mhurhangee/ep-ind-claims huggingface dataset:
Dispenser of a sealant for hemostasis, comprising: - a container configured to receive a fibrinogen solution, and - an activation compartment, the activation compartment being situated downstream of the container and comprising a functionalized support to which a coagulation factor is electrostatically immobilized, wherein the functionalized support is a functionalized resin, characterized in that the functionalized resin comprises particles with a mean size of 150 to 300 μm. - a container configured to receive a fibrinogen solution, and - an activation compartment,
A method for monitoring and displaying energy use and energy cost of a climate control system for a transport vehicle (200, 10, 125), the method comprising: a controller monitoring and measuring energy parameters of the climate control system; and calculating energy utilization of the climate control system based on the energy parameters; characterized by: accessing energy cost inputs from a remote server including a current price; calculating energy costs of the climate control system based on the calculated energy utilization; displaying the calculated energy utilization and the calculated energy costs of the climate control system on a user interface; and automatically modifying operation of the climate control system based on the calculated energy utilization and the calculated energy costs. a controller monitoring and measuring energy parameters of the climate control system; and calculating energy utilization of the climate control system based on the energy parameters; characterized by: accessing energy cost inputs from a remote server including a current price; calculating energy costs of the climate control system based on the calculated energy utilization; displaying the calculated energy utilization and the calculated energy costs of the climate control system on a user interface; and automatically modifying operation of the climate control system based on the calculated energy utilization and the calculated energy costs. accessing energy cost inputs from a remote server including a current price; calculating energy costs of the climate control system based on the calculated energy utilization; displaying the calculated energy utilization and the calculated energy costs of the climate control system on a user interface; and automatically modifying operation of the climate control system based on the calculated energy utilization and the calculated energy costs.
An operation data collection system, comprising: a configuration information acquisition module configured to acquire, from an industrial device, configuration information on a connection destination device (22 or 23) connected to the industrial device; a setter configured to execute a setting for collecting operation data on the connection destination device (22 or 23) based on the configuration information; a collector configured to collect the operation data from the industrial device based on the setting; a first setter configured to set a collection condition for the operation data based on the configuration information; a first collector configured to collect the operation data from the industrial device based on the collection condition; characterized by a second setter configured to set, when a plurality of collection conditions are specified, an integrated collection condition obtained by integrating the plurality of collection conditions by excluding redundant conditions from the plurality of collection conditions so as not to redundantly collect the same operation data; and a second collector configured to collect the operation data from the industrial device based on the integrated collection condition. a configuration information acquisition module configured to acquire, from an industrial device, configuration information on a connection destination device (22 or 23) connected to the industrial device; a setter configured to execute a setting for collecting operation data on the connection destination device (22 or 23) based on the configuration information; a collector configured to collect the operation data from the industrial device based on the setting; a first setter configured to set a collection condition for the operation data based on the configuration information; a first collector configured to collect the operation data from the industrial device based on the collection condition; characterized by a second setter configured to set, when a plurality of collection conditions are specified, an integrated collection condition obtained by integrating the plurality of collection conditions by excluding redundant conditions from the plurality of collection conditions so as not to redundantly collect the same operation data; and a second collector configured to collect the operation data from the industrial device based on the integrated collection condition.
A security element for security papers, value documents and the like with at least one microstructure which has a visual appearance that is viewing angle-dependent in transmission, wherein the at least one microstructure is formed from an arrangement of a multiplicity of structure elements with a characteristic structure spacing of 1 μm or more, the security element contains at least one motif image which, through the viewing angle-dependent visual appearance of the microstructure, is visible in transmission from certain viewing angles, and invisible in transmission from other viewing angles, the microstructure and the motif image together have a thickness of 50 μm or less, and the security element has a transparent or translucent substrate, and the at least one microstructure and the motif image are arranged on opposing surfaces or on the same surface of the substrate.
