and a ceramic, porous filling, characterized in that the porous filling is permeated by directed pore channels which are arranged along the height of the implant in a horizontal orientation with respect to the shell, the volume fraction of pores in the shell being less than 3 vol.%, preferably less than 2 vol.% and particularly preferably less than 1 vol.%, and the walls of the pore channels having a surface roughness having an average roughness depth of Rz 10 to 250 μm and the pore channels having a diameter of 0.1-2 mm and the pore size of the porous filling being in the range of 2 to 400 μm.
An injection needle assembly having opposite distal and proximal ends, comprising: - a retainer member configured to be connectable to a medicament container; - a hub configured to be coaxially displaceable within the retainer member and provided with an injection needle having proximal and distal pointed ends (40; 42); and - a cap member interactively connected to both the hub and to the retainer member; characterised in that it further comprises a sealing member arranged between said cap member and said retainer member for preventing contamination of said injection needle before use, wherein said sealing member comprises a generally ring-shaped elastic member. - a retainer member configured to be connectable to a medicament container; - a hub configured to be coaxially displaceable within the retainer member and provided with an injection needle having proximal and distal pointed ends (40; 42); and - a cap member interactively connected to both the hub and to the retainer member; characterised in that it further comprises a sealing member arranged between said cap member and said retainer member for preventing contamination of said injection needle before use, wherein said sealing member comprises a generally ring-shaped elastic member.
A method for transmitting information on an enhanced physical downlink control channel, E-PDCCH, performed by a base station, comprising: Obtaining, according to a first aggregation level to which a first E-PDCCH candidate belongs, a first eCCE or CCE resource to which the first E-PDCCH candidate is mapped in a first PRB resource, wherein the first E-PDCCH candidate is an E-PDCCH to be transmitted; Determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate; and transmitting the reference signal on a subcarrier corresponding to the first DMRS port and transmitting the data part corresponding to the first E-PDCCH candidate in the first eCCE or CCE resource; characterized in that the determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate, comprises: determining the first DMRS port according to a preconfigured reference DMRS port corresponding to a first PRB or a first PRB group, wherein the first PRB or first PRB group is a PRB or a PRB group in which the first eCCE or CCE resource is located. Obtaining, according to a first aggregation level to which a first E-PDCCH candidate belongs, a first eCCE or CCE resource to which the first E-PDCCH candidate is mapped in a first PRB resource, wherein the first E-PDCCH candidate is an E-PDCCH to be transmitted; Determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate; and transmitting the reference signal on a subcarrier corresponding to the first DMRS port and transmitting the data part corresponding to the first E-PDCCH candidate in the first eCCE or CCE resource; characterized in that the determining a first DMRS port corresponding to a reference signal corresponding to the first E-PDCCH candidate, comprises: determining the first DMRS port according to a preconfigured reference DMRS port corresponding to a first PRB or a first PRB group, wherein the first PRB or first PRB group is a PRB or a PRB group in which the first eCCE or CCE resource is located.
A floating marine structure comprising: a sub-structure comprising a single leg and a foot at the bottom end of the leg, the single leg having a first buoyancy means arranged in a lower part of the leg to provide a first buoyancy, wherein the first buoyancy is sufficient to keep the sub-structure afloat, and wherein the first buoyancy means is ballastable to decrease buoyancy of the leg, and a float element having second buoyancy means to provide a second buoyancy, wherein the second buoyancy is sufficient to keep the float element afloat, and wherein the second buoyancy means is ballastable to decrease buoyancy of the float element, wherein the sub-structure and the float element are constructed to allow relative wave induced motion with respect to each other in a substantially vertical direction, the construction being a linear guiding arrangement (40, 41) in a passage in the float element through which the leg extends from above the float element to the foot, wherein the leg is movable from a pre-installation position to an installation position by a substantially downwards movement of the leg with respect to the float element, and wherein during at least a second part of the downwards movement of the leg towards the installation position and/or in the installation position the first buoyancy means are substantially located below a wave zone to substantially decrease heave action on the first buoyancy means. a sub-structure comprising a single leg and a foot at the bottom end of the leg, the single leg having a first buoyancy means arranged in a lower part of the leg to provide a first buoyancy, wherein the first buoyancy is sufficient to keep the sub-structure afloat, and wherein the first buoyancy means is ballastable to decrease buoyancy of the leg, and a float element having second buoyancy means to provide a second buoyancy, wherein the second buoyancy is sufficient to keep the float element afloat, and wherein the second buoyancy means is ballastable to decrease buoyancy of the float element, wherein the sub-structure and the float element are constructed to allow relative wave induced motion with respect to each other in a substantially vertical direction, the construction being a linear guiding arrangement (40, 41) in a passage in the float element through which the leg extends from above the float element to the foot, wherein the leg is movable from a pre-installation position to an installation position by a substantially downwards movement of the leg with respect to the float element, and wherein during at least a second part of the downwards movement of the leg towards the installation position and/or in the installation position the first buoyancy means are substantially located below a wave zone to substantially decrease heave action on the first buoyancy means.
