mhurhangee/ep-ind-claims huggingface dataset:
A graphite composite material, obtained by mixing graphite material 1 comprising graphite particles each formed of an optical anisotropic structure, an optical isotropic structure and voids, and satisfying the following conditions and: when ten square regions with a side of 100 μm are randomly selected from a cross-section of a molding made of the graphite material, in cross-sections of the graphite particles appearing in the regions, a total area (x) of the optical anisotropic structure, a total area (y) of the optical isotropic structure, and a total area (z) of the voids satisfy the following relationship: x: y: z = 90 to 97: 3 to 10: 0 to 3, and x + y + z = 100 when 100 particles are randomly selected in cross-sections of the 100 particles, a maximum value of a length of a long-side portion of optical anisotropic structure domains is defined as Lmax and an average particle diameter based on a volume measured by laser diffraction method is defined as L ave, L max /L ave ≤0.5; and graphite material 2 having a rhombohedron structure, which is different from graphite material 1 and has an average interplanar spacing d 002 of plane of 0.3354 nm to 0.3370 nm measured by the powder X-ray diffraction method and Lc of 100 nm or more, wherein the graphite material 1 content is 10 parts by mass or more and 1,000 parts by mass or less to 100 parts by mass of the graphite material 2 content. when ten square regions with a side of 100 μm are randomly selected from a cross-section of a molding made of the graphite material, in cross-sections of the graphite particles appearing in the regions, a total area (x) of the optical anisotropic structure, a total area (y) of the optical isotropic structure, and a total area (z) of the voids satisfy the following relationship: x: y: z = 90 to 97: 3 to 10: 0 to 3, and x + y + z = 100 when 100 particles are randomly selected in cross-sections of the 100 particles, a maximum value of a length of a long-side portion of optical anisotropic structure domains is defined as Lmax and an average particle diameter based on a volume measured by laser diffraction method is defined as L ave, L max /L ave ≤0.5; and graphite material 2 having a rhombohedron structure, which is different from graphite material 1 and has an average interplanar spacing d 002 of plane of 0.3354 nm to 0.3370 nm measured by the powder X-ray diffraction method and Lc of 100 nm or more, wherein the graphite material 1 content is 10 parts by mass or more and 1,000 parts by mass or less to 100 parts by mass of the graphite material 2 content.
A method for etching a porous material in an environment, said method comprising the successive steps of: I. Contacting a porous material with an organic gas in an environment having a pressure P1 and a temperature T1, wherein said organic gas is such that at said pressure P1 and at said temperature T1 it remains a gas when outside of said porous material but condenses as an organic liquid when in contact with said porous material, thereby filling pores of said porous material with said organic liquid, II. Plasma etching treatment of said porous material having pores filled with said organic liquid, thereby evaporating a fraction of said organic liquid filling the pores of said porous material, said successive steps being repeated n times with n ≥ 1. I. Contacting a porous material with an organic gas in an environment having a pressure P1 and a temperature T1, wherein said organic gas is such that at said pressure P1 and at said temperature T1 it remains a gas when outside of said porous material but condenses as an organic liquid when in contact with said porous material, thereby filling pores of said porous material with said organic liquid, II. Plasma etching treatment of said porous material having pores filled with said organic liquid, thereby evaporating a fraction of said organic liquid filling the pores of said porous material, said successive steps being repeated n times with n ≥ 1.
An apparatus, comprising: a collection engine to be disposed at one end of a two-end link, the collection engine to collect a plurality of completion packets to be transmitted, each completion packet to provide a response to a non-posted transaction that is to identify a requestor and to include a header, wherein the collection engine is configured to collect completion packets based on a header comprising: a predetermined requestor identifier; and a completion status indicating success; and a combining engine to: combine the plurality of completion packets to be collected by the collection engine to form a final completion packet; and attach a new header to the final completion packet to form a new packet. a collection engine to be disposed at one end of a two-end link, the collection engine to collect a plurality of completion packets to be transmitted, each completion packet to provide a response to a non-posted transaction that is to identify a requestor and to include a header, wherein the collection engine is configured to collect completion packets based on a header comprising: a predetermined requestor identifier; and a completion status indicating success; and a predetermined requestor identifier; and a completion status indicating success; and a combining engine to: combine the plurality of completion packets to be collected by the collection engine to form a final completion packet; and attach a new header to the final completion packet to form a new packet. combine the plurality of completion packets to be collected by the collection engine to form a final completion packet; and attach a new header to the final completion packet to form a new packet.
