mhurhangee/ep-ind-claims huggingface dataset:
A puncture repair kit, comprising: a compressor device, including a power switch, and a compressor main body that is driven by the power switch and generates compressed ai r, stored within a rectangul ar box-shaped storage case; and a bottle unit, including a bottle container containing a puncture sealant and a cap attached upon an opening portion of the bottle container, wherein the compressor device includes a compressed air discharge opening portion for discharging compressed air, the cap is provided with an air intake opening portion for feeding compressed air from the compressed air discharge opening portion into the bottle container, and a puncture sealant/compressed air retrieval opening portion for sequentially retrieving the puncture sealant and the compressed air from the bottle container by the feeding of the compressed air, one of the compressed air discharge opening portion and the ai r intake opening porti on includes a connecti on nozzle protruding toward the other in a forward direction, and the other includes a nozzle receiver into which the connection nozzle is inserted and fitted, which allows direct connection of the compressor device and the bottle unit, characterized in that the compressor device includes a pressure gauge that measures a pressure of the compressed air from the compressor main body, stored within a rectangular box-shaped storage case, the cap includes a bottom plate portion constituting a bottom surface, a bottle mounting portion for mounting the openi ng portion of the bottle container, and a const ri cted waist portion disposed between the bottom plate portion and the bottle mounting portion, the wai st porti on is provided wi th the air intake openi ng portion and the puncture sealant/compressed air retrieval opening portion, the storage case has on an upper surface thereof a switch mounting depression for mounting the power switch and a pressure gauge mounting depression for mounting the pressure gauge, the power switch and the pressure gauge being mounted upon bottom portions of the respective mounting depressions (54, 55) at a distance of 3 to 15 mm downward from the upper surface, and drainage channels (57, 60) are formed upon the upper surface so as to extend at a downward incline from the mounting depressions (54, 55) toward outer side surfaces of the storage case. a compressor device, including a power switch, and a compressor main body that is driven by the power switch and generates compressed ai r, stored within a rectangul ar box-shaped storage case; and a bottle unit, including a bottle container containing a puncture sealant and a cap attached upon an opening portion of the bottle container, wherein
A method for resistance spot welding steel sheets, comprising applying (102, 204) a plurality of direct current micro pulses to at least two steel sheets through a first and a second electrode to form a weld joint joining the steel sheets together, wherein each micro pulse is applied for a weld current on-time of 1 ms to 10 ms to locally melt the steel sheets, and the method further comprises alternating the weld current on-times with weld current off-times of 1 ms to 10 ms in which no current or very low current relative to the direct current micro pulses is applied through the first electrode and the second electrode.
A foreign-matter-removing device for a wireless power-supplying system that is configured to supply power from a power-transmitting coil to a power-receiving coil in a wireless manner, the foreign-matter-removing device comprising: a flexible sheet that is movable along a top surface of a transmitting-side pad containing the power-transmitting coil; and a sheet-moving device that is driven by a single-phase alternating current and configured to move the sheet along the top surface of the transmitting-side pad; characterized by a ring-shaped coil that is disposed in the transmitting-side pad and configured to generate a single-phase alternating current from an alternating magnetic field of the power-transmitting coil; and a current supply control device that is configured to supply the single-phase alternating current generated in the ring-shaped coil to the sheet-moving device and to control the sheet-moving device. a flexible sheet that is movable along a top surface of a transmitting-side pad containing the power-transmitting coil; and a sheet-moving device that is driven by a single-phase alternating current and configured to move the sheet along the top surface of the transmitting-side pad; characterized by a ring-shaped coil that is disposed in the transmitting-side pad and configured to generate a single-phase alternating current from an alternating magnetic field of the power-transmitting coil; and a current supply control device that is configured to supply the single-phase alternating current generated in the ring-shaped coil to the sheet-moving device and to control the sheet-moving device.
