mhurhangee/ep-ind-claims huggingface dataset:
A spindle device for use on a numerically controlled machine tool, comprising: - a spindle housing, and - a spindle shaft mounted in said spindle housing, wherein said spindle device further comprises an electrically grounded portion holding at least one element including an electrically conductive material, characterized in that said at least one element including an electrically conductive material is a rod element, wherein the at least one rod element is arranged such that it contacts said spindle shaft tangentially against an outer circumference of said spindle shaft, and wherein, for each rod element, said spindle device has at least one resilient element pressing the respective rod element against said outer circumference of said spindle shaft. - a spindle housing, and - a spindle shaft mounted in said spindle housing,
A coating comprising the reaction product of: (a) a polyester polyol, (b) poly(bisphenol-A carbonate) (PBAC), and (c) a crosslinker; wherein the polyester polyol comprises recurring units derived from: (i) a polyacid source, and (ii) a first glycol; and wherein the crosslinker is selected from a melamine crosslinker or a diisocyanate trimer, with the diisocyanate crosslinked coating being formulated at an NCO/OH number ratio from 0.75 to 1.5. (a) a polyester polyol, (b) poly(bisphenol-A carbonate) (PBAC), and (c) a crosslinker; (i) a polyacid source, and (ii) a first glycol; and
A chemically reactive, non-chrome corrosion-inhibiting particle 301 comprising: a micronized core 303 comprised of a thiol-containing corrosion inhibitor 101, wherein the micronized core 303 comprises a particle size in a range of 100 nm to 5 μm, and wherein the core 303 comprises a surface that has been chemically neutralized by exposure to a base, such that surface charges provided by exposed -SH groups are neutralized. a micronized core 303 comprised of a thiol-containing corrosion inhibitor 101, wherein the micronized core 303 comprises a particle size in a range of 100 nm to 5 μm, and wherein the core 303 comprises a surface that has been chemically neutralized by exposure to a base, such that surface charges provided by exposed -SH groups are neutralized.
A method of seeding comprising: (a) making a plurality of seeding passes across a field using a cultivation air seeder having a mobile frame; (b) cultivating the ground during each seeding pass using a set of cultivators mounted on said frame and disposed in a lowered position as said frame traverses the ground; (c) opening furrows in the cultivated ground during each seeding pass using a set of openers mounted on said frame in a lowered position behind said cultivators; (d) metering seeds from a seed meter into an air stream that delivers seeds to said openers during each seeding pass; (e) depositing the metered seeds in the furrows with said openers as said frame traverses the ground; and (f) as said mobile frame approaches a headland at an end of a seeding pass, raising said cultivators and said openers out of the ground sequentially and into raised positions in such a manner that said cultivators are raised first and said openers are raised after said cultivators, said raising step including controlling the position of said cultivators and said openers in a manner to cause raising of said cultivators out of the ground while continuing said opening and depositing steps by said openers in their lowered position until said cultivators reach their fully raised position, said raising of said openers from their lowered position commencing only after said cultivators have first reached their raised position, terminating said metering of seeds into said air stream by said seed meter when said cultivators commence raising toward their raised position from their lowered position. (a) making a plurality of seeding passes across a field using a cultivation air seeder having a mobile frame; (b) cultivating the ground during each seeding pass using a set of cultivators mounted on said frame and disposed in a lowered position as said frame traverses the ground; (c) opening furrows in the cultivated ground during each seeding pass using a set of openers mounted on said frame in a lowered position behind said cultivators; (d) metering seeds from a seed meter into an air stream that delivers seeds to said openers during each seeding pass; (e) depositing the metered seeds in the furrows with said openers as said frame traverses the ground; and (f) as said mobile frame approaches a headland at an end of a seeding pass, raising said cultivators and said openers out of the ground sequentially and into raised positions in such a manner that said cultivators are raised first and said openers are raised after said cultivators,
A hydrocarbon resistant polycarbonate elastomer containing article prepared from a reaction mixture comprising: (a) one or more difunctional polycarbonate polyols comprising repeating units from one or more alkane diols having 2 to 20 carbon atoms with a number average molecular weight between 500 and 3,000; (b) one or more organic polyisocyanate components, which are polymeric polyisocyanates; and (c) one or more chain extenders, wherein the article is selected from filter caps, conduits, seals, mechanical belts, rollers and machine parts. (a) one or more difunctional polycarbonate polyols comprising repeating units from one or more alkane diols having 2 to 20 carbon atoms with a number average molecular weight between 500 and 3,000; (b) one or more organic polyisocyanate components, which are polymeric polyisocyanates; and (c) one or more chain extenders, wherein the article is selected from filter caps, conduits, seals, mechanical belts, rollers and machine parts.
