mhurhangee/ep-ind-claims huggingface dataset:
A construction vehicle comprising: a hydraulic pump; a working implement with a lift arm and a bucket pivotally mounted on the lift arm, the working implement further including, as hydraulic actuators driven by a hydraulic fluid supplied from the hydraulic pump, a lift cylinder for oscillating the lift arm and a bucket cylinder for turning the bucket; an operating device for operating the working implement; a traveling drive device for driving wheels (18 a, 18 b, 18 c, 18 d) characterized in that a controller 100) configured so that if the lift arm fails to operate despite an operating instruction being imparted to the lift arm via the operating device, and a stroke of the bucket cylinder is equal to or less than a setting value, the controller reduces a limit value for an increase rate of a torque requirement in the traveling drive device, compared to when the lift arm rises as instructed or when the stroke of the bucket cylinder exceeds the setting value. a hydraulic pump; a working implement with a lift arm and a bucket pivotally mounted on the lift arm, the working implement further including, as hydraulic actuators driven by a hydraulic fluid supplied from the hydraulic pump, a lift cylinder for oscillating the lift arm and a bucket cylinder for turning the bucket; an operating device for operating the working implement; a traveling drive device for driving wheels (18 a, 18 b, 18 c, 18 d) characterized in that a controller 100) configured so that if the lift arm fails to operate despite an operating instruction being imparted to the lift arm via the operating device, and a stroke of the bucket cylinder is equal to or less than a setting value, the controller reduces a limit value for an increase rate of a torque requirement in the traveling drive device, compared to when the lift arm rises as instructed or when the stroke of the bucket cylinder exceeds the setting value.
A fixed structure of an eccentric rod employed for a vibration generator, comprising: a rotation driving means having a driving shaft; a substantially bar-shaped eccentric rod (30A, 30B), having an eccentric weight portion on the side of a first end and having a rod portion connected to said driving shaft on the side of a second end, rotating by power transmitted from said rotation driving means through said driving shaft; and a vibrating portion, having a bearing portion inside a portion closer to a first end so that said first end of said eccentric rod (30A, 30B) is inserted into said bearing portion, arranged to cover said eccentric rod (30A, 30B), wherein said eccentric weight portion has a first central axis extending along the longitudinal direction of said eccentric weight portion, said rod portion has a second central axis extending along the longitudinal direction of said rod portion, an extension line is defined by extending said second central axis toward the side of said eccentric weight portion, and the eccentric weight portion is integrally constituted of a columnar insertional portion, a weight portion substantially C-shaped in section and a connecting portion; characterized in that said first central axis of said eccentric weight portion and said extension line define an angle (θ) which is greater than 0° and not more than 10° in a state where said first end of said eccentric rod (30A, 30B) is not inserted into said bearing portion, such that when the insertional portion is inserted into said bearing portion, the side of said first end of said eccentric rod (30A, 30B) is displaced in a first direction so that the outer peripheral surface of said insertional portion is regularly pressed against the inner peripheral surface of said bearing portion by a restoring force to be displaced in a second direction generated on the side of the first end of said eccentric rod. a rotation driving means having a driving shaft; a substantially bar-shaped eccentric rod (30A, 30B), having an eccentric weight portion on the side of a first end and having a rod portion connected to said driving shaft on the side of a second end, rotating by power transmitted from said rotation driving means through said driving shaft; and a vibrating portion, having a bearing portion inside a portion closer to a first end so that said first end of said eccentric rod (30A, 30B) is inserted into said bearing portion, arranged to cover said eccentric rod (30A, 30B), wherein
A thermal air flow sensor having a hollow in a portion of a detecting element for detection of an air flow rate, wherein the detecting element is fixed to a sensor structural member (60, 70a, 70) so that the hollow is not in direct fluid communication with a detection chamber positioned on a reverse surface to the hollow, characterized in that a communicating passage (600, 601) is provided to allow fluid communication between the hollow and a circuit chamber, in which a driving circuit of the detecting element is mounted, wherein the communicating passage allows pressure in the hollow to balance with pressure in the circuit chamber, and said circuit chamber has a ventilation hole to make pressure in the circuit chamber equal to the atmosphere.
