mhurhangee/ep-ind-claims huggingface dataset:
Machine for processing and/or producing food, having a machine housing and machine feet for setting up the machine on the floor of a room, wherein the machine housing has a base plate and side walls (5A, 5B, 5C) defining an interior cavity in which electrical and/or mechanical machine components are arranged, wherein the machine feet are connected to the base plate of the machine housing in such a manner that said base plate is spaced apart from the floor by a gap when the machine is set up on the floor, characterized in that on the underside of the base plate facing away from the interior cavity of the machine housing, the machine has a cover plate that can be detachably connected to the machine housing, which cover plate covers the underside of the base plate in planar fashion when it is connected to the machine housing.
A computer-implemented method involving discovery of information before the actual execution of a plan for heating an item in a chamber of an electronic oven towards a target state comprising: heating the item with a set of at least five applications of energy to the chamber while the electronic oven is in each physical configuration in a respective set of at least five distinct physical configurations, whereby the configurations involve varying the manner in which energy is directed from an energy source to the item, a relative position of the item with respect to the chamber, and a physical configuration of the electronic oven itself; sensing, using an infrared sensor, sensor data that defines a respective set of at least five responses by the item to the set of applications of energy while the electronic oven is in each of the at least five distinct physical configurations, whereby the responses are respective in that each response defines the response of the item to a specific, respective, application of energy and configuration of the electronic oven; and generating a plan to heat the item in the chamber, wherein the generating is conducted by a control system of the electronic oven, wherein the generating uses the sensor data, and whereby the plan will be a sequence of commands that place the electronic oven in the configurations and applies the applications of energy; and wherein, during each application of energy in the set of applications of energy, a respective physical configuration in the respective set of physical configurations is held for at least 0.5 seconds. heating the item with a set of at least five applications of energy to the chamber while the electronic oven is in each physical configuration in a respective set of at least five distinct physical configurations, whereby the configurations involve varying the manner in which energy is directed from an energy source to the item, a relative position of the item with respect to the chamber, and a physical configuration of the electronic oven itself; sensing, using an infrared sensor, sensor data that defines a respective set of at least five responses by the item to the set of applications of energy while the electronic oven is in each of the at least five distinct physical configurations, whereby the responses are respective in that each response defines the response of the item to a specific, respective, application of energy and configuration of the electronic oven; and generating a plan to heat the item in the chamber, wherein the generating is conducted by a control system of the electronic oven, wherein the generating uses the sensor data, and whereby the plan will be a sequence of commands that place the electronic oven in the configurations and applies the applications of energy; and wherein, during each application of energy in the set of applications of energy, a respective physical configuration in the respective set of physical configurations is held for at least 0.5 seconds.
A speed reducer, comprising - an input shaft, comprising an input gear, - an output shaft, comprising an output gear, and - two intermediate transmission lines, each intermediate transmission line comprising: ∘ an intermediate shaft comprising a first stage of teeth and a second stage of teeth, said stages being secured for rotation, and ∘ an additional gear, fit for meshing with, respectively, the first stage of teeth and the input gear, or with the second stage of teeth and the output gear, the input or output gear meshing with the additional gears being offset axially with respect to the stage of teeth (130, 131) of the intermediate shafts meshing with said additional gears, the input shaft transmitting to both intermediate lines a total torque distributed between the two intermediate transmission lines, the torque being then transmitted from the intermediate transmission lines to the output shaft, the speed reducer being characterized in that the input or output gear meshing with the additional gears is mounted on the respective shaft (11, 12) with a variable axial position. - an input shaft, comprising an input gear, - an output shaft, comprising an output gear, and - two intermediate transmission lines, each intermediate transmission line comprising: ∘ an intermediate shaft comprising a first stage of teeth and a second stage of teeth, said stages being secured for rotation, and ∘ an additional gear, fit for meshing with, respectively, the first stage of teeth and the input gear, or with the second stage of teeth and the output gear, the input or output gear meshing with the additional gears being offset axially with respect to the stage of teeth (130, 131) of the intermediate shafts meshing with said additional gears, the input shaft transmitting to both intermediate lines a total torque distributed between the two intermediate transmission lines, the torque being then transmitted from the intermediate transmission lines to the output shaft, the speed reducer being characterized in that the input or output gear meshing with the additional gears is mounted on the respective shaft (11, 12) with a variable axial position. ∘ an intermediate shaft comprising a first stage of teeth and a second stage of teeth, said stages being secured for rotation, and ∘ an additional gear, fit for meshing with, respectively, the first stage of teeth and the input gear, or with the second stage of teeth and the output gear, the input or output gear meshing with the additional gears being offset axially with respect to the stage of teeth (130, 131) of the intermediate shafts meshing with said additional gears, the input shaft transmitting to both intermediate lines a total torque distributed between the two intermediate transmission lines, the torque being then transmitted from the intermediate transmission lines to the output shaft, the speed reducer being characterized in that the input or output gear meshing with the additional gears is mounted on the respective shaft (11, 12) with a variable axial position.
