mhurhangee/ep-ind-claims huggingface dataset:
A device for inspecting a spark plug insulator for bending, the spark plug insulator including a cylindrical body having a radially enlarged flange at an axially intermediate portion thereof, and a through hole that is formed in the body along an axial direction of the body, the device comprising: an insulator supporting means for supporting the spark plug insulator so as to be slidable in an axial direction of the spark plug insulator; a linear inspection pin that is to be inserted into the through hole of the spark plug insulator supported by the insulator supporting means; and a detecting means for detecting a sliding movement of the spark plug insulator when the spark plug insulator is caused to slide in the axial direction thereof by the inspection pin that is prevented from completely penetrating the through hole of the spark plug insulator owing to bending of the spark plug insulator which exceeds a predetermined tolerance. an insulator supporting means for supporting the spark plug insulator so as to be slidable in an axial direction of the spark plug insulator; a linear inspection pin that is to be inserted into the through hole of the spark plug insulator supported by the insulator supporting means; and a detecting means for detecting a sliding movement of the spark plug insulator when the spark plug insulator is caused to slide in the axial direction thereof by the inspection pin that is prevented from completely penetrating the through hole of the spark plug insulator owing to bending of the spark plug insulator which exceeds a predetermined tolerance.
An automatic, high speed labeling machine used to apply labels to produce (1006 - 1008), wherein a label applicator having a plurality of bellows carried on a rotary head includes a label stripper to strip individual labels from a label carrier strip and transfer said labels onto the tip of a single bellow, and thereafter onto individual items of produce, wherein said label carrier strip has a center region extending in a longitudinal direction and first and second lateral edges (11; 111, 112; 211, 212; 511), wherein the labeling machine comprises a label stripper surface configured to be in contact with said label carrier strip to separate individual labels from said center region of said label carrier strip when drawn across said label stripper surface, characterized by: said label stripper having a body, two mounting ears (232, 233) and a contoured surface, said contoured surface including a central stripping segment and first and second separation segments (241, 242), and being configured such that said central stripping segment is positioned relative to said carrier strip in such a way, that it is engaged with the center region of said carrier strip, wherein said first and second separation segments (241, 242) are positioned laterally on opposite sides of said central stripping segment, and both separation segments (241, 242) have surfaces inclined in a direction away from said carrier strip, wherein the labeling machine is further configured such that upon stripping of a label by said central stripping segment, said first and second lateral edges (211, 212) of said carrier strip are spaced apart from said contoured surface by said separation segments (241, 242) and do not contact said contoured surface of said label stripper. said label stripper having a body, two mounting ears (232, 233) and a contoured surface, said contoured surface including a central stripping segment and first and second separation segments (241, 242), and being configured such that said central stripping segment is positioned relative to said carrier strip in such a way, that it is engaged with the center region of said carrier strip, wherein said first and second separation segments (241, 242) are positioned laterally on opposite sides of said central stripping segment, and both separation segments (241, 242) have surfaces inclined in a direction away from said carrier strip, wherein the labeling machine is further configured such that upon stripping of a label by said central stripping segment, said first and second lateral edges (211, 212) of said carrier strip are spaced apart from said contoured surface by said separation segments (241, 242) and do not contact said contoured surface of said label stripper.
Vehicle window pane, comprising, in this order: a. a first glass pane, b. one or a plurality of polymer layers, c. a PDLC layer, comprising a polymer matrix in which liquid crystal droplets are embedded, wherein an electrically conductive layer (3, 5) is arranged in each case on both sides of the PDLC layer, or an SPD layer, comprising a polymer matrix in which suspension droplets are embedded, in which light-polarizing particles are suspended, wherein an electrically conductive layer is arranged in each case on both sides of the SPD layer, d. one or a plurality of polymer layers, and e. a second glass pane, characterized in that in the case of the PDLC layer, the liquid crystal droplets or in the case of the SPD layer, the suspension droplets have an average size of more than 2 μm, wherein the average particle size is determined by measuring the diameter of at least 50 liquid crystal droplets or suspension droplets in a scanning electron microscope photo of a cross-section of the PDLC layer or the SPD layer and by calculation of the arithmetic mean of the diameters measured on the photo. a. a first glass pane, b. one or a plurality of polymer layers, c. a PDLC layer, comprising a polymer matrix in which liquid crystal droplets are embedded, wherein an electrically conductive layer (3, 5) is arranged in each case on both sides of the PDLC layer, or an SPD layer, comprising a polymer matrix in which suspension droplets are embedded, in which light-polarizing particles are suspended, wherein an electrically conductive layer is arranged in each case on both sides of the SPD layer, d. one or a plurality of polymer layers, and e. a second glass pane,