A method for producing a metal microparticle, in which at least two kinds of fluid to be processed are used, of these at least one fluid to be processed is a metal solution wherein the metal solution is any one of a nickel solution in which a nickel compound is dissolved in a solvent, a tin solution in which a tin compound is dissolved in a solvent, and a gold solution in which a gold compound is dissolved in a solvent, and at least one fluid to be processed which is different from the foregoing solution is a reducing fluid in which at least one kind of a reducing agent is contained, and further, these fluids to be processed are mixed in a thin film fluid formed between at least two processing surfaces which are disposed in a position they are faced with each other so as to be able to approach to and separate from each other, at least one of which rotates relative to the other, thereby separating the metal microparticle having a particle diameter thereof controlled, the reducing fluid is introduced into between the processing surfaces and passes between the at least two processing surfaces while forming the thin film fluid, providing an another introduction path independent of the flow path of the reducing fluid, providing an opening, leading to between the processing surfaces, in at least one of the processing surfaces, leading to the another introduction path, wherein the metal solution is introduced through the opening into between the at least two processing surfaces, thereby mixing the fluids to be processed in the thin film fluid, characterized in that the particle diameter is controlled by changing the introduction velocity of the metal solution from the opening, whereby increasing the introduction velocity results in a larger particle diameter.
A method of performing initial access by a user equipment in a wireless communication system, the method comprising: receiving, from a base station, configuration information representing one or more physical random access channel, PRACH, configurations, receiving (S1 110), from the base station, downlink control information comprising information representing a specific PRACH configuration among the one or more PRACH configurations, through a physical downlink control channel, and transmitting (S1 115), to the base station, at least one of data or a preamble related to the initial access through a PRACH, based on the specific PRACH configuration, wherein the one or more PRACH configurations are configured based on pre-configured types, wherein each of the pre-configured types represents a structure related to the PRACH, and, wherein the pre-configured types are configured based on i) whether the structure includes preamble region only or the preamble region and data region, and ii) the position of the preamble region in association with the data region. receiving, from a base station, configuration information representing one or more physical random access channel, PRACH, configurations, receiving (S1 110), from the base station, downlink control information comprising information representing a specific PRACH configuration among the one or more PRACH configurations, through a physical downlink control channel, and transmitting (S1 115), to the base station, at least one of data or a preamble related to the initial access through a PRACH, based on the specific PRACH configuration, wherein the one or more PRACH configurations are configured based on pre-configured types, wherein each of the pre-configured types represents a structure related to the PRACH, and, wherein the pre-configured types are configured based on i) whether the structure includes preamble region only or the preamble region and data region, and ii) the position of the preamble region in association with the data region.
An air purifying apparatus comprising: a main body being configured to discharge clean air obtained by filtering foreign matters to a discharge port; a floating body which is floated from the main body; a magnetic body placed on the floating body; and a lower module provided corresponding to the magnetic body in the main body, characterized in that: the lower module includes: a lifting and lowering member which is vertically movable, a magnetic force generating unit provided on the lifting and lowering member and generating a magnetic force; and a magnetic force adjusting unit (260; 731) being configured to adjust a magnetic force applied to the magnetic body, and adjust the floating body to be inclined. a main body being configured to discharge clean air obtained by filtering foreign matters to a discharge port; a floating body which is floated from the main body; a magnetic body placed on the floating body; and a lower module provided corresponding to the magnetic body in the main body, characterized in that: the lower module includes: a lifting and lowering member which is vertically movable, a magnetic force generating unit provided on the lifting and lowering member and generating a magnetic force; and a magnetic force adjusting unit (260; 731) being configured to adjust a magnetic force applied to the magnetic body, and adjust the floating body to be inclined. a lifting and lowering member which is vertically movable, a magnetic force generating unit provided on the lifting and lowering member and generating a magnetic force; and a magnetic force adjusting unit (260; 731) being configured to adjust a magnetic force applied to the magnetic body, and adjust the floating body to be inclined. adjust a magnetic force applied to the magnetic body, and adjust the floating body to be inclined.