A bag making and packaging machine receiving an article dropped and supplied from an article supply device disposed above the bag making and packaging machine and packaging the article in a bag to be made, the bag making and packaging machine comprising: a lateral sealing mechanism laterally sealing a packaging material of a cylindrical shape; a servo motor driving the lateral sealing mechanism; and a falling time detector detecting that the article dropped from the article supply device has fallen to a height position of the lateral sealing mechanism based on information related to a torque or an axial rotation amount of the servo motor. a lateral sealing mechanism laterally sealing a packaging material of a cylindrical shape; a servo motor driving the lateral sealing mechanism; and a falling time detector detecting that the article dropped from the article supply device has fallen to a height position of the lateral sealing mechanism based on information related to a torque or an axial rotation amount of the servo motor.
Pneumatic vehicle tyre of a radial type of construction, comprising - two bead regions with bead cores, - a carcass insert running around the bead cores and comprising carcass turn-ups extending in the direction of the sidewalls, - at least one rubber rim strip, which forms the outer surface of a bead region and consists of a first rubber rim strip part, consisting of a first rubber compound, and a second rubber rim strip part, consisting of a second rubber compound, wherein - the first rubber rim strip part runs along the carcass turn-up and - the second rubber rim strip part is designed such that, after pulling onto a rim, it is at least partially positioned between the bead cores and the rim, characterized in that the first rubber compound has a rebound elasticity at 20°C according to DIN 53512 in the range of 20% and 80% and the rebound elasticity of the second rubber compound, likewise measured at 20°C according to DIN 53512, differs from the rebound elasticity of the first rubber compound. - two bead regions with bead cores, - a carcass insert running around the bead cores and comprising carcass turn-ups extending in the direction of the sidewalls, - at least one rubber rim strip, which forms the outer surface of a bead region and consists of a first rubber rim strip part, consisting of a first rubber compound, and a second rubber rim strip part, consisting of a second rubber compound, wherein - the first rubber rim strip part runs along the carcass turn-up and - the second rubber rim strip part is designed such that, after pulling onto a rim, it is at least partially positioned between the bead cores and the rim,
An integrated circuit for transmitting a data to a base station in subframes of a wireless communication system, the integrated circuit being for use in a user equipment, UE, and adapted to: receive from the base station an uplink grant for transmitting data on predetermined resources of an uplink carrier; detect by carrier sensing whether or not the predetermined resources are available for transmission; if the predetermined resources are detected to be available for transmission, transmit data in the predetermined resources, characterized by being adapted to, if the predetermined resources are detected to be available for transmission, transmit to the base station a transmission confirmation indication indicating that the data has been transmitted. receive from the base station an uplink grant for transmitting data on predetermined resources of an uplink carrier; detect by carrier sensing whether or not the predetermined resources are available for transmission; if the predetermined resources are detected to be available for transmission, transmit data in the predetermined resources, characterized by being adapted to, if the predetermined resources are detected to be available for transmission, transmit to the base station a transmission confirmation indication indicating that the data has been transmitted.
