mhurhangee/ep-ind-claims huggingface dataset:
A touch sensor with a board carrier for surface mounting, a printed circuit board arranged on the board carrier, on which at least two switching elements are arranged, and with at least one rocker switch for actuating the switching elements, the touch sensor having at least one reset element which is arranged between the board carrier and the rocker switch and by means of which the rocker switch is biased out of an actuating position, in which the rocker switch actuates at least one of the switching elements, into a rest position, in which the rocker switch does not actuate any of the switching elements, the rocker switch being mounted such that it can be pivoted about a swivel axis (x) with respect to which the at least two switching elements are arranged opposite one another, characterized in that the rocker switch has a form-fit adapter on its side facing the board, in which the reset element is received in a form-fitting manner, and the form-fit adapter having a first and a second boundary wall which extend at a distance from one another and at least in sections perpendicularly to the swivel axis (x) and parallel to the printed circuit board and from an underside of the rocker switch.
An interface circuit board apparatus, comprising: a shared circuit board base; a transceiver section disposed on the circuit board base, and having circuit transceiver site areas configured to receive a plurality of transceiver components of different interface types; a termination section disposed on the circuit board base, and having circuit termination site areas configured to receive a plurality of termination components of different types; a connection section operatively coupled to the transceiver and termination sections (115, 110), and a matrix section disposed between the termination section and the connection section, the matrix section comprising a plurality of jumpers that are configurable at the time of manufacture for signal mapping for a said plurality of transceiver components received in the transceiver section, wherein the transceiver section, the termination section, the matrix section and the connection section are configurable to support a plurality of different interface types corresponding to the plurality of transceiver components of different interface types and the plurality of termination components of different types. a shared circuit board base; a transceiver section disposed on the circuit board base, and having circuit transceiver site areas configured to receive a plurality of transceiver components of different interface types; a termination section disposed on the circuit board base, and having circuit termination site areas configured to receive a plurality of termination components of different types; a connection section operatively coupled to the transceiver and termination sections (115, 110), and a matrix section disposed between the termination section and the connection section, the matrix section comprising a plurality of jumpers that are configurable at the time of manufacture for signal mapping for a said plurality of transceiver components received in the transceiver section,
A tap changer for connection to a regulating winding of a transformer, the tap changer comprising: a tap selector including: a set of fixed contacts comprising at least two fixed contacts, each arranged to be connected to a tap of the regulating winding; at least one current collector located at a distance from the set of fixed contacts so that a contact gap space is formed therebetween; and at least one contact carrier including at least one moveable contact arranged to electrically bridge a contact gap between a current collector and a fixed contact; the tap changer further comprising: a drive system for moving the at least one contact carrier from one fixed contact position to another, the drive system comprising at least one mechanically flexible positioning loop provided with a plurality of evenly distributed positioning items, the positioning loop being at least partly located in the contact gap space, the positioning loop further being attached to the contact carrier in order to allow for transmission of a driving force thereto, the tap changer being characterized in that the at least one positioning loop is electrically insulating. a tap selector including: a set of fixed contacts comprising at least two fixed contacts, each arranged to be connected to a tap of the regulating winding; at least one current collector located at a distance from the set of fixed contacts so that a contact gap space is formed therebetween; and at least one contact carrier including at least one moveable contact arranged to electrically bridge a contact gap between a current collector and a fixed contact; the tap changer further comprising: a set of fixed contacts comprising at least two fixed contacts, each arranged to be connected to a tap of the regulating winding; at least one current collector located at a distance from the set of fixed contacts so that a contact gap space is formed therebetween; and at least one contact carrier including at least one moveable contact arranged to electrically bridge a contact gap between a current collector and a fixed contact; the tap changer further comprising: a drive system for moving the at least one contact carrier from one fixed contact position to another, the drive system comprising at least one mechanically flexible positioning loop provided with a plurality of evenly distributed positioning items, the positioning loop being at least partly located in the contact gap space, the positioning loop further being attached to the contact carrier in order to allow for transmission of a driving force thereto, the tap changer being characterized in that the at least one positioning loop is electrically insulating.
