mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method when executed by data processing hardware of a user device associated with a user causes the data processing hardware to perform operations comprising: receiving, a search query for a keyword, the keyword appearing in one or more encrypted emails within a corpus of encrypted emails stored on an untrusted storage device; accessing a count table to obtain a count of unique emails within the corpus of encrypted emails that include the keyword; generating a delegatable pseudorandom function "DPRF" based on the keyword, a private cryptographic key, and the count of unique emails that include the keyword; and delegating at least a portion of the DPRF to the untrusted storage device, the delegated at least the portion of the DPRF when received by the untrusted storage device causing the untrusted storage device to: evaluate the delegated at least the portion of the DPRF; access an encrypted search index associated with the corpus of encrypted emails stored on the untrusted storage device; determine one or more encrypted emails within the corpus of encrypted emails associated with the delegated at least the portion of the DPRF based on the encrypted search index; and return, to the user device, an identifier for each encrypted email of at least a portion of the one or more encrypted emails associated with the delegated at least the portion of the DPRF. receiving, a search query for a keyword, the keyword appearing in one or more encrypted emails within a corpus of encrypted emails stored on an untrusted storage device; accessing a count table to obtain a count of unique emails within the corpus of encrypted emails that include the keyword; generating a delegatable pseudorandom function "DPRF" based on the keyword, a private cryptographic key, and the count of unique emails that include the keyword; and delegating at least a portion of the DPRF to the untrusted storage device, the delegated at least the portion of the DPRF when received by the untrusted storage device causing the untrusted storage device to: evaluate the delegated at least the portion of the DPRF; access an encrypted search index associated with the corpus of encrypted emails stored on the untrusted storage device; determine one or more encrypted emails within the corpus of encrypted emails associated with the delegated at least the portion of the DPRF based on the encrypted search index; and return, to the user device, an identifier for each encrypted email of at least a portion of the one or more encrypted emails associated with the delegated at least the portion of the DPRF. evaluate the delegated at least the portion of the DPRF; access an encrypted search index associated with the corpus of encrypted emails stored on the untrusted storage device; determine one or more encrypted emails within the corpus of encrypted emails associated with the delegated at least the portion of the DPRF based on the encrypted search index; and return, to the user device, an identifier for each encrypted email of at least a portion of the one or more encrypted emails associated with the delegated at least the portion of the DPRF.
An information storage apparatus, comprising: a magnetic track, comprising a plurality of magnetic domains, and each magnetic domain is divided into at least two magnetic regions (202a, 202b); a writing unit, disposed on the magnetic track and configured to write information to the at least two magnetic regions (202a, 202b) of each magnetic domain; and a reading unit, disposed on the magnetic track and configured to read the information written to the at least two magnetic regions (202a, 202b) of each magnetic domain. a magnetic track, comprising a plurality of magnetic domains, and each magnetic domain is divided into at least two magnetic regions (202a, 202b); a writing unit, disposed on the magnetic track and configured to write information to the at least two magnetic regions (202a, 202b) of each magnetic domain; and a reading unit, disposed on the magnetic track and configured to read the information written to the at least two magnetic regions (202a, 202b) of each magnetic domain.
A high-pressure fuel supply pump comprising: a plunger that changes a volume of a pressurizing chamber by reciprocating an inside of a cylinder; a first hole formed from an outer circumferential surface of a pump body toward an inner circumferential side; a relief valve mechanism arranged in the first hole; and a second hole that returns fuel in a flow path on a discharge side of a discharge valve pressurized in the pressurizing chamber to a damper chamber or a plunger seal chamber communicating with the damper chamber when the relief valve mechanism opens in communication with the first hole, wherein a position where an upper end portion of the first hole is connected with the second hole is arranged on a pressurizing chamber side with respect to an uppermost end portion on the pressurizing chamber side of the cylinder, characterized in that the second hole is formed at a position overlapping with the pressurizing chamber as the pump body is viewed from above. a plunger that changes a volume of a pressurizing chamber by reciprocating an inside of a cylinder; a first hole formed from an outer circumferential surface of a pump body toward an inner circumferential side; a relief valve mechanism arranged in the first hole; and a second hole that returns fuel in a flow path on a discharge side of a discharge valve pressurized in the pressurizing chamber to a damper chamber or a plunger seal chamber communicating with the damper chamber when the relief valve mechanism opens in communication with the first hole, wherein a position where an upper end portion of the first hole is connected with the second hole is arranged on a pressurizing chamber side with respect to an uppermost end portion on the pressurizing chamber side of the cylinder, characterized in that the second hole is formed at a position overlapping with the pressurizing chamber as the pump body is viewed from above.
