mhurhangee/ep-ind-claims huggingface dataset:
A curable coating composition comprising: 1) a fluorinated silane of Formula F(CF(CF 3)CF 2 O) n CF(CF 3)-CH 2 O-CH 2 CH 2 CH 2 -L-Si(R 1) 3-x (R 2) x wherein L is a single bond or -S-CH 2 CH 2 CH 2 -; R 1 is hydroxy or a hydrolyzable group; R 2 is a non-hydrolyzable group; n is an integer in a range of 4 to 100; x is equal to 0, 1, or 2; and 2) a fluorinated polyether oil having zero or one hydrogen atoms per molecule. 1) a fluorinated silane of Formula F(CF(CF 3)CF 2 O) n CF(CF 3)-CH 2 O-CH 2 CH 2 CH 2 -L-Si(R 1) 3-x (R 2) x wherein L is a single bond or -S-CH 2 CH 2 CH 2 -; R 1 is hydroxy or a hydrolyzable group; R 2 is a non-hydrolyzable group; n is an integer in a range of 4 to 100; x is equal to 0, 1, or 2; and L is a single bond or -S-CH 2 CH 2 CH 2 -; R 1 is hydroxy or a hydrolyzable group; R 2 is a non-hydrolyzable group; n is an integer in a range of 4 to 100; x is equal to 0, 1, or 2; and 2) a fluorinated polyether oil having zero or one hydrogen atoms per molecule.
A method for performing wireless communication by a first apparatus, the method comprising: receiving a configuration of a Uu bandwidth part, BWP, which includes information regarding a numerology of the Uu BWP, from a base station; and receiving a configuration of a sidelink, SL, BWP, which includes information regarding a numerology of the SL BWP, from the base station, wherein, based on the numerology of the Uu BWP and the numerology of the SL BWP being same, the first apparatus performs SL communication on the SL BWP and characterized in that, based on the numerology of the Uu BWP and the numerology of the SL BWP being different, the first apparatus does not perform the SL communication on the SL BWP receiving a configuration of a Uu bandwidth part, BWP, which includes information regarding a numerology of the Uu BWP, from a base station; and receiving a configuration of a sidelink, SL, BWP, which includes information regarding a numerology of the SL BWP, from the base station, wherein, based on the numerology of the Uu BWP and the numerology of the SL BWP being same, the first apparatus performs SL communication on the SL BWP and characterized in that, based on the numerology of the Uu BWP and the numerology of the SL BWP being different, the first apparatus does not perform the SL communication on the SL BWP
Hydraulic circuit for a machine for preparing beverages comprising a pump supplied by a tank, a boiler, an infusion chamber, with the pump being arranged in such a way as to pressurise a fluid contained in a section of the circuit between the pump and the infusion chamber and comprising the boiler, with the circuit comprising a depressurisation device for allowing the discharge of a portion of the fluid outside of said section and to the supply tank of the pump during the depressurisation of the fluid, characterised in that the depressurisation device comprises: - a cooler which comprises only one inlet chamber and does not comprise an outlet chamber, with the inlet chamber being arranged in the hydraulic circuit between the pump and the boiler, - a depressurisation duct allowing for fluidic communication between the inlet chamber and the tank and - a solenoid valve arranged on the depressurisation duct, with the inlet chamber being in fluidic communication with an outlet of the pump 3, with the depressurisation duct and with the inlet of the boiler 4, with the hydraulic circuit being configured so that, during the depressurisation of the fluid, the water that has stayed in the boiler accumulates in the inlet chamber and is again flushed to the boiler during the following pressurisation without however being discharged to the tank with the solenoid valve then being closed, in such a way that only a portion of the fluid that was not in contact with the boiler during the pressurisation of the fluid is discharged out of the section to the supply tank of the pump, with the inlet chamber defining a volume able to contain the portion of fluid. - a cooler which comprises only one inlet chamber and does not comprise an outlet chamber, with the inlet chamber being arranged in the hydraulic circuit between the pump and the boiler, - a depressurisation duct allowing for fluidic communication between the inlet chamber and the tank and - a solenoid valve arranged on the depressurisation duct,
