mhurhangee/patent-ind-claim-en huggingface dataset:
An optical switch comprising: a first transceiver cage having an open front end and an opposite rear end, the open front end operable to receive an inserted optical transceiver ; a printed circuit board having a connector circuit operable to connect to the optical transceiver ; a forward heat sink mounted over the first transceiver cage , the forward heat sink in contact with the inserted optical transceiver and including a thermal interface material to contact the optical transceiver when the optical transceiver is inserted in the first transceiver cage ; a rear heat sink ; and a heat pipe coupling the forward and rear heat sinks together; the optical switch being characterized by further comprising a cam structure in the forward heat sink that forces the optical transceiver into contact with the thermal interface material , and the rear heat sink being disposed in proximity to the rear end of the first transceiver cage and having a beveled surface facing the rear end of the first transceiver cage . a first transceiver cage having an open front end and an opposite rear end, the open front end operable to receive an inserted optical transceiver ; a printed circuit board having a connector circuit operable to connect to the optical transceiver ; a forward heat sink mounted over the first transceiver cage , the forward heat sink in contact with the inserted optical transceiver and including a thermal interface material to contact the optical transceiver when the optical transceiver is inserted in the first transceiver cage ; a rear heat sink ; and a heat pipe coupling the forward and rear heat sinks together; the optical switch being characterized by further comprising a cam structure in the forward heat sink that forces the optical transceiver into contact with the thermal interface material , and the rear heat sink being disposed in proximity to the rear end of the first transceiver cage and having a beveled surface facing the rear end of the first transceiver cage .
Use of a composition comprising extracts obtained from the pulp and/or rind of boiled Makroot fruit for natural hair recoloration wherein the composition returns the color of white hair and stimulates re-growing hair in the hair growth sites to their original color.
An automatic reply method, comprising: (S10) receiving a chat message sent from a user, and determining a time the chat message is received as a starting time for calculating a preset reply interval; (S20) obtaining a type of the chat message by means of a pre-trained classifier; (S30) setting a reply time based on the starting time and the preset reply interval; and (S40) when the reply time is reached, invoking a reply message corresponding to the type of the chat message, and sending the reply message to the user in response to the chat message; characterized in that , before the step (S30) of setting a reply time based on the starting time and the preset reply interval, the automatic reply method further comprises: (S50) based on a number of words in the reply message corresponding to the type of the chat message, and a preset speed rate of typing words, calculating the reply interval. (S10) receiving a chat message sent from a user, and determining a time the chat message is received as a starting time for calculating a preset reply interval; (S20) obtaining a type of the chat message by means of a pre-trained classifier; (S30) setting a reply time based on the starting time and the preset reply interval; and (S40) when the reply time is reached, invoking a reply message corresponding to the type of the chat message, and sending the reply message to the user in response to the chat message; characterized in that , before the step (S30) of setting a reply time based on the starting time and the preset reply interval, the automatic reply method further comprises: (S50) based on a number of words in the reply message corresponding to the type of the chat message, and a preset speed rate of typing words, calculating the reply interval.
