mhurhangee/ep-ind-claims huggingface dataset:
A printer having a direct-printing function for reading and printing data stored in files in a storing unit, the printer comprising: a connecting device (71, 72) that is arranged to connect to the storing unit; a user storage that is arranged to store user information including information of users permitted to print using the direct-printing function; a reading unit that is arranged to read identification information from data stored in a file on the storing unit; a determining unit that is arranged to determine whether the identification information for said file corresponds to the user information; a direct-printing controlling unit that is operable to: permit printing of the data from said file using the direct-printing function if the determining unit determines that the identification information for said file corresponds to the user information; and prohibit printing of the data from said file using the direct-printing function if the determining unit determines that the identification information for said file does not correspond to the user information; and a print-executing unit that is arranged to execute printing if the direct-printing controlling unit permits printing of the data using the direct-printing function. a connecting device (71, 72) that is arranged to connect to the storing unit; a user storage that is arranged to store user information including information of users permitted to print using the direct-printing function; a reading unit that is arranged to read identification information from data stored in a file on the storing unit; a determining unit that is arranged to determine whether the identification information for said file corresponds to the user information; a direct-printing controlling unit that is operable to: permit printing of the data from said file using the direct-printing function if the determining unit determines that the identification information for said file corresponds to the user information; and prohibit printing of the data from said file using the direct-printing function if the determining unit determines that the identification information for said file does not correspond to the user information; and a print-executing unit that is arranged to execute printing if the direct-printing controlling unit permits printing of the data using the direct-printing function. permit printing of the data from said file using the direct-printing function if the determining unit determines that the identification information for said file corresponds to the user information; and prohibit printing of the data from said file using the direct-printing function if the determining unit determines that the identification information for said file does not correspond to the user information; and a print-executing unit that is arranged to execute printing if the direct-printing controlling unit permits printing of the data using the direct-printing function.
A tungsten sintered compact sputtering target containing iron as an impurity in an amount of 0.8 wtppm or less, the remainder being tungsten and other unavoidable impurities, wherein: a range of iron concentration in the target structure is within a range of ±0.1 wtppm of an average concentration; a relative density of the target is 99% or higher, an average crystal grain size is 50 μm or less, and a crystal grain size range is 5 to 200 μm; a purity of tungsten excluding gas components is 5N (99.999%) or higher; and contents of oxygen and carbon are respectively 50 wtppm or less. a range of iron concentration in the target structure is within a range of ±0.1 wtppm of an average concentration; a relative density of the target is 99% or higher, an average crystal grain size is 50 μm or less, and a crystal grain size range is 5 to 200 μm; a purity of tungsten excluding gas components is 5N (99.999%) or higher; and contents of oxygen and carbon are respectively 50 wtppm or less.
Method of learning actuator positions (ACj) in a gearbox with double clutch (EMj) of a vehicle, said gearbox comprising two parts (PBj) each comprising at least one actuator (ACj) capable of acting on a synchronizer (Sj) associated in the phases of synchronization and clutching of an idler gear, characterized in that it comprises a step in which the at least two couples having different discrete values at a primary shaft (APj) of one of said parts (PBj) and, for each of these couples, a synchronization phase is triggered involving an actuator (ACj') and a synchronizer (Sj) in the other part (PBj'), then the first and second positions of said actuator (ACj') are recorded at the end of control sub-phases respectively in position and in force of said synchronization phase, then it is triggered a coupling phase of these actuator (ACj') and synchronizer (Sj'), then a third position of said actuator (ACj') is recorded at the end of this interconnection phase.
A biological information detection device comprising: a device main body; a biological signal detection portion, which is formed integrally with the device main body and has an electrode (6a, 6b) for coming into contact with a biological surface; and a fixing portion, formed in a belt shape, adapted to fix the device main body and the biological signal detection portion to a human body, wherein both ends of the fixing portion in a long-side direction are detachably installable on the device main body through an engagement portion (5, 12); characterised in that the fixing portion includes at least an elastic strap, and a non-elastic belt (9, 10) connected or connectable to at least one end of the strap in a long-side direction, wherein the belt is formed so as to cover the biological signal detection portion, and is detachably installed on the device main body through the engagement portion. a device main body; a biological signal detection portion, which is formed integrally with the device main body and has an electrode (6a, 6b) for coming into contact with a biological surface; and a fixing portion, formed in a belt shape, adapted to fix the device main body and the biological signal detection portion to a human body, wherein both ends of the fixing portion in a long-side direction are detachably installable on the device main body through an engagement portion (5, 12); characterised in that the fixing portion includes at least an elastic strap, and a non-elastic belt (9, 10) connected or connectable to at least one end of the strap in a long-side direction, wherein the belt is formed so as to cover the biological signal detection portion, and is detachably installed on the device main body through the engagement portion.