A vibration detection instrument assembly comprising a vibration detection instrument having a body part, which is provided with a support surface and an attachment screw extending from the support surface in the direction of its normal, by means of which the vibration detection instrument is assemblable to a device intended to be monitored, which vibration detection instrument comprises a vibration sensor (30, 30.1,30.2,30.3) configured to detect vibration at least in a direction deviating from longitudinal axis of the attachment screw, the vibration detection instrument assembly comprising a deformable base part arranged at least partly against the support surface of the body part, characterized in that the vibration detection instrument assembly comprises a direction indication means which is arranged to indicate the direction of the vibration sensor (30, 30.1,30.2,30.3) configured to detect vibration at least in a direction deviating from the longitudinal axis of the screw.
A solder joint life predictor comprising: a temperature sensor to measure temperature of a solder joint on an electronic circuit board that drives a load (7, 9); and a storage to store a reference acceleration factor, the reference acceleration factor being an acceleration factor based on a test condition of a thermal shock test of an electrical appliance including the electronic circuit board and a reference condition in an environment in which the electrical appliance is used; characterized in that the solder joint life predictor further comprises: a calculator to calculate an actual acceleration factor on the basis of a temperature variation range and a maximum reached temperature of the solder joint during one cycle from start to end of driving of the load (7, 9), and to integrate acceleration factor ratios (A1/A0) each obtained by dividing the actual acceleration factor by the reference acceleration factor for each one cycle from start to end of driving of the load (7, 9) to obtain an integrated value of the acceleration factor ratios (Σ(A1/A0)); and a determiner to predict life of the solder joint by comparing the integrated value of the acceleration factor ratios (Σ(A1/A0)) with a threshold. a temperature sensor to measure temperature of a solder joint on an electronic circuit board that drives a load (7, 9); and a storage to store a reference acceleration factor, the reference acceleration factor being an acceleration factor based on a test condition of a thermal shock test of an electrical appliance including the electronic circuit board and a reference condition in an environment in which the electrical appliance is used; characterized in that the solder joint life predictor further comprises: a calculator to calculate an actual acceleration factor on the basis of a temperature variation range and a maximum reached temperature of the solder joint during one cycle from start to end of driving of the load (7, 9), and to integrate acceleration factor ratios (A1/A0) each obtained by dividing the actual acceleration factor by the reference acceleration factor for each one cycle from start to end of driving of the load (7, 9) to obtain an integrated value of the acceleration factor ratios (Σ(A1/A0)); and a determiner to predict life of the solder joint by comparing the integrated value of the acceleration factor ratios (Σ(A1/A0)) with a threshold. a calculator to calculate an actual acceleration factor on the basis of a temperature variation range and a maximum reached temperature of the solder joint during one cycle from start to end of driving of the load (7, 9), and to integrate acceleration factor ratios (A1/A0) each obtained by dividing the actual acceleration factor by the reference acceleration factor for each one cycle from start to end of driving of the load (7, 9) to obtain an integrated value of the acceleration factor ratios (Σ(A1/A0)); and a determiner to predict life of the solder joint by comparing the integrated value of the acceleration factor ratios (Σ(A1/A0)) with a threshold.
High protection UVA/UVB cosmetic composition, characterized by comprising: (a) 0.5 to 7.5% by weight of phenylbenzimidazole sulfonic acid; (b) 2.5% by weight of triethanolamine; (c) 6% by weight of an UVA chemical filter; (d) 20 to 40% by weight of an additional chemical filter; (e) 40 to 70% by weight of an alcoholic carrier; and (f) 2% by weight of a film former. wherein all percentages are based on the total weight of the high protection UVA / UVB composition and no water is added to the composition. (a) 0.5 to 7.5% by weight of phenylbenzimidazole sulfonic acid; (b) 2.5% by weight of triethanolamine; (c) 6% by weight of an UVA chemical filter; (d) 20 to 40% by weight of an additional chemical filter; (e) 40 to 70% by weight of an alcoholic carrier; and (f) 2% by weight of a film former.
Ship, in particular cruise ship, with integrated communication network on board which connects one or more data processing centres (100a, 100b) to a plurality of users by means of a data transmission network, characterised by the fact that said data transmission network is a passive optical network and has a radial type structure.
