mhurhangee/ep-ind-claims huggingface dataset:
A pump control operating system of a construction machine comprising: 1.1 a plurality of hydraulically driven actuators, 1.2 wherein some of the actuators are provided in a one-to-one pump system where hydraulic pumps are connected to the respective actuators such that a working fluid is supplied from the respective pumps, and the remaining actuators are provided in an auxiliary control valve system where the working fluid is distributed by an auxiliary control valve connected to a pump, characterized in that 1.3 the one-to-one pump system is applied to a boom cylinder, an arm cylinder and a swing motor; 1.4 the auxiliary control valve system is applied to a driving motor, a bucket cylinder and an option; 1.5 the boom cylinder is connected to a boom pump, the arm cylinder is connected to an arm pump, and the swing motor is connected to a swing pump, 1.6 wherein when an amount of the working fluid supplied to the auxiliary control valve by the pump is insufficient, the boom pump for driving the boom cylinder is selectively connected to the auxiliary control valve and the working fluid of the boom pump is supplied to the auxiliary control valve to supplement an insufficient amount of working oil of the auxiliary control valve. 1.1 a plurality of hydraulically driven actuators, 1.2 wherein some of the actuators are provided in a one-to-one pump system where hydraulic pumps are connected to the respective actuators such that a working fluid is supplied from the respective pumps, and the remaining actuators are provided in an auxiliary control valve system where the working fluid is distributed by an auxiliary control valve connected to a pump, 1.3 the one-to-one pump system is applied to a boom cylinder, an arm cylinder and a swing motor; 1.4 the auxiliary control valve system is applied to a driving motor, a bucket cylinder and an option; 1.5 the boom cylinder is connected to a boom pump, the arm cylinder is connected to an arm pump, and the swing motor is connected to a swing pump, 1.6 wherein when an amount of the working fluid supplied to the auxiliary control valve by the pump is insufficient, the boom pump for driving the boom cylinder is selectively connected to the auxiliary control valve and the working fluid of the boom pump is supplied to the auxiliary control valve to supplement an insufficient amount of working oil of the auxiliary control valve.
A method of evaluating a treatment for triple negative breast cancer which treatment comprises the use of an androgen receptor inhibitor, the method comprising assaying a biological sample obtained from a subject to determine whether the biological sample obtained from the subject is classified as basal-like subtype or another subtype by: (a) detecting the expression of the set of intrinsic genes listed in Table 1. (b) determining the Basal Centroid classifier score of the sample from the expression of the set of intrinsic genes listed in Table 1; (c) determining the Luminal A Centroid classifier score of the sample from the expression of the set of intrinsic genes listed in Table 1; and (d) calculating a Weighted Basal and Luminal A classifier score from the Basal Centroid classifier score and the Luminal A Centroid classifier score according to the following equation: Weighted Basal and Luminal A classifier score = − 0.25 × Basal Centroid classifier score + 0.27 × Luminal A Centroid classifier score wherein if the Weighted Basal and Luminal A classifier score is greater than -0.3, the breast cancer treatment comprising an androgen receptor inhibitor is more likely to be effective in the subject than if the Weighted Basal and Luminal A classifier score is less than or equal to - 0.3; and wherein the biological sample is selected from the group consisting of a cell, tissue and bodily fluid and wherein the biological sample comprises breast tissue or cells. (a) detecting the expression of the set of intrinsic genes listed in Table 1. (b) determining the Basal Centroid classifier score of the sample from the expression of the set of intrinsic genes listed in Table 1; (c) determining the Luminal A Centroid classifier score of the sample from the expression of the set of intrinsic genes listed in Table 1; and (d) calculating a Weighted Basal and Luminal A classifier score from the Basal Centroid classifier score and the Luminal A Centroid classifier score according to the following equation: Weighted Basal and Luminal A classifier score = − 0.25 × Basal Centroid classifier score + 0.27 × Luminal A Centroid classifier score wherein if the Weighted Basal and Luminal A classifier score is greater than -0.3, the breast cancer treatment comprising an androgen receptor inhibitor is more likely to be effective in the subject than if the Weighted Basal and Luminal A classifier score is less than or equal to - 0.3; and wherein the biological sample is selected from the group consisting of a cell, tissue and bodily fluid and wherein the biological sample comprises breast tissue or cells.