A work machine, comprising: a work device having a boom, an arm, and a bucket; a plurality of hydraulic actuators (11, 12, 13) that drive the work device; an operation device that outputs an operation signal in response to an operator's operation and that instructs the plurality of hydraulic actuators (11, 12, 13) to be actuated; and a controller that limits a velocity at which the work device approaches a predetermined design surface to be equal to or lower than a predetermined limiting velocity in such a manner that the work device is located onto or above the design surface when the operation device is operated, wherein the controller sets the limiting velocity, when determining that a work phase of the work device is compaction work, to be higher than the limiting velocity when determining that the work phase of the work device is other than the compaction work, characterized in that: determines whether the work phase of the work device is the compaction work on a basis of a posture of the bucket with respect to the design surface in a case in which the operation device instructs the work device to approach the design surface a work device having a boom, an arm, and a bucket; a plurality of hydraulic actuators (11, 12, 13) that drive the work device; an operation device that outputs an operation signal in response to an operator's operation and that instructs the plurality of hydraulic actuators (11, 12, 13) to be actuated; and a controller that limits a velocity at which the work device approaches a predetermined design surface to be equal to or lower than a predetermined limiting velocity in such a manner that the work device is located onto or above the design surface when the operation device is operated, wherein the controller sets the limiting velocity, when determining that a work phase of the work device is compaction work, to be higher than the limiting velocity when determining that the work phase of the work device is other than the compaction work, characterized in that: determines whether the work phase of the work device is the compaction work on a basis of a posture of the bucket with respect to the design surface in a case in which the operation device instructs the work device to approach the design surface
POWER STEERING SYSTEM FOR AUTOMOBILES using motors to increase the torque supplied by the driver to the steering axle and steering wheel to vary the longitudinal inclination of the steered wheels (rim and tyre), wherein this system is located partially in the automobile wheels so that after fitting the corresponding tyre, each wheel incorporates the brakes and the steering system, wherein the steering system comprises a body to which one or more motors are attached by their corresponding supports, which move the pivoting axle of the steering for each steered wheel, characterised in that said pivoting axle of the steering is in the suspension arm, acting as such a shock absorber, one end of which pivots on the first suspension arm, while the opposite end fits to the body at its upper part and solidly to the lower part of the body on a transmission gearbox, a fixed circular crown gear to which the driving pinions mesh, fitted by appropriate means to the ends of the shafts of each motor, the crown gear being fixed to the lower cover of the transmission gearbox with the driving pinions rotating round the crown gear, making the entire body and turning axle of the wheel turn incorporating the necessary means in the body.
A method for identifying a rare variant in proximity to a structural variation in a sequence, the method being implemented on a system and comprising the steps of: obtaining a plurality of nucleic acid sequence reads, wherein at least one nucleic acid read comprises a rare variant and a structural variation; comparing said reads to a reference directed acyclic graph, wherein said reference DAG is stored in computer memory and comprises nodes representing at least two alternative sequences at a first position in the reference DAG, one of which is the structural variation; scoring sequence overlaps for each nucleic acid read against the reference DAG; aligning each read to a location on the reference DAG such that the score for each read is maximized; and identifying the rare variant as being aligned within 100bp or fewer of the structural variation. obtaining a plurality of nucleic acid sequence reads, wherein at least one nucleic acid read comprises a rare variant and a structural variation; comparing said reads to a reference directed acyclic graph, wherein said reference DAG is stored in computer memory and comprises nodes representing at least two alternative sequences at a first position in the reference DAG, one of which is the structural variation; scoring sequence overlaps for each nucleic acid read against the reference DAG; aligning each read to a location on the reference DAG such that the score for each read is maximized; and identifying the rare variant as being aligned within 100bp or fewer of the structural variation.
A method (700, 800, 900) for transmitting data using an array antenna in a wireless communications system, comprising: forming a first subarray from a first set of array elements of an array antenna; forming a second subarray from a second set of array elements of the array antenna; selecting a first set of beamforming weights for the first subarray and a second set of beamforming weights for the second subarray, the selected beamforming weights causing a power radiation pattern of the first subarray to be complementary to a power radiation pattern of the second subarray over a range of an azimuth angle of a cell, wherein the selecting is based at least in part on a recursive relation based at least in part on a number of elements in the first subarray and the second subarray. forming a first subarray from a first set of array elements of an array antenna; forming a second subarray from a second set of array elements of the array antenna; selecting a first set of beamforming weights for the first subarray and a second set of beamforming weights for the second subarray, the selected beamforming weights causing a power radiation pattern of the first subarray to be complementary to a power radiation pattern of the second subarray over a range of an azimuth angle of a cell, wherein the selecting is based at least in part on a recursive relation based at least in part on a number of elements in the first subarray and the second subarray.
