mhurhangee/ep-ind-claims huggingface dataset:
Device for accommodating an electronic component, comprising a closed housing with a housing wall, at least one electronic component and a fan with a fan housing, wherein the electronic component and the fan are arranged inside the housing, wherein the fan is designed as a ventilator, wherein the fan generates a continuous air flow for cooling the electronic component during operation and wherein the electronic component is arranged on at least one printed circuit board wherein at least one holder is present, wherein the holder is arranged inside the housing, wherein the fan is arranged in the holder, wherein more than one printed circuit board is provided and wherein at least one connecting element is provided for connecting and/or receiving the printed circuit boards and wherein the holder is connected to the connecting element, characterized in that the connecting element is designed as a printed circuit board which is arranged as a rear wall inside the housing, that at least one ducting element is present, wherein the ducting element is arranged such that the air flow flows from the fan into the housing via the ducting element during operation, wherein the ducting element is formed partly by the holder and partly by the connecting element, that a device insert or a plurality of independent circuit boards is connected to the circuit board designed as a rear wall, wherein the fan is arranged in such a way that the air flow flows at least partially between the circuit boards. wherein at least one holder is present, wherein the holder is arranged inside the housing, wherein the fan is arranged in the holder, wherein more than one printed circuit board is provided and wherein at least one connecting element is provided for connecting and/or receiving the printed circuit boards and wherein the holder is connected to the connecting element, characterized in that the connecting element is designed as a printed circuit board which is arranged as a rear wall inside the housing, that at least one ducting element is present, wherein the ducting element is arranged such that the air flow flows from the fan into the housing via the ducting element during operation, wherein the ducting element is formed partly by the holder and partly by the connecting element, that a device insert or a plurality of independent circuit boards is connected to the circuit board designed as a rear wall, wherein the fan is arranged in such a way that the air flow flows at least partially between the circuit boards.
A composition suitable for application to an area of skin, the composition comprising: a benzalkonium halide; a didecyl dimethyl ammonium halide; chlorhexidine; and p-chloro-m-cresol. a benzalkonium halide; a didecyl dimethyl ammonium halide; chlorhexidine; and p-chloro-m-cresol.
A process performed by one or more processors of a wireless end-user device comprising: monitoring wireless access network traffic associated with the end-user device; identifying, within the wireless access network traffic associated with the end-user device, a first service usage activity of a plurality of service usage activities available to the end-user device, the first service usage activity associated with one or more of a first application on the end-user device, a first network communication end-point accessible to the end-user device, and a first type of data traffic the end-user device is capable of sending or receiving; obtaining a transaction code associated with the first service usage activity; obtaining a measure of access network usage associated with the first service usage activity; generating a first charging data record comprising the transaction code and the measure of access network usage; determining a bill-by-account billing offset using information from the first CDR; and based on the bill-by-account billing offset, allocating at least a portion of the measure of access network usage to a first payer entity, the first payer entity responsible for compensating a service provider for a use of the wireless access network associated with at least a portion of the first service usage activity. monitoring wireless access network traffic associated with the end-user device; identifying, within the wireless access network traffic associated with the end-user device, a first service usage activity of a plurality of service usage activities available to the end-user device, the first service usage activity associated with one or more of a first application on the end-user device, a first network communication end-point accessible to the end-user device, and a first type of data traffic the end-user device is capable of sending or receiving; obtaining a transaction code associated with the first service usage activity; obtaining a measure of access network usage associated with the first service usage activity; generating a first charging data record comprising the transaction code and the measure of access network usage; determining a bill-by-account billing offset using information from the first CDR; and based on the bill-by-account billing offset, allocating at least a portion of the measure of access network usage to a first payer entity, the first payer entity responsible for compensating a service provider for a use of the wireless access network associated with at least a portion of the first service usage activity.
A method for grouping a node in a Wireless Fidelity, Wi-Fi, network, the method comprising: receiving, by the node, a grouping request sent from an Access point, AP; acquiring, by the node, a Received Signal Strength Indicator, RSSI, based on the grouping request; and acquiring, by the node, an IDentity, ID, of a group that the node belongs to determined based on the RSSI, wherein the acquiring, by the node, the ID of the group that the node belongs to determined based on the RSSI comprises: determining, by the node, the ID of the group that the node belongs to based on the RSSI and a preset RSSI grouping range, and the method further comprises: sending, by the node, to the AP a message comprising the ID of the group; and characterized in that the sending, by the node, to the AP the message comprising the ID of the group comprises: sending the message to the AP via a Medium Access Control, MAC, frame, wherein the MAC frame comprises a Receiver Address, RA, field in a frame head of the MAC frame, and the ID of the group is indicated in the RA field via bytes of the RA field. receiving, by the node, a grouping request sent from an Access point, AP; acquiring, by the node, a Received Signal Strength Indicator, RSSI, based on the grouping request; and acquiring, by the node, an IDentity, ID, of a group that the node belongs to determined based on the RSSI, wherein the acquiring, by the node, the ID of the group that the node belongs to determined based on the RSSI comprises: determining, by the node, the ID of the group that the node belongs to based on the RSSI and a preset RSSI grouping range, and the method further comprises: sending, by the node, to the AP a message comprising the ID of the group; and characterized in that the sending, by the node, to the AP the message comprising the ID of the group comprises: sending the message to the AP via a Medium Access Control, MAC, frame, wherein the MAC frame comprises a Receiver Address, RA, field in a frame head of the MAC frame, and the ID of the group is indicated in the RA field via bytes of the RA field. determining, by the node, the ID of the group that the node belongs to based on the RSSI and a preset RSSI grouping range, and the method further comprises: sending, by the node, to the AP a message comprising the ID of the group; and characterized in that the sending, by the node, to the AP the message comprising the ID of the group comprises: sending the message to the AP via a Medium Access Control, MAC, frame, wherein the MAC frame comprises a Receiver Address, RA, field in a frame head of the MAC frame, and the ID of the group is indicated in the RA field via bytes of the RA field. sending, by the node, to the AP a message comprising the ID of the group; and characterized in that the sending, by the node, to the AP the message comprising the ID of the group comprises: sending the message to the AP via a Medium Access Control, MAC, frame, wherein the MAC frame comprises a Receiver Address, RA, field in a frame head of the MAC frame, and the ID of the group is indicated in the RA field via bytes of the RA field.
A closed system for the delivery and/or discharge of odor-intensive substances to/from the body of a patient in the most odor-neutral manner possible, comprising - a head unit that is positionable in an interior space of the body of the patient, includes a balloon-like element, and retains and/or seals the system in the body of the patient, - an extracorporeal container including a preferably film-based, baglike compartment for receiving the substances to be delivered and/or discharged, and - a tubular film-like structure that connects the body interior space that is to be reached to the extracorporeal container, characterized in that the delivering and/or discharging, tubular film-like structure of the system and the film-based components of the container are made of multilayer film material which in each case includes at least one barrier layer, made of ethylene-vinyl alcohol copolymer (EVOH) and/or polyvinylidene chloride (PVDC), that acts as an odor barrier, and in each case at least one carrier layer (35, 37, 39, 49) made of a robust, mechanically loadable material, wherein the material of a carrier layer is selected from the group comprising polyurethane, preferably thermoplastic polyurethane, polyvinyl chloride, polyamide, thermoplastic polyamide elastomer (TPE-A), and polyolefin-based polymers, as well as combinations of these materials, like, for example, a combination of one carrier layer made of PVC with at least one carrier layer made of PUR. - a head unit that is positionable in an interior space of the body of the patient, includes a balloon-like element, and retains and/or seals the system in the body of the patient, - an extracorporeal container including a preferably film-based, baglike compartment for receiving the substances to be delivered and/or discharged, and - a tubular film-like structure that connects the body interior space that is to be reached to the extracorporeal container,
A personal absorbent article which is a diaper or a pant, said article comprising: an absorbent member sandwiched between a water-impermeable backsheet and a water-permeable liner, wherein the liner has a body-facing surface and an opposite outward-facing surface; and a film attached to either the outward-facing surface of the liner or a surface of the absorbent member that is adjacent the liner; wherein the film comprises: a water-soluble polymer having an extrusion temperature of 90 to 150°C; a plasticizer; and one or more thermal active agents in a total amount of 0.1 % to 20% by weight of the film; wherein the one or more thermal active ingredients are dissolvable in the plasticizer; wherein the combination of the one or more thermal active agents and the plasticizer is a homogeneous mixture/solution; and wherein a homogeneous blend comprising the polymer and the homogeneous mixture/solution has an extrusion temperature of 50 to 125°C. an absorbent member sandwiched between a water-impermeable backsheet and a water-permeable liner, wherein the liner has a body-facing surface and an opposite outward-facing surface; and a film attached to either the outward-facing surface of the liner or a surface of the absorbent member that is adjacent the liner; a water-soluble polymer having an extrusion temperature of 90 to 150°C; a plasticizer; and one or more thermal active agents in a total amount of 0.1 % to 20% by weight of the film;
Touch-surface electrical controlling device comprising a touch-surface sensor, a printed circuit board and connecting means ensuring the electrical connection between the touch-surface sensor and the printed circuit board, the connecting means and the touch surface of the sensor being flexible and comprising a connecting tongue, the touch-surface sensor and the printed circuit board being borne by opposite faces of a common carrier that is interposed between said sensor and said board, characterized in that a lateral face of the common carrier includes a protuberance for guiding the connecting tongue.