Method for generating an image using a satellite in earth orbit, said satellite carrying on board an observation instrument and a processing circuit, said image representing a geographical area and being obtained by grouping partial images representing different partial areas within the geographical area, wherein the partial areas are processed successively and said method comprises, for the processing of each partial area: - receiving, by the processing circuit, at least two basic partial images captured by the observation instrument at different respective times and representing said partial area being processed, - estimating, by the processing circuit, shifts between pixels of said at least two basic partial images, - fusing, by the processing circuit, said at least two basic partial images based on the estimated shifts, so as to form the partial image of said partial area being processed, and in that the shifts are estimated by means of a Kalman filter performing a prediction phase and an update phase, wherein the shifts for the partial area being processed are estimated based on shifts predicted for said partial area being processed from shifts updated for the partial area being processed at the previous iteration of the Kalman filter, said shifts predicted for said partial area being processed being updated by comparing the at least two basic partial images representing said partial area being processed. - receiving, by the processing circuit, at least two basic partial images captured by the observation instrument at different respective times and representing said partial area being processed, - estimating, by the processing circuit, shifts between pixels of said at least two basic partial images, - fusing, by the processing circuit, said at least two basic partial images based on the estimated shifts, so as to form the partial image of said partial area being processed,
A bearing assembly comprising a shaft, a housing surrounding the shaft, and a rolling bearing disposed between the shaft and the housing, wherein the rolling bearing includes a bearing ring (5, 8, 9) fitted to a mating member with a clearance fit, the mating member being one of the shaft and the housing, and each of the bearing ring (5, 8, 9) and the mating member has a fitting surface (5b, 8a, 9a, 2a) extending in a circumferential direction, characterized in that only the bearing ring has a flank face (5c, 8b, 9b) that separates the fitting surface (5b, 8a, 9a) of the bearing ring across an entire width of the fitting surface (5b, 8a, 9a, 2a), wherein the flank face (5c, 8b, 9b) is formed such that a radial gap (g) remains between the bearing ring and the mating member in a load receiving region when a maximum radial load within a range of radial loads applied to the rolling bearing is applied, and wherein the bearing ring has a raceway surface, and the flank face has a maximum radial depth δ, relative to a radial dimension of an imaginary circle circumscribing the fitting surface of the bearing ring, which satisfies a relation: 0.005H ≤ δ ≤ 0.1 H, where H is a minimum radial wall thickness of the bearing ring between the raceway surface and the fitting surface of the bearing ring. wherein the rolling bearing includes a bearing ring (5, 8, 9) fitted to a mating member with a clearance fit, the mating member being one of the shaft and the housing, and each of the bearing ring (5, 8, 9) and the mating member has a fitting surface (5b, 8a, 9a, 2a) extending in a circumferential direction, characterized in that wherein the flank face (5c, 8b, 9b) is formed such that a radial gap (g) remains between the bearing ring and the mating member in a load receiving region when a maximum radial load within a range of radial loads applied to the rolling bearing is applied, and wherein the bearing ring has a raceway surface, and the flank face has a maximum radial depth δ, relative to a radial dimension of an imaginary circle circumscribing the fitting surface of the bearing ring, which satisfies a relation: 0.005H ≤ δ ≤ 0.1 H, where H is a minimum radial wall thickness of the bearing ring between the raceway surface and the fitting surface of the bearing ring.
A torque controlling break screw for securing a conductor within a connector, the torque controlling break screw comprising: a threaded, thin-walled, hollow screw body having inner and outer surfaces, wherein the screw body has screw threads on its outer surface and spiral or discrete grooves (129; 131) lining its inner surface; a nut secured at a distal end of the screw body; a torque limiting feature (119; 121; 123; 124) which keeps the nut secured at the distal end of the screw body; wherein the screw and nut combination are screwed into an aperture within the connector until the screw body contacts a conductor housed within the connector; wherein when a force is applied to the nut which exceeds the strength of the torque limiting feature, it causes the nut to break loose from the distal end of the screw body by overcoming the torque limiting feature so that it can travel down the length of the screw body until it contacts the connector; and wherein when an even greater force is applied to the nut when in contact with the connector, it exceeds the shear strength of the screw body and causes the excess length of the screw body to be sheared off such that the remaining screw body is flush with a surface of the connector, wherein the spiral or discrete grooves (129; 131) provide a clean break of the screw body when it is sheared off by the nut. a threaded, thin-walled, hollow screw body having inner and outer surfaces, wherein the screw body has screw threads on its outer surface and spiral or discrete grooves (129; 131) lining its inner surface; a nut secured at a distal end of the screw body; a torque limiting feature (119; 121; 123; 124) which keeps the nut secured at the distal end of the screw body; wherein the screw and nut combination are screwed into an aperture within the connector until the screw body contacts a conductor housed within the connector; wherein when a force is applied to the nut which exceeds the strength of the torque limiting feature, it causes the nut to break loose from the distal end of the screw body by overcoming the torque limiting feature so that it can travel down the length of the screw body until it contacts the connector; and wherein when an even greater force is applied to the nut when in contact with the connector, it exceeds the shear strength of the screw body and causes the excess length of the screw body to be sheared off such that the remaining screw body is flush with a surface of the connector, wherein the spiral or discrete grooves (129; 131) provide a clean break of the screw body when it is sheared off by the nut.
An electric strike having two independent keepers comprising: a top latch adapted to engage a deadbolt and a top solenoid arranged to unlock or lock said top latch, a bottom latch adapted to engage a mortise lock bolt and bottom solenoid arranged to unlock or lock said bottom latch, a fail secure slider for each of the top latch and bottom latch, each fail secure slider being independently operable, and wherein each latch is independently operable. a top latch adapted to engage a deadbolt and a top solenoid arranged to unlock or lock said top latch, a bottom latch adapted to engage a mortise lock bolt and bottom solenoid arranged to unlock or lock said bottom latch, a fail secure slider for each of the top latch and bottom latch, each fail secure slider being independently operable, and wherein each latch is independently operable.