A computer-implemented method, operable in a content delivery network comprising a plurality of cache servers, the method comprising: at a cache server in the content delivery network, obtaining a first domain name, said first domain name being a fully qualified domain name and being part of a client request for a resource from said cache server; determining one or more values forming part of the client request; selecting to redirect the client request based on determining whether said cache server has said requested resource, and in response to said selection generating a second domain name, said second domain name including first information from said first domain name and second information determined from said one or more values forming part of the client request; and redirecting the client request to the second domain name by providing the second domain name to the client. at a cache server in the content delivery network, obtaining a first domain name, said first domain name being a fully qualified domain name and being part of a client request for a resource from said cache server; determining one or more values forming part of the client request; selecting to redirect the client request based on determining whether said cache server has said requested resource, and in response to said selection generating a second domain name, said second domain name including first information from said first domain name and second information determined from said one or more values forming part of the client request; and redirecting the client request to the second domain name by providing the second domain name to the client.
A dedusting head (100, 400) for a strip material transformation line, having at least one air duct (101, 102), and comprising at least one antistatic device (1, 201, 301), wherein said antistatic device (1, 201, 301) comprises: - a housing (2, 202, 302) comprising a low voltage power supply inlet; and - at least one tip deionization electrode associated with said housing (2, 202, 302); characterized in that said antistatic device further comprises: - at least one engagement body interposed between said housing (2, 202, 302) and a respective said at least one tip deionization electrode so as to arrange said at least one tip deionization electrode inside said at least one air duct (101, 102); and - an electrical circuit arranged inside said housing (2, 202, 302) and connected to said low voltage power supply inlet and to said at least one electrode, said electrical circuit comprising a high electrical voltage generator arranged inside said housing and configured to generate a high electrical voltage inside said housing (2, 202, 302) to be supplied to said at least one deionization electrode. wherein said antistatic device (1, 201, 301) comprises: - a housing (2, 202, 302) comprising a low voltage power supply inlet; and - at least one tip deionization electrode associated with said housing (2, 202, 302); - a housing (2, 202, 302) comprising a low voltage power supply inlet; and - at least one tip deionization electrode associated with said housing (2, 202, 302); characterized in that said antistatic device further comprises: - at least one engagement body interposed between said housing (2, 202, 302) and a respective said at least one tip deionization electrode so as to arrange said at least one tip deionization electrode inside said at least one air duct (101, 102); and - an electrical circuit arranged inside said housing (2, 202, 302) and connected to said low voltage power supply inlet and to said at least one electrode, said electrical circuit comprising a high electrical voltage generator arranged inside said housing and configured to generate a high electrical voltage inside said housing (2, 202, 302) to be supplied to said at least one deionization electrode. - at least one engagement body interposed between said housing (2, 202, 302) and a respective said at least one tip deionization electrode so as to arrange said at least one tip deionization electrode inside said at least one air duct (101, 102); and - an electrical circuit arranged inside said housing (2, 202, 302) and connected to said low voltage power supply inlet and to said at least one electrode, said electrical circuit comprising a high electrical voltage generator arranged inside said housing and configured to generate a high electrical voltage inside said housing (2, 202, 302) to be supplied to said at least one deionization electrode.
Plate of a plate exchanger, this plate comprising: - two main surfaces (40A, 40B) provided with ribs which are intended to define channels for circulation of a heat transfer medium, and - edges (41, 42) which surround the main surfaces, at least one of which has undulations which each define a bottom, the plate being characterised in that the bottom of at least one first undulation is provided with a recessed housing on the side of a first main surface and the bottom of at least one second undulation is provided with a member projecting from the side of the second main surface, the projecting member being adapted to be locked, in a direction which is perpendicular to the edge which has the undulations and perpendicular to a central axis of the plate, itself perpendicular to the main surfaces (40A, 40B) thereof, in the recessed housing of an identical plate. - two main surfaces (40A, 40B) provided with ribs which are intended to define channels for circulation of a heat transfer medium, and - edges (41, 42) which surround the main surfaces, at least one of which has undulations which each define a bottom,
A DNA targeting composition comprising a first Cpf1 gRNA and a second Cpf1 gRNA, wherein the first Cpf1 gRNA comprises a polynucleotide sequence set forth in SEQ ID NO: 56 and the second Cpf1 gRNA comprises a polynucleotide sequence set forth in SEQ ID NO: 61.
