mhurhangee/ep-ind-claims huggingface dataset:
An electronics enclosure having a generally waterproof wire access point for making one or more wired connections to electronics within the enclosure, comprising: a generally watertight housing adapted to house electronics; said housing having an opening for directing cables or wires to within the enclosure, and said housing being closed by a cap in interference fit with the opening when not in use; said opening including a generally radially shaped wall extending outwardly from the housing the wall having a minimum wall thickness to allow deformation of the wall, and terminating in the elastically deformable opening edge; said opening including a recess; said cap having a flange that has a minimal thickness so as to be elastically deformable and a flared portion which cooperates with the recess to provide a gap; an elastically deformable opening edge formed around the opening and an elastically deformable cap edge formed around the cap; and a gasketless seal formed by the interference fit of the elastically deformable edge between the cap and opening when the opening is closed by the cap.
A stretchable member comprising: an elastic sheet stretchable structure having an outer sheet layer with an exposed portion, a base sheet layer, and an elastic sheet interposed therebetween, the outer sheet layer and the base sheet layer being joined through joining holes penetrating the elastic sheet at multiple sheet joining portions arranged at intervals, wherein a region having the elastic sheet stretchable structure comprises a stretchable region contracted in a stretchable direction due to contraction of the elastic sheet and stretchable in the stretchable direction, vent holes each opened at least in a spread state by displacement of an edge of each joining hole away from a circumferential edge of each sheet joining portion in the stretchable direction, wherein a color of an external surface of the elastic sheet and a color of portions of an external surface of the base sheet layer observed through the vent holes are observable through the outer sheet layer, and wherein a color difference ΔE between the color of the external surface of the elastic sheet and the color of the external surface of the base sheet layer is 30 or more. an elastic sheet stretchable structure having an outer sheet layer with an exposed portion, a base sheet layer, and an elastic sheet interposed therebetween, the outer sheet layer and the base sheet layer being joined through joining holes penetrating the elastic sheet at multiple sheet joining portions arranged at intervals, wherein a region having the elastic sheet stretchable structure comprises a stretchable region contracted in a stretchable direction due to contraction of the elastic sheet and stretchable in the stretchable direction, vent holes each opened at least in a spread state by displacement of an edge of each joining hole away from a circumferential edge of each sheet joining portion in the stretchable direction, wherein a color of an external surface of the elastic sheet and a color of portions of an external surface of the base sheet layer observed through the vent holes are observable through the outer sheet layer, and wherein a color difference ΔE between the color of the external surface of the elastic sheet and the color of the external surface of the base sheet layer is 30 or more.
A device for treating a biological fluid with light comprising: a) a housing defining an irradiation chamber; b) a tray having a first side and a second side located interior of the irradiation chamber for supporting on the first side a container of the biological fluid; c) a first array of multiple light sources mounted in the housing on the first side of the tray; d) a first light energy sensor mounted in the housing on the first side of the tray in association with each of the multiple light sources in the first array; e) a second light energy sensor mounted in the housing on the second side of the tray; and f) a programmable controller having an operator input for receiving a target light dose for the biological fluid and configured to automatically: i) activate the first array of multiple light sources, ii) measure a first light intensity with the first light energy sensors, iii) measure a second light intensity with the second light energy sensor, iv) compare the first light intensity to the second light intensity to determine an attenuation factor, characterized by v) applying the attenuation factor to the first light intensity to determine a time to achieve the target light dose, and vi) deactivating the first array of multiple light sources after the time to achieve the target light dose has elapsed. a) a housing defining an irradiation chamber; b) a tray having a first side and a second side located interior of the irradiation chamber for supporting on the first side a container of the biological fluid; c) a first array of multiple light sources mounted in the housing on the first side of the tray; d) a first light energy sensor mounted in the housing on the first side of the tray in association with each of the multiple light sources in the first array; e) a second light energy sensor mounted in the housing on the second side of the tray; and f) a programmable controller having an operator input for receiving a target light dose for the biological fluid and configured to automatically: i) activate the first array of multiple light sources, ii) measure a first light intensity with the first light energy sensors, iii) measure a second light intensity with the second light energy sensor, iv) compare the first light intensity to the second light intensity to determine an attenuation factor, characterized by v) applying the attenuation factor to the first light intensity to determine a time to achieve the target light dose, and vi) deactivating the first array of multiple light sources after the time to achieve the target light dose has elapsed.
Coupling device for coupling a drive shaft of a pivot drive of an exhaust flap for the exhaust gas stream of an internal combustion engine with a pivot shaft rotatable about a pivot axis and carrying a flap diaphragm, comprising: - a coupling element, - a prestressing element supported in relation to the coupling element and in relation to a support element, wherein the coupling element is prestressed by the prestressing element in the direction of a coupling axis axially away from the support element and in the circumferential direction, - at least one preassembly-blocking device for holding the support element under axial prestress and circumferential prestress in a preassembled position in relation to the coupling element, characterized in that the coupling element comprises a first coupling area to be brought into rotary coupling positive-locking meshing with a drive shaft and with a second coupling area to be brought into rotary coupling positive-locking meshing with a pivot shaft. - a coupling element, - a prestressing element supported in relation to the coupling element and in relation to a support element, wherein the coupling element is prestressed by the prestressing element in the direction of a coupling axis axially away from the support element and in the circumferential direction, - at least one preassembly-blocking device for holding the support element under axial prestress and circumferential prestress in a preassembled position in relation to the coupling element,
Joint sealing element for sealing a joint on a building structure and/or construction in a fire-proof manner, in particular for sealing a joint between a first component and a second component in a fire-proof manner, the joint sealing element comprising a carrier element and a sealing profile arranged on said carrier element, the arranged sealing profile consisting of a deformable material and comprising an intumescent material, characterized in that the sealing profile has a solid profile or a hollow profile, the sealing profile being surrounded by a plastics film over the entire circumference thereof, which film fastens the sealing profile to the carrier element, the sealing profile consisting of a compressible, intumescent foam which contains fire protection additives, and the carrier element being made of plastics material.
A vacuum cleaner, comprising: a cleaner main body in which a suction motor is provided; and a dust separating unit which is in communication with the cleaner main body and is configured to separate dust in air, wherein the dust separating unit includes a first main body and a second main body coupled to the first main body, and the second main body includes a plurality of sub-bodies (121, 122) coupled to each other, characterized in that the first main body includes a dust discharge portion through which the dust separated from the air is discharged, and each of the plurality of sub-bodies (121, 122) includes a suction portion (123, 124) into which air containing dust is introduced. a cleaner main body in which a suction motor is provided; and a dust separating unit which is in communication with the cleaner main body and is configured to separate dust in air, wherein the dust separating unit includes a first main body and a second main body coupled to the first main body, and the second main body includes a plurality of sub-bodies (121, 122) coupled to each other, characterized in that the first main body includes a dust discharge portion through which the dust separated from the air is discharged, and each of the plurality of sub-bodies (121, 122) includes a suction portion (123, 124) into which air containing dust is introduced.
A packaging insert for retain a respiratory interface assembly prior to inserting the insert and respiratory interface assembly into suitable packaging, the insert comprising: an elongate support having a notional longitudinal axis, an upper part, a lower part, and opposed, spaced apart sides extending between the upper and lower parts (37, 39), characterized in that the elongate support further comprises: a headgear retaining slot formed in or at each side, each slot being elongate and comprising a width that is dimensioned to receive and retain part of a strap of the headgear, each slot further comprising a closed end and an open end, and being configured such that when, in use, the insert is picked up by one hand of a user with the upper part of the insert uppermost, each slot is downwardly directed such that the open end is open towards the lower part of the insert such that the user can use their other hand to grip the respiratory interface and pull downwardly to release the headgear from the slots, and four retaining arms and four slots, wherein each of the slots is defined by one of the retaining arms and the side of the elongate support, and wherein the four retaining arms and the four slots are configured to form an upper and a lower retaining arm and an upper and lower slot on each side of the elongate support. a headgear retaining slot formed in or at each side, each slot being elongate and comprising a width that is dimensioned to receive and retain part of a strap of the headgear, each slot further comprising a closed end and an open end, and being configured such that when, in use, the insert is picked up by one hand of a user with the upper part of the insert uppermost, each slot is downwardly directed such that the open end is open towards the lower part of the insert such that the user can use their other hand to grip the respiratory interface and pull downwardly to release the headgear from the slots, and four retaining arms and four slots, wherein each of the slots is defined by one of the retaining arms and the side of the elongate support, and wherein the four retaining arms and the four slots are configured to form an upper and a lower retaining arm and an upper and lower slot on each side of the elongate support.
A method for supporting a satellite based positioning of a mobile device using assistance data, said method comprising at said mobile device: - receiving assistance data from a communication network including parameters of an orbit model describing a movement of a satellite of a particular satellite based positioning system; - wherein said parameters have a format that is different from a format of parameters of an orbit model defined for said satellite based positioning system or have been derived from another source than broadcast satellite data; said method characterized by - receiving in addition differential corrections for said received parameters of said orbit model; and - correcting said received parameters of said orbit model based on said differential corrections. - receiving assistance data from a communication network including parameters of an orbit model describing a movement of a satellite of a particular satellite based positioning system; - wherein said parameters have a format that is different from a format of parameters of an orbit model defined for said satellite based positioning system or have been derived from another source than broadcast satellite data; - receiving in addition differential corrections for said received parameters of said orbit model; and - correcting said received parameters of said orbit model based on said differential corrections.