A panel system that comprises at least: - a panel intended for the partitioning or protection of spaces, - a guide track, to which the panel is coupled and along which the panel can be moved, and - a seal which is intended for sealing the gap between the panel and the guide track and which is coupled to the panel so that the seal is movable in relation to the panel and the guide track, and - a guiding member, by means of which the panel is coupled to the guide track and which is fastened to the panel so that the guiding member is movable in relation to the panel and the guide track, wherein the guiding member is also coupled to the seal so that the guiding member controls the distance between the seal and the panel when the guiding member is moving along the guide track, characterized in that the panel system also comprises: - a guiding piece which is coupled to the guide track and forces the guiding member into the guide track and guides the guiding member off the guide track when the guiding member passes through the guiding piece. - a panel intended for the partitioning or protection of spaces, - a guide track, to which the panel is coupled and along which the panel can be moved, and - a seal which is intended for sealing the gap between the panel and the guide track and which is coupled to the panel so that the seal is movable in relation to the panel and the guide track, and - a guiding member, by means of which the panel is coupled to the guide track and which is fastened to the panel so that the guiding member is movable in relation to the panel and the guide track, wherein the guiding member is also coupled to the seal so that the guiding member controls the distance between the seal and the panel when the guiding member is moving along the guide track, - a guiding piece which is coupled to the guide track and forces the guiding member into the guide track and guides the guiding member off the guide track when the guiding member passes through the guiding piece.
Cylindrical monophasic capacitor for high voltages which presents a single-piece cylindrical geometry forming a cylinder comprising four monophasic capacitors connected in series; a first capacitor (1.1) arranged in an outer ring at the top of the cylinder, a second capacitor (1.2) arranged in the outer ring at the bottom of the cylinder, a third capacitor (1.3) arranged in an inner ring at the bottom of the cylinder and finally a fourth capacitor (1.4) arranged in the inner ring of the upper part of the cylinder, all of them connected in series, wherein the first (1.1) and second (1.2) capacitors of the outer ring are separated from the capacitors of the inner ring, i.e. the third (1.3) and fourth (1.4) capacitors, by a sheet of insulating material which protrudes at one end, while at the other end it is levelled with the edge of the second (1.2) and third (1.3) capacitors which are connected by conductive metallisation that joins the lower edge of the second capacitor (1.2) and the third capacitor (1.3), said conductive metallisation being made from metal powder, wherein the first capacitor (1.1) and the second capacitor (1.2) as well as the third capacitor (1.3) and fourth capacitor (1.4) are the result of arranging in a coil shape a set of double sheets formed by: - a first sheet of polypropylene film that acts as a support and on which it is arranged a metallisation that presents a separation in the central part, the ends being joined to contact points. - a second sheet of polypropylene film which presents continuous metallisation and does not come into contact with the end contact points of the first metallisation. - a first sheet of polypropylene film that acts as a support and on which it is arranged a metallisation that presents a separation in the central part, the ends being joined to contact points. - a second sheet of polypropylene film which presents continuous metallisation and does not come into contact with the end contact points of the first metallisation.
A light emitting device package comprising: a housing comprising a front opening and side openings each in the form of a recess; first and second lead frames (21; 22) passing through the housing to extend to an outside, a portion of each lead frame being exposed through the front opening; and a light emitting device in the front opening and electrically connected to the first and second lead frames (21; 22), characterized in that, a protrusion protruding in the opening direction of the side opening being formed in the inner surface of each side opening, wherein the protrusions are formed of the same material as that of the housing. a housing comprising a front opening and side openings each in the form of a recess; first and second lead frames (21; 22) passing through the housing to extend to an outside, a portion of each lead frame being exposed through the front opening; and a light emitting device in the front opening and electrically connected to the first and second lead frames (21; 22), characterized in that, a protrusion protruding in the opening direction of the side opening being formed in the inner surface of each side opening, wherein the protrusions are formed of the same material as that of the housing.