A method for transmitting signals in a Multiple-Input Multiple-Output, MIMO, communication system, the method comprising: performing a channel coding and modulation process for signals to produce coded and modulated streams; multiplying a precoding matrix to the coded and modulated streams; and transmitting the precoding matrix multiplied streams via a multi-antenna, characterized in that: the precoding matrix is represented as a multiplication of a first matrix and a second matrix, wherein the first matrix is selected in a rotation based on ⌊ k l ⌋ from among 'N' matrixes, wherein 'k' corresponds to a resource index for the coded and modulated streams and 'l' corresponds to a rank R of the first matrix, wherein 'k' is a positive integer value and 'R' is a positive integer value from 1 to 4, and wherein 'N' increase in accordance with the rank R. performing a channel coding and modulation process for signals to produce coded and modulated streams; multiplying a precoding matrix to the coded and modulated streams; and transmitting the precoding matrix multiplied streams via a multi-antenna, characterized in that: the precoding matrix is represented as a multiplication of a first matrix and a second matrix, wherein the first matrix is selected in a rotation based on ⌊ k l ⌋ from among 'N' matrixes, wherein 'k' corresponds to a resource index for the coded and modulated streams and 'l' corresponds to a rank R of the first matrix, wherein 'k' is a positive integer value and 'R' is a positive integer value from 1 to 4, and wherein 'N' increase in accordance with the rank R. the precoding matrix is represented as a multiplication of a first matrix and a second matrix, wherein the first matrix is selected in a rotation based on ⌊ k l ⌋ from among 'N' matrixes, wherein 'k' corresponds to a resource index for the coded and modulated streams and 'l' corresponds to a rank R of the first matrix, wherein 'k' is a positive integer value and 'R' is a positive integer value from 1 to 4, and wherein 'N' increase in accordance with the rank R.
An apparatus for producing a stretchable sheet, comprising: a pair of conveyance belts (12, 13) which is separately arranged; elastic body winding means which winds a threadlike elastic body around the pair of conveyance belts and orients the threadlike elastic body in a direction intersecting with a conveyance direction of continuous-length sheets (50, 60); and integrating means which fixes the threadlike elastic body to the continuous-length sheets (50, 60), wherein each conveyance belt (12, 13) includes an upper belt (12a, 13a) and a lower belt (12b, 13b) respectively, each of the upper belt (12a, 13a) and the lower belt (12b, 13b) is an endless rotating belt including a proceeding portion (12a', 12b'; 13a', 13b') which conveys the threadlike elastic body while contacting to the wound threadlike elastic body and a returning portion (12a", 12b"; 13a", 13b") which moves in a direction opposite to the proceeding portion (12a', 12b'; 13a', 13b'), the proceeding portion (12a', 13a') of the upper belt (12a, 13a) is inclined so that an upper side (e) is located closer than a lower side (f) to a center position between the conveyance belts (12, 13), and the proceeding portion (12b', 13b') of the lower belt (12b, 13b) is inclined so that a lower side (g) is located closer than an upper side (h) to the center position between the conveyance belts (12, 13). a pair of conveyance belts (12, 13) which is separately arranged; elastic body winding means which winds a threadlike elastic body around the pair of conveyance belts and orients the threadlike elastic body in a direction intersecting with a conveyance direction of continuous-length sheets (50, 60); and integrating means which fixes the threadlike elastic body to the continuous-length sheets (50, 60), wherein each conveyance belt (12, 13) includes an upper belt (12a, 13a) and a lower belt (12b, 13b) respectively, each of the upper belt (12a, 13a) and the lower belt (12b, 13b) is an endless rotating belt including a proceeding portion (12a', 12b'; 13a', 13b') which conveys the threadlike elastic body while contacting to the wound threadlike elastic body and a returning portion (12a", 12b"; 13a", 13b") which moves in a direction opposite to the proceeding portion (12a', 12b'; 13a', 13b'), the proceeding portion (12a', 13a') of the upper belt (12a, 13a) is inclined so that an upper side (e) is located closer than a lower side (f) to a center position between the conveyance belts (12, 13), and the proceeding portion (12b', 13b') of the lower belt (12b, 13b) is inclined so that a lower side (g) is located closer than an upper side (h) to the center position between the conveyance belts (12, 13).
