mhurhangee/ep-ind-claims huggingface dataset:
A container comprising: a body having an interior volume, said body including an upper portion having a cylindrical sidewall having an inner diameter and defining a finish, wherein integrally formed with the finish and extending downward therefrom is a shoulder portion which merges into and provides a transition between the finish and a sidewall portion, said sidewall portion extending downward from the shoulder portion to a base portion having a base; a closure member (100, 100') engaging said body; a hydrogen generator generating molecular hydrogen; a catalyst catalyzing a chemical reaction between said hydrogen and oxygen; and an insert member in communication with said interior volume of said body, said insert member containing at least one of said hydrogen generator, said catalyst, and a chemical component for chemical reaction with either said hydrogen generator or said catalyst; wherein the container is made of PET; characterized in that in that said insert member is a lamination having a barrier member and at least one of said hydrogen generator, said catalyst, and said chemical component, said lamination being connected to said closure member, in that said lamination is disposed within a recess formed within said closure member (100, 100') and is overmolded with a liner layer, and in that said insert member comprises each of said hydrogen generator, said chemical component and said catalyst. a body having an interior volume, said body including an upper portion having a cylindrical sidewall having an inner diameter and defining a finish, wherein integrally formed with the finish and extending downward therefrom is a shoulder portion which merges into and provides a transition between the finish and a sidewall portion, said sidewall portion extending downward from the shoulder portion to a base portion having a base; a closure member (100, 100') engaging said body; a hydrogen generator generating molecular hydrogen; a catalyst catalyzing a chemical reaction between said hydrogen and oxygen; and an insert member in communication with said interior volume of said body, said insert member containing at least one of said hydrogen generator, said catalyst, and a chemical component for chemical reaction with either said hydrogen generator or said catalyst; wherein the container is made of PET; characterized in that in that said insert member is a lamination having a barrier member and at least one of said hydrogen generator, said catalyst, and said chemical component, said lamination being connected to said closure member, in that said lamination is disposed within a recess formed within said closure member (100, 100') and is overmolded with a liner layer, and in that said insert member comprises each of said hydrogen generator, said chemical component and said catalyst.
A cold-spray device (100, 300, 400) comprising: a material hopper; and a robotic arm configured to be manipulated in a plurality of directions and angles and comprising a nozzle (126, 128, 316, 416, 500, 600), wherein the nozzle is configured to receive material from the material hopper to form at least a first portion of a first layer of a part (121, 310, 408) and comprising: a variable diameter convergent part (502, 606); a variable diameter divergent part (504, 604) comprising a diffuser; and a ring portion coupling the variable diameter convergent part and the variable diameter divergent part, wherein the ring portion is variable in size and configured to control an opening to the diffuser. a material hopper; and a robotic arm configured to be manipulated in a plurality of directions and angles and comprising a nozzle (126, 128, 316, 416, 500, 600), wherein the nozzle is configured to receive material from the material hopper to form at least a first portion of a first layer of a part (121, 310, 408) and comprising: a variable diameter convergent part (502, 606); a variable diameter divergent part (504, 604) comprising a diffuser; and a ring portion coupling the variable diameter convergent part and the variable diameter divergent part, wherein the ring portion is variable in size and configured to control an opening to the diffuser. a variable diameter convergent part (502, 606); a variable diameter divergent part (504, 604) comprising a diffuser; and a ring portion coupling the variable diameter convergent part and the variable diameter divergent part, wherein the ring portion is variable in size and configured to control an opening to the diffuser.
A torsional vibration damper hub for a vehicle clutch comprising a hub splined to a shaft; first and second inner annular plates rotatably fitted to an outer periphery of the hub, first and second pairs of outer annular plates arranged at both sides of said first and second inner annular plate respectively; first row of springs extending substantially in the clutch rotating direction and disposed in openings formed in said first inner annular plate and said first pair of outer annular plates; second row of springs extending substantially in the clutch rotating direction and disposed in openings formed in said second inner annular plate and said second pair of outer annular plates; each first and second pair of the outer annular plates being connected to the adjacent inner annular plate by said springs (814a, 814b); said first and second pair of outer annular plate being connected to the hub; a torque input member including one single friction plate fixed to said first and second inner annular plate, and where the springs in said first row of springs arranged in one first axial level are axially overlapping the springs in said second row of springs arranged in a second axial level, characterized in that said first and second row of said springs are arranged on a substantially same radius from a centre of rotation of said clutch.
A method of measuring the mass of a gas under pressure using a piezoelectric oscillator, said gas comprising a permanent gas or a mixture of permanent gases and being contained within a gas cylinder having a fixed in internal volume, the gas cylinder comprising a gas cylinder body, a valve arrangement connected to said gas cylinder body and arranged to enable selective filling of the gas cylinder with gas or dispensation of gas from said gas cylinder and the piezoelectric oscillator being arranged on the valve arrangement such that the piezoelectric oscillator is located within the interior of the gas cylinder body and immersed in the gas within the gas cylinder, the method comprising: a) utilising said piezoelectric oscillator to measure the density of the gas within the gas cylinder; b) determining, from the density measurement and from the internal volume of said gas cylinder, the mass of the gas within the gas cylinder. a) utilising said piezoelectric oscillator to measure the density of the gas within the gas cylinder; b) determining, from the density measurement and from the internal volume of said gas cylinder, the mass of the gas within the gas cylinder.
Use of an effective amount of bithionol for the manufacture of a medicament for inhibiting the growth or metastasis of an angiogenesis-dependent tumor in a patient in need thereof.
A method for activating a terminal, comprising: detecting (S301; S503) in real time whether a screen triggering signal is received that meets a preset condition when the terminal is in a dormancy state, the preset condition comprising one of: a screen triggering signal received upon the user performs a slide operation on a screen of the terminal; and a screen triggering signal received upon the user performs a long-press click operation on the screen of the terminal; lighting (S302; S504) a light emitting module arranged near a dormancy awakening key when the screen triggering signal is received; detecting whether an awakening signal generated by pressing the dormancy awakening key by a user is received within a preset period; when the awakening signal is not received within the preset period, extinguishing the light emitting module and detecting again in real time whether a screen triggering signal is received that meets a preset condition; and when the awakening signal is received within the preset period, activating the terminal upon receiving the awakening signal. detecting (S301; S503) in real time whether a screen triggering signal is received that meets a preset condition when the terminal is in a dormancy state, the preset condition comprising one of: a screen triggering signal received upon the user performs a slide operation on a screen of the terminal; and a screen triggering signal received upon the user performs a long-press click operation on the screen of the terminal; a screen triggering signal received upon the user performs a slide operation on a screen of the terminal; and a screen triggering signal received upon the user performs a long-press click operation on the screen of the terminal; lighting (S302; S504) a light emitting module arranged near a dormancy awakening key when the screen triggering signal is received; detecting whether an awakening signal generated by pressing the dormancy awakening key by a user is received within a preset period; when the awakening signal is not received within the preset period, extinguishing the light emitting module and detecting again in real time whether a screen triggering signal is received that meets a preset condition; and when the awakening signal is received within the preset period, activating the terminal upon receiving the awakening signal.
A frequency synchronization method, applied to a NarrowBand Internet of Things, NB-IoT system, characterized by, determining, by a base station, a first synchronization frequency according to an operating band, wherein an interval between the first synchronization frequency and a channel raster is not greater than a first threshold; and sending, by the base station, a signal on the determined first synchronization frequency; wherein in an in-band operation, the first synchronization frequency is a center frequency of an indicated Physical Resource Block, PRB, in a set of PRBs having indices; wherein the PRB indices, which are natural numbers, are indexed starting from 0 in ascending order, and the PRB indices are indexed in a direction from a low frequency to a high frequency; and when the operating band is 3 MHz, the set of the PRB indices comprises 2 and 12; or when the operating band is 5 MHz, the set of the PRB indices comprises 2, 7, 17, and 12; or when the operating band is 15 MHz, the set of the PRB indices comprises 2, 7, 12, 17, 22, 27, 32, 42, 47, 52, 57, 62, 67, and 72; wherein the first threshold is 7.5 kHz.
A non-alkali glass having a strain point of from 710°C to lower than 725°C, a glass transition point of 770°C or higher, an average thermal expansion coefficient at from 50 to 300°C of from 30×10 -7 to 43×10 -7 /°C, a temperature T 2 at which glass viscosity reaches 10 2 dPa·s of 1710°C or lower, a temperature T 4 at which the glass viscosity reaches 10 4 dPa·s of 1320°C or lower, and comprising, indicated by mol% on the basis of oxides, SiO 2 66 to 70, Al 2 O 3 12 to 13.5, B 2 O 3 exceeding 0 to 1.5, MgO 5 to 9.5, CaO 4 to 11, SrO 0.5 to 4.5, BaO 0 to 0.5 and ZrO 2 0 to 2, wherein MgO+CaO+SrO+BaO is from exceeding 18.2 to 21, MgO/(MgO+CaO+SrO+BaO) is 0.25 or more, MgO/(MgO+CaO) is 0.3 or more, MgO/(MgO+SrO) is 0.6 or more, and Al 2 O 3 ×(MgO/(MgO+CaO+SrO+BaO)) is 5.5 or more.