A method of managing a quality of an execution of a network provided service on a user device (104, 904), the method being executed by at least one network node (112f, 812) of the network, the method comprising: sending to a user device (104, 904) information indicating an offer related to an adapted execution of the service on the user device (104, 904) for a test time period providing the service to the user device (104, 904) in accordance with the indicated offer in response to receiving from the user device (104, 904) a request requesting the offered adapted execution of the service on the user device (104, 904), and determining the charging associated with the adapted execution of the service on the user device (104, 904), the method further comprising: sending to the user device (104, 904) information indicating an offer related to an adapted execution of the service on the user device (104, 904) in association with a charging of the adapted execution of the service, providing the service to the user device (104, 904) in accordance with the indicated offer in response to receiving from the user device (104, 904) a request requesting the offered adapted execution of the service on the user device (104, 904) in association with the charging of the adapted execution of the service. sending to the user device (104, 904) information indicating an offer related to an adapted execution of the service on the user device (104, 904) in association with a charging of the adapted execution of the service, providing the service to the user device (104, 904) in accordance with the indicated offer in response to receiving from the user device (104, 904) a request requesting the offered adapted execution of the service on the user device (104, 904) in association with the charging of the adapted execution of the service.
A domed enclosure wall for a plasma processing chamber, the domed enclosure wall comprising: a dielectric material comprising a roughened surface having a roughness average of 3.8 to 11.3 micrometers (150 to 450 microinches); and a plasma sprayed ceramic coating deposited on the roughened surface of the dielectric material, the plasma sprayed ceramic coating comprising a textured exposed surface having a roughness with an average skewness across the textured exposed surface that is a negative value and less than -0.1, whereby sputtered material generated by a plasma in a plasma processing chamber may adhere to the textured exposed surface. a dielectric material comprising a roughened surface having a roughness average of 3.8 to 11.3 micrometers (150 to 450 microinches); and a plasma sprayed ceramic coating deposited on the roughened surface of the dielectric material, the plasma sprayed ceramic coating comprising a textured exposed surface having a roughness with an average skewness across the textured exposed surface that is a negative value and less than -0.1, whereby sputtered material generated by a plasma in a plasma processing chamber may adhere to the textured exposed surface.
A cascade insert for an ionizing bar for the non-contact neutralizing of electrostatic charges and/or the non-contact charging of particularly insulating materials, wherein the cascade insert exhibits a housing having at least one cascade circuit comprising at least one transformer and one single or multi-stage cascade unit, wherein said cascade units are potted with potting material, and wherein the output of the cascade circuit is capacitively, inductively or resistively coupled to a plurality of electrode tips accommodated in a carrier extending in the longitudinal direction of the housing, wherein a control electronics is accommodated in the housing for controlling the at least one cascade circuit, and wherein the control electronics is provided in an end region of the housing and adjacent to one of the at least one cascade circuits, characterized in that the carrier accommodating the plurality of the electrode tips of the cascade circuit extends in the longitudinal direction of the housing over at least part of the end region of the housing in which the control electronics is accommodated.
A garment steaming device comprising a steam generator having a heater, an ironing surface against which a fabric of a garment is locatable, and an intermediate section (50, 61, 71) configured to have a thermal transmittance and disposed between the steam generator and the ironing surface to transfer heat from the steam generator to the ironing surface so that the ironing surface is indirectly heated by the steam generator via the intermediate section, wherein the operating temperature of the ironing surface is not user selectable during use, characterised in that the intermediate section comprises a first intermediate layer made of a heat conductive metal material and the thermal transmittance, during use, controls the heat transfer from the steam generator to the ironing surface to maintain the temperature of the ironing surface between 90°C and 155°C when the ironing surface is located against a fabric in each of a stationary condition and a moving condition relative to the fabric.