Device for fastening a first object to a second object in a fastening direction, with an abutment for supporting the first object in the fastening direction, in which the abutment has a contact surface for applying the abutment to the first object, and with at least one supporting body for supporting the first object crosswise to the fastening direction, in which the at least one supporting body projects from the contact surface, characterised in that the at least one supporting body projects inclined in relation to the direction of fastening.
A microneedle comprising a microparticle comprising one or more selected from paeonol, chrysophanol, mycophenolic acid, tetrabutyl ethylidenebisphenol, glycitein, cucurbitacin, curbitacin, prangenidin, genistein, and daidzein.
A composition intended for dip treatment of a plant after addition of water, having a having a particle size of less than or equal to 5 mm comprising a branched polysaccharide and also a substance of interest characterized in that said branched polysaccharide is xanthan gum, said xanthan gum being in a pulverulent form of particles having a size of less than 177 microns, said substance of interest being an endomycorrhizal fungus or an antifungal microorganism.
Surgical preparation applicator device, comprising (a) a pre-loaded container of surgical preparation liquid, the container having a body and a front closure at a front end of the container which can open to allow passage of the liquid out of the container, (b) an applicator body which includes a receiving structure in which the container is received, the container and the receiving structure being capable of relative movement between an initial relative position and an open relative position, the applicator body also comprising an opener structure for opening the front closure of the container when the container is moved to the open relative position, and (c) a deformable, liquid-permeable applicator pad, the applicator body defining a flow path between the container and the applicator pad, whereby the container has plural separate chambers (111,112) containing different component liquids of the surgical preparation liquid, characterized by each chamber (111,112) having a front opening at the front end of the container, with the front closure closing off each front opening, whereby each chamber (111,112) is opened by the opener structure when the container is moved to said open position. (a) a pre-loaded container of surgical preparation liquid, the container having a body and a front closure at a front end of the container which can open to allow passage of the liquid out of the container, (b) an applicator body which includes a receiving structure in which the container is received, the container and the receiving structure being capable of relative movement between an initial relative position and an open relative position, the applicator body also comprising an opener structure for opening the front closure of the container when the container is moved to the open relative position, and (c) a deformable, liquid-permeable applicator pad, the applicator body defining a flow path between the container and the applicator pad, whereby the container has plural separate chambers (111,112) containing different component liquids of the surgical preparation liquid, characterized by each chamber (111,112) having a front opening at the front end of the container, with the front closure closing off each front opening, whereby each chamber (111,112) is opened by the opener structure when the container is moved to said open position.
A modified proppant comprising a proppant particle substrate and a dried hydrogel coating, wherein the dried hydrogel coating comprises a hydrogel-forming polymer, wherein the dried hydrogel coating has a thickness of 0.01% to 20% of the average diameter of the proppant substrate, wherein the hydrogel-forming polymer is swellable when contacted with an aqueous fluid to form a hydrogel coating around the proppant particle substrate, the coating having a thickness which is 10% to 1000% of the average diameter of the proppant particle substrate after hydration and swelling, wherein the hydrogel-forming polymer is crosslinked to improve the water absorbing and swelling properties of the polymer.
A refrigerator comprising: a cabinet forming a storage chamber (20a, 20b) therein and including a cooling module mounting portion; a cabinet sealing portion formed on an outer surface of the cooling module mounting portion, a cooling module detachably mounted to the cooling module mounting portion and including an evaporator, a condenser, and a compressor, wherein the cooling module includes a module housing, and the module housing includes a module sealing portion facing the cabinet sealing portion, and a sealing member positioned between the cabinet sealing portion and the module sealing portion, characterized in that the module sealing portion includes an inclined portion which is positioned at an inclination with respect to a direction in which the cooling module is insertable into the cabinet to be mounted to the cabinet, wherein the cabinet sealing portion includes an inclined portion which is inclined to correspond to the inclined portion of the module sealing portion, wherein the sealing member includes an inclined portion which is inclined to correspond to the inclined portion of the module sealing portion and the inclined portion of the cabinet sealing portion, the inclined portion of the sealing member being contacted to the corresponding inclined portion of the module sealing portion and the corresponding inclined portion of the cabinet sealing portion. a cabinet forming a storage chamber (20a, 20b) therein and including a cooling module mounting portion; a cabinet sealing portion formed on an outer surface of the cooling module mounting portion, a cooling module detachably mounted to the cooling module mounting portion and including an evaporator, a condenser, and a compressor, wherein the cooling module includes a module housing, and the module housing includes a module sealing portion facing the cabinet sealing portion, and a sealing member positioned between the cabinet sealing portion and the module sealing portion, characterized in that the module sealing portion includes an inclined portion which is positioned at an inclination with respect to a direction in which the cooling module is insertable into the cabinet to be mounted to the cabinet, wherein the cabinet sealing portion includes an inclined portion which is inclined to correspond to the inclined portion of the module sealing portion, wherein the sealing member includes an inclined portion which is inclined to correspond to the inclined portion of the module sealing portion and the inclined portion of the cabinet sealing portion, the inclined portion of the sealing member being contacted to the corresponding inclined portion of the module sealing portion and the corresponding inclined portion of the cabinet sealing portion.