A tire having a tread part comprising four or more rubber layers each having a different complex elastic modulus at 30°C measured under a condition of a temperature at 30°C, an initial strain of 10%, a dynamic strain of 1%, and a frequency of 10 Hz, wherein the tread part has two or more circumferential grooves (11, 12, 13) extending continuously in a circumferential direction of the tire, a pair of shoulder land parts (16, 17) partitioned by the circumferential grooves (11, 12, 13), and a center land part (18, 19) located between the pair of shoulder land parts (16, 17); characterized in that a groove area ratio in the shoulder land part (16, 17) is larger than a groove area ratio in the center land part (18, 19). wherein the tread part has two or more circumferential grooves (11, 12, 13) extending continuously in a circumferential direction of the tire, a pair of shoulder land parts (16, 17) partitioned by the circumferential grooves (11, 12, 13), and a center land part (18, 19) located between the pair of shoulder land parts (16, 17); characterized in that a groove area ratio in the shoulder land part (16, 17) is larger than a groove area ratio in the center land part (18, 19).
A computer implemented method, comprising: identifying a textual attribute corresponding to data of an input table, wherein the data comprises personal information stored across a plurality of records for anonymization based on at least a threshold for a number of values required in each of one or more groupings of the data; determining a value, comprising one or more characters, corresponding to the textual attribute for each of the plurality of records; generating a plurality of groups based on the determined values, wherein each group includes one or more values and the values in each group share one or more common characters; and providing at least portion of the data as sorted into the plurality of groups, wherein a count of the values of each provided group meets the threshold, the computer implemented method further comprising: determining a width of each of textual attribute and at least one other attribute, wherein the width indicates a range of values corresponding to the respective attribute and selecting the textual attribute based on its width being greater than a width of the at least one other attribute. identifying a textual attribute corresponding to data of an input table, wherein the data comprises personal information stored across a plurality of records for anonymization based on at least a threshold for a number of values required in each of one or more groupings of the data; determining a value, comprising one or more characters, corresponding to the textual attribute for each of the plurality of records; generating a plurality of groups based on the determined values, wherein each group includes one or more values and the values in each group share one or more common characters; and providing at least portion of the data as sorted into the plurality of groups, wherein a count of the values of each provided group meets the threshold, the computer implemented method further comprising: determining a width of each of textual attribute and at least one other attribute, wherein the width indicates a range of values corresponding to the respective attribute and selecting the textual attribute based on its width being greater than a width of the at least one other attribute. determining a width of each of textual attribute and at least one other attribute, wherein the width indicates a range of values corresponding to the respective attribute and selecting the textual attribute based on its width being greater than a width of the at least one other attribute.
A scouring pad for washing dishes comprising: (a) a plurality of degradable polyester divided yarns heat-treated at 120°C to 170°C and (b) a plurality of degradable polyester filament yarns, wherein the individual filament yarns are aligned in parallel to each other and the individual divided yarns are positioned between the adjacent two filament yarns and are connected to the adjacent two filaments. (a) a plurality of degradable polyester divided yarns heat-treated at 120°C to 170°C and (b) a plurality of degradable polyester filament yarns, wherein the individual filament yarns are aligned in parallel to each other and the individual divided yarns are positioned between the adjacent two filament yarns and are connected to the adjacent two filaments.
An electrical apparatus capable of measuring electrical resistance of a target resistance (Rx), the apparatus comprising: first and second measurement terminals (206, 207) configured to be coupled to opposite sides of the target resistance (Rx); a resistance measuring circuit coupled to the first and second measurement terminals (206, 207); a current generating component configured to generate a first current along a current path to the first measurement terminal responsive to the target resistance (Rx) coupled to the first measurement terminal and the second measurement terminal; a voltage measuring component for measuring a voltage level between the first and second measurement terminals; and a current control component configured to save power by decreasing the magnitude of said current generated by the current generating component from the first current to a second current lower than the first current in response to an increase in the voltage level measured by the voltage measuring component. first and second measurement terminals (206, 207) configured to be coupled to opposite sides of the target resistance (Rx); a resistance measuring circuit coupled to the first and second measurement terminals (206, 207); a current generating component configured to generate a first current along a current path to the first measurement terminal responsive to the target resistance (Rx) coupled to the first measurement terminal and the second measurement terminal; a voltage measuring component for measuring a voltage level between the first and second measurement terminals; and a current control component configured to save power by decreasing the magnitude of said current generated by the current generating component from the first current to a second current lower than the first current in response to an increase in the voltage level measured by the voltage measuring component.