A system comprising: a controller; a droplet microactuator electronically coupled to the controller; and a display device displaying a user interface electronically coupled to the controller; the controller comprising a processor executing software stored in memory, the software causing the processor to generate a virtual representation of an electrowetting droplet microactuator for display by the display device, the virtual representation graphically illustrating electrodes in the electrowetting droplet microactuator as an array of virtual electrodes, such that the system permits droplet manipulation by user interaction with the virtual representation of the electrowetting droplet microactuator; characterised in that: the virtual representation comprises an interactive map of the droplet microactuator that may be used to interact directly with the droplet microactuator to manipulate droplets on the droplet microactuator and/or may be used in a virtual mode to manipulate virtual droplets in a programming mode to develop and record subroutines for controlling droplet microactuator functions. a controller; a droplet microactuator electronically coupled to the controller; and a display device displaying a user interface electronically coupled to the controller; the controller comprising a processor executing software stored in memory, the software causing the processor to generate a virtual representation of an electrowetting droplet microactuator for display by the display device, the virtual representation graphically illustrating electrodes in the electrowetting droplet microactuator as an array of virtual electrodes, such that the system permits droplet manipulation by user interaction with the virtual representation of the electrowetting droplet microactuator; characterised in that: the virtual representation comprises an interactive map of the droplet microactuator that may be used to interact directly with the droplet microactuator to manipulate droplets on the droplet microactuator and/or may be used in a virtual mode to manipulate virtual droplets in a programming mode to develop and record subroutines for controlling droplet microactuator functions. the virtual representation comprises an interactive map of the droplet microactuator that may be used to interact directly with the droplet microactuator to manipulate droplets on the droplet microactuator and/or may be used in a virtual mode to manipulate virtual droplets in a programming mode to develop and record subroutines for controlling droplet microactuator functions.
Contact unit for an on-load tap changer, comprising: - a connector body and a contact holder coupled to each other, wherein the connector body is configured to connect the contact holder to a contact of the on-load tap changer, - a contact element coupled to the contact holder and configured to make electrical contact to a contact element of a contact device for the on-load tap changer, and - drive and guiding means (13, 15, 16) coupled to the contact holder such that the contact element is movable driven and linearly guided in a direction (T1, T2) away from the connector body, characterized in that the drive and guiding means comprise at least one linear ball bearing and an axis arranged inside the bearing configured to provide linearly guided movement of the contact element of the contact unit, and in that the contact unit comprises: - a further contact holder coupled to the connector body, - a further contact element coupled to the further contact holder and configured to make electrical contact to a contact element of a contact device for the on-load tap changer, and - further drive and guiding means (13, 15, 16) coupled to the further contact holder such that the further contact element is movable driven and linearly guided in a direction (T1, T2) away from the connector body, and wherein the contact holders, the contact elements and the corresponding drive and guiding means (13, 15, 16) are coupled to the connector body such that the directions (T1, T2) the corresponding contact elements are movable along enclose a predetermined angle. - a connector body and a contact holder coupled to each other, wherein the connector body is configured to connect the contact holder to a contact of the on-load tap changer, - a contact element coupled to the contact holder and configured to make electrical contact to a contact element of a contact device for the on-load tap changer, and - drive and guiding means (13, 15, 16) coupled to the contact holder such that the contact element is movable driven and linearly guided in a direction (T1, T2) away from the connector body, characterized in that the drive and guiding means comprise at least one linear ball bearing and an axis arranged inside the bearing configured to provide linearly guided movement of the contact element of the contact unit, and in that the contact unit comprises: - a further contact holder coupled to the connector body, - a further contact element coupled to the further contact holder and configured to make electrical contact to a contact element of a contact device for the on-load tap changer, and - further drive and guiding means (13, 15, 16) coupled to the further contact holder such that the further contact element is movable driven and linearly guided in a direction (T1, T2) away from the connector body, and