Use of a sawing apparatus which is configured as a hand wire saw and which comprises: a saw wire having a carrier wire and having a plurality of cutting elements, in particular identically designed cutting elements, which are attached to the carrier wire and which each have at least one cutting edge extending around the carrier wire; at least one drive pulley which can be driven by a motor; and at least one deflection pulley for the saw wire, said deflection pulley being arranged spaced apart from the drive pulley, wherein the saw wire is formed as a closed loop and runs around the drive pulley and the deflection pulley in the sawing operation, characterized in that the sawing apparatus is used for sawing workpieces composed of insulating material, soft fiber material or polystyrene. a saw wire having a carrier wire and having a plurality of cutting elements, in particular identically designed cutting elements, which are attached to the carrier wire and which each have at least one cutting edge extending around the carrier wire; at least one drive pulley which can be driven by a motor; and at least one deflection pulley for the saw wire, said deflection pulley being arranged spaced apart from the drive pulley, wherein the saw wire is formed as a closed loop and runs around the drive pulley and the deflection pulley in the sawing operation, characterized in that the sawing apparatus is used for sawing workpieces composed of insulating material, soft fiber material or polystyrene.
A cylindrical lithium ion secondary battery comprising: a cylindrical can; an electrode assembly received in the cylindrical can; and a cap assembly for sealing the cylindrical can, wherein the cap assembly comprises a top plate having a flat surface on which a notch is formed, a middle plate coupled to the top plate and including a first through-hole formed through the center thereof, and a bottom plate electrically connected with the electrode assembly, attached to the middle plate with an insulating plate interposed therebetween, and connected to the top plate through the first through-hole of the middle plate. a cylindrical can; an electrode assembly received in the cylindrical can; and a cap assembly for sealing the cylindrical can, wherein the cap assembly comprises a top plate having a flat surface on which a notch is formed, a middle plate coupled to the top plate and including a first through-hole formed through the center thereof, and a bottom plate electrically connected with the electrode assembly, attached to the middle plate with an insulating plate interposed therebetween, and connected to the top plate through the first through-hole of the middle plate.
Transparent optical element for a motor vehicle comprising at least one first transparent layer of a polymer material, characterized in that the optical element further comprises at least one second transparent layer comprising at least silicon, titanium, oxygen and nitrogen, said second layer showing a structure of "core/shell" type, in which at least one particle of SiO 2 is covered by a shell of nanoparticles of TiO 2-x N x distributed on the surface of said particle of SiO 2, the ratio of the mean diameter of the nanoparticles of TiO 2-x N x to the mean diameter of the particles of SiO 2 is around 1:10..
A rotor for a compressor system comprising: a rotor body defining a longitudinal axis extending between a first axial body end and a second axial body end, and having an outer compression surface structured to impinge during rotation of the rotor body upon a gas conveyed between a gas inlet and a gas outlet in a housing; the rotor body further including an inner heat exchange surface defining a cooling cavity, and having formed therein a coolant inlet, a coolant outlet in fluid communication with the cooling cavity, and a coolant manifold; and the coolant manifold having an inlet runner fluidly connected with the coolant inlet, and a plurality of coolant supply conduits having an axial and circumferential distribution and extending outwardly from the inlet runner so as to direct a coolant fluid toward the inner heat exchange surface; wherein the cooling cavity is structured to collect the coolant fluid exiting the plurality of coolant supply conduits. a rotor body defining a longitudinal axis extending between a first axial body end and a second axial body end, and having an outer compression surface structured to impinge during rotation of the rotor body upon a gas conveyed between a gas inlet and a gas outlet in a housing; the rotor body further including an inner heat exchange surface defining a cooling cavity, and having formed therein a coolant inlet, a coolant outlet in fluid communication with the cooling cavity, and a coolant manifold; and the coolant manifold having an inlet runner fluidly connected with the coolant inlet, and a plurality of coolant supply conduits having an axial and circumferential distribution and extending outwardly from the inlet runner so as to direct a coolant fluid toward the inner heat exchange surface; wherein the cooling cavity is structured to collect the coolant fluid exiting the plurality of coolant supply conduits.