A strip-type reinforcing material for reinforcing a tensile strength of a soil, wherein the material is configured such that one end thereof may be secured to a reinforcing block while the other end thereof can be installed in a backfill soil, the reinforcing material comprising: a strip base (110, 150) extending in one longitudinal direction and made of a flexible material; and resistance means protruding, when installed, from respective upper and lower parts of the strip base, wherein, multiple resistance means are provided along the strip base for improving the passive resistance and pull-out resistance of the reinforcing material for the improvement of stability of a reinforced soil retaining wall, characterized in that the resistance means including a first resistance part protruding from the upper part of the strip base (110, 150) and having an opening being open in a direction parallel to the longitudinal direction of the strip base; and a second resistance part protruding downwardly of the strip base (110, 150) and having an opening being open in an opposite direction to the opening of the first resistance part, wherein the first resistance part and the second resistance part have a first pocket and a second pocket, respectively, the first pocket and the second pocket each having the opening being open in one direction, the first pocket and the second pocket being gradually widened toward the openings, and wherein the first resistance part and the second resistance part are provided continuously at the strip base (110, 150) in directions facing each other, such that the first pocket and the second pocket are connected to each other. a strip base (110, 150) extending in one longitudinal direction and made of a flexible material; and resistance means protruding, when installed, from respective upper and lower parts of the strip base, wherein, multiple resistance means are provided along the strip base for improving the passive resistance and pull-out resistance of the reinforcing material for the improvement of stability of a reinforced soil retaining wall, characterized in that the resistance means including a first resistance part protruding from the upper part of the strip base (110, 150) and having an opening being open in a direction parallel to the longitudinal direction of the strip base; and a second resistance part protruding downwardly of the strip base (110, 150) and having an opening being open in an opposite direction to the opening of the first resistance part, wherein the first resistance part and the second resistance part have a first pocket and a second pocket, respectively, the first pocket and the second pocket each having the opening being open in one direction, the first pocket and the second pocket being gradually widened toward the openings, and wherein the first resistance part and the second resistance part are provided continuously at the strip base (110, 150) in directions facing each other, such that the first pocket and the second pocket are connected to each other.
A pneumatic tire comprising: a tread portion provided with a center main groove disposed on the tire equator and a shoulder main groove disposed on each side of the center main groove, wherein the center main groove and the shoulder main groove extend zigzag and continuously in the tire circumferential direction so that a crown land portion defined between the center main groove and the shoulder main groove has an axial (Wa, Wb) width alternately increasing and decreasing along the tire circumferential direction, and the crown land portion is provided with a single shallow crown circumferential groove having a depth less than a depth of the center main groove and extending zigzag and continuously in the tire circumferential direction, and a plurality of crown sipes extending from the center main groove to the shoulder main groove across the shallow crown circumferential groove so that zigzag apexes of the shallow crown circumferential groove are respectively positioned between the crown sipes characterized in that the angle (θ1) of the segments (3A, 3B) of the center main groove with respect to the tire circumferential direction is less than the angle (θ4) of the segments of the shallow crown circumferential groove with respect to the tire circumferential direction. a tread portion provided with a center main groove disposed on the tire equator and a shoulder main groove disposed on each side of the center main groove, wherein the center main groove and the shoulder main groove extend zigzag and continuously in the tire circumferential direction so that a crown land portion defined between the center main groove and the shoulder main groove has an axial (Wa, Wb) width alternately increasing and decreasing along the tire circumferential direction, and the crown land portion is provided with a single shallow crown circumferential groove having a depth less than a depth of the center main groove and extending zigzag and continuously in the tire circumferential direction, and a plurality of crown sipes extending from the center main groove to the shoulder main groove across the shallow crown circumferential groove so that zigzag apexes of the shallow crown circumferential groove are respectively positioned between the crown sipes characterized in that the angle (θ1) of the segments (3A, 3B) of the center main groove with respect to the tire circumferential direction is less than the angle (θ4) of the segments of the shallow crown circumferential groove with respect to the tire circumferential direction.