Tyre for passenger car or utility vehicle comprising a tread having a tread surface and a plurality of studs anchored in the tread and projecting out from the tread surface, the mean surface density of studs on the tread surface being at least equal to 6.7 studs per dm 2, characterized in that the static striking force of each stud of only a part of the plurality of studs is comprised in a range from 120 N to 170 N, the static striking force of a stud being the vertical load applied by this stud when the tyre is compressed onto a flat roadway under an internal inflation pressure equal to 2 bar and under a load corresponding to 70% of the maximum load capacity of the tyre.
A vinyl tile, comprising: a vinyl portion; and an acoustical portion comprising a plurality of individual acoustical sub-layers (4a-4n), and the individual sub-layers including first and second sub-layers (4a, 4b), the first sub-layer being bonded to the vinyl portion, the second sub-layer being bonded to the first sub-layer, wherein the first and second sub-layers (4a, 4b) of the plurality of individual sub-layers (4a - 4n) comprise material compositions that are different from each other, characterized in that the plurality of individual sub-layers (4a - 4n) comprising materials selected from a list consisting of rubber, a combination of cork and rubber, a combination of rubber and polyurethane foam, and a combination of PU foam and cork. a vinyl portion; and an acoustical portion comprising a plurality of individual acoustical sub-layers (4a-4n), and the individual sub-layers including first and second sub-layers (4a, 4b), the first sub-layer being bonded to the vinyl portion, the second sub-layer being bonded to the first sub-layer, wherein the first and second sub-layers (4a, 4b) of the plurality of individual sub-layers (4a - 4n) comprise material compositions that are different from each other, characterized in that the plurality of individual sub-layers (4a - 4n) comprising materials selected from a list consisting of rubber, a combination of cork and rubber, a combination of rubber and polyurethane foam, and a combination of PU foam and cork.
Floor cleaning machine, in particular a hand-guided and/or hand-held floor cleaning machine, comprising a support device, at least one cleaning roller which is arranged on the support device, is capable of being driven in rotation and is provided with a cleaning substrate, a fan device for creating a suction flow, and a suction channel device for the suction flow which provides at least one suction channel operatively connected for fluid communication between the fan device and the at least one cleaning roller, wherein the at least one suction channel has at least one mouth towards the at least one cleaning roller and wherein the at least one mouth comprises a first mouth wall and a spaced second mouth wall having a mouth opening formed therebetween, wherein the first mouth wall is positioned above the second mouth wall relative to the direction of gravity (g) when the at least one cleaning roller is placed on a floor that is to be cleaned, characterized in that the first mouth wall and/or the second mouth wall is in contact against or protrudes into the cleaning substrate of the at least one cleaning roller, and in that the at least one cleaning roller has associated therewith at least one sweeping lip which is configured such that it is placed against the floor to be cleaned, wherein the sweeping lip is arranged behind the cleaning roller.
Device for conducting electrical direct current, incorporating at least one bus bar and, arranged on a lateral external surface of the bus bar and extending along the bus bar, at least one electrically conducting edge element which has an electrically conducting bond to the bus bar and has a lower electrical conductivity than the bus bar, characterised by at least two edge elements which are arranged on a bus bar on lateral external surfaces of it which lie opposite each other.
An element array mold that compresses a molding material between a pair of opposite molding surfaces of a pair of molds to mold an element array having a plurality of elements arranged therein, comprising: the pair of molds (411, 412); a plurality of element molding portions (421, 431) that is used to mold the elements and is provided in each of the pair of molding surfaces (420, 430) so as to be opposite to each other; and at least one stopper that is provided in one of the molds (411, 412) or both of the molds so as to be interposed between the pair of molding surfaces and regulates a gap between the pair of molding surfaces, characterized in that the mold (411, 412) having the stopper provided therein includes a plurality of mold members each having the element molding portion, a first substrate having the plurality of mold members arranged therein, and a second substrate formed below the first substrate, the stopper passes through the first substrate and is fixed to the second substrate, and the first substrate and the second substrate are moveable relative to each other in a direction in which the first substrate and the second substrate are laminated. the pair of molds (411, 412); a plurality of element molding portions (421, 431) that is used to mold the elements and is provided in each of the pair of molding surfaces (420, 430) so as to be opposite to each other; and at least one stopper that is provided in one of the molds (411, 412) or both of the molds so as to be interposed between the pair of molding surfaces and regulates a gap between the pair of molding surfaces, characterized in that the mold (411, 412) having the stopper provided therein includes a plurality of mold members each having the element molding portion, a first substrate having the plurality of mold members arranged therein, and a second substrate formed below the first substrate, the stopper passes through the first substrate and is fixed to the second substrate, and the first substrate and the second substrate are moveable relative to each other in a direction in which the first substrate and the second substrate are laminated.