An optically transparent electromagnetic shielding assembly, comprising - a rigid substrate having two opposing faces (S 1, S 2), that is at least partially transparent between said two faces to at least one electromagnetic radiation which has a frequency comprised between 0.1 GHz and 40 GHz, called microwave radiation, and that is also at least partially transparent between said two faces to an optical radiation which has a wavelength comprised between 0.1 μm and 15 μm; - at least one electrically conductive two-dimensional structure, which is disposed on at least one of the faces (S 1, S 2) of the substrate and which is at least partially transparent to the optical radiation; and - an electrical connection device, which electrically connects at least one first terminal to at least one second terminal, each first terminal being electrically connected to the conductive two-dimensional structure, and each second terminal being intended to be electrically connected to at least a part of an electrically conductive shell, characterized in that the electrical connection device is adapted to produce a variable value for an electrical resistance which is effective between each first terminal and each second terminal, the electrical resistance value being either adjustable by an operator, or automatically variable as a function of a level of intensity of the microwave radiation so that the electrical resistance has a first value for a first level of intensity of the microwave radiation and a second value for a second level of intensity of the microwave radiation, said first value of the electrical resistance being lower than said second value of the electrical resistance whereas said first level of intensity of the microwave radiation is higher than said second level of intensity of the microwave radiation. - a rigid substrate having two opposing faces (S 1, S 2), that is at least partially transparent between said two faces to at least one electromagnetic radiation which has a frequency comprised between 0.1 GHz and 40 GHz, called microwave radiation, and that is also at least partially transparent between said two faces to an optical radiation which has a wavelength comprised between 0.1 μm and 15 μm; - at least one electrically conductive two-dimensional structure, which is disposed on at least one of the faces (S 1, S 2) of the substrate and which is at least partially transparent to the optical radiation; and - an electrical connection device, which electrically connects at least one first terminal to at least one second terminal, each first terminal being electrically connected to the conductive two-dimensional structure, and each second terminal being intended to be electrically connected to at least a part of an electrically conductive shell,
A navigation system for a vehicle comprising: an inertial navigation system arranged to output a first position estimate; a terrain based navigation unit arranged to output a second position estimate; a stored gravity map arranged to receive a position and to output gravity information for that position; and an iterative algorithm unit arranged to determine an INS error state in each iteration; wherein in each iteration the iterative algorithm unit is arranged to: receive the first position estimate and the second position estimate; determine a gravity corrected position estimate based on the first position estimate, the INS error state and the gravity information; and update the INS error state for the next iteration based on the INS error state, the gravity corrected position estimate and the second position estimate. an inertial navigation system arranged to output a first position estimate; a terrain based navigation unit arranged to output a second position estimate; a stored gravity map arranged to receive a position and to output gravity information for that position; and an iterative algorithm unit arranged to determine an INS error state in each iteration; wherein in each iteration the iterative algorithm unit is arranged to: receive the first position estimate and the second position estimate; determine a gravity corrected position estimate based on the first position estimate, the INS error state and the gravity information; and update the INS error state for the next iteration based on the INS error state, the gravity corrected position estimate and the second position estimate. receive the first position estimate and the second position estimate; determine a gravity corrected position estimate based on the first position estimate, the INS error state and the gravity information; and update the INS error state for the next iteration based on the INS error state, the gravity corrected position estimate and the second position estimate.
A method for purifying 1,3-butadiene from a C4 hydrocarbon stream including 1,3-butadiene and one or more acetylenes, the method comprising: (a) introducing the C4 hydrocarbon stream to an organic azide in the presence of a catalyst to generate a first stream comprising 1,3-butadiene and a triazole; and (b) separating the triazole from the first stream to produce a second stream comprising 1,3-butadiene. (a) introducing the C4 hydrocarbon stream to an organic azide in the presence of a catalyst to generate a first stream comprising 1,3-butadiene and a triazole; and (b) separating the triazole from the first stream to produce a second stream comprising 1,3-butadiene.
Pump head for diaphragm pumps, comprising a pump head housing having a plurality of terminals, which are formed on the pump head housing and provide both inlets and outlets, a centring ring for centring the pump head housing in a drive housing, and a pump head insert, comprising a valve receiver body, having a plurality of inlet and outlet valves (35, 36) and a plurality of pump chambers, the pump chambers being connected to an inlet chamber via the inlet valves and to an outlet chamber via the outlet valves, and the pump chambers being formed on the upper face in the valve receiver body, a pump diaphragm, which is arranged above the pump chambers of the valve receiver body and seals them in a leak-proof manner, a wobble plate, an excentric plate arranged above the wobble plate, and a frame having a plurality of preferably circular frame openings for receiving a plurality of tappets arranged on the lower face of the wobble plate, the pump head being formed separately from a drive and thus being replaceable individually, characterised in that the pump head forms an intrinsically hermetically sealed unit, the valve receiver body having five pump chambers each having at least one inlet valve, and the pump head being formed from plastics material and being recyclable.