A method, comprising: positioning a member of a test apparatus into a prepared mudcake sample at a specified depth of the mudcake sample, the mudcake sample associated with a drilling fluid and comprising a specified thickness; pressurizing a spotting fluid in a feeder tank with a pressurized gas stored in a gas tank in fluid communication with the feeder tank; circulating a pressurized flow of the spotting fluid from the feeder tank to a test cell of the test apparatus to contact the prepared mudcake sample in the test cell of the test apparatus; soaking the prepared mudcake sample in the spotting fluid for a specified time duration; subsequent to the specified time duration, detecting, with the test apparatus, a force exerted on the member relative to a displacement distance of the member from the specified depth in the mudcake sample during removal of the member from the mudcake sample; recording, with the test apparatus, the detected force relative to the displacement distance; and determining, with the test apparatus, one or more properties associated with the mudcake sample based on the recorded force relative to the displacement distance. positioning a member of a test apparatus into a prepared mudcake sample at a specified depth of the mudcake sample, the mudcake sample associated with a drilling fluid and comprising a specified thickness; pressurizing a spotting fluid in a feeder tank with a pressurized gas stored in a gas tank in fluid communication with the feeder tank; circulating a pressurized flow of the spotting fluid from the feeder tank to a test cell of the test apparatus to contact the prepared mudcake sample in the test cell of the test apparatus; soaking the prepared mudcake sample in the spotting fluid for a specified time duration; subsequent to the specified time duration, detecting, with the test apparatus, a force exerted on the member relative to a displacement distance of the member from the specified depth in the mudcake sample during removal of the member from the mudcake sample; recording, with the test apparatus, the detected force relative to the displacement distance; and determining, with the test apparatus, one or more properties associated with the mudcake sample based on the recorded force relative to the displacement distance.
An olive leaf extract, comprising the following seco-iridoid derivatives: I) 3,4-DHPEA-EDA and 4-HPEA-EDA II) 3,4-DHPEA-EA and 4-HPEA-EA; wherein the weight ratio of I): II) is within a range of from 0.5:1 to 50:1. I) 3,4-DHPEA-EDA and 4-HPEA-EDA II) 3,4-DHPEA-EA and 4-HPEA-EA;
A method for wireless communications by a user equipment, UE, comprising: detecting a synchronization channel and a secondary synchronization signal, SSS, transmitted with the synchronization channel by searching for one or more synchronization channels, according to a synchronization channel raster, wherein the synchronization channel raster has a coarser granularity than a channel raster in a system bandwidth, wherein the synchronization channel is not centred around a direct current, DC, tone of the system bandwidth; receiving a reference signal, transmitted with the synchronization channel, wherein a sequence of the reference signal is independent of a downlink bandwidth and a location of the synchronisation channel within the system bandwidth; and demodulating a physical broadcast channel, PBCH, transmitted in the synchronisation channel based on the reference signal and the SSS. detecting a synchronization channel and a secondary synchronization signal, SSS, transmitted with the synchronization channel by searching for one or more synchronization channels, according to a synchronization channel raster, wherein the synchronization channel raster has a coarser granularity than a channel raster in a system bandwidth, wherein the synchronization channel is not centred around a direct current, DC, tone of the system bandwidth; receiving a reference signal, transmitted with the synchronization channel, wherein a sequence of the reference signal is independent of a downlink bandwidth and a location of the synchronisation channel within the system bandwidth; and demodulating a physical broadcast channel, PBCH, transmitted in the synchronisation channel based on the reference signal and the SSS.
A sheet-like sealing material comprising one sealing resin layer, or two or more sealing resin layers, the sheet-like sealing material having a water vapor transmission rate at a temperature of 40 °C and a relative humidity of 90 % of 20 g/(m 2 ·day) or less when the sheet-like sealing material has a thickness of 50 μm, having a b* value in a CIE L*a*b* color system defined by JIS Z 8729-1994 of -2 to 2, having a light transmittance at a wavelength of 370 nm of 1 % or less, and having a light transmittance at a wavelength of 420 nm of 85 % or more, wherein the sheet-like sealing material is (i) a sheet-like sealing material consisting of one sealing resin layer, (ii) a sheet-like sealing material consisting of one sealing resin layer and one or two release sheets, (iii) a sheet-like sealing material consisting of two or more sealing resin layers, or (iv) a sheet-like sealing material consisting of two or more sealing resin layers and one or two release sheets, the sheet-like sealing material has a thickness of 0. 1 to 100 μm, the sheet-like sealing material has an adhesion to glass at a temperature of 23 °C and a relative humidity of 50 % of 3 N/25 mm or more, the sealing resin layer comprises at least one material selected from the group consisting of a rubber-based polymer and a polyolefin-based polymer, and at least one of the sealing resin layers comprises a UV absorber: