mhurhangee/ep-ind-claims huggingface dataset:
A synchronous serial interface circuit comprising: a clock output unit that outputs a synchronous clock; a receiving unit that receives data representing an absolute position of an encoder (7A, 7B), the data being sent from the encoder (7A, 7B) in synchronization with the synchronous clock, wherein the absolute position represents a rotation angle of at least 0° and less than 360°; and a position conversion unit that converts the received absolute position into a current position of the encoder (7A, 7B), wherein the current position represents a rotation angle of at least -360°×k and less than 360°×k, where k is a natural number of 2 or more, wherein the position conversion unit calculates a difference between a most recently received absolute position and an absolute position that is received one point in time before the most recently received absolute position, and obtains a latest current position by adding the difference to a current position that is calculated one point in time before the latest current position, and if an absolute value of the calculated difference is greater than a threshold, the position conversion unit determines that there is an error in the most recently received absolute position. a clock output unit that outputs a synchronous clock; a receiving unit that receives data representing an absolute position of an encoder (7A, 7B), the data being sent from the encoder (7A, 7B) in synchronization with the synchronous clock, wherein the absolute position represents a rotation angle of at least 0° and less than 360°; and a position conversion unit that converts the received absolute position into a current position of the encoder (7A, 7B), wherein the current position represents a rotation angle of at least -360°×k and less than 360°×k, where k is a natural number of 2 or more, wherein the position conversion unit calculates a difference between a most recently received absolute position and an absolute position that is received one point in time before the most recently received absolute position, and obtains a latest current position by adding the difference to a current position that is calculated one point in time before the latest current position, and if an absolute value of the calculated difference is greater than a threshold, the position conversion unit determines that there is an error in the most recently received absolute position.
An electronic timepiece comprising: first hands including a first hour hand and a first minute hand for displaying a first time; second hands including a second hour hand and a second minute hand for displaying a second time, and disposed to a pivot at a different location than the pivot of the first hands; an indicator hand on a pivot at a different location than the pivots of the first hands and the second hands; an operating unit; a correction mode setting unit that sets a first time correction mode for adjusting the first time, or a second time correction mode for adjusting the second time, in response to a correction mode setting operation; and a display control unit configured to move the indicator hand to the first indicated position indicating that the hands to be corrected are the first hands when the first time correction mode is set, and move the indicator hand to the second indicated position indicating that the hands to be corrected are the second hands when the second time correction mode is set. first hands including a first hour hand and a first minute hand for displaying a first time; second hands including a second hour hand and a second minute hand for displaying a second time, and disposed to a pivot at a different location than the pivot of the first hands; an indicator hand on a pivot at a different location than the pivots of the first hands and the second hands; an operating unit; a correction mode setting unit that sets a first time correction mode for adjusting the first time, or a second time correction mode for adjusting the second time, in response to a correction mode setting operation; and a display control unit configured to move the indicator hand to the first indicated position indicating that the hands to be corrected are the first hands when the first time correction mode is set, and move the indicator hand to the second indicated position indicating that the hands to be corrected are the second hands when the second time correction mode is set.
