mhurhangee/ep-ind-claims huggingface dataset:
A padding layer panel for assembly with other substantially identical padding layer panels for forming a padding layer for installation over a surface and under a carpet-like top layer having a series of regularly spaced apart parallel rows of backstitches separated by a backstitch distance, the padding layer panel comprising: a top surface comprising top channels; and two opposite edges, wherein at least a portion of the top channels extend between one of the two opposite edges to the other one of the two opposite edges and at least one of the two opposite edges is adapted for attachment to one of the other substantially identical padding layer panels; the top channels being equally spaced and parallel, each one of the top channels having a center, wherein a distance between centers of adjacent ones of the top channels is defined as a channel distance, characterized in that the backstitch distance separating the rows of backstitches is selected from the group of 19.05 mm (3/4"), 9.525 mm (3/8") and 4.7625 mm (3/16"), wherein the channel distance separating the top channels is 19 mm (3/4") such that the channel distance is a multiple of the backstitch distance, and wherein each one of the top channels is adapted for receiving the same number of rows of backstitches. a top surface comprising top channels; and two opposite edges, wherein at least a portion of the top channels extend between one of the two opposite edges to the other one of the two opposite edges and at least one of the two opposite edges is adapted for attachment to one of the other substantially identical padding layer panels; the top channels being equally spaced and parallel, each one of the top channels having a center, wherein a distance between centers of adjacent ones of the top channels is defined as a channel distance, characterized in that the backstitch distance separating the rows of backstitches is selected from the group of 19.05 mm (3/4"), 9.525 mm (3/8") and 4.7625 mm (3/16"), wherein the channel distance separating the top channels is 19 mm (3/4") such that the channel distance is a multiple of the backstitch distance, and wherein each one of the top channels is adapted for receiving the same number of rows of backstitches.
A lighting means, comprising at least two OLEDs as light sources, comprising a circuit configuration for the power supply of the OLEDs during operation of the lighting means, with: - at least two electrical connections for in each case at least one OLED; - at least one temperature sensor, which has an output signal that is proportional to a temperature detected by said temperature sensor; - a circuit controlled by the output signal of the temperature sensor, which circuit controls the electrical switching of the electrical connections of the circuit configuration based on the temperature detected by the temperature sensor in such a manner that, during the operation of the lighting means, the circuit configuration switches: - at least two OLEDs in series to each other in the case of an output signal that is proportional to a temperature detected by the temperature sensor with the temperature being higher than a specified threshold temperature; - at least two OLEDs switched in series to each other above the threshold temperature parallel to each other in the case of an output signal that is proportional to a temperature detected by the temperature sensor with the temperature being lower than the threshold temperature; wherein at least one temperature sensor is arranged immediately on one of the at least two OLEDs. - at least two electrical connections for in each case at least one OLED; - at least one temperature sensor, which has an output signal that is proportional to a temperature detected by said temperature sensor; - a circuit controlled by the output signal of the temperature sensor, which circuit controls the electrical switching of the electrical connections of the circuit configuration based on the temperature detected by the temperature sensor in such a manner that, during the operation of the lighting means, the circuit configuration switches: - at least two OLEDs in series to each other in the case of an output signal that is proportional to a temperature detected by the temperature sensor with the temperature being higher than a specified threshold temperature; - at least two OLEDs switched in series to each other above the threshold temperature parallel to each other in the case of an output signal that is proportional to a temperature detected by the temperature sensor with the temperature being lower than the threshold temperature; wherein at least one temperature sensor is arranged immediately on one of the at least two OLEDs. - at least two OLEDs in series to each other in the case of an output signal that is proportional to a temperature detected by the temperature sensor with the temperature being higher than a specified threshold temperature; - at least two OLEDs switched in series to each other above the threshold temperature parallel to each other in the case of an output signal that is proportional to a temperature detected by the temperature sensor with the temperature being lower than the threshold temperature;