A method for locating wireless fetal monitoring probes in a set area, comprising the following steps: A) a data management center sends instructions via a plurality of wireless base stations arranged at different positions in the set area to instruct the wireless fetal monitoring probes in the action scopes of the wireless base stations to send base station signal intensity data tables of received base station signals; B) the wireless fetal monitoring probes search all receivable signals of the base stations after receiving the instructions, quantize the intensities of the received signals of the base stations, establish base station signal intensity data tables in which the signal intensities of the base stations are arranged according to the serial numbers of the base stations, and send the base station signal intensity data tables to the data management center via the base station of which the received signal intensity is the largest; and C) operations are carried out based on each received current base station signal intensity data table sent by the corresponding wireless fetal monitoring probe and reference point base station signal intensity data tables which are obtained in advance and comprise base station signal intensities at a plurality of reference points in the set area to obtain a distance reference table expressing distance between the current position of the wireless fetal monitoring probe and each reference point; and the position of one reference point with the smallest distance value is selected to be regarded as the current position of the wireless fetal monitoring probe. A) a data management center sends instructions via a plurality of wireless base stations arranged at different positions in the set area to instruct the wireless fetal monitoring probes in the action scopes of the wireless base stations to send base station signal intensity data tables of received base station signals; B) the wireless fetal monitoring probes search all receivable signals of the base stations after receiving the instructions, quantize the intensities of the received signals of the base stations, establish base station signal intensity data tables in which the signal intensities of the base stations are arranged according to the serial numbers of the base stations, and send the base station signal intensity data tables to the data management center via the base station of which the received signal intensity is the largest; and C) operations are carried out based on each received current base station signal intensity data table sent by the corresponding wireless fetal monitoring probe and reference point base station signal intensity data tables which are obtained in advance and comprise base station signal intensities at a plurality of reference points in the set area to obtain a distance reference table expressing distance between the current position of the wireless fetal monitoring probe and each reference point; and the position of one reference point with the smallest distance value is selected to be regarded as the current position of the wireless fetal monitoring probe.
A home base station, HNB, configured to communicate with a gateway, the HNB comprising: means for transmitting to the gateway a HNB Register Request, wherein the HNB Register Request includes at least information identifying if the HNB is an open, closed or hybrid access mode HNB; and means for receiving, from the gateway, a HNB Register Accept message in response to the HNB Register Request message; wherein the means for transmitting is configured to transmit, to the gateway, a User Equipment, UE, Register Request; and wherein the means for receiving is configured to receive, from the gateway based on the access mode of the HNB, a UE Register Accept message including a context-id. means for transmitting to the gateway a HNB Register Request, wherein the HNB Register Request includes at least information identifying if the HNB is an open, closed or hybrid access mode HNB; and means for receiving, from the gateway, a HNB Register Accept message in response to the HNB Register Request message; wherein the means for transmitting is configured to transmit, to the gateway, a User Equipment, UE, Register Request; and wherein the means for receiving is configured to receive, from the gateway based on the access mode of the HNB, a UE Register Accept message including a context-id.
Fire-resistant protective film comprising a metal foil, comprising a reinforcing fabric or mesh pressed into a connecting layer applied to the metal foil, the connecting layer connecting a plastics film to the metal foil, characterised in that the connecting layer is formed by a pasty mass into which the reinforcing fabric is pressed in such a way that the pasty mass passes through the thread interstices of the reinforcing fabric or mesh and in that the metal foil has a material thickness of from 80-200 μm and one broad side surface of the protective film has the quality of a metal foil and the opposite broad side has the quality of a plastics film.
A device for performing leak detection at a plurality of test sites, said device comprising a plurality of measuring cells for optical detection of a tracer gas, each of said measuring cells including an excitation means for transforming the tracer gas into a metastable state, a radiation source and a radiation receiver, and comprising a host unit, said host unit including a frequency-variable laser and a photodetector and being connected to the measuring cells via light-conducting fibers (20,21) forming said radiation source and said radiation receiver.
Circular comb for a comber, the circular comb having a comb clothing and a circular-comb axis, comprising a clothing carrier and at least one circular-comb carrier, the clothing carrier being held on the circular-comb carrier and the circular-comb carrier being fastened on a circular-comb shaft by means of connecting screws, and a cover plate being attached to each end of the circular-comb carrier as seen in the direction of the circular-comb axis, characterized in that an insert rail is provided between the circular-comb carrier and the circular-comb shaft and in that at least two adjusting devices are provided between the circular-comb carrier and the insert rail for adjusting a distance between the insert rail and the circular-comb carrier.