A refrigeration system for a refrigerated cargo container comprising: a refrigeration unit to provide a flow of supply air for a refrigerated cargo container; a refrigeration system outlet to allow the flow of the supply air into the cargo container; a mixing chamber disposed between the refrigeration unit and the refrigeration system outlet for mixing the flow of supply air and thereby reducing supply air temperature fluctuation at the refrigeration system outlet, and a fan disposed in the mixing chamber to improve mixing of the supply air, wherein a flow of return air from the cargo container is directed into the mixing chamber to mix with the supply air, wherein the flow of return air bypasses the refrigeration unit, and wherein the flow of return air is directed into the mixing chamber when a compressor of the refrigeration unit is operating, characterized in that the flow of return air is not directed into the mixing chamber when the compressor of the refrigeration unit is not operating; the refrigeration system outlet includes a movable closure to retain the flow of supply air in the mixing chamber to enhance mixing; the movable closure remains closed for at least one on/off cycle of a compressor of the refrigeration system; and the refrigeration system further comprises a temperature sensor disposed in the mixing chamber. a refrigeration unit to provide a flow of supply air for a refrigerated cargo container; a refrigeration system outlet to allow the flow of the supply air into the cargo container; a mixing chamber disposed between the refrigeration unit and the refrigeration system outlet for mixing the flow of supply air and thereby reducing supply air temperature fluctuation at the refrigeration system outlet, and a fan disposed in the mixing chamber to improve mixing of the supply air, wherein a flow of return air from the cargo container is directed into the mixing chamber to mix with the supply air, wherein the flow of return air bypasses the refrigeration unit, and wherein the flow of return air is directed into the mixing chamber when a compressor of the refrigeration unit is operating, characterized in that the flow of return air is not directed into the mixing chamber when the compressor of the refrigeration unit is not operating; the refrigeration system outlet includes a movable closure to retain the flow of supply air in the mixing chamber to enhance mixing; the movable closure remains closed for at least one on/off cycle of a compressor of the refrigeration system; and the refrigeration system further comprises a temperature sensor disposed in the mixing chamber.
A T cell composition for use in the treatment of a cancer in a subject which comprises T cells selectively expanded to target clonal neo-antigens characteristic of the subject's cancer, wherein a clonal neoantigen has a cancer cell fraction 95% confidence interval of greater than or equal to 0.75.
A robotic picking assembly comprising - an arm support arrangement configured to move vertically and to rotate about a vertical axis; - a horizontally extendable arm supported in the arm support arrangement; - a gripping tool arranged at a free end of the arm; wherein the arm comprises a plurality of arm modules linked together in a chain, and wherein the arm modules comprise - a pivot means linking adjacent arm modules together in a pivoting manner; - a pivot restriction means (15, 16, 18, 19) limiting curving of the arm to only one direction; wherein the arm support arrangement comprises - an arm guiding arrangement (25, 121, 21a, 21b, 33) configured to guide the arm between an extended position and a retracted position; - an arm drive arrangement configured to move the arm between said extended and retracted positions, wherein the arm drive arrangement is configured to maintain a fixed position with respect to the arm support arrangement when moving the arm between extended and retracted positions; characterised in that when the arm is in the retracted position, a portion of the arm exhibits an upwardly curved shape between the free end and a back end; wherein the back end of the arm is fixed to an end unit of the arm support arrangement. - an arm support arrangement configured to move vertically and to rotate about a vertical axis; - a horizontally extendable arm supported in the arm support arrangement; - a gripping tool arranged at a free end of the arm; wherein the arm comprises a plurality of arm modules linked together in a chain, and wherein the arm modules comprise - a pivot means linking adjacent arm modules together in a pivoting manner; - a pivot restriction means (15, 16, 18, 19) limiting curving of the arm to only one direction; - a pivot means linking adjacent arm modules together in a pivoting manner; - a pivot restriction means (15, 16, 18, 19) limiting curving of the arm to only one direction; wherein the arm support arrangement comprises - an arm guiding arrangement (25, 121, 21a, 21b, 33) configured to guide the arm between an extended position and a retracted position; - an arm drive arrangement configured to move the arm between said extended and retracted positions, wherein the arm drive arrangement is configured to maintain a fixed position with respect to the arm support arrangement when moving the arm between extended and retracted positions; - an arm guiding arrangement (25, 121, 21a, 21b, 33) configured to guide the arm between an extended position and a retracted position; - an arm drive arrangement configured to move the arm between said extended and retracted positions, wherein the arm drive arrangement is configured to maintain a fixed position with respect to the arm support arrangement when moving the arm between extended and retracted positions; characterised in that when the arm is in the retracted position, a portion of the arm exhibits an upwardly curved shape between the free end and a back end; wherein the back end of the arm is fixed to an end unit of the arm support arrangement.
A test arrangement for use in monitoring the status of an elongate cable, the arrangement comprising a plurality of test modules installed, in use, at intervals along a length of the cable, each of the test modules comprising a monitoring apparatus operable to monitor the insulation resistance of the cable either or both of upstream or downstream of the location at which the monitoring apparatus is installed, and the modules communicating with at least a control unit via a distributed communications network, such that the control unit is configured to receive information output by the test modules wherein the received information indicates whether the cable is functional upstream and/or downstream of the location in which that module is installed, the control unit using the outputs of the modules in combination to identify the presence of and approximate location of a fault in the cable based on the monitored insulation resistance.