Fiber opening apparatus usable for opening a compressed growing medium including fibers, the compressed growing medium comprising wood and/or bark fiber; the fiber opening apparatus comprising: at least one section (14, 20) having at least one set of adjacent rotating members (32, 60) with projections (34, 64); and a fiber opener section having opener rotating members, each of the opener rotating members having a surface including at least one wire wound around at least a portion of the surface characterized in that each of the opener rotating members has ridges on the surface, the at least one wire being secured within the ridges and in that the wire includes a plurality of projections shaped as pyramid projections; each pyramid projection having a triangular cross-section, forming a wide base which gradually narrows at a top of the pyramid projection; the pyramid projections being capable of engaging the growing medium, the opener rotating members being positioned relative to each other to provide at least one pinch point between adjacent opener rotating members, the opener rotating members being capable of separating fibers from the growing medium passing through the at least one pinch point so that the density of passing fiber is lowered by at least 85%, relative to the density of the input fiber of the compressed growing medium. at least one section (14, 20) having at least one set of adjacent rotating members (32, 60) with projections (34, 64); and a fiber opener section having opener rotating members, each of the opener rotating members having a surface including at least one wire wound around at least a portion of the surface characterized in that each of the opener rotating members has ridges on the surface, the at least one wire being secured within the ridges and in that the wire includes a plurality of projections shaped as pyramid projections; each pyramid projection having a triangular cross-section, forming a wide base which gradually narrows at a top of the pyramid projection; the pyramid projections being capable of engaging the growing medium, the opener rotating members being positioned relative to each other to provide at least one pinch point between adjacent opener rotating members, the opener rotating members being capable of separating fibers from the growing medium passing through the at least one pinch point so that the density of passing fiber is lowered by at least 85%, relative to the density of the input fiber of the compressed growing medium.
A passive dampening ankle joint device coupleable between an attachment and an prosthetic foot to provide limited dorsiflexion-plantarflexion pivoting of the foot with respect to the attachment about a horizontal medial-lateral pivot axis, the ankle joint comprising: i) an ankle platform attachable to the foot; ii) a body with a cylinder rigidly attachable to the attachment and pivotally coupled to the ankle platform at the pivot axis; iii) a piston reciprocally disposed in the cylinder and dividing the cylinder into a pair of chambers, including upper and lower chambers; iv) a link pivotally coupled to and between the piston and the ankle platform; v) a spring disposed in the lower chamber and bearing against the piston to raise the piston, and thus the prosthetic foot during swing phase, and to provide resilient resistance to plantarflexion during heel strike; vi) a pair of flow channels extending between the pair of chambers; vii) a pair of check valves each disposed in a different one of the pair of flow channels configured to allow hydraulic fluid to flow from one chamber to another chamber through one channel, and from the another chamber to the one chamber through another channel; and viii) a pair of control valves each disposed in a different one of the pair of flow channels configured to vary resistance to flow of the hydraulic fluid; and the pivot axis being disposed at a rear of the ankle platform and body nearer a rear of the foot and the link being disposed at a front of the ankle platform forward of the pivot axis. i) an ankle platform attachable to the foot; ii) a body with a cylinder rigidly attachable to the attachment and pivotally coupled to the ankle platform at the pivot axis; iii) a piston reciprocally disposed in the cylinder and dividing the cylinder into a pair of chambers, including upper and lower chambers; iv) a link pivotally coupled to and between the piston and the ankle platform; v) a spring disposed in the lower chamber and bearing against the piston to raise the piston, and thus the prosthetic foot during swing phase, and to provide resilient resistance to plantarflexion during heel strike; vi) a pair of flow channels extending between the pair of chambers; vii) a pair of check valves each disposed in a different one of the pair of flow channels configured to allow hydraulic fluid to flow from one chamber to another chamber through one channel, and from the another chamber to the one chamber through another channel; and viii) a pair of control valves each disposed in a different one of the pair of flow channels configured to vary resistance to flow of the hydraulic fluid; and
Device for releasably linking an actuating member to a transducer or receiver, for example to a switch lever or a gear box of a motor vehicle, with a linking site for fixedly attaching the actuating member, and a reception area for fixedly attaching a linking element of the transducer or the receiver, wherein the reception area has a substantially loop-like outer reception element as well as an inner reception element that is arranged therein, between which an elastic damping element is arranged, characterized in that the damping element is embodied as a separate structural component and at its wall that is facing the outer or the inner reception element (30, 40) has a periodically and/or alternatingly embodied profile in the form of a wave profile, and the linking site has an thread insert for fixedly attaching the actuating member.
Anchor point, in particular for anchoring a cable to the roof of a building, comprising a foot, as well as a means of absorbing energy that is connected to the foot and is provided with a coupling feature for attaching a coupling element to the means of absorbing energy, which means of absorbing energy comprises an elongated absorbing element that is provided with plates which extend radially, characterised in that the plates are situated axially along the length of the elongated absorbing element at equal distances from each other, which distances are such that at bending of the energy absorbing element the plates will come in contact and slide over each other.