Connection device for tubular elements (10a, 10a'; 10b, 10c) comprising: - an assembly of two angled or curved profiled elements (2a, 2b) each comprising one medial edge (3a and 3b, respectively) and two longitudinal edges (4a and 5a, 4b and 5b, respectively); - said first and second profiled elements (2a, 2b) being joined together by their medial edges (3a, 3b), at at least one of their respective ends, by means of a connecting part passing through the medial edges of both the first and second profiled elements and configured so as to keep the median edges movably spaced apart from one another along a limited travel defining the maximum distance between the medial edges; - the first profiled element comprising one cylindrical orifice passing perpendicularly through said medial edge; - a single cylindrical element, having dimensions that match the cylindrical orifice and arranged so as to extend beyond the medial edge and abut against the medial edge of the second profiled element; and in which - the portion of the single cylindrical element protruding from the medial edge of the first profiled element and abutting on the medial edge of the second profiled element defines a spatial distance between first and second profiled elements (2a, 2b) such that the longitudinal edges (4a, 5a, 4b, 5b) abut against the internal wall of the tubular element (10a, 10a', 10b, 10c). - an assembly of two angled or curved profiled elements (2a, 2b) each comprising one medial edge (3a and 3b, respectively) and two longitudinal edges (4a and 5a, 4b and 5b, respectively); - said first and second profiled elements (2a, 2b) being joined together by their medial edges (3a, 3b), at at least one of their respective ends, by means of a connecting part passing through the medial edges of both the first and second profiled elements and configured so as to keep the median edges movably spaced apart from one another along a limited travel defining the maximum distance between the medial edges; - the first profiled element comprising one cylindrical orifice passing perpendicularly through said medial edge; - a single cylindrical element, having dimensions that match the cylindrical orifice and arranged so as to extend beyond the medial edge and abut against the medial edge of the second profiled element; and in which - the portion of the single cylindrical element protruding from the medial edge of the first profiled element and abutting on the medial edge of the second profiled element defines a spatial distance between first and second profiled elements (2a, 2b) such that the longitudinal edges (4a, 5a, 4b, 5b) abut against the internal wall of the tubular element (10a, 10a', 10b, 10c).
Structure of a utility vehicle, in particular a truck, trailer or semi-trailer, with a rear wall frame and a rear wall door, wherein the at least one rear wall door is held in the closed position in the rear wall frame, wherein a door lock housing at least partially comprising, respectively, an electric motor and at least one locking element which can be moved by the electric motor from a locking position into a release position and back is provided on the rear side of the rear wall door, wherein at least one locking receiver for receiving the at least one locking element in the locking position is provided on the rear wall frame and wherein the door lock housing is joined to the rear wall door from the side of the rear wall door facing the loading space, characterized in that the joining connection between the door lock housing and the rear wall door has at least one joining means of plastic or fibre-reinforced plastic extending at least essentially over the entire thickness of the rear wall door.
A headset, comprising: a first earphone comprising; a first microphone; a first speaker positioned in close proximity to the first microphone within the first earphone; and a first wireless transceiver configured to communicate with other devices via a wireless data link, output sound signals to the first speaker, and receive sound signals from the first microphone; and a second earphone comprising: a second speaker; a second microphone positioned in close proximity to the second speaker; and a second transceiver configured to communicate with other devices via a wireless data link and output sound signals to the second speaker, wherein the first earphone is configured such that the first microphone and first speaker are not simultaneously active; characterized in that the first earphone and the second earphone are configured to activate each of the first speaker and the second microphone and each of the second speaker and the first microphone alternatively to simulate stereophonic sound. a first earphone comprising; a first microphone; a first speaker positioned in close proximity to the first microphone within the first earphone; and a first wireless transceiver configured to communicate with other devices via a wireless data link, output sound signals to the first speaker, and receive sound signals from the first microphone; and a first microphone; a first speaker positioned in close proximity to the first microphone within the first earphone; and a first wireless transceiver configured to communicate with other devices via a wireless data link, output sound signals to the first speaker, and receive sound signals from the first microphone; and a second earphone comprising: a second speaker; a second microphone positioned in close proximity to the second speaker; and a second transceiver configured to communicate with other devices via a wireless data link and output sound signals to the second speaker, wherein the first earphone is configured such that the first microphone and first speaker are not simultaneously active; characterized in that the first earphone and the second earphone are configured to activate each of the first speaker and the second microphone and each of the second speaker and the first microphone alternatively to simulate stereophonic sound. a second speaker; a second microphone positioned in close proximity to the second speaker; and a second transceiver configured to communicate with other devices via a wireless data link and output sound signals to the second speaker, wherein the first earphone is configured such that the first microphone and first speaker are not simultaneously active; characterized in that the first earphone and the second earphone are configured to activate each of the first speaker and the second microphone and each of the second speaker and the first microphone alternatively to simulate stereophonic sound.