A composition comprising a cosmetically effective amount of a Murumuru butter that ranges from 0.001% to 5% by weight, a cosmetically effective amount of an Acai berry extract that ranges from 0.0001% to 2% by weight and a cosmetically effective amount of an Inca Inchi oil that ranges from 0.005% to 15% by weight of the total composition.
A slinger ring for a melt spinning apparatus, comprising a cylindrical, mechanically shaped main element which is composed of a refractory metal or a refractory metal-based alloy and has a circumferential surface running in a tangential direction, which surface is delimited in the axial direction by two end faces, characterized in that the degree of deformation in the radial direction is greater than the degree of deformation in the axial direction, wherein the average circumference-side grain aspect ratio ku, which is obtained in plan view onto the circumferential surface, is smaller than the average end-face-side grain aspect ratio k s, which is obtained in plan view onto one of the end faces, with grain aspect ratio giving the ratio of grain length to grain width, determinable by the method according to the description, wherein the grain aspect ratio ku is in a range of 1 < ku < 1.7 and wherein the grain aspect ratio k s is in a range of k s ≥ 1.8.
An electroencephalogram electrode comprising: a bottom portion on which a connection member is placed, the connection member which is configured to supply a biological signal that is acquired from a subject through the conductive gel, to an external apparatus; an annular wall which annularly extends from the bottom portion in a contact direction with respect to the subject, and which is configured to bend toward the outside when the electroencephalogram electrode is attached to the subject; and a plurality of barb members which are disposed in a holding space for a conductive gel that is located inside the annular wall, which fix the conductive gel in a hooking manner and prevent the conductive gel from dropping, and which elongate from the bottom portion in the contact direction with respect to the subject. a bottom portion on which a connection member is placed, the connection member which is configured to supply a biological signal that is acquired from a subject through the conductive gel, to an external apparatus; an annular wall which annularly extends from the bottom portion in a contact direction with respect to the subject, and which is configured to bend toward the outside when the electroencephalogram electrode is attached to the subject; and a plurality of barb members which are disposed in a holding space for a conductive gel that is located inside the annular wall, which fix the conductive gel in a hooking manner and prevent the conductive gel from dropping, and which elongate from the bottom portion in the contact direction with respect to the subject.
An isolated nucleic acid molecule comprising a nucleotide sequence as set forth in: 5'-agg pnn tgn atg pan tgg atg-3' (SEQ ID NO:10); or 5'-agg pnn tgn ntg ptn tgg atg-3' (SEQ ID NO:11); wherein p = a universal nucleotide and n = a cytidine analog having a C-5 modification.
A seat recliner, comprising an inner toothed plate having an inner ring gear and fixedly connected with a seat back, a shaft shoulder being provided at a center of the inner toothed plate; an outer toothed plate having an outer ring gear and fixedly connected with a seat cushion, an axis central hole being provided at a center of the outer toothed plate; the outer ring gear being engaged with the inner ring gear and a radially eccentric region being formed between the shaft shoulder and the axis central hole; an eccentric wheel provided in the radially eccentric region, and wherein the eccentric wheel, the inner toothed plate and the outer toothed plate forms a planetary gear transmission mechanism with small tooth number difference; a wedge-shaped block provided in the radially eccentric region; and wherein the eccentric wheel and the wedge-shaped block are configured to eliminate a clearance between the eccentric wheel and the axis central hole of the outer toothed plate as well as a clearance between engaged teeth under a circumferential force exerted by an elastic member; and a drive component driving the eccentric wheel or the wedge-shaped block so as to rotate the inner toothed plate by an angle relative to the outer toothed plate; wherein the eccentric wheel is of integral eccentric annular shape and fully occupies a positive eccentric region between the shaft shoulder of the inner toothed plate and the axis central hole of the outer toothed plate; the wedge-shaped block is disposed in a recess of the eccentric wheel; and the recess for receiving the wedge-shaped block is provided at a position on the eccentric wheel deviating from a positive eccentric direction, and the wedge-shaped block is rotatable around the shaft shoulder of the inner toothed plate in the recess circumferentially, wherein the elastic member is a wedging torsion spring and has two axial supporting legs (71, 71') which are disposed in the same direction, one axial supporting leg is insertedly installed in the wedge-shaped block, and the other axial supporting leg abuts against a side wall of the recess close to the positive eccentric direction, wherein the wedging torsion spring and the wedge-shaped block are respectively provided at opposite sides of the eccentric wheel; an arc groove is provided in a bottom wall of the recess of the eccentric wheel, and the two axial supporting legs (71, 71') of the wedging torsion spring extend through the arc groove and then fit with the wedge-shaped block and the eccentric wheel, respectively.