A valve for use in an inflatable orthopedic device, comprising: an inlet port (132; 320; 502); a plurality of outlet ports (134a-c; 322a-c; 504a-d); and an internal fluid flow control (110; 210; 310; 410; 500) that is positionable in two or more orientations, the control comprising a rotatable dial (110; 210; 310; 410; 528) and a first fluid path (152, 164, 166; 330, 332, 334; 510, 526) passing through the center of the control is created between the inlet port and a first of the outlet ports when the control is positioned in a first orientation, and a second fluid path (152, 164, 166; 330, 332, 334; 510, 526) passing through the center of the control is created between the inlet port and a second of the outlet ports when the control is positioned in a second orientation; characterized in that the rotatable dial has a rotatable dome shaped body; wherein: the dome shaped body comprises a concave inner portion; the control extends from the concave inner portion; and the inlet port and plurality of outlet ports extend from the control within the concave inner portion. an inlet port (132; 320; 502); a plurality of outlet ports (134a-c; 322a-c; 504a-d); and an internal fluid flow control (110; 210; 310; 410; 500) that is positionable in two or more orientations, the control comprising a rotatable dial (110; 210; 310; 410; 528) and a first fluid path (152, 164, 166; 330, 332, 334; 510, 526) passing through the center of the control is created between the inlet port and a first of the outlet ports when the control is positioned in a first orientation, and a second fluid path (152, 164, 166; 330, 332, 334; 510, 526) passing through the center of the control is created between the inlet port and a second of the outlet ports when the control is positioned in a second orientation; the dome shaped body comprises a concave inner portion; the control extends from the concave inner portion; and the inlet port and plurality of outlet ports extend from the control within the concave inner portion.
A method for configuring a wireless network, the method comprising: establishing, within a radio access network, a first color code for a femto subnet and a second color code for a macro subnet, the femto subnet including a plurality of femto cells, and the macro subnet including at least one macro cell, the macro subnet bordering the femto subnet; identifying which of the plurality of femto cells border the macro subnet; first assigning the established first and second color codes to the identified border femto cells in the femto subnet; and second assigning only the established first color code to non-bordering femto cells in the femto subnet, wherein the method further comprising assigning only the established second color code to the macro cell in the macro subnet. establishing, within a radio access network, a first color code for a femto subnet and a second color code for a macro subnet, the femto subnet including a plurality of femto cells, and the macro subnet including at least one macro cell, the macro subnet bordering the femto subnet; identifying which of the plurality of femto cells border the macro subnet; first assigning the established first and second color codes to the identified border femto cells in the femto subnet; and second assigning only the established first color code to non-bordering femto cells in the femto subnet, wherein the method further comprising assigning only the established second color code to the macro cell in the macro subnet.
A communications system having at least one communications means by means of which the communications system can be connected to at least one further processing unit and/or to a further communications system, having at least one first memory means, having at least one second memory means and having at least one security apparatus, wherein identical information is stored on the first and second memory means and wherein damage to the communications system can be determined with reference to a comparison of this information by means of the security apparatus, wherein the first memory means is a first memory having a system library in which at least one directory of the system interfaces provided by the system library is stored as information and that the second memory means is a second memory having a copy of the system library of the first memory in which at least one directory of the system interfaces provided by the system library is stored as information, characterized in that a third memory means is provided and that single damaged system interfaces can be identified by at least one property of the system interfaces which is independent of the communications system and/or of properties of the communications system, with at least one property being able to be stored or being stored as information in the third memory means and with a checksum being able to be formed by means of the security apparatus using this information; and that the type of damage can be determined by means of the checksum in that the checksum is comparable by means of the security apparatus with checksums stored in the security apparatus and already known.
An electrolyte, characterized in that, the electrolyte comprising: a fluorinated cyclic carbonate, a multi-nitrile compound having an ether bond and a compound having a sulfur-oxygen double bond; wherein based on a total weight of the electrolyte, a weight percentage (C f) of the fluorinated cyclic carbonate is greater than a weight percentage (C n) of the multi-nitrile compound having the ether bond, wherein the multi-nitrile compound having the ether bond is selected from a compound represented by Formula: wherein, R 1, R 2, and R 3 each represent -(CH 2) a -CN or -(CH 2) b -O-(CH 2) c -CN; R 4 represents hydrogen, an alkyl group having 1-5 carbon atoms, -(CH 2) a -CN, or -(CH 2) b -O-(CH 2) c -CN; at least one of R 1, R 2, R 3, and R 4 is -(CH 2) b -O-(CH 2) c -CN; and a, b and c are each independently an integer from 0 to 10. wherein the multi-nitrile compound having the ether bond is selected from a compound represented by Formula: wherein, R 1, R 2, and R 3 each represent -(CH 2) a -CN or -(CH 2) b -O-(CH 2) c -CN; R 4 represents hydrogen, an alkyl group having 1-5 carbon atoms, -(CH 2) a -CN, or -(CH 2) b -O-(CH 2) c -CN; at least one of R 1, R 2, R 3, and R 4 is -(CH 2) b -O-(CH 2) c -CN; and a, b and c are each independently an integer from 0 to 10.
A variant strain of filamentous fungus derived from a parental strain, the variant strain comprising a genetic alteration that causes cells of the variant strain to produce a reduced amount of functional Sfb3 protein compared to cells of the parental strain, wherein the genetic alteration is a modification of the sfb3 gene, wherein the cells of the variant strain produce during aerobic fermentation in submerged culture a cell broth that (i) requires a reduced amount of agitation to maintain a preselected dissolved oxygen content compared to the cells of the parental strain, and/or (ii) maintains an increased dissolved oxygen content at a preselected amount of agitation, compared to the cells of the parental strain.
A method for separating and detecting a nucleic acid chain using ion-exchange chromatography, comprising: - providing nucleic acid chains that differ in sequence of bases or nucleic acid chains that differ by a single base substitution; - separating and detecting nucleic acid chains with anion exchange column filled with a filler for ion exchange chromatography, comprising base fine particles, each particle having a strong cationic group and a weak cationic group on the surface thereof, wherein the strong cationic group is a quaternary ammonium group and the weak cationic group is a tertiary amino group, and wherein the base fine particles are hydrophobic cross-linked polymer particles made of a synthetic organic polymer. - providing nucleic acid chains that differ in sequence of bases or nucleic acid chains that differ by a single base substitution; - separating and detecting nucleic acid chains with anion exchange column filled with a filler for ion exchange chromatography, comprising base fine particles, each particle having a strong cationic group and a weak cationic group on the surface thereof,
A music box including: a comb with a plurality of vibrating blades with different lengths so as to produce audible sounds with different frequencies when the vibrating blades are vibrated; a plate or a cylinder provided with tips so as to alternately vibrate the different vibrating blades when the plate or cylinder is rotated; a visual animation device (4, 5) actuated by said vibrating blades; characterized in that said visual animation device includes a plurality of projectiles arranged to be actuated by said vibrating blades so as to be projected by the displacement of the blades. a comb with a plurality of vibrating blades with different lengths so as to produce audible sounds with different frequencies when the vibrating blades are vibrated; a plate or a cylinder provided with tips so as to alternately vibrate the different vibrating blades when the plate or cylinder is rotated; a visual animation device (4, 5) actuated by said vibrating blades; characterized in that said visual animation device includes a plurality of projectiles arranged to be actuated by said vibrating blades so as to be projected by the displacement of the blades.
A CAN FD end-of-frame detector for detecting the end of a CAN FD frame in an input bit stream, the CAN FD frame comprising one or more portions provided at a normal bit rate and one or more portions provided at a high bit rate, the one or more portions provided at the normal bit rate including an end-of-frame field consisting of a succession of seven or more recessive bits, wherein the CAN FD end-of-frame detector comprises: a dominant bit stretcher having associated with it a stretched bit transmission time (T_STR), the dominant bit stretcher being arranged to stretch the bit transmission time of each dominant bit succeeding a recessive bit in the input bit stream to the stretched bit transmission time, thus generating a conditioned input bit stream; a recessive bit counter for providing a recessive bit count, wherein the recessive bit counter is arranged to sample the conditioned input bit stream at a bit counter rate, thus generating a sampled bit stream, wherein the recessive bit counter is arranged to reset the recessive bit count in response to each dominant bit in the sampled bit stream and to increment the recessive bit count in response to each recessive bit in the sampled bit stream. a dominant bit stretcher having associated with it a stretched bit transmission time (T_STR), the dominant bit stretcher being arranged to stretch the bit transmission time of each dominant bit succeeding a recessive bit in the input bit stream to the stretched bit transmission time, thus generating a conditioned input bit stream; a recessive bit counter for providing a recessive bit count, wherein the recessive bit counter is arranged to sample the conditioned input bit stream at a bit counter rate, thus generating a sampled bit stream, wherein the recessive bit counter is arranged to reset the recessive bit count in response to each dominant bit in the sampled bit stream and to increment the recessive bit count in response to each recessive bit in the sampled bit stream.
A containment structure for livestock animals, which containment structure includes at least one mobile vertical wall that is operable between two positions: - an open position, intended to allow the passage of animals, and - a closed position, intended to prevent the passage of animals, which at least one mobile vertical wall includes two vertical faces (22, 23), opposite to each other, characterized in that said at least one mobile vertical wall is associated with at least one flexible element that is intended to extend in a protruding position with respect to one of the vertical faces of said at least one mobile vertical wall in the closed position, to tend to maintain the livestock animals remote from said vertical face. - an open position, intended to allow the passage of animals, and - a closed position, intended to prevent the passage of animals,
Attachment device for attaching a front panel of a drawer to a frame (4a, 4b), wherein the attachment device has a holding element which can be arranged on the front panel side and a catch device which can be arranged on the frame side and has a catch element mounted on a base element so as to be pivotable about an axis of rotation, which can be loaded with force by a force accumulator and can be moved back and forth between a release position and a catch position, wherein the catch element is designed, in the catch position, to hold the holding element on the frame, wherein the catch element is locked in the catch position by means of a local displacement of the axis of rotation of the catch element, wherein in order to displace the axis of rotation of the catch element, a linear displacement of an axle section is effected, which is pivotably mounted in or with the catch element, characterized in that the displacement of the axis of rotation is defined by a guide cam and at least one slotted link of the base element, wherein the respective guide cam is in extension of of the axle section.
A decorative sheet comprising: a lenticular lens sheet in which a plurality of cylindrical lenses having a convex portion are disposed and a flat surface is provided on a side opposite to the convex portion, wherein a curvature of the convex portion of the cylindrical lenses is set such that a focal point thereof is positioned in an image forming layer; wherein the image forming layer is provided on the flat surface and includes a first design and a second design having mutually inverted densities and in which the first design and the second design switch between each other by changing an observation direction in which the image forming layer is observed through the lenticular lens sheet, wherein the image forming layer includes a first sub-divided region having the first design sub-divided in a belt shape, a second sub-divided region having the second design sub-divided in a belt shape, and a belt-shaped intermediate region being formed between the first sub-divided region and the second sub-divided region, in a unit region corresponding to each of the cylindrical lenses. a lenticular lens sheet in which a plurality of cylindrical lenses having a convex portion are disposed and a flat surface is provided on a side opposite to the convex portion, wherein a curvature of the convex portion of the cylindrical lenses is set such that a focal point thereof is positioned in an image forming layer; wherein the image forming layer is provided on the flat surface and includes a first design and a second design having mutually inverted densities and in which the first design and the second design switch between each other by changing an observation direction in which the image forming layer is observed through the lenticular lens sheet, wherein the image forming layer includes a first sub-divided region having the first design sub-divided in a belt shape, a second sub-divided region having the second design sub-divided in a belt shape, and a belt-shaped intermediate region being formed between the first sub-divided region and the second sub-divided region, in a unit region corresponding to each of the cylindrical lenses.
A radio communication device (301, 401, 501) comprising: a receiver configured to receive data; a radiation detector configured to detect electromagnetic interference radiation from the data received by the receiver; a timing detector configured to detect a stopping time of the electromagnetic interference radiation detected by said radiation detector; a controller configured to change a normal communication mode into an avoidance communication mode in response to electromagnetic interference radiation detected by the radiation detector; a transmitter configured to prepare a transmission packet in the avoidance communication mode so as to satisfy the expressions of T 1 =T 0 /(2·M) and T 2 =T 0 /2, where T 1 represents a time required for transmission of a single transmission packet, T 2 represents a cycle of transmission of the single transmission packet, T 0 represents a cycle of an AC power source being a commercial power source providing power to a device which causes the electromagnetic interference, and M≥4, where M is any decimal number; a transmission power changer configured to determine a transmission power of the transmission packet in the avoidance communication mode by multiplying T 2 /T 1 to a transmission power in the normal communication mode; and a transmission rate changer configured to determine a transmission rate of the transmission packet in the avoidance communication mode by multiplying T 2 /T 1 to a transmission rate in the normal communication mode, wherein the transmitter transmits the transmission packet so as to be synchronized with the stopping time of electromagnetic interference radiation. a receiver configured to receive data; a radiation detector configured to detect electromagnetic interference radiation from the data received by the receiver; a timing detector configured to detect a stopping time of the electromagnetic interference radiation detected by said radiation detector; a controller configured to change a normal communication mode into an avoidance communication mode in response to electromagnetic interference radiation detected by the radiation detector; a transmitter configured to prepare a transmission packet in the avoidance communication mode so as to satisfy the expressions of T 1 =T 0 /(2·M) and T 2 =T 0 /2, where T 1 represents a time required for transmission of a single transmission packet, T 2 represents a cycle of transmission of the single transmission packet, T 0 represents a cycle of an AC power source being a commercial power source providing power to a device which causes the electromagnetic interference, and M≥4, where M is any decimal number; a transmission power changer configured to determine a transmission power of the transmission packet in the avoidance communication mode by multiplying T 2 /T 1 to a transmission power in the normal communication mode; and a transmission rate changer configured to determine a transmission rate of the transmission packet in the avoidance communication mode by multiplying T 2 /T 1 to a transmission rate in the normal communication mode,