Method for determining whether a subject is afflicted with cancer or is susceptible to developing cancer, comprising a) providing a blood sample from a subject; b) determining the presence of antibodies against a Thrombospondin Type-1 Domain-containing 7A (THSD7A) protein in said blood sample; wherein the presence of antibodies against the THSD7A protein indicates that said subject is afflicted with cancer or is susceptible to developing cancer. a) providing a blood sample from a subject; b) determining the presence of antibodies against a Thrombospondin Type-1 Domain-containing 7A (THSD7A) protein in said blood sample;
A stove guard comprising a data processing unit and a temperature sensor arrangement for receiving thermal radiation from objects in a specific field of view and for supplying detector signals representative of the received thermal radiation to the data processing unit , wherein: - the temperature sensor arrangement includes at least three detector elements , their sensitivity bands located at different positions along an optical radiation wavelength axis, and - the sensitivity band of one of said detector elements is limited to a wavelength range of less than 1.2 micrometres; wherein the processing unit is configured to identify the point in time when an object in the field of view of the temperature sensor arrangement exceeds a specific absolute temperature by comparing received thermal radiation on those of said sensitivity bands that correspond to different - relative to each other - wavelength ranges extending over 1.2 micrometers and their relative rates of change, characterized in that the processing unit is configured to use information of received radiation in the sensitivity band of less than 1.2 micrometers, from the detector element having a sensitivity band limited to a wavelength range of less than 1.2 micrometers, to cancel interference caused by unwanted radiation not related to the operation of the stove guard with the measurement results of at least one of the detector elements having a sensitivity band extending to a wavelength range of over 1.2 micrometres. - the temperature sensor arrangement includes at least three detector elements , their sensitivity bands located at different positions along an optical radiation wavelength axis, and - the sensitivity band of one of said detector elements is limited to a wavelength range of less than 1.2 micrometres; wherein the processing unit is configured to identify the point in time when an object in the field of view of the temperature sensor arrangement exceeds a specific absolute temperature by comparing received thermal radiation on those of said sensitivity bands that correspond to different - relative to each other - wavelength ranges extending over 1.2 micrometers and their relative rates of change,
A hydraulic tool for converting fluid flow to mechanical energy during a drilling operation, comprising: a stator having a bore configured as a plurality of lobes ; a rotor having at least one lobe on an exterior surface , the rotor configured to rotate within the stator responsive to fluid flow through the stator ; at least one of the stator and the rotor comprising a resilient material ; and a removable coating disposed on a surface of at least one of the rotor and the stator , wherein the removable coating has a thickness selected to compensate for at least one of an expected swelling of the resilient material during the drilling operation or an expected contraction of a clearance between the rotor and the stator based on thermal expansion of the rotor and the stator , and wherein the removable coating is formulated to chemically, thermally and/or electrically decompose during operation of the hydraulic tool . a stator having a bore configured as a plurality of lobes ; a rotor having at least one lobe on an exterior surface , the rotor configured to rotate within the stator responsive to fluid flow through the stator ; at least one of the stator and the rotor comprising a resilient material ; and a removable coating disposed on a surface of at least one of the rotor and the stator , wherein the removable coating has a thickness selected to compensate for at least one of an expected swelling of the resilient material during the drilling operation or an expected contraction of a clearance between the rotor and the stator based on thermal expansion of the rotor and the stator , and wherein the removable coating is formulated to chemically, thermally and/or electrically decompose during operation of the hydraulic tool .
A camera module, the camera module characterized by : a PCB (10, Printed Circuit Board) mounted with an image sensor ; a holder member mounted on the PCB ; a lens module screw-connected to the holder member ; an actuator mounted at an upper surface of the lens module ; and an electronic circuit pattern formed on a surface of the holder member to conductibly connect the PCB and the actuator , characterized by first and second terminals arranged at the upper surface of the lens module to be conductively connected to a terminal unit of the actuator ; wherein one end of the electronic circuit pattern is connected to the PCB , and the other end of the electronic circuit pattern is connected to the first and second terminals connected to the actuator , wherein the first and second terminals are arranged to be applied with an electric power of mutually different polarities, wherein the other end of the electronic circuit pattern is connected to the first and second terminals through a first connection unit , and the first and second terminals are connected to the actuator through a second connection unit , and wherein each of the first and second connection units is a conductive epoxy. a PCB (10, Printed Circuit Board) mounted with an image sensor ; a holder member mounted on the PCB ; a lens module screw-connected to the holder member ; an actuator mounted at an upper surface of the lens module ; and an electronic circuit pattern formed on a surface of the holder member to conductibly connect the PCB and the actuator , characterized by first and second terminals arranged at the upper surface of the lens module to be conductively connected to a terminal unit of the actuator ; wherein one end of the electronic circuit pattern is connected to the PCB , and the other end of the electronic circuit pattern is connected to the first and second terminals connected to the actuator , wherein the first and second terminals are arranged to be applied with an electric power of mutually different polarities, wherein the other end of the electronic circuit pattern is connected to the first and second terminals through a first connection unit , and the first and second terminals are connected to the actuator through a second connection unit , and wherein each of the first and second connection units is a conductive epoxy.