Bulleyaconitine A for use in the treatment and/or prevention of skin pruritus and/or a secondary lesion thereof, wherein the secondary lesion is selected from skin roughness, lichenification, eczema, neurodermatitis and prurigo nodularis.
An apparatus for mixing a liquid or pasty product, the apparatus comprising a housing, said housing comprising an inlet for the liquid or pasty product to be mixed and an outlet for the mixed liquid or pasty product, and at least one set of a rotor and a stator (21,22) for mixing the liquid or pasty product, the apparatus comprising at least a first housing part and a second housing part, the first housing part being assembled to the second housing part, the assembly of the first housing part and the second housing part forming a housing inner space between the inlet and the outlet where the liquid or pasty product flows, the assembly of the first housing part and the second housing part forming a cooling jacket for circulation of a coolant fluid around the housing inner space, characterized in that the assembly of the first housing part and the second housing part forms a buffer jacket for circulation of a clean fluid, the buffer jacket being formed between the cooling jacket and the housing inner space. the apparatus comprising at least a first housing part and a second housing part, the first housing part being assembled to the second housing part, the assembly of the first housing part and the second housing part forming a housing inner space between the inlet and the outlet where the liquid or pasty product flows, the assembly of the first housing part and the second housing part forming a cooling jacket for circulation of a coolant fluid around the housing inner space, characterized in that the assembly of the first housing part and the second housing part forms a buffer jacket for circulation of a clean fluid, the buffer jacket being formed between the cooling jacket and the housing inner space.
Safety insert for an extra-corporeal circuit, comprising: - a first half-shell comprising a first tubular connector comprising a seat having a substantially cylindrical shape and defining an axis X; - a second half-shell comprising a second tubular connector designed for connection to a transducer; - a hydrophobic semi-permeable membrane enclosed between the first half-shell and the second half-shell; in which the seat is designed to receive an end of a branch pipe from the extra-corporeal circuit, said end defining a front surface substantially in the form of an annulus and being able to be inserted inside the seat in an axial direction along the axis X; and in which the seat comprises: one or more abutments designed to form a support for the front surface of the end so as to define a limit stop in the axial direction for the end; said abutments defining a partial support for said annulus of the front surface of the end so as to define at least one radially outer cavity designed to leave at least one radially outer zone of the annulus without support, characterized in that the seat comprises a plurality of abutments extending in a substantially radial direction, said abutments being tangentially spaced from one another. - a first half-shell comprising a first tubular connector comprising a seat having a substantially cylindrical shape and defining an axis X; - a second half-shell comprising a second tubular connector designed for connection to a transducer; - a hydrophobic semi-permeable membrane enclosed between the first half-shell and the second half-shell; one or more abutments designed to form a support for the front surface of the end so as to define a limit stop in the axial direction for the end; said abutments defining a partial support for said annulus of the front surface of the end so as to define at least one radially outer cavity designed to leave at least one radially outer zone of the annulus without support, characterized in that the seat comprises a plurality of abutments extending in a substantially radial direction, said abutments being tangentially spaced from one another.
Smoking article, comprising a rod (32; 32') and a filter (34; 34') having a longitudinal axis and a circumference (π·d), the rod (32; 32') and the filter (34; 34') being connected by a tipping (36; 36'), which extends about the circumference and has a rod-sided edge line (37; 37') provided with a cut-out pattern (38; 38') along the circumference, wherein the cut-out pattern (38; 38'; 22; 22'; 22") excludes linear line segments running perpendicularly to the longitudinal axis and wherein the cut-out pattern (38; 38') is composed of periodically repeating subunits having a subunit length measured along the circumference, characterised in that the ratio of the circumference (π·d) to the subunit length is a natural number and in that the tipping comprises an overlap area where it overlaps to itself, wherein the cut-out pattern (22; 22'; 22") periodically continues at the rod-sided edge line of the overlap area.