A method of diagnosing lung cancer or a predisposition therefor, said method comprising determining the methylation status of cytidines according to (i) items and; (ii) items and; (iii) items and; (iv) items, and; or (v) items, and, wherein said items are defined as follows: cytidine in at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 7 to position 101 of SEQ ID NO: 4; at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 11 to position 71 of SEQ ID NO: 2; at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 4 to position 84 of SEQ ID NO: 1; at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 5 to position 71 of SEQ ID NO: 9; and at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 22 to position 63 of SEQ ID NO: 11; wherein methylation of the cytidine(s) or increased methylation of the cytidine(s) as compared to a non-cancer subject is indicative of lung cancer or a predisposition therefor, and wherein any diagnostic method practiced on the human or animal body is excluded. (i) items and; (ii) items and; (iii) items and; (iv) items, and; or (v) items, and, at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 7 to position 101 of SEQ ID NO: 4; at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 11 to position 71 of SEQ ID NO: 2; at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 4 to position 84 of SEQ ID NO: 1; at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 5 to position 71 of SEQ ID NO: 9; and at least one CpG dinucleotide in a nucleic acid comprising or consisting of the sequence from position 22 to position 63 of SEQ ID NO: 11;
A developing member comprising a substrate and a surface layer, the surface layer containing alumina particles and a resin, the developing member having protrusions on the surface thereof, each of the protrusions containing the alumina particles (501-1, 501-2, 501-3), part or all of the alumina particles (501-1, 501-2) contained in each of the protrusions being exposed at a surface of each of the protrusions, and the resin being interposed among the alumina particles (501-1, 501-2, 501-3) contained in each of the protrusions, characterized in that the alumina particles have an average particle diameter of 20 nm or more and 50 nm or less, and have a coefficient of variation in a particle diameter distribution of 0.80 or less, the surface of the developing member has a mean height Rc resulting from the protrusions, as described in JIS B 0601:2013, of 0.10 μm or more and 2.00 μm or less, and the surface layer has a thickness of 0.005 mm or more and 0.1 mm or less. have an average particle diameter of 20 nm or more and 50 nm or less, and have a coefficient of variation in a particle diameter distribution of 0.80 or less,
Device for reducing the retraction of the edges of an opened fascia of a patient having an open soft-tissue defect, the device having a holding element, which can be fixed with respect to a patient at a first distance from the patient, and an attachment element which has a plurality of attachment points configured for the attachment of tensioning means, which are connectable to an edge of the fascia, the attachment element being connected to the holding element so as to be arranged at a second distance from the patient which is less than the first distance, the device having a tensile force gauge for measuring the tensile force transmitted via a tensile force transmission element, characterized in that the attachment element is connected to the holding element via exactly one tensile force transmission element.
A solid stick antiperspirant composition, comprising: an antiperspirant active comprising a zirconium salt, wherein the solid stick antiperspirant composition is 2% or less by weight of the solid stick antiperspirant composition of aluminum zirconium tetrachlorohydrate glycine having a metal to chloride ratio from 1.2 to 1.3 or completely free of aluminum zirconium tetrachlorohydrate glycine having a metal to chloride ratio from 1.2 to 1.3; one or more structurants; a surfactant, wherein the surfactant has a melt temperature that is greater than the crystallization onset temperature of the solid stick antiperspirant composition; and wherein the solid stick antiperspirant composition is a single phase; wherein the solid stick antiperspirant composition is obtainable by a method of manufacturing a packaged solid stick antiperspirant composition, comprising: combining the antiperspirant active, the one or more structurants and the surfactant to form a mixture; dispensing the mixture from a nozzle to fill a dispensing package; forming a solid stick antiperspirant composition within the dispensing package; and wherein the antiperspirant active and the surfactant are in contact for 5 seconds or less from the moment that the antiperspirant active and the surfactant and the structurant are mixed until the moment that the mixture is dispensed from the nozzle. an antiperspirant active comprising a zirconium salt, wherein the solid stick antiperspirant composition is 2% or less by weight of the solid stick antiperspirant composition of aluminum zirconium tetrachlorohydrate glycine having a metal to chloride ratio from 1.2 to 1.3 or completely free of aluminum zirconium tetrachlorohydrate glycine having a metal to chloride ratio from 1.2 to 1.3; one or more structurants; a surfactant, wherein the surfactant has a melt temperature that is greater than the crystallization onset temperature of the solid stick antiperspirant composition; and wherein the solid stick antiperspirant composition is a single phase; wherein the solid stick antiperspirant composition is obtainable by a method of manufacturing a packaged solid stick antiperspirant composition, comprising: combining the antiperspirant active, the one or more structurants and the surfactant to form a mixture; dispensing the mixture from a nozzle to fill a dispensing package; forming a solid stick antiperspirant composition within the dispensing package; and wherein the antiperspirant active and the surfactant are in contact for 5 seconds or less from the moment that the antiperspirant active and the surfactant and the structurant are mixed until the moment that the mixture is dispensed from the nozzle. combining the antiperspirant active, the one or more structurants and the surfactant to form a mixture; dispensing the mixture from a nozzle to fill a dispensing package; forming a solid stick antiperspirant composition within the dispensing package; and wherein the antiperspirant active and the surfactant are in contact for 5 seconds or less from the moment that the antiperspirant active and the surfactant and the structurant are mixed until the moment that the mixture is dispensed from the nozzle.
A method of connecting a wire to an electrical connector comprising the steps of: (i) providing a connector having a connector housing having at least one opening configured to receive the wire along an opening center axis and a wire retention member with a wire guide, wherein an arm extends from the wire retention member to form a slot between said arm and the connector housing, said arm further includes the wire guide and an arm slot, which are configured to permit insertion of the wire through said wire guide and into said opening; characterized in the steps of: (ii) inserting the wire through the wire guide into the opening; and (iii) removing the wire from the wire guide through the arm slot in the wire guide, to provide a joggle or bend in the wire to provide resistance to pulling and rotation of the wire. (i) providing a connector having a connector housing having at least one opening configured to receive the wire along an opening center axis and a wire retention member with a wire guide, wherein an arm extends from the wire retention member to form a slot between said arm and the connector housing, said arm further includes the wire guide and an arm slot, which are configured to permit insertion of the wire through said wire guide and into said opening; (ii) inserting the wire through the wire guide into the opening; and (iii) removing the wire from the wire guide through the arm slot in the wire guide, to provide a joggle or bend in the wire to provide resistance to pulling and rotation of the wire.
Unit composed of helmet and protective goggles, comprising: - a shell-shaped helmet cap comprising a fastening system and - an eye protection element which is configured so as to be placed in front of the wearer's face, - wherein the upper edge of the eye protection element is adapted to the profile of the lower edge on the front side of the helmet cap, characterized in that - a magnetic device is arranged on both edges (19, 21) for securing the eye protection element of the goggles to the helmet cap, - the magnetic device has a first series of permanent magnets which are rigidly connected to one of the two edges and interact, by magnetic attraction, with complementary elements that are provided on the other, opposite edge, and - the front magnetic connection area between the respective edges (19, 21) comprises tilt orientation means of the goggles for adjusting the contact with the face. - a shell-shaped helmet cap comprising a fastening system and - an eye protection element which is configured so as to be placed in front of the wearer's face, - wherein the upper edge of the eye protection element is adapted to the profile of the lower edge on the front side of the helmet cap, - a magnetic device is arranged on both edges (19, 21) for securing the eye protection element of the goggles to the helmet cap, - the magnetic device has a first series of permanent magnets which are rigidly connected to one of the two edges and interact, by magnetic attraction, with complementary elements that are provided on the other, opposite edge, and - the front magnetic connection area between the respective edges (19, 21) comprises tilt orientation means of the goggles for adjusting the contact with the face.
A bolt assembly with improved rotating locking head for a firearm, comprising a rotating locking head associated with a bolt body and movable with respect to said bolt body with a combined rotary and translational motion; said rotating locking head having at least two working positions: a closed position, wherein said rotating head closes the breech of the firearm, and an open position, wherein said rotating head is at a distance from said breech; said rotating locking head comprising a cylindrical head and a shaft; said shaft being slidingly movable in a longitudinal hole formed in said bolt body and being retained by means of a pin that engages a notch (8,9) formed in said shaft; said notch having at least a front surface; said bolt assembly further comprising a bias means that biases said rotating head from said open position to said closed position; said bolt assembly being characterized in that said bias means comprises a ball inserted in a radial hole formed in said bolt body; said ball being biased by a bias spring that is contrasted by a rivet forced in said radial hole, said ball abutting an opening formed on the inner surface of said longitudinal hole at said radial hole; said ball abutting the surface of said shaft, when said rotating head is in said open position; when said rotating head moves towards said locked position, said ball being located at an inclined plane formed on said front surface of said notch of the shaft and, biased by said bias spring, said ball acts on said inclined plane, causing said rotating head to rotate, facilitating its translation toward the breech plane in order to complete the locking.
A headlight (1; 11) for a vehicle, the headlight when mounted in a the vehicle producing a low-beam and a high-beam and having a generally horizontal longitudinal axis, comprising: a transmissive lens through which light exits the headlight; a concave reflector that receives low-beam light from a low-beam source and directs reflected low-beam light toward the lens; a cut-off edge (4; 5; 63) disposed longitudinally adjacent to the lens that comprises an edge that blocks a portion of the reflected low-beam light and forms a bright/dark edge in the reflected low-beam light; a stationary mirror disposed proximate the edge of the cut-off edge (4; 5; 63), and a high-beam light source which emits its light to the mirror which receives high-beam light directly from the high-beam source and directs reflected high-beam light toward the lens, the reflected high-beam light lacking a bright/dark edge, characterized in that the high-beam light source and the low-beam light source are arranged to emit both the high-beam light and low-beam light generally upward, and wherein the distribution of both emitted lights are centered around a generally vertical axis, and wherein the high-beam light reflected off the stationary mirror emerges generally horizontally, toward the lens. a transmissive lens through which light exits the headlight; a concave reflector that receives low-beam light from a low-beam source and directs reflected low-beam light toward the lens; a cut-off edge (4; 5; 63) disposed longitudinally adjacent to the lens that comprises an edge that blocks a portion of the reflected low-beam light and forms a bright/dark edge in the reflected low-beam light; a stationary mirror disposed proximate the edge of the cut-off edge (4; 5; 63), and a high-beam light source which emits its light to the mirror which receives high-beam light directly from the high-beam source and directs reflected high-beam light toward the lens, the reflected high-beam light lacking a bright/dark edge, characterized in that the high-beam light source and the low-beam light source are arranged to emit both the high-beam light and low-beam light generally upward, and wherein the distribution of both emitted lights are centered around a generally vertical axis, and wherein the high-beam light reflected off the stationary mirror emerges generally horizontally, toward the lens.
Method for establishing or for facilitating to establish a voice communication session between a first user equipment and a second user equipment using a telecommunications network, wherein at least one attempt, by the first user equipment, to establish the voice communication session with the second user equipment is unsuccessful, wherein the method comprises the following steps: -- in a first step, the second user equipment receives: -- an indication related to the current communication status of the first user equipment, wherein the indication related to the current communication status of the first user equipment is related to the first user equipment recording a message to the voice message recording system related to the second user equipment, or -- an indication related to the current communication status of a voice message recording system related to the second user equipment, wherein, in a second step, the second user equipment transmits at least one signaling message or control message intended to establish the voice communication session with the first user equipment or intended to initiate a further voice communication session with the first user equipment, characterized in that the transmission, by the second user equipment, of the at least one signaling message or control message is avoided during a time interval following the first unsuccessful attempt to establish the voice communication session by the first user equipment. -- in a first step, the second user equipment receives: -- an indication related to the current communication status of the first user equipment, wherein the indication related to the current communication status of the first user equipment is related to the first user equipment recording a message to the voice message recording system related to the second user equipment, or -- an indication related to the current communication status of a voice message recording system related to the second user equipment, -- an indication related to the current communication status of the first user equipment, wherein the indication related to the current communication status of the first user equipment is related to the first user equipment recording a message to the voice message recording system related to the second user equipment, or -- an indication related to the current communication status of a voice message recording system related to the second user equipment, wherein, in a second step, the second user equipment transmits at least one signaling message or control message intended to establish the voice communication session with the first user equipment or intended to initiate a further voice communication session with the first user equipment, characterized in that the transmission, by the second user equipment, of the at least one signaling message or control message is avoided during a time interval following the first unsuccessful attempt to establish the voice communication session by the first user equipment.
A method to write data in a memory node, comprising: receiving, at a first NVRAM memory node, new data to be written at a memory location in the first NVRAM memory node, the new data received from a device; at the first NVRAM memory node, reading old data from the memory location; at the first NVRAM memory node, writing the new data to the memory location; and sending the new data and the old data from the first NVRAM memory node to a second NVRAM memory node to store parity information in the second NVRAM memory node, the parity information determined at the second memory node based at least on the new data stored in the first NVRAM memory node; wherein the device is a DRAM cache memory node in network communication with the first NVRAM memory device and with a processor, the data being forwarded data sourced by the processor in communication with the DRAM cache memory node. receiving, at a first NVRAM memory node, new data to be written at a memory location in the first NVRAM memory node, the new data received from a device; at the first NVRAM memory node, reading old data from the memory location; at the first NVRAM memory node, writing the new data to the memory location; and sending the new data and the old data from the first NVRAM memory node to a second NVRAM memory node to store parity information in the second NVRAM memory node, the parity information determined at the second memory node based at least on the new data stored in the first NVRAM memory node; wherein the device is a DRAM cache memory node in network communication with the first NVRAM memory device and with a processor, the data being forwarded data sourced by the processor in communication with the DRAM cache memory node.