A positive electrode active material for a secondary battery, the positive electrode active material comprising a lithium composite metal oxide particle represented by Formula 1 below. [Formula 1] Li a Ni 1-x-y Co x M1 y M2 z M3 w O 2 In Formula 1, 1.0 ≤ a ≤ 1.5 , 0 < x ≤ 0.5 , 0 < y ≤ 0.5 , 0.002 ≤ w ≤ 0.1 , 0 < z ≤ 0.05 , 0 < x + y ≤ 0.7 wherein the M1 is any one or two or more selected from the group consisting of Mg, Y, Zn, In, and Mn; M2 is any one or two or more selected from the group consisting of Zr, Ti, Ta, Hf, Sn, Cr, Sb, Ru, Gd, and Os, M3 is any one or two or more selected from the group consisting of W, V, Nb, Nd, and Mo, and wherein the M1 is distributed such that an average slope of a concentration profile from a surface of the lithium composite metal oxide particle to a central portion section thereof is 0 or positive and the M2 and M3 are independently distributed such that an average slope of a concentration profile from a surface of the lithium composite metal oxide particle to a central portion section thereof is negative wherein the M1 is any one or two or more selected from the group consisting of Mg, Y, Zn, In, and Mn; M2 is any one or two or more selected from the group consisting of Zr, Ti, Ta, Hf, Sn, Cr, Sb, Ru, Gd, and Os, M3 is any one or two or more selected from the group consisting of W, V, Nb, Nd, and Mo, and wherein the M1 is distributed such that an average slope of a concentration profile from a surface of the lithium composite metal oxide particle to a central portion section thereof is 0 or positive and the M2 and M3 are independently distributed such that an average slope of a concentration profile from a surface of the lithium composite metal oxide particle to a central portion section thereof is negative
A processor comprising: a plurality of processing engines including a first processing engine and a second processing engine to independently execute instructions; and a power controller for controlling a performance state of processing engines; the processor characterized in that the power controller is configured to: measure an activity overlap between the first processing engine and the second processing engine during an evaluation interval, wherein the power controller is configured to measure the activity overlap based at least in part on a count value of a counter, wherein the counter is updated when the first processing engine and the second processing engine are concurrently in an active state; estimate an expected activity overlap between the first processing engine and the second processing engine , wherein the power controller is configured to calculate the expected activity overlap based on a first utilization value of the first processing engine , a second utilization value of the second processing engine , and a duration of the evaluation interval; and responsive to the measured activity overlap being not greater than the expected activity overlap, enable the performance state of at least one of the first processing engine and the second processing engine to be increased. a plurality of processing engines including a first processing engine and a second processing engine to independently execute instructions; and a power controller for controlling a performance state of processing engines; measure an activity overlap between the first processing engine and the second processing engine during an evaluation interval, wherein the power controller is configured to measure the activity overlap based at least in part on a count value of a counter, wherein the counter is updated when the first processing engine and the second processing engine are concurrently in an active state; estimate an expected activity overlap between the first processing engine and the second processing engine , wherein the power controller is configured to calculate the expected activity overlap based on a first utilization value of the first processing engine , a second utilization value of the second processing engine , and a duration of the evaluation interval; and responsive to the measured activity overlap being not greater than the expected activity overlap, enable the performance state of at least one of the first processing engine and the second processing engine to be increased.
A jettable material firing chamber formed by a floor of the firing chamber , walls forming an edge of the firing chamber and defining an inlet , through which jettable material enters the firing chamber , and a second layer , the firing chamber comprising: a free-floating plug within the firing chamber ; and at least one holding post extending partially between the floor of the firing chamber and the second layer , wherein the free-floating plug is arranged between at least one wall of the firing chamber in which the inlet is defined and the at least one holding post , the at least one wall and the at least one holding post arranged to restrict movement of the free-floating plug from its position between the at least one wall and the at least one holding post into areas of the firing chamber other than those defined by the at least one holding post and the at least one wall. a free-floating plug within the firing chamber ; and at least one holding post extending partially between the floor of the firing chamber and the second layer , wherein the free-floating plug is arranged between at least one wall of the firing chamber in which the inlet is defined and the at least one holding post , the at least one wall and the at least one holding post arranged to restrict movement of the free-floating plug from its position between the at least one wall and the at least one holding post into areas of the firing chamber other than those defined by the at least one holding post and the at least one wall.