A method for preparing a compound suitable for use as a primary explosive, comprising the steps of: (a) providing a cupric salt; (b) providing a solvent; (c) providing a 5-nitrotetrazolate salt; (d) combining the cupric salt, the solvent, and the 5-nitrotetrazolate salt to form a mixture; (e) heating the mixture to a temperature of 80 - 130 °C; (f) providing a reducing agent to form a combination containing a cuprous salt; and (g) heating the combination. (a) providing a cupric salt; (b) providing a solvent; (c) providing a 5-nitrotetrazolate salt; (d) combining the cupric salt, the solvent, and the 5-nitrotetrazolate salt to form a mixture; (e) heating the mixture to a temperature of 80 - 130 °C; (f) providing a reducing agent to form a combination containing a cuprous salt; and (g) heating the combination.
Aircraft turbomachine comprising an engine compartment with at least one thermally radiative wall exposed to a heating source, equipment positioned in the engine compartment, and a thermal protection device, the thermal protection device comprising at least one heat shield (16; 26; 36) arranged at least partially between the equipment and the thermally radiative wall, characterized in that the shield (16; 26; 36) comprises air-channeling means (16a, 19; 26a, 26b; 36a; 36b) connected to a cooling air source and configured to direct said cooling air toward the equipment within the engine compartment, and in that the shield (26; 36) comprises at least one first part (26a; 36a) arranged between the equipment and said radiative wall and a second complementary part (26b; 36b) for ventilation of said equipment.
A method for starting a generator-starter with three terminals (B, E, C) capable of developing a predefined torque during a starting phase for starting, by means of an initial torque, a turbine, comprising: • a positive power terminal • a negative power terminal • a positive starting terminal • an armature winding, with a commutator • positive brushes rubbing on the commutator of the armature winding, • negative brushes rubbing on the commutator of the armature winding, • a commutating winding having two terminals (51, 52), a first terminal being connected to the negative brushes, a second terminal being connected to the power terminal, • a series winding having two terminals (21, 22), a first terminal being connected to the starting terminal, a second terminal being connected to a point situated between the positive brushes and the power terminal, the series winding, the armature winding and the commutating winding being connected in series, • a shunt winding having two terminals (31, 32), a first terminal being connected to a positive terminal, a second terminal being connected to a point situated between the negative brushes and the first terminal of the commutating winding, • a voltage regulator having a first terminal and a second terminal, the first terminal being connected to the positive terminal of the shunt winding and the second terminal being connected to the positive power terminal, characterized in that it comprises a step of powering of the shunt winding for a predetermined duration of the starting phase, so as to reduce the initial torque making the turbine switch from a zero speed to a so-called end-of-starting speed. • a positive power terminal • a negative power terminal • a positive starting terminal • an armature winding, with a commutator • positive brushes rubbing on the commutator of the armature winding, • negative brushes rubbing on the commutator of the armature winding, • a commutating winding having two terminals (51, 52), a first terminal being connected to the negative brushes, a second terminal being connected to the power terminal, • a series winding having two terminals (21, 22), a first terminal being connected to the starting terminal, a second terminal being connected to a point situated between the positive brushes and the power terminal, the series winding, the armature winding and the commutating winding being connected in series, • a shunt winding having two terminals (31, 32), a first terminal being connected to a positive terminal, a second terminal being connected to a point situated between the negative brushes and the first terminal of the commutating winding, • a voltage regulator having a first terminal and a second terminal, the first terminal being connected to the positive terminal of the shunt winding and the second terminal being connected to the positive power terminal,
A computer-implemented method for optimizing scans of pre-installed applications, the method comprising: identifying, on a client device, a plurality of applications that are subject to scan-based assessments; determining that the plurality of applications were pre-installed on the client device via a system image, comprising said plurality of applications, for the client device; generating a fingerprint that represents the system image; fulfilling the scan-based assessments for the plurality of applications by transmitting the fingerprint that represents the system image to an assessment server and receiving, in response, an assessment of the system image, identifying, on a client device, a plurality of applications that are subject to scan-based assessments; determining that the plurality of applications were pre-installed on the client device via a system image, comprising said plurality of applications, for the client device; generating a fingerprint that represents the system image; fulfilling the scan-based assessments for the plurality of applications by transmitting the fingerprint that represents the system image to an assessment server and receiving, in response, an assessment of the system image,