A manual toothbrush comprising an elongate handle with a head at one end of the handle, the head and handle defining a toothbrush longitudinal direction (L-L), oral hygiene elements extending from a surface of the head in a bristle direction transverse to this longitudinal direction (L-L), the oral hygiene elements comprising first bristle filaments disposed in tufts (1311, 1312, 1313) having a circular envelope, the tufts (1311, 1312, 1313) being arranged in polygons with a tuft at each apex of the polygon, the polygons being nested together in at least one nest of polygons, plural nests of polygons being arranged sequentially longitudinally on the surface of the head, the surface comprising a surface region proximal to the handle and a surface region distal from the handle, characterised in that: the proximal and distal surface regions (22B, 22A) form an angle less than 180° between them, two nests being located respectively on the proximal and distal surface regions, the bristle tufts (1311, 1312, 1313) have a cross section dimension as measured across the bristle direction of 0.5 - 1.1 mm; and the ends of longitudinally successive oral hygiene elements in tufts (1311, 1312, 1313) are at distances from the surface which undulate with longitudinal distance, rising to rounded peaks (61, 62, 63) corresponding to the nests, with troughs (64, 65) longitudinally in between the peaks (61, 62, 63).. the proximal and distal surface regions (22B, 22A) form an angle less than 180° between them, two nests being located respectively on the proximal and distal surface regions, the bristle tufts (1311, 1312, 1313) have a cross section dimension as measured across the bristle direction of 0.5 - 1.1 mm; and the ends of longitudinally successive oral hygiene elements in tufts (1311, 1312, 1313) are at distances from the surface which undulate with longitudinal distance, rising to rounded peaks (61, 62, 63) corresponding to the nests, with troughs (64, 65) longitudinally in between the peaks (61, 62, 63)..
A conveyor comprising: a conveyor belt having a bottom side and an opposite outer conveying surface supporting a layer of bulk products and advancing the layer of bulk products in a direction of belt travel; a plurality of hollow injectors extending outward of the outer conveying surface into the layer of bulk products, wherein the hollow injectors include interior fluid channels having output ports opening into the layer of bulk products and input ports; characterized in that the conveyor comprises a source of process fluid in fluid communication with the input port to supply the process fluid through the fluid channels of the hollow injectors and the output ports and into the layer of bulk products, wherein the conveyor further comprises a second belt running in the direction of belt travel between the bottom side of the conveyor belt and the source of process fluid and wherein the conveyor belt includes a plurality of openings through the conveyor belt from the bottom side to the outer conveying surface and wherein the plurality of hollow injectors are disposed on the second belt in positions to extend through the openings in the conveyor belt and into the layer of bulk products. a conveyor belt having a bottom side and an opposite outer conveying surface supporting a layer of bulk products and advancing the layer of bulk products in a direction of belt travel; a plurality of hollow injectors extending outward of the outer conveying surface into the layer of bulk products, wherein the hollow injectors include interior fluid channels having output ports opening into the layer of bulk products and input ports; characterized in that the conveyor comprises a source of process fluid in fluid communication with the input port to supply the process fluid through the fluid channels of the hollow injectors and the output ports and into the layer of bulk products, wherein the conveyor further comprises a second belt running in the direction of belt travel between the bottom side of the conveyor belt and the source of process fluid and wherein the conveyor belt includes a plurality of openings through the conveyor belt from the bottom side to the outer conveying surface and wherein the plurality of hollow injectors are disposed on the second belt in positions to extend through the openings in the conveyor belt and into the layer of bulk products.
An aerosol-generating article comprising: an aerosol generating substrate; and a mouthpiece disposed downstream of the aerosol-generating substrate, wherein the mouthpiece comprises a hollow tubular segment at its downstream end defining a mouth end cavity, wherein the hollow tubular segment comprises a hollow tube of fibrous material, and a polymeric film secured to the inner surface of the hollow tube, and wherein the fibrous material of the hollow tube comprises fibers formed of a first type of polymer and the polymeric film comprises at least 20 percent of the first type of polymer. an aerosol generating substrate; and a mouthpiece disposed downstream of the aerosol-generating substrate, wherein the mouthpiece comprises a hollow tubular segment at its downstream end defining a mouth end cavity, wherein the hollow tubular segment comprises a hollow tube of fibrous material, and a polymeric film secured to the inner surface of the hollow tube, and wherein the fibrous material of the hollow tube comprises fibers formed of a first type of polymer and the polymeric film comprises at least 20 percent of the first type of polymer.