A dental composition comprising: a polymerizable monomer component; and an amorphous filler having an average particle size of 1 to 20 μm and including silica-based fine particles whose surfaces are covered with a coating of an oxide, the oxide containing at least zirconium, silicon, and oxygen, wherein the filler is in the form of particles having a structure wherein the coating covers a plurality of the silica-based fine particles and wherein said silica-based fine particles are connected with each other through the oxide coating extending between, and connecting neighboring silica-based fine particles or a plurality of neighboring silica-based fine particles; wherein the dental composition comprises 20 to 500 parts by weight of the filler per 100 parts by weight of the polymerizable monomer component, and has a viscosity of 10 to 800 Pa·s. a polymerizable monomer component; and an amorphous filler having an average particle size of 1 to 20 μm and including silica-based fine particles whose surfaces are covered with a coating of an oxide, the oxide containing at least zirconium, silicon, and oxygen, wherein the filler is in the form of particles having a structure wherein the coating covers a plurality of the silica-based fine particles and wherein said silica-based fine particles are connected with each other through the oxide coating extending between, and connecting neighboring silica-based fine particles or a plurality of neighboring silica-based fine particles; wherein the dental composition comprises 20 to 500 parts by weight of the filler per 100 parts by weight of the polymerizable monomer component, and has a viscosity of 10 to 800 Pa·s.
A pharmaceutically acceptable liquid composition comprising 0.25% to 20% by weight arginine, 0.5% to 6% by weight carbidopa, 0% to 30% by weight N-methylpyrrolidone, 0% to 5% by weight polyvinylpyrrolidone, and 0% to 5% by weight of one or more water soluble antioxidants, wherein said composition has a pH of 6.5 to 9.5 at 25 °C.
A relay unit comprising: a plurality of relays (2A-2D) each including a pair of first and second switch connector circuit components (5a-5d, 6a-6d) between which a relay switch element is intervened and a pair of first and second coil connector circuit components (7a-7d, 8a-8d) between which a relay coil element is intervened; and a plurality of electrically conductive trimmer joint portions (9a-9j) preliminarily interconnecting said switch connector circuit components and said coil connector circuit components to one another; wherein said plurality of electrically conductive trimmer joint portions (9a-9j) is enabled to be selectively trimmed to provide a desired mounting circuit formed in a selected relay circuit pattern. a plurality of relays (2A-2D) each including a pair of first and second switch connector circuit components (5a-5d, 6a-6d) between which a relay switch element is intervened and a pair of first and second coil connector circuit components (7a-7d, 8a-8d) between which a relay coil element is intervened; and a plurality of electrically conductive trimmer joint portions (9a-9j) preliminarily interconnecting said switch connector circuit components and said coil connector circuit components to one another; wherein said plurality of electrically conductive trimmer joint portions (9a-9j) is enabled to be selectively trimmed to provide a desired mounting circuit formed in a selected relay circuit pattern.
A lubricant application device, comprising: a rotatable applicator to apply a lubricant from a solid lubricant source to a rotating member; a support member to support the solid lubricant source in contact with the rotatable applicator, a near-end detection member coupled to the support member to contact the rotatable applicator after a first amount of the solid lubricant source has been consumed; and an end detection member coupled to the support member to contact the rotatable applicator after a second amount of the solid lubricant source has been consumed. a rotatable applicator to apply a lubricant from a solid lubricant source to a rotating member; a support member to support the solid lubricant source in contact with the rotatable applicator, a near-end detection member coupled to the support member to contact the rotatable applicator after a first amount of the solid lubricant source has been consumed; and an end detection member coupled to the support member to contact the rotatable applicator after a second amount of the solid lubricant source has been consumed.
Thrust reverser cascade element of an aircraft gas turbine with a rigid frame and with several thrust reverser profiles mounted in the frame, wherein the thrust reverser cascade element is made in one piece with the frame from fiber-plastic composite, characterized in that the thrust reverser profiles are connected to the frame at their ends and arranged in their longitudinal extent without being connected to the frame and without having struts between the individual thrust reverser profiles, wherein the frame has two opposite, straight frame struts and two curved frame struts, and wherein the thrust reverser profiles are designed arched or curved in the longitudinal direction.