An outer rotor comprising: a yoke defining a plurality of receiving slots (2111, 2121) along an axial direction of the yoke, each of the receiving slots (2111, 2121) receives a permanent magnet therein; a rotary shaft extending into the yoke; and an end cap comprising a bottom wall, a lateral wall, and an annular bracket, wherein the end cap is formed on the yoke and the rotary shaft by injection molding of plastic or rubber and thereby the yoke, the rotary shaft, and the end cap are integrally formed, the permanent magnets being fixed in the yoke at the time of the injection molding, and characterized in that the rotary shaft is connected to the bottom wall, the annular bracket is connected to an inner side of the lateral wall, and the annular bracket comprises two annular plates; and wherein the annular bracket further comprises a plurality of fixing poles for further fixing the corresponding permanent magnets, the plurality of fixing poles is disposed between and connected to the two annular plates, and the fixing poles extend through the yoke and are immediately adjacent to the permanent magnets. a yoke defining a plurality of receiving slots (2111, 2121) along an axial direction of the yoke, each of the receiving slots (2111, 2121) receives a permanent magnet therein; a rotary shaft extending into the yoke; and an end cap comprising a bottom wall, a lateral wall, and an annular bracket, wherein the end cap is formed on the yoke and the rotary shaft by injection molding of plastic or rubber and thereby the yoke, the rotary shaft, and the end cap are integrally formed, the permanent magnets being fixed in the yoke at the time of the injection molding, and characterized in that the rotary shaft is connected to the bottom wall, the annular bracket is connected to an inner side of the lateral wall, and the annular bracket comprises two annular plates; and wherein the annular bracket further comprises a plurality of fixing poles for further fixing the corresponding permanent magnets, the plurality of fixing poles is disposed between and connected to the two annular plates, and the fixing poles extend through the yoke and are immediately adjacent to the permanent magnets.
A coating removal tool for an optical fiber, said removing tool comprising: a base; and a pair of arm members extending in one direction from the base towards a tip end side, each of which arm member comprises an elastically deformable deformation portion on a base side of the pair of arm members, and an operation portion which is closer to the tip end side than the deformation portion, contact portions in a wedge shape are provided on inner sides of the operation portions, respectively, the inner sides opposing to each other so that tip edges of the contact portions oppose to each other, and grip portions are provided outside the operation portions, respectively, the tip edges of the contact portions are adapted for removing a coating of the optical fiber upon a pulling out movement of the optical fiber in a state where the tip edges of the contact portions are brought into contact with the optical fiber disposed along an extending direction of the arm members, whereby the deformation portions are deformed, the coating removal tool further incorporating an outer coat gripping member, the optical fiber extends from an optical cable and is attachable to the outer coat gripping member, the gripping member being configured to grip an outer coat of the optical cable, and a slide portion is provided on the base, and the outer coat gripping member is configured to be slid along the slide portion upon a pulling out movement of the outer coat gripping member in a backward direction away from the tip end side. a base; and a pair of arm members extending in one direction from the base towards a tip end side, each of which arm member comprises an elastically deformable deformation portion on a base side of the pair of arm members, and an operation portion which is closer to the tip end side than the deformation portion, contact portions in a wedge shape are provided on inner sides of the operation portions, respectively, the inner sides opposing to each other so that tip edges of the contact portions oppose to each other, and grip portions are provided outside the operation portions, respectively, the tip edges of the contact portions are adapted for removing a coating of the optical fiber upon a pulling out movement of the optical fiber in a state where the tip edges of the contact portions are brought into contact with the optical fiber disposed along an extending direction of the arm members, whereby the deformation portions are deformed, the coating removal tool further incorporating an outer coat gripping member, the optical fiber extends from an optical cable and is attachable to the outer coat gripping member, the gripping member being configured to grip an outer coat of the optical cable, and a slide portion is provided on the base, and the outer coat gripping member is configured to be slid along the slide portion upon a pulling out movement of the outer coat gripping member in a backward direction away from the tip end side.