A temperature-controlled container comprising a box-like structure having a forward wall, a rear wall, a pair of opposed side walls (13,15) extending longitudinally between the forward wall and the rear wall, a ceiling extending longitudinally between the forward wall and the rear wall and extending transversely between the opposed side walls, and a floor extending longitudinally between the forward wall and the rear wall and extending transversely between the opposed side walls, and defining a cargo space within the box-like structure; said floor comprising: a subfloor extending longitudinally between a lowermost portion of the forward wall and a lowermost portion of the rear wall and extending transversely between a lowermost portion of each of the opposed side walls; a cargo support floor disposed above and in spaced relationship with the subfloor thereby forming a plenum therebetween; and a plurality of longitudinally and transversely spaced apart openings (64;74) through the cargo support floor, each opening of said plurality of openings defining a flow area of a selected size and establishing flow communication between said plenum and the cargo space above the cargo support floor, said plurality of openings arranged so as to selectively distribute flow from said plenum into the cargo space, characterized in that the temperature-controlled container further comprises a refrigeration unit secured to the forward wall of the container for conditioning air drawn from the cargo space and returned to the cargo space through the said plenum and wherein the respective flow areas of the plurality of openings in a rearward region of the cargo support floor generally are larger than the respective flow areas of the plurality of openings in a forward region of the cargo support floor. a subfloor extending longitudinally between a lowermost portion of the forward wall and a lowermost portion of the rear wall and extending transversely between a lowermost portion of each of the opposed side walls; a cargo support floor disposed above and in spaced relationship with the subfloor thereby forming a plenum therebetween; and a plurality of longitudinally and transversely spaced apart openings (64;74) through the cargo support floor, each opening of said plurality of openings defining a flow area of a selected size and establishing flow communication between said plenum and the cargo space above the cargo support floor, said plurality of openings arranged so as to selectively distribute flow from said plenum into the cargo space, characterized in that the temperature-controlled container further comprises a refrigeration unit secured to the forward wall of the container for conditioning air drawn from the cargo space and returned to the cargo space through the said plenum and wherein the respective flow areas of the plurality of openings in a rearward region of the cargo support floor generally are larger than the respective flow areas of the plurality of openings in a forward region of the cargo support floor.
A method of manufacturing a warship having a weapon removably connected to the warship by means of a building jig, the method comprising the steps of: a) Production of the hull, b) Creation of recesses in the deck at the position where the weapon is to be removably connected to the warship, c) Provide a building gauge, d) Attach deck bushes to the construction gauge. e) Positioning and aligning the jig at the position where the weapon is to be removably connected to the warship so that the deck bushes are located in the recesses in the deck, f) Permanent connection of the deck sockets to the deck of the warship, g) Remove the connection between the deck bays and the construction gauge, h) Remove the building gauge, wherein a connection for electrics, pneumatics and/or hydraulics is additionally provided, wherein the connection is arranged within the area spanned by the deck sockets, wherein after step h) i) Detachable connection of a device platform to the deck sockets, j) Connect the gun to the device platform. takes place. a) Production of the hull, b) Creation of recesses in the deck at the position where the weapon is to be removably connected to the warship, c) Provide a building gauge, d) Attach deck bushes to the construction gauge. e) Positioning and aligning the jig at the position where the weapon is to be removably connected to the warship so that the deck bushes are located in the recesses in the deck, f) Permanent connection of the deck sockets to the deck of the warship, g) Remove the connection between the deck bays and the construction gauge, h) Remove the building gauge, wherein a connection for electrics, pneumatics and/or hydraulics is additionally provided, wherein the connection is arranged within the area spanned by the deck sockets, wherein after step h) i) Detachable connection of a device platform to the deck sockets, j) Connect the gun to the device platform. takes place.
A method for determining a sharing terminal, wherein the method comprises: sending, by a calling terminal, sharing request information, wherein the sharing request information comprises requirement information of the calling terminal that describes a sharing requirement of the calling terminal; receiving, by the calling terminal, response information that is sent by at least one called terminal according to the requirement information of the calling terminal; and determining, by the calling terminal according to the response information, a sharing terminal that is to perform real-time video sharing, characterized in that at least two called terminals exist, and video collecting apparatuses of the at least two called terminals collect video information of a same shared target in real time to obtain at least two pieces of video information of the shared target, and wherein the response information comprises intention degree information, wherein the intention degree information indicates a priority that the called terminal can provide video sharing. sending, by a calling terminal, sharing request information, wherein the sharing request information comprises requirement information of the calling terminal that describes a sharing requirement of the calling terminal; receiving, by the calling terminal, response information that is sent by at least one called terminal according to the requirement information of the calling terminal; and determining, by the calling terminal according to the response information, a sharing terminal that is to perform real-time video sharing, characterized in that at least two called terminals exist, and video collecting apparatuses of the at least two called terminals collect video information of a same shared target in real time to obtain at least two pieces of video information of the shared target, and wherein the response information comprises intention degree information, wherein the intention degree information indicates a priority that the called terminal can provide video sharing.