A semi-persistent scheduling method, wherein the semi-persistent scheduling method comprises: determining a constant subframe set in a Time Division Duplex, TDD, frame, wherein an uplink and downlink attribute of each subframe in the constant subframe set remains unchanged when an uplink and downlink proportion configuration of the TDD frame dynamically changes; and performing Semi-Persistent Scheduling, SPS, transmission in a subframe, in the constant subframe set, whose uplink and downlink attribute is the same as a transmission direction of the SPS transmission; characaterized in that the constant subframe set is at least one of a constant uplink subframe set and a constant downlink subframe set, wherein subframes in the constant uplink subframe set are all uplink subframes when the uplink and downlink proportion configuration of the TDD frame dynamically changes, and subframes in the constant downlink subframe set are all downlink subframes when the uplink and downlink proportion configuration of the TDD frame dynamically changes; and the step of performing SPS transmission in a subframe, in the constant subframe set, whose uplink and downlink attribute is the same as a transmission direction of the SPS transmission further comprises: performing uplink SPS transmission in the constant uplink subframe set, or performing downlink SPS transmission in the constant downlink subframe set. determining a constant subframe set in a Time Division Duplex, TDD, frame, wherein an uplink and downlink attribute of each subframe in the constant subframe set remains unchanged when an uplink and downlink proportion configuration of the TDD frame dynamically changes; and performing Semi-Persistent Scheduling, SPS, transmission in a subframe, in the constant subframe set, whose uplink and downlink attribute is the same as a transmission direction of the SPS transmission; characaterized in that the constant subframe set is at least one of a constant uplink subframe set and a constant downlink subframe set, wherein subframes in the constant uplink subframe set are all uplink subframes when the uplink and downlink proportion configuration of the TDD frame dynamically changes, and subframes in the constant downlink subframe set are all downlink subframes when the uplink and downlink proportion configuration of the TDD frame dynamically changes; and the step of performing SPS transmission in a subframe, in the constant subframe set, whose uplink and downlink attribute is the same as a transmission direction of the SPS transmission further comprises: performing uplink SPS transmission in the constant uplink subframe set, or performing downlink SPS transmission in the constant downlink subframe set.
A heating panel, comprising: upper and lower plates (4, 6) integrally formed to face each other so as to form an inner fluid pathway in which heating water flows; a plurality of connecting members (4a, 6a), each symmetrically extending from the upper and lower plates toward the lower and upper plates, respectively, and connecting the upper and lower plates to each other; an inner fluid pathway formed at an inside of the plate by the plurality of connecting members; and two fluid communication portions for supplying and discharging the heating water, wherein each of the connecting members extends at a sloping angle, such that upper and lower sides of the connecting member, facing each other while symmetrically extending from the upper and lower plates, respectively, converge to a bottom plane (b) located at the center of the connecting member, and is defined with a circular or elliptical shape, respectively, at upper and lower portions of the connecting member where the connecting member starts to extend from the upper and lower plates, forming a circular or elliptical inner fluid pathway in the heating panel, characterized in that the upper and lower connecting members are rounded to have a substantially circular or elliptical shape, respectively, at an upper portion (d) of the upper connecting member and at a lower portion of the lower connecting member, where the upper and lower connecting members start to extend from the upper and lower plates, respectively, wherein each of the connection members is defined with a groove (a, c) by being extended toward the upper and lower plates from a circular-shaped periphery (a) of the bottom plane of the connecting member, deviated from the center of the bottom plane of the connecting member, where the upper and lower plates are connected, such that the upper and lower connecting members are depressed at the circular shaped periphery of the bottom plane of the connecting member, respectively, and wherein the heating panel comprises protrusive panel connecting portions at respective sides of each of the upper and lower plates, and grooves at portions (c) adjacent to the inner fluid pathway of the protrusive panel connecting portions, for connecting the heating panels.
A network node (2χ,..., 2 n; 3χ,..., 3 n) of a communication system for wireless communication, wherein the communication system comprises a number of primary radio base stations (2 lr... r 2 n), and a number of secondary radio base stations (3χ,..., 3 n), the primary radio nodes (2 lr... r 2 n) and the secondary radio nodes (3χ,..., 3 n) constitute a heterogeneous network, HetNet, the network node {2 lr... r 2 n; 3χ,..., 3 n) being configured to utilize a legacy bandwidth, Bχ, allocated in accordance with a first communication standard, characterized in that a first carrier and a second carrier are allocated within the bandwidth Bχ, and - the first carrier has a first bandwidth, B legacy, and is configured to operate in accordance with a transmission format of the first communication standard, and - the second carrier has a second bandwidth, B non_lebacy, and is configured to operate in accordance with a transmission format of second communication standard. - the first carrier has a first bandwidth, B legacy, and is configured to operate in accordance with a transmission format of the first communication standard, and - the second carrier has a second bandwidth, B non_lebacy, and is configured to operate in accordance with a transmission format of second communication standard.