A bobbin installation device comprising: a bobbin supplying section. adapted to supply a bobbin, onto which a yarn is to be wound, to a target position; a yarn holding and guiding device adapted to hold a yarn, which is to be wound on the bobbin supplied by the bobbin supplying section, and guide the held yarn; characterized by moving means for, when supplying the bobbin and the yarn to the target position, moving the bobbin supplying section while the yarn is held at an end of the bobbin in a shaft direction of the bobbin. a bobbin supplying section. adapted to supply a bobbin, onto which a yarn is to be wound, to a target position; a yarn holding and guiding device adapted to hold a yarn, which is to be wound on the bobbin supplied by the bobbin supplying section, and guide the held yarn; moving means for, when supplying the bobbin and the yarn to the target position, moving the bobbin supplying section while the yarn is held at an end of the bobbin in a shaft direction of the bobbin.
A method of estimating at least one parameter of a lithium-ion battery cell, comprising: a) determining a terminal voltage ( V eq) of the lithium-ion battery cell during an equilibrium condition of the lithium-ion battery cell with a voltage sensor; b) determining a charge current of the lithium-ion battery cell during a charging operation of the lithium-ion battery cell with a current sensor; and c) using a parameter estimation technique to estimate at least one of a capacity C 0 + to store lithium ions of a positive electrode of the lithium-ion battery cell, a capacity C 0 − to store lithium ions of a negative electrode of the lithium-ion battery cell, and a total amount of lithium ions ( n Li) in the lithium-ion battery cell based on a model including the following formulae d dt SOC − = I C 0 −, V eq SOC − = U ̅ + n Li C 0 + − C 0 − C 0 + SOC − − U ̅ − SOC −, wherein " SOC - " is a state of charge of the negative electrode, " U + " is an average open circuit potential of the positive electrode during the equilibrium condition, and " U - " is an average open circuit potential of the negative electrode during the equilibrium condition; and d) generating an output corresponding to the estimate of at least one of the capacity C 0 + to store lithium ions of the positive electrode, the capacity C 0 − to store lithium ions of the negative electrode, and the total amount of lithium ions ( n Li). a) determining a terminal voltage ( V eq) of the lithium-ion battery cell during an equilibrium condition of the lithium-ion battery cell with a voltage sensor; b) determining a charge current of the lithium-ion battery cell during a charging operation of the lithium-ion battery cell with a current sensor; and c) using a parameter estimation technique to estimate at least one of a capacity C 0 + to store lithium ions of a positive electrode of the lithium-ion battery cell, a capacity C 0 − to store lithium ions of a negative electrode of the lithium-ion battery cell, and a total amount of lithium ions ( n Li) in the lithium-ion battery cell based on a model including the following formulae d dt SOC − = I C 0 −, V eq SOC − = U ̅ + n Li C 0 + − C 0 − C 0 + SOC − − U ̅ − SOC −, wherein " SOC - " is a state of charge of the negative electrode, " U + " is an average open circuit potential of the positive electrode during the equilibrium condition, and " U - " is an average open circuit potential of the negative electrode during the equilibrium condition; and " SOC - " is a state of charge of the negative electrode, " U + " is an average open circuit potential of the positive electrode during the equilibrium condition, and " U - " is an average open circuit potential of the negative electrode during the equilibrium condition; and d) generating an output corresponding to the estimate of at least one of the capacity C 0 + to store lithium ions of the positive electrode, the capacity C 0 − to store lithium ions of the negative electrode, and the total amount of lithium ions ( n Li).