An apparatus of a user equipment, UE, operable for monitoring a downlink, DL, control channel, the apparatus comprising: one or more processors configured to: monitor the DL control channel for DL control information, DCI, at predetermined monitoring occasions corresponding to slots of a numerology of the DL control channel, wherein: the predetermined monitoring occasions have a periodicity of P slots of the numerology of the DL control channel with an offset of O s slots of the numerology of the DL control channel; O s is an offset with respect to a first slot of the numerology of the DL control channel in subframe number zero, SFN#0; and P is a positive integer greater than zero; and decode, from a higher layer signal, a value of P and a value of O s, wherein the value of P and the value of O s are each based on the numerology of the DL control channel; and a memory interface configured to store in a memory the value of P. one or more processors configured to: monitor the DL control channel for DL control information, DCI, at predetermined monitoring occasions corresponding to slots of a numerology of the DL control channel, wherein: the predetermined monitoring occasions have a periodicity of P slots of the numerology of the DL control channel with an offset of O s slots of the numerology of the DL control channel; O s is an offset with respect to a first slot of the numerology of the DL control channel in subframe number zero, SFN#0; and P is a positive integer greater than zero; and decode, from a higher layer signal, a value of P and a value of O s, monitor the DL control channel for DL control information, DCI, at predetermined monitoring occasions corresponding to slots of a numerology of the DL control channel, wherein: the predetermined monitoring occasions have a periodicity of P slots of the numerology of the DL control channel with an offset of O s slots of the numerology of the DL control channel; O s is an offset with respect to a first slot of the numerology of the DL control channel in subframe number zero, SFN#0; and P is a positive integer greater than zero; and the predetermined monitoring occasions have a periodicity of P slots of the numerology of the DL control channel with an offset of O s slots of the numerology of the DL control channel; O s is an offset with respect to a first slot of the numerology of the DL control channel in subframe number zero, SFN#0; and P is a positive integer greater than zero; and decode, from a higher layer signal, a value of P and a value of O s, wherein the value of P and the value of O s are each based on the numerology of the DL control channel; and a memory interface configured to store in a memory the value of P.
A full-fiber burner brick, comprising a full-fiber brick body and a coating coated on surface of the full-fiber brick body; the full-fiber brick body is prepared from a raw material including the following components in mass ratio: alumina crystal fiber 20%∼50%; high-aluminum blown fiber 5%∼20%; fine powder filler 20%∼50%; inorganic binder 30%∼50%; organic binder 5%∼15%; flocculant 1%∼5%; the alumina crystal fiber is composed of a combination of fibers of different lengths, and mass ratio of the fibers of different lengths in the alumina crystal fiber is: 0.01 mm ≤ length < 0.05 mm 25%∼35%; 0.05 mm ≤ length < 0.1mm 35%∼45%; 0.1 mm ≤ length < 1 mm 25%∼35%; the high-aluminum blown fiber is composed of a combination of fibers of different lengths, and mass ratio of the fibers of different lengths in the high-aluminum blown fiber is: 0.01 mm ≤ length < 0.05 mm 25%∼35%; 0.05 mm ≤ length < 0.1mm 35%∼45%; 0.1 mm ≤ length < 1 mm 25%∼35%; wherein, the fine powder filler is alumina fine powder, and wherein the fine powder filler is composed of particles of different particle sizes, and mass ratio of the fine powder filler of different particle sizes in the raw material is: 200∼325 mesh filler 10%∼20%; 1000 mesh filler 10%∼30% the full-fiber brick body is prepared from a raw material including the following components in mass ratio: alumina crystal fiber 20%∼50%; high-aluminum blown fiber 5%∼20%; fine powder filler 20%∼50%; inorganic binder 30%∼50%; organic binder 5%∼15%; flocculant 1%∼5%; the alumina crystal fiber is composed of a combination of fibers of different lengths, and mass ratio of the fibers of different lengths in the alumina crystal fiber is: 0.01 mm ≤ length < 0.05 mm 25%∼35%; 0.05 mm ≤ length < 0.1mm 35%∼45%; 0.1 mm ≤ length < 1 mm 25%∼35%; the high-aluminum blown fiber is composed of a combination of fibers of different lengths, and mass ratio of the fibers of different lengths in the high-aluminum blown fiber is: 0.01 mm ≤ length < 0.05 mm 25%∼35%; 0.05 mm ≤ length < 0.1mm 35%∼45%; 0.1 mm ≤ length < 1 mm 25%∼35%; wherein, the fine powder filler is alumina fine powder, and wherein the fine powder filler is composed of particles of different particle sizes, and mass ratio of the fine powder filler of different particle sizes in the raw material is: 200∼325 mesh filler 10%∼20%; 1000 mesh filler 10%∼30%