An air-conditioning indoor unit having a Coanda effect use mode in which a flow of blown air blown out from a blow-out port is diverted in a predetermined direction via the Coanda effect, the air-conditioning indoor unit comprising: a scroll for leading conditioned air to the blow-out port, wherein a tangent to a final end of the scroll is oriented downward; a Coanda vane being provided in proximity to the blow-out port, the Coanda vane having a bottom surface and being configured to cause the flow of blown air to be attracted toward said bottom surface via the Coanda effect, thereby making the blown air into a Coanda airflow along said bottom surface during the Coanda effect use mode; a controller configured to control an orientation of the Coanda vane; a curved surface curved into a convex shape being formed in the bottom surface of the Coanda vane, wherein, during the Coanda effect use mode, the controller is configured to adjust the orientation of the Coanda vane away from a casing front surface as the Coanda vane separates from the blow-out port and to adjust the orientation of the Coanda vane so that a distal end of the Coanda vane is oriented upward and positioned farther outward and upward than the blow-out port, with a position of a rear end of the Coanda vane in the Coanda effect use mode being at a lower height than a position of the rear end of the Coanda vane when operation has stopped. a scroll for leading conditioned air to the blow-out port, wherein a tangent to a final end of the scroll is oriented downward; a Coanda vane being provided in proximity to the blow-out port, the Coanda vane having a bottom surface and being configured to cause the flow of blown air to be attracted toward said bottom surface via the Coanda effect, thereby making the blown air into a Coanda airflow along said bottom surface during the Coanda effect use mode; a controller configured to control an orientation of the Coanda vane; a curved surface curved into a convex shape being formed in the bottom surface of the Coanda vane, wherein, during the Coanda effect use mode, the controller is configured to adjust the orientation of the Coanda vane away from a casing front surface as the Coanda vane separates from the blow-out port and to adjust the orientation of the Coanda vane so that a distal end of the Coanda vane is oriented upward and positioned farther outward and upward than the blow-out port, with a position of a rear end of the Coanda vane in the Coanda effect use mode being at a lower height than a position of the rear end of the Coanda vane when operation has stopped.
Humeral component of a shoulder prosthesis comprising: a stem module which has a shank (1a, 1b) and an upper shank portion; a joint adapter (2, 6, 7) adapted to hold either a liner or a spherical cap; the joint adapter (2, 6, 7) is fastened to the stem module by a bolt or screw or by other geometric means; the upper shank portion of the stem module has a stem support surface; the joint adapter (2, 6, 7) has an adapter support surface which Interfaces with the stem support surface; the stem support surface and the adapter support surface have corresponding approximately radial arc shaped sections which comprise segments of a cylinder shell surface with a radius and a center axis for positioning of the joint adapter (2, 6, 7) against the stem module at different inclination angles between the longitudinal axis of the stem module and the center axis of the joint adapter (2, 6, 7) characterized in that a single, continuous cavity (1g, 1h) having an opening at the stem support surface is formed from the stem support surface into the body of the stem module to hold the bolt or screw, and the substantial portion of the cavity below the stem support surface is greater in width than said opening at the stem support surface. a stem module which has a shank (1a, 1b) and an upper shank portion; a joint adapter (2, 6, 7) adapted to hold either a liner or a spherical cap; the joint adapter (2, 6, 7) is fastened to the stem module by a bolt or screw or by other geometric means; the upper shank portion of the stem module has a stem support surface; the joint adapter (2, 6, 7) has an adapter support surface which Interfaces with the stem support surface; the stem support surface and the adapter support surface have corresponding approximately radial arc shaped sections which comprise segments of a cylinder shell surface with a radius and a center axis for positioning of the joint adapter (2, 6, 7) against the stem module at different inclination angles between the longitudinal axis of the stem module and the center axis of the joint adapter (2, 6, 7) a single, continuous cavity (1g, 1h) having an opening at the stem support surface is formed from the stem support surface into the body of the stem module to hold the bolt or screw, and the substantial portion of the cavity below the stem support surface is greater in width than said opening at the stem support surface.
An endoscopic high-frequency hemostatic forceps including a pair of forceps elements constituted of a conductive metal so as to serve as a high-frequency electrode, and configured to be able to freely change into a state where front portions of the pair of forceps elements are open, or a state where the pair of forceps elements are closed, the hemostatic forceps comprising: a sawtooth portion having a plurality of concavo-convex structures which constitute a sawtooth-shape formed on at least one of the respective opposing closing-side surfaces of the pair of forceps elements, characterized in that the bottom portion of the sawtooth-shape of the sawtooth portion is provided with an electrically insulative coating, and the top portion of the sawtooth-shape of the sawtooth portion is not provided with the electrically insulative coating but is conductive, wherein the top portion of the sawtooth-shape of the sawtooth portion is formed in a planar shape. a sawtooth portion having a plurality of concavo-convex structures which constitute a sawtooth-shape formed on at least one of the respective opposing closing-side surfaces of the pair of forceps elements, characterized in that the bottom portion of the sawtooth-shape of the sawtooth portion is provided with an electrically insulative coating, and the top portion of the sawtooth-shape of the sawtooth portion is not provided with the electrically insulative coating but is conductive, wherein the top portion of the sawtooth-shape of the sawtooth portion is formed in a planar shape.