A heat sealable film which is compostable in accordance with ISO 18606, comprising a base film having a grammage of 5-50 gsm and a thickness of 10-100 μm, which has been coated on at least one side with a coating in the form of a water-based varnish, resin or a wax that enhances gas and/or moisture barrier properties, wherein the base film comprises a fiber material and at least 60% by weight of said fiber material is microfibrillated cellulose with at least one dimension less than 100 nm, and the thickness of the coating is from 0.05 to 20 μm, per side of the base film.
An antibody, or an antigen binding fragment thereof, which binds to human CD70, said antibody or antigen binding fragment comprising at least one heavy chain variable domain comprising a variable heavy chain CDR3, a variable heavy chain CDR2 and a variable heavy chain CDR1 and at least one light chain variable domain comprising a variable light chain CDR3, a variable light chain CDR2 and a variable light chain CDR1 wherein the variable heavy chain CDR3 comprises or consists of SEQ ID NO:50 (DAGYSNHVPIFDS); the variable heavy chain CDR2 comprises or consists of SEQ ID NO:27 (DINNEGGTTYYADSVKG); the variable heavy chain CDR1 comprises or consists of SEQ ID NO:11 (VYYMN); the variable light chain CDR3 comprises or consists of SEQ ID NO:160 (ALFISNPSVE); the variable light chain CDR2 comprises or consists of SEQ ID NO:119 (NTNTRHS); and the variable light chain CDR1 comprises or consists of SEQ ID NO:250 (GLKSGSVTSDNFPT).
Communication system for an aircraft, the communication system comprising a communication interface (32a, 32b, 32c) with the outside of the aircraft and an avionics domain of which the security level is the highest of the communication system, such that: - the communication system comprises a so-called communication domain to which is connected said communication interface and of which the security level is lower than the security level of the avionics domain; - the communication system comprises a barrier (12a, 12b) of a first type arranged to filter the information coming from the communication interface (32a, 32b, 32c), this barrier of a first type being an authentication barrier configured to allow said information to pass into the communication domain only if it corresponds to an authenticated communication; and - the communication system comprises a barrier of a second type arranged to filter information transmitted from the communication domain to the avionics domain, this barrier of a second type being configured to carry out at least a syntactic filtering of said information transmitted from the communication domain to the avionics domain, characterized in that the avionics domain comprises at least one aircraft flight management system (24a,..., 24i, 28a,..., 28k) a function (Fd1,..., Fdi, Fo1,..., Fok) of which for navigation of the aircraft is configured to carry out semantic analysis of information received by said function, this semantic analysis corresponding to acceptance of the information received by the navigation function if an effect of the received information, on the flight of the aircraft, is compatible with a context of the aircraft or to a rejection of said information received by said navigation function if the effect of the received information, on the flight of the aircraft, is incompatible with the context of the aircraft. - the communication system comprises a so-called communication domain to which is connected said communication interface and of which the security level is lower than the security level of the avionics domain; - the communication system comprises a barrier (12a, 12b) of a first type arranged to filter the information coming from the communication interface (32a, 32b, 32c), this barrier of a first type being an authentication barrier configured to allow said information to pass into the communication domain only if it corresponds to an authenticated communication; and - the communication system comprises a barrier of a second type arranged to filter information transmitted from the communication domain to the avionics domain, this barrier of a second type being configured to carry out at least a syntactic filtering of said information transmitted from the communication domain to the avionics domain,
Adjustable damping valve device for a vibration damper, comprising a main stage valve which is controlled by a pilot stage valve, which pilot stage valve is actuatable by means of an electromagnetic actuator and has a pilot stage valve body, wherein a closing force generated by a spring arrangement of the actuator acts on an armature of the pilot stage valve body, wherein, in emergency operation, an emergency operation valve controls the main stage valve, characterized in that an emergency operation armature is preloaded by an emergency operation spring against the pilot stage valve body of the pilot stage valve, such that the pilot stage valve forms the emergency operation valve, wherein the spring arrangement and the emergency operation spring are connected functionally in parallel, and the emergency operation spring, as a compression spring, is supported on a component fixed with respect to a housing, wherein, in emergency operation, the closing force on the pilot stage valve body is determined collectively by the spring forces of the spring arrangement and of the emergency operation spring.