A chemically modified synthetic short interfering nucleic acid (siNA) molecule capable of down-regulating a target gene expression in cells by RNA interference (RNAi), wherein the siNA comprises: (a) a sense strand and an antisense strand; (b) each strand of the nucleic acid molecule is independently 18 to 24 nucleotides in length and the siNA duplex is 17 to 23 base pairs; and (c) a conjugate covalently attached to the siNA molecule; wherein one or more of the pyrimidine nucleotides of the sense strand are chemically modified with 2'-deoxy, 2'-O-methyl, 2'-deoxy-2'-fluoro, and/or one or more universal base modified nucleotides; and one or more of the pyrimidine nucleotides of the antisense strand are chemically modified with 2'-deoxy, 2'-O-methyl, 2'-deoxy-2'-fluoro, and/or one or more universal base modified nucleotides, wherein the siNA molecule comprises 5 2'-O-methyl modifications in the sense strand, and wherein the conjugate: is selected from the group consisting of lipids, phospholipids, antibodies, toxins, negatively charged polymers, proteins, peptides, hormones, carbohydrates, polyethylene glycols, and polyamines; or comprises a ligand for a cellular receptor. (a) a sense strand and an antisense strand; (b) each strand of the nucleic acid molecule is independently 18 to 24 nucleotides in length and the siNA duplex is 17 to 23 base pairs; and (c) a conjugate covalently attached to the siNA molecule;
A fusion splicing apparatus for optical fibers comprising: a fusion splicing unit configured to fusion splice optical fibers by electric discharges; a clock unit configured to output a current date and time; and a fusion control unit configured to control an operation of the fusion splicing unit and stop the operation of the fusion splicing unit when a remaining period of use known on the basis of the current date and time output from the clock unit and a usable period input from the outside in advance is zero or less, wherein the fusion control unit comprises a clock abnormality detection unit arranged to detect an abnormality in the clock unit; wherein the fusion control unit further comprises a remaining period of use calculation unit and a remaining period of use estimation unit, wherein the remaining period of use calculation unit is arranged to provide the remaining period of use known on the basis of the current date and time output from the clock unit and the usable period input from the outside in advance; wherein the remaining period of use estimation unit is configured to record information on the number of times of electric discharge per unit period when the clock unit is normal and configured to determine the remaining period of use assuming that the unit period has elapsed when the number of times of electric discharge has reached the number of times of electric discharge per unit period in a case in which an abnormality of the clock unit is detected. a fusion splicing unit configured to fusion splice optical fibers by electric discharges; a clock unit configured to output a current date and time; and a fusion control unit configured to control an operation of the fusion splicing unit and stop the operation of the fusion splicing unit when a remaining period of use known on the basis of the current date and time output from the clock unit and a usable period input from the outside in advance is zero or less, wherein the fusion control unit comprises a clock abnormality detection unit arranged to detect an abnormality in the clock unit; wherein the fusion control unit further comprises a remaining period of use calculation unit and a remaining period of use estimation unit, wherein the remaining period of use calculation unit is arranged to provide the remaining period of use known on the basis of the current date and time output from the clock unit and the usable period input from the outside in advance; wherein the remaining period of use estimation unit is configured to record information on the number of times of electric discharge per unit period when the clock unit is normal and configured to determine the remaining period of use assuming that the unit period has elapsed when the number of times of electric discharge has reached the number of times of electric discharge per unit period in a case in which an abnormality of the clock unit is detected.
Induction head for welding multilayer stacks for printed circuits and the like, comprising a first inductor core associated with an excitation inductance; a second inductor core cooperating with the first core to guide a magnetic flux to at least one junction area of a multilayer stack interposed between said cores (3, 4), characterized in that it comprises a path (30, 31) for a cooling fluid, which extends along at least one of said first and second inductor cores (3, 4).
Water tank with water filter cartridge, characterized in that the water filter cartridge comprises two water filter cartridge outlets (2.1; 2.2) which are arranged concentrically to one another for two hydraulically separated flow channels (3; 4) for providing two differently processed filtrate flows.
A support member assembly suitable for use in a contact probe head for contacting an object to be contacted, comprising: a support member formed with a plurality of holder holes for supporting conductive contact members in a mutually parallel relationship, the support member being made of plastic material suitable for forming such holder holes; and a reinforcing member, which consists of metallic materials, glass, ceramics or silicon and which is integrally buried within the support member, said reinforcing member extending only in a part of the support member devoid of any holder holes and extending to a vicinity of the outer periphery of the support member. a support member formed with a plurality of holder holes for supporting conductive contact members in a mutually parallel relationship, the support member being made of plastic material suitable for forming such holder holes; and a reinforcing member, which consists of metallic materials, glass, ceramics or silicon and which is integrally buried within the support member, said reinforcing member extending only in a part of the support member devoid of any holder holes and extending to a vicinity of the outer periphery of the support member.