Method for operating an access point, in a wireless network, which network comprises at least one access point and at least one wireless device communicating with one another by means of radio frequency signals, wherein said access point may transmit beacon frames, repeatedly at a beacon interval, wherein no beacon frames are transmitted by the access point in the event that not any wireless device is connected to the access point, and wherein the transmission of beacon frames is started in the event that a probe-request frame is received from a wireless device that is on a register list, characterized by the following steps: - running an activation procedure in the event that a probe-request frame is received from a wireless device that is not on the register list, to automatically decide whether or not to start transmitting beacon frames; - adding an unregistered wireless device to the register list automatically in the event that this wireless device has been successfully connected to the access point. - running an activation procedure in the event that a probe-request frame is received from a wireless device that is not on the register list, to automatically decide whether or not to start transmitting beacon frames; - adding an unregistered wireless device to the register list automatically in the event that this wireless device has been successfully connected to the access point.
A method for generating a service notification signal for an imaging system, comprising: obtaining a set of operational properties of the imaging system; identifying an operational property of the set of operational properties that intermittently falls outside of a predetermined operational range and does not require immediate service of the imaging system, wherein the identified operational property is an image quality metric; generating a trend for the identified operational property; comparing the generated trend with at least one reference trend; determining that the imaging system should be serviced based on the comparison; and generating the service notification signal in response to determining that the imaging system should be serviced, where the service notification signal invokes service of the imaging system. obtaining a set of operational properties of the imaging system; identifying an operational property of the set of operational properties that intermittently falls outside of a predetermined operational range and does not require immediate service of the imaging system, wherein the identified operational property is an image quality metric; generating a trend for the identified operational property; comparing the generated trend with at least one reference trend; determining that the imaging system should be serviced based on the comparison; and generating the service notification signal in response to determining that the imaging system should be serviced, where the service notification signal invokes service of the imaging system.
Tool device for manufacturing a rim for at least partially muscle-powered vehicles and in particular bicycles, having opposite rim flanks (2, 3), a rim well and a rim base, and rim flanges configured on the rim flanks (2, 3), comprising two molding devices (51, 61) and a circular device, wherein the molding devices (51, 61) each comprise contact surfaces (52, 62) for forming at least part of a rim flank (2, 3) and the external visible surface of the rim flanges, characterized in that the circular device serves to form the rim well and the axially inwardly oriented surfaces (8a, 9a) of the rim flanges (6, 7), wherein the circular device comprises an annular unit, and the molding devices (51, 61), one molding unit (51a, 61a) each, and wherein at least one of the units of an annular unit and molding units (51a, 61a) consists of a less elastic material (80b, 80c) and at least one coating (35, 40a, 80a) for attachment thereto, of a more elastic material, and wherein the circular device comprises an annular unit of a less elastic material and at least one ring coating of a more elastic material, characterized in that the thickness of the coating is between 0.1 mm and 10 mm, and that the molding devices (51, 61) each comprise a molding unit (51a, 61a) of a less elastic material and at least one mold coating (51b, 61b) for attachment thereto, of a more elastic material. comprising two molding devices (51, 61) and a circular device, wherein the molding devices (51, 61) each comprise contact surfaces (52, 62) for forming at least part of a rim flank (2, 3) and the external visible surface of the rim flanges, characterized in that the circular device serves to form the rim well and the axially inwardly oriented surfaces (8a, 9a) of the rim flanges (6, 7), wherein the circular device comprises an annular unit, and the molding devices (51, 61), one molding unit (51a, 61a) each, and wherein at least one of the units of an annular unit and molding units (51a, 61a) consists of a less elastic material (80b, 80c) and at least one coating (35, 40a, 80a) for attachment thereto, of a more elastic material, and wherein the circular device comprises an annular unit of a less elastic material and at least one ring coating of a more elastic material, characterized in that the thickness of the coating is between 0.1 mm and 10 mm, and that the molding devices (51, 61) each comprise a molding unit (51a, 61a) of a less elastic material and at least one mold coating (51b, 61b) for attachment thereto, of a more elastic material.
A gastric retention device comprising: a central elastic polymeric component coupled to between three and eight loadable polymeric components, each loadable polymeric component projecting radially from the central elastic polymeric component to form a star-like cross-sectional shape, wherein each of the loadable polymeric components is coupled to the central elastic polymeric component, wherein a first degradable linker is present in each loadable polymeric component near or at the interface with the elastic polymeric component. a central elastic polymeric component coupled to between three and eight loadable polymeric components, each loadable polymeric component projecting radially from the central elastic polymeric component to form a star-like cross-sectional shape, wherein each of the loadable polymeric components is coupled to the central elastic polymeric component, wherein a first degradable linker is present in each loadable polymeric component near or at the interface with the elastic polymeric component.