A treatment apparatus for external application to a mammal body, comprising: a housing, a transducer element, adapted to provide an output towards and/or into the mammal body, a switch element, adapted to activate said transducer element in accordance with a first predetermined condition and deactivate said transducer element in accordance with a second predetermined condition, a feedback element, adapted to provide at least one first feedback signal in response to at least a third predetermined condition, and a resilient coupling element, made of elastic material and adapted to operatively couple said transducer element to said housing and provide a limited range of three degrees of freedom between said transducer element and said housing. a housing, a transducer element, adapted to provide an output towards and/or into the mammal body, a switch element, adapted to activate said transducer element in accordance with a first predetermined condition and deactivate said transducer element in accordance with a second predetermined condition, a feedback element, adapted to provide at least one first feedback signal in response to at least a third predetermined condition, and a resilient coupling element, made of elastic material and adapted to operatively couple said transducer element to said housing and provide a limited range of three degrees of freedom between said transducer element and said housing.
A clutch (1000; 1000') for a seat-belt tensioner in a vehicle, comprising a driving element adapted for being rotated in a driving direction and in a releasing direction and a driven element connectable with a seat-belt spool, the driving element and the driven element having a common rotation axis, a pawl being pivotally held on the driving element that can be pivoted around a pivoting axis, the pawl being adapted to assume a neutral position, in which the pawl is not in engagement with the driven element and from which it can be pivoted radially inwards by turning the driving element in driving direction, an engaged position, in which the pawl engages the driven element and couples the driving element with the driven element, and a decoupled position, in which the pawl is not in engagement with the driven element and cannot be engaged with the driven element by turning the driving element in driving direction, a clutch disk element having a clutch disk ring 1024) with an outer essentially circular circumference and a clutch disk arm extending inwards from the clutch disk ring, the clutch disk arm having a guiding geometry that interacts with a guiding geometry provided on the pawl to guide the pawl, a retainer ring surrounding the outer circumference of the clutch disk ring and being coupled by friction with the clutch disk ring, the retainer ring being configured for a limited rotation relative to a retaining structure arranged immovable on a clutch housing, the clutch (1000; 1000') having a release mechanism configured to move the pawl from the decoupled position into the neutral position, such when the driving element is rotated in releasing direction and the pawl is moved along a contact face (1046; 1046a; 1046b) of a ramp structure (1044; 1044a; 1044b) of the clutch disk ring (1024, 4024) until the pawl loses contact with the contact face (1046; 1046a; 1046b), a latching connection between the pawl and the clutch disk arm being released when the pawl loses contact with the contact face (1046; 1046a; 1046b).
An electrical connection device for electrically connecting at least one piece of electrical equipment to a plurality of insulated uncut cores of at least one cable, comprising a plurality of blade contact elements each for electrically contacting a particular core once the insulation of the core in question has been cut through, wherein, in order to cut through the insulation and electrically contact a particular core, a spring is provided in each case, by means of which a compressive force can be applied to the blade contact element in question, wherein a common pressing plate acting on the springs is provided, the position of said pressing plate being able to change the compressive force which can be applied by each of the springs to its associated blade contact element, and wherein a ram is provided, by means of which a core is pressed onto the associated blade contact element, characterised in that the ram is connected via a ram pin to a ram head which protrudes to a varying extent through the pressing plate depending on the tensioned state of the spring.
Safety apparatus for multichannel control of a safety-related device, having a first, microprocessor-controlled control device which has a signal generation device for generating a first monitoring signal which indicates the current operating state of the first control device, a second, hardware-based control device, and a switching device which can be actuated by the first and second control devices (70, 80) and can turn on the safety-related device (30, 40) or drive it into a secured state, wherein the second control device has a hardware-based switching device which, in response to the monitoring signal, actuates the switching device in such a manner that the safety-related device (30, 40) can be driven into a safe state in the case of faulty operation of the first control device, characterised by a device (50, 101) allocated to the first control device for generating an enable signal for the second control device, wherein the switching device comprises a first safety relay allocated to the first control device, and a second safety relay allocated to the second control device, wherein each safety relay has at least one break contact (101; 111) and one make contact (102; 112) which are rigidly coupled to one another, and wherein the enable signal is generated only in the case of a fault-free function of the first safety relay.