Method for limiting rollback of a motor vehicle, in which - the drive direction of the vehicle which is associated with the engaged gear or transmission stage is determined, - the direction of movement of the vehicle is determined and - in the event of the direction of movement being opposed to the drive direction, a braking intervention which is independent of the driver is carried out at the wheels of at least one axle characterized - in that the braking intervention (p) takes place in such a way that the absolute value of the vehicle speed (v) does not exceed a predefined vehicle longitudinal speed, which is different from zero, in the direction of movement. - the drive direction of the vehicle which is associated with the engaged gear or transmission stage is determined, - the direction of movement of the vehicle is determined and - in the event of the direction of movement being opposed to the drive direction, a braking intervention which is independent of the driver is carried out at the wheels of at least one axle - in that the braking intervention (p) takes place in such a way that the absolute value of the vehicle speed (v) does not exceed a predefined vehicle longitudinal speed, which is different from zero, in the direction of movement.
A personal vaporizer device, comprising: a cartridge which includes a reservoir for storing a liquid to be vaporized, and an elongate body portion to which the cartridge is connected, wherein the elongate body portion comprises a cover member which is movable in a longitudinal direction of the elongate body portion between a first position and a second position, wherein the cartridge is at least partially covered or obscured by the cover member in the first position, characterised in that the cartridge comprises a housing that encloses the reservoir, the cartridge is configured to be connected to an end region of the elongate body portion and wherein a mouthpiece is provided on the cartridge. a cartridge which includes a reservoir for storing a liquid to be vaporized, and an elongate body portion to which the cartridge is connected, wherein the elongate body portion comprises a cover member which is movable in a longitudinal direction of the elongate body portion between a first position and a second position, wherein the cartridge is at least partially covered or obscured by the cover member in the first position, characterised in that the cartridge comprises a housing that encloses the reservoir, the cartridge is configured to be connected to an end region of the elongate body portion and wherein a mouthpiece is provided on the cartridge.
A display apparatus which displays a usage status of power supplied from a grid, comprising: a display unit that is adapted to display an image at a coordinate indicating a current usage status of power supplied from the grid on a coordinate plane expressed by a first axis and a second axis which cross each other, wherein the first axis is an axis indicating a parameter which affects a basic power charge rate and indicating an amount of power supplied from the grid in a first period, the second axis is an axis indicating a parameter which affects a metered power charge rate and indicating an amount of power supplied from the grid in a second period which is different from the first period, wherein, in order to calculate the basic power charge rate, average power demand values are calculated for prescribed periods, the largest average power demand value in a month or a year is selected as a maximum average power demand value, and the basic power charge rate is calculated from the maximum average power demand value, and wherein the metered power charge rate can be calculated from the amount of power supplied from the grid in the second period. a display unit that is adapted to display an image at a coordinate indicating a current usage status of power supplied from the grid on a coordinate plane expressed by a first axis and a second axis which cross each other, wherein the first axis is an axis indicating a parameter which affects a basic power charge rate and indicating an amount of power supplied from the grid in a first period, the second axis is an axis indicating a parameter which affects a metered power charge rate and indicating an amount of power supplied from the grid in a second period which is different from the first period, wherein, in order to calculate the basic power charge rate, average power demand values are calculated for prescribed periods, the largest average power demand value in a month or a year is selected as a maximum average power demand value, and the basic power charge rate is calculated from the maximum average power demand value, and wherein the metered power charge rate can be calculated from the amount of power supplied from the grid in the second period.
A Turkish coffee brewing detection method which is suitable to be used in a coffee machine having an induction heater and is executed by the control unit, comprising the steps of - transmitting power to the induction heater, - monitoring the power being transmitted to the brewing chamber, and - deciding on the completion of the brewing process as the power starts to increase after decreasing and then cutting off the power being transmitted to the induction heater. - transmitting power to the induction heater, - monitoring the power being transmitted to the brewing chamber, and - deciding on the completion of the brewing process as the power starts to increase after decreasing and then cutting off the power being transmitted to the induction heater.
An actuator device having at least four electrically activatable, variable-length actuators, to each of which a compressive force is applied in its length change direction by a separate housing having an integrally formed springy section, characterized in that each housing is embodied in one piece with a base element, which is common to all housings.