An imaging method, comprising: sending (207, 301, 404), by a mobile terminal, an imaging task request message to a cloud server; the imaging task request message including an imaging job and a terminal identification belonging to the mobile terminal; and storing (208, 405), by the cloud server, the imaging job and the terminal identification; characterized by further comprising receiving (101, 201), by an imaging device, the terminal identification sent by the mobile terminal, sending, by the imaging device, an imaging request message to the cloud server, wherein the imaging request message includes the terminal identification and a communication parameter for communicating with the mobile terminal, verifying, by the cloud server, identity of the mobile terminal according to the terminal identification and, after the identity verification is successfully passed and according to the communication parameter, determining, by the cloud server, one imaging device among all imaging devices that send imaging request messages, to perform an imaging task, and sending (205, 302, 403) the imaging job to the determined one imaging device; and when receiving the imaging job sent by the cloud server, performing (102, 206), by the determined one imaging device, the imaging task according to the imaging job. sending (207, 301, 404), by a mobile terminal, an imaging task request message to a cloud server; the imaging task request message including an imaging job and a terminal identification belonging to the mobile terminal; and storing (208, 405), by the cloud server, the imaging job and the terminal identification; characterized by further comprising receiving (101, 201), by an imaging device, the terminal identification sent by the mobile terminal, sending, by the imaging device, an imaging request message to the cloud server, wherein the imaging request message includes the terminal identification and a communication parameter for communicating with the mobile terminal, verifying, by the cloud server, identity of the mobile terminal according to the terminal identification and, after the identity verification is successfully passed and according to the communication parameter, determining, by the cloud server, one imaging device among all imaging devices that send imaging request messages, to perform an imaging task, and sending (205, 302, 403) the imaging job to the determined one imaging device; and when receiving the imaging job sent by the cloud server, performing (102, 206), by the determined one imaging device, the imaging task according to the imaging job.
A cell homogenate produced through the disruption of cells belonging to the MIC-1 stem cell line derived from growing deer antlers ( Cervidae) deposited at the DSMZ under the accession number DSM ACC2854.
A flow control grid for a conduit upstream a selective catalytic reduction reactor used in furnaces which discharge ash containing flue gas, said flow control grid comprises a plurality of channel assemblies connected to one another, wherein each of the plurality of channel assemblies defines a flow turning section, wherein the flow turning section has an arcuate segment (51K-54K) and a first substantially flat segment (51A-54J), wherein the flow control grid is operable to affect about a ninety degree change in direction of a fluid flowing therethrough and wherein the flow control grid is configured to create a substantially uniform velocity profile at an outlet thereof, and wherein each of the plurality of channel assemblies additionally defines a flow straightening section, wherein the first substantially flat segment (51A-56J) being positioned in the flow straightening section, and the arcuate segment (51K-56K) extends outwardly from the flow straightening section, wherein the flow straightening section defines a plurality of flow plates (51B-51F, 52B-52I, 53B-53I, 54B-54I) positioned substantially parallel to one another and spaced apart from one another to define a flow path between adjacent flow plates (51B-51F, 52B-52I, 53B-53I, 54B-54I), wherein the channel assemblies are arranged in a stepped configuration. wherein each of the plurality of channel assemblies defines a flow turning section, wherein the flow turning section has an arcuate segment (51K-54K) and a first substantially flat segment (51A-54J), wherein the flow control grid is operable to affect about a ninety degree change in direction of a fluid flowing therethrough and wherein the flow control grid is configured to create a substantially uniform velocity profile at an outlet thereof, and wherein each of the plurality of channel assemblies additionally defines a flow straightening section, wherein the first substantially flat segment (51A-56J) being positioned in the flow straightening section, and the arcuate segment (51K-56K) extends outwardly from the flow straightening section, wherein the flow straightening section defines a plurality of flow plates (51B-51F, 52B-52I, 53B-53I, 54B-54I) positioned substantially parallel to one another and spaced apart from one another to define a flow path between adjacent flow plates (51B-51F, 52B-52I, 53B-53I, 54B-54I), wherein the channel assemblies are arranged in a stepped configuration.