A cable marker strip with one, in particular with two, rows (I,II) of cable markers which are arranged behind one another in a cable direction of extent (x), which cable marker strip comprises a labeling track which has in each case one labeling surface for each cable marker , wherein in each case one fastening structure is provided for each cable marker on a fastening surface of the labeling track , which fastening surface lies opposite the labeling surface , and which fastening structure has a connecting track and two holding limbs which are connected to the connecting track , lie opposite one another, and together delimit a cable receptacle , wherein the labeling track is made of a softer plastic compared to the fastening structure, and wherein starting from the connecting track , a spacing (A) of the holding limbs from one another decreases in the region of the cable receptacle , with the result that the cable receptacle tapers.
A coaxial cable, comprising: an inner conductor; an outer conductor annularly arranged around the inner conductor; a dielectric separator arranged around at least a portion of the inner conductor so as to hold the outer conductor substantially separate from the inner conductor; and a tape layer including at least one layer of tape annularly arranged around the outer conductor, wherein the tape layer prevents the entry of air into the cable in the event of fire. an inner conductor; an outer conductor annularly arranged around the inner conductor; a dielectric separator arranged around at least a portion of the inner conductor so as to hold the outer conductor substantially separate from the inner conductor; and a tape layer including at least one layer of tape annularly arranged around the outer conductor, wherein the tape layer prevents the entry of air into the cable in the event of fire.
A metal-cored aluminum welding wire , comprising: - a metallic sheath ; and - a granular core disposed within the metallic sheath , wherein the granular core includes a first alloy comprising a plurality of elements, wherein the first alloy has a solidus that is lower than each of the respective melting points of the plurality of elements of the first alloy, wherein the metallic sheath is a seamless metallic sheath comprising an extruded aluminum alloy tube, and wherein the metallic sheath comprises more than 80% of the weight of the welding wire , characterized in that the granular core includes additional alloys, wherein each of the additional alloys has a solidus that is higher than the solidus of the first alloy, and wherein the granular core comprises greater than 25% of the first alloy by weight. - a metallic sheath ; and - a granular core disposed within the metallic sheath , wherein the granular core includes a first alloy comprising a plurality of elements, wherein the first alloy has a solidus that is lower than each of the respective melting points of the plurality of elements of the first alloy,
A telescopic hanging rod for a curtain fabric, wherein it comprises a hanging rod body and a telescopic mechanism arranged on at least one end of the hanging rod body ; the telescopic mechanism comprises a first telescopic connecting portion connected to the hanging rod body , and a second telescopic connecting portion slidably connected with the first telescopic connecting portion ; the first telescopic connecting portion and the second telescopic connecting portion are coaxially arranged, wherein the first telescopic connecting portion and the second telescopic connecting portion have the same outer diameter, characterized in that the telescopic hanging rod further comprises a locking mechanism for locking the telescopic mechanism in a telescopic state; the locking mechanism , the first telescopic connecting portion and the second telescopic connecting portion are coaxially arranged; the locking mechanism penetrates into both the first telescopic connecting portion and the second telescopic connecting portion , and is rotatable around the axis and linearly movable in the axial direction, and wherein the locking mechanism comprises a columnar body ; the external surface of the columnar body is provided with a locking slot ; the internal surface of the first telescopic connecting portion is provided with a first locking block matched with the locking slot , and the internal surface of the second telescopic connecting portion is provided with a second locking block matched with the locking slot , wherein the external surface of the columnar body is provided with a plurality of locking slots , said locking slots form a locking slot row extending axially, and at least one locking slot row is arranged.
A cleaning article having a longitudinal axis (LA), a transverse axis (TA) perpendicular thereto, two spaced apart longitudinal edges , two spaced apart transverse edges and comprising: a nonwoven carrier sheet , a plurality of discretely spaced tufts of tow fibers joined to said carrier sheet , said tufts being disposed in spaced apart rows , characterized by being spaced apart from adjacent rows by a space , each said space having a width, wherein said widths of said at least some said spaces are unequal, wherein the cleaning article has two longitudinal edges parallel to said longitudinal axis (LA) and further comprising strips intercepting each said longitudinal axis. a nonwoven carrier sheet , a plurality of discretely spaced tufts of tow fibers joined to said carrier sheet , said tufts being disposed in spaced apart rows , characterized by being spaced apart from adjacent rows by a space , each said space having a width, wherein said widths of said at least some said spaces are unequal, wherein the cleaning article has two longitudinal edges parallel to said longitudinal axis (LA) and further comprising strips intercepting each said longitudinal axis.