A chewing gum composition comprising, based on total weight of the composition: 0.1 to 5% by weight of at least one cannabinoid; 0.01 to 1% by weight of at least one opioid; at least 20% by weight of a gum base; 5 to 35% by weight of at least one buffering agent selected from the group consisting of acetates, glycinates, phosphates, carbonates, glycerophosphates, citrates, and borates; 1 to 10% by weight of at least one flavoring agent selected from the group consisting of peppermint, spearmint, licorice, cinnamon, watermelon, vanilla, pineapple, apple, and cranberry; 1 to 65% by weight of at least one sweetening agent selected from the group consisting of isomalt, sorbitol, stevia, maltitol, and xylitol; and at least one anti-oxidant selected from the group consisting of ascorbyl palminate and sodium ascorbate, wherein the at least one cannabinoid is provided in microencapsulated form, nanoencapsulated form, or in freeze dried form. 0.1 to 5% by weight of at least one cannabinoid; 0.01 to 1% by weight of at least one opioid; at least 20% by weight of a gum base; 5 to 35% by weight of at least one buffering agent selected from the group consisting of acetates, glycinates, phosphates, carbonates, glycerophosphates, citrates, and borates; 1 to 10% by weight of at least one flavoring agent selected from the group consisting of peppermint, spearmint, licorice, cinnamon, watermelon, vanilla, pineapple, apple, and cranberry; 1 to 65% by weight of at least one sweetening agent selected from the group consisting of isomalt, sorbitol, stevia, maltitol, and xylitol; and at least one anti-oxidant selected from the group consisting of ascorbyl palminate and sodium ascorbate, wherein the at least one cannabinoid is provided in microencapsulated form, nanoencapsulated form, or in freeze dried form.
A method comprising: determining, by a computing system, an initial cost volume associated with potential trajectories of a vehicle in an environment based on a set of movement restrictions of the vehicle, wherein the initial cost volume is based upon hand-engineered costs; generating, by the computing system using a machine learning model, a delta cost volume using the initial cost volume and environment data of the environment, wherein the machine learning model is trained based upon observed driving behavior of vehicle agents; scoring, by the computing system, the potential trajectories based on the initial cost volume and the delta cost volume; selecting, by the computing system, a trajectory of the potential trajectories according to the scoring; and controlling the vehicle based upon the trajectory. determining, by a computing system, an initial cost volume associated with potential trajectories of a vehicle in an environment based on a set of movement restrictions of the vehicle, wherein the initial cost volume is based upon hand-engineered costs; generating, by the computing system using a machine learning model, a delta cost volume using the initial cost volume and environment data of the environment, wherein the machine learning model is trained based upon observed driving behavior of vehicle agents; scoring, by the computing system, the potential trajectories based on the initial cost volume and the delta cost volume; selecting, by the computing system, a trajectory of the potential trajectories according to the scoring; and controlling the vehicle based upon the trajectory.
A refrigerant compressor system, including a first refrigerant line that conducts expanded refrigerant, a second refrigerant line that conducts compressed refrigerant, at least one refrigerant compressor (22, 24, 26) that is arranged between the first and the second refrigerant line and is driven by a motor (32, 34, 36), and a control unit for operating the refrigerant compressor system, characterised in that a plurality of input/output units (152, 154, 156) are associated with the bus system that communicates with the respectively active central processing unit (134, 136) and hence communicate with the central processing unit (134, 136) that respectively controls the refrigerant compressor system, and in that redundant sensors (62R, 82R, 102R, 122R, 124R) are associated with the sensors (62, 82, 102, 122, 124) that are primarily provided for operation, and in that the redundant sensors (62R, 82R, 102R, 122R, 124R) are connected to different input/output units (144, 146) of the control unit from those sensors (62, 82, 102, 122, 124) primarily provided for operation.