A pneumatic radial tire comprising a side reinforcing rubber layer having a crescent shaped cross-section arranged on the inside of a carcass at a side wall portion, and a belt reinforcing layer which is formed by spirally winding a narrow width strip which is formed by covering at least one polyester cord with rubber with an angle of 0° to 5° with respect to the tire circumferential direction, characterised in that, the polyester cord is pre-treated using an epoxy compound prior to an adhesive agent treatment and the adhesion level of the polyester cord in a residual adhesion evaluation method after an adhesive agent treatment is 5 N/cord or higher, wherein the residual adhesion evaluation method is as described in pages 2 and 3 of the description, the polyester cord taken out from pneumatic radial tire satisfies that the ply twist coefficient α1 and the cable twist coefficient α2 represented by the following formulae: α 1 = N 1 × 0.125 × D 1 / ρ 0.5 × 10 − 3 α 2 = N 2 × 0.125 × D 2 / ρ 0.5 × 10 − 3 wherein N1 is the ply twists per 10 cm, D1 is the fineness in dtex per one ply twist thread, N2 is the cable twists per 10 cm, D2 is the total fineness in dtex of the cord, and ρ is the density in g/cm 3 of the polyester cord, are 0.1 to 0.4 and 0.1 to 0.45, respectively, wherein the ply twists of the polyester cord is 10 to 40 times/10 cm, wherein the cable twists of the polyester cord is 10 to 40 times/10 cm, and the initial tensile resistance degree is 7 to 20 GPa, wherein the initial tensile resistance degree means the value calculated by the test method defined in JIS L 1017.
Structural unit for a drive train of a motor vehicle having at least: a clutch arrangement which is designed to decouple an internal combustion engine from the drive train, and an adaptive-speed vibration absorber apparatus, in particular a centrifugal force absorber, for reducing vibrations in the drive train with at least one absorber mass which can be deflected along the deflecting track, a limiting apparatus being provided, furthermore, which is designed to exert a force on the at least one absorber mass, which force is such that the movement of the absorber mass is at least limited, characterized in that, furthermore, the vibration absorber apparatus has at least one absorber mass carrier (42; 44) which is designed to carry the at least one absorber mass, with the result that the absorber mass is mounted in a swinging manner, and in that, furthermore, the limiting apparatus is designed to be actuable for limiting the movement of the at least one absorber mass by at least one element of the clutch arrangement. a clutch arrangement which is designed to decouple an internal combustion engine from the drive train, and an adaptive-speed vibration absorber apparatus, in particular a centrifugal force absorber, for reducing vibrations in the drive train with at least one absorber mass which can be deflected along the deflecting track, a limiting apparatus being provided, furthermore, which is designed to exert a force on the at least one absorber mass, which force is such that the movement of the absorber mass is at least limited, characterized in that, furthermore, the vibration absorber apparatus has at least one absorber mass carrier (42; 44) which is designed to carry the at least one absorber mass, with the result that the absorber mass is mounted in a swinging manner, and in that, furthermore, the limiting apparatus is designed to be actuable for limiting the movement of the at least one absorber mass by at least one element of the clutch arrangement.
A system comprising an MRI device and a helical resonator, wherein the system is configured so that the helical resonator amplifies, when the helical resonator is placed in close proximity to an object to be imaged in accordance with the MRI technique, the intensity, in the vicinity of the helical resonator, of a radio frequency magnetic field applied by the MRI device compared to the situation in which the resonator is not present, wherein the resonance frequency of the helical resonator is approximately the same as the frequency of the applied radio frequency magnetic field of the MRI device, wherein said amplification is based on a time-varying current induced in the helical resonator by the radio-frequency magnetic field in accordance with an inductance value characterizing the helical resonator, the helical resonator comprising: a conductive helical ring including at least two adjacent turns, and a planar, thin-film dielectric layer located between the 2. at least two adjacent turns of the conductive helical ring configured to increase the capacitive coupling between the at least two adjacent turns, the main axis of the helical ring being substantially parallel to the normal to the large-area surfaces of the dielectric layer, wherein the at least two adjacent turns are capacitively coupled to each other for determining, together with the inductance value, the resonance frequency of the resonator, wherein the helical resonator is manufactured by microfabrication. a conductive helical ring including at least two adjacent turns, and a planar, thin-film dielectric layer located between the 2. at least two adjacent turns of the conductive helical ring configured to increase the capacitive coupling between the at least two adjacent turns, the main axis of the helical ring being substantially parallel to the normal to the large-area surfaces of the dielectric layer, wherein the at least two adjacent turns are capacitively coupled to each other for determining, together with the inductance value, the resonance frequency of the resonator, wherein the helical resonator is manufactured by microfabrication.