A system comprising: an electrode configured to be implanted near a neural target that innervates airways; and a pulse generation system configured to be operably connected to the electrode to deliver depletion block stimulation through the electrode to the neural target that innervates airways to reduce parasympathetic drive to alleviate symptoms of pulmonary disease; wherein the depletion block stimulation is configured to capture axons in the neural target and to block the ability of the presynaptic terminals to communicate across the synaptic clefts; and wherein the depletion block stimulation includes a series of pulses at a depletion pulse frequency within a range between about 100 Hz to about 1 kHz. an electrode configured to be implanted near a neural target that innervates airways; and a pulse generation system configured to be operably connected to the electrode to deliver depletion block stimulation through the electrode to the neural target that innervates airways to reduce parasympathetic drive to alleviate symptoms of pulmonary disease; wherein the depletion block stimulation is configured to capture axons in the neural target and to block the ability of the presynaptic terminals to communicate across the synaptic clefts; and wherein the depletion block stimulation includes a series of pulses at a depletion pulse frequency within a range between about 100 Hz to about 1 kHz.
A method for acquiring a channel quality indicator, CQI, in a user equipment, the method comprising: calculating CQIs of at least two subbands, wherein there are one or two overlapped resource blocks between a first subband and a second subband of the subbands and the first subband and the second subband are adjacent subbands; characterized by: transmitting the subband CQIs to an evolved node B, eNB, at a single reporting instance.
A method for providing content to a user of a system, the method comprising: receiving a signal comprising a multimedia presentation at a television receiver; receiving metadata at the television receiver, the metadata accompanying the multimedia presentation and comprising at least one link to additional content related to the multimedia presentation, wherein the link comprises a web address for a webpage for a distributor of a product featured in the multimedia presentation; generating, utilizing the television receiver, one or more matrix codes encoding the at least one link to additional content related to the multimedia presentation; incorporating, at the television receiver, the one or more matrix codes into an image or frame of the multimedia presentation; transmitting, utilizing the television receiver, the multimedia presentation incorporating the one or more matrix codes to at least one display device; receiving the at least one link to additional content from a matrix code reader device having captured and decoded the matrix code; accessing the webpage at the web address decoded from the matrix code; and displaying the webpage to the user of the system. receiving a signal comprising a multimedia presentation at a television receiver; receiving metadata at the television receiver, the metadata accompanying the multimedia presentation and comprising at least one link to additional content related to the multimedia presentation, wherein the link comprises a web address for a webpage for a distributor of a product featured in the multimedia presentation; generating, utilizing the television receiver, one or more matrix codes encoding the at least one link to additional content related to the multimedia presentation; incorporating, at the television receiver, the one or more matrix codes into an image or frame of the multimedia presentation; transmitting, utilizing the television receiver, the multimedia presentation incorporating the one or more matrix codes to at least one display device; receiving the at least one link to additional content from a matrix code reader device having captured and decoded the matrix code; accessing the webpage at the web address decoded from the matrix code; and displaying the webpage to the user of the system.
A method, comprising: generating a discovery identifier, wherein the discovery ID identifies an internet protocol connection between a network device and a user device (102-x); receiving a short message service message from the user device (102-x), wherein the SMS message includes the discovery ID; determining a telephone number associated with the user device (102-x) based on a sender ID of the SMS message; determining the IP connection between the network device and the user device (102-x) associated with the telephone number based on the discovery ID received in the SMS message; and transmitting a value that identifies the telephone number to the user device (102-x) based on the determined IP connection. generating a discovery identifier, wherein the discovery ID identifies an internet protocol connection between a network device and a user device (102-x); receiving a short message service message from the user device (102-x), wherein the SMS message includes the discovery ID; determining a telephone number associated with the user device (102-x) based on a sender ID of the SMS message; determining the IP connection between the network device and the user device (102-x) associated with the telephone number based on the discovery ID received in the SMS message; and transmitting a value that identifies the telephone number to the user device (102-x) based on the determined IP connection.