A system for a receiver (20, 104), comprising: an upsampling subsystem (26, 110) operable to process a first baseband receive signal that is at a first sampling rate to generate an upsampled baseband receive signal at a second sampling rate that is greater than the first sampling rate; a cycle prefix removal unit (32, 116) operable to remove a cyclic prefix from the upsampled baseband receive signal to provide a second baseband receive signal at the second sampling rate; and a downsampling subsystem (34, 118) operable to process the second baseband receive signal to generate a downsampled baseband receive signal at the first sampling rate. an upsampling subsystem (26, 110) operable to process a first baseband receive signal that is at a first sampling rate to generate an upsampled baseband receive signal at a second sampling rate that is greater than the first sampling rate; a cycle prefix removal unit (32, 116) operable to remove a cyclic prefix from the upsampled baseband receive signal to provide a second baseband receive signal at the second sampling rate; and a downsampling subsystem (34, 118) operable to process the second baseband receive signal to generate a downsampled baseband receive signal at the first sampling rate.
A method for scheduling a plurality Framing Slots in one or more Time Division Multiple Access, TDMA Multi-Frames in a synchronized hierarchical Tree Mesh Orthogonal Frequency Division Multiple Access, OFDMA network, wherein said synchronized hierarchical Tree Mesh network comprising: one or more Clusters in said synchronized hierarchical Tree Mesh network, each Cluster of said one or more Clusters comprises: an OFDMA-based Single Root Access Point, AP used as a master of the Cluster; a plurality of OFDMA Relay Nodes, which are associated directly to the Single Root AP or associated via other Relay Nodes of the plurality of Relay Nodes within the Cluster; one or more OFDMA Station Nodes, STAs, which are associated directly to the Single Root AP or associated via other Relay Nodes of the plurality of Relay Nodes within the Cluster; and wherein said one or more TDMA Multi-Frames comprise said plurality of Framing Slots, wherein each Framing Slot of said plurality of Framing Slots comprises downlink, DL and uplink, UL transmissions, characterized in that said method comprises the steps of: dividing said one or more Clusters to at least two Groups of Relay Nodes to avoid Intra-Node Interference of said Relay Nodes; allocating, respectively, Framing Slots in said Multi-Frame per each Group of Relay Nodes of said at least two Groups of Relay Nodes, so each Group of Relay Nodes is respectively related to one or more allocated Framing Slots within the Multi-Frame. an OFDMA-based Single Root Access Point, AP used as a master of the Cluster; a plurality of OFDMA Relay Nodes, which are associated directly to the Single Root AP or associated via other Relay Nodes of the plurality of Relay Nodes within the Cluster; one or more OFDMA Station Nodes, STAs, which are associated directly to the Single Root AP or associated via other Relay Nodes of the plurality of Relay Nodes within the Cluster; and wherein said one or more TDMA Multi-Frames comprise said plurality of Framing Slots, wherein each Framing Slot of said plurality of Framing Slots comprises downlink, DL and uplink, UL transmissions, characterized in that said method comprises the steps of: dividing said one or more Clusters to at least two Groups of Relay Nodes to avoid Intra-Node Interference of said Relay Nodes; allocating, respectively, Framing Slots in said Multi-Frame per each Group of Relay Nodes of said at least two Groups of Relay Nodes, so each Group of Relay Nodes is respectively related to one or more allocated Framing Slots within the Multi-Frame. dividing said one or more Clusters to at least two Groups of Relay Nodes to avoid Intra-Node Interference of said Relay Nodes; allocating, respectively, Framing Slots in said Multi-Frame per each Group of Relay Nodes of said at least two Groups of Relay Nodes, so each Group of Relay Nodes is respectively related to one or more allocated Framing Slots within the Multi-Frame.
A camshaft, comprising a hollow shaft, at least one cam and a closing cover which is arranged in the interior of hollow shaft and at a distance from the cam in the axial direction, wherein the camshaft comprises one or more holding means in order to prevent slipping of the closing cover in at least one axial direction, characterized in that the axial extent of the one or more holding means is smaller than or equal to the axial distance between an end of the closing cover that faces the cam and the cam.