A dye-sensitized solar cell comprising a mesoporous semi-conductor sensitized with a light-absorbing dye, a counter electrode, and an electrolyte comprising a redox mediator, wherein an organic light-absorbing dye is used in combination with a one-electron transfer redox mediator, wherein said organic dye comprises steric groups that suppress recombination between electrons in the semi-conductor and acceptor species in said electrolyte, and characterized in that said organic dye has the following structure: wherein the donor comprises a triarylamine group having electron donating aromatic substituents Ar and Ar', wherein A is an electron withdrawing group, and wherein π is a series of one or more conjugated units which electronically links the donor and acceptor parts of the dye molecules; and wherein said organic dye comprises a triphenylamine.
A computer-implemented method for an inductor node in a distributed computing system to induct an inductee node into the distributed computing system to permit the inductee to communicate messages to other nodes in the distributed computing system, the computer-implemented method comprising: generating an induction task comprising information necessary to complete an induction of the inductee node into the distributed computing system; sending the induction task to the inductee node over a network; receiving a membership request from the inductee node over the network, the membership request comprising information identifying the inductee node and information sufficient to enable communication with the inductee node; creating a bootstrap membership that defines roles of the inductor node and the inductee node, deploying the bootstrap membership and sending a bootstrap membership ready message to the inductee node; creating (B34, B38) a deterministic state machine referencing the created bootstrap membership; and receiving an acknowledgment that the inductee node has created a corresponding bootstrap membership. generating an induction task comprising information necessary to complete an induction of the inductee node into the distributed computing system; sending the induction task to the inductee node over a network; receiving a membership request from the inductee node over the network, the membership request comprising information identifying the inductee node and information sufficient to enable communication with the inductee node; creating a bootstrap membership that defines roles of the inductor node and the inductee node, deploying the bootstrap membership and sending a bootstrap membership ready message to the inductee node; creating (B34, B38) a deterministic state machine referencing the created bootstrap membership; and receiving an acknowledgment that the inductee node has created a corresponding bootstrap membership.
An air conditioner, comprising: a sensor portion configured to comprise at least one sensor; a controller configured to comprise at least one control portion to control a function of the air conditioner; and at least one processor operatively connected to the sensor portion and the controller; wherein the at least one processor is configured to: obtain an airflow speed and indoor environmental data by using the sensor portion while the air conditioner is operating, characterized in that the at least one processor is further configured to: generate a second algorithm by applying the obtained airflow speed, the indoor environmental data, and pre-stored reference data to a first algorithm, and control operation of the air conditioner based on the generated second algorithm, wherein the second algorithm is an algorithm for variably adjusting a value of at least one parameter in the first algorithm. a sensor portion configured to comprise at least one sensor; a controller configured to comprise at least one control portion to control a function of the air conditioner; and at least one processor operatively connected to the sensor portion and the controller; wherein the at least one processor is configured to: obtain an airflow speed and indoor environmental data by using the sensor portion while the air conditioner is operating, characterized in that the at least one processor is further configured to: generate a second algorithm by applying the obtained airflow speed, the indoor environmental data, and pre-stored reference data to a first algorithm, and control operation of the air conditioner based on the generated second algorithm, wherein the second algorithm is an algorithm for variably adjusting a value of at least one parameter in the first algorithm. obtain an airflow speed and indoor environmental data by using the sensor portion while the air conditioner is operating, characterized in that the at least one processor is further configured to: generate a second algorithm by applying the obtained airflow speed, the indoor environmental data, and pre-stored reference data to a first algorithm, and control operation of the air conditioner based on the generated second algorithm, wherein the second algorithm is an algorithm for variably adjusting a value of at least one parameter in the first algorithm. generate a second algorithm by applying the obtained airflow speed, the indoor environmental data, and pre-stored reference data to a first algorithm, and control operation of the air conditioner based on the generated second algorithm, wherein the second algorithm is an algorithm for variably adjusting a value of at least one parameter in the first algorithm.
A method for estimating forward link channel quality from a full channel quality value and a plurality of incremental channel quality values, comprising: receiving the full channel quality value over a plurality of slots; decoding the full channel quality value over the plurality of slots; incrementally updating a channel state register with the plurality of incremental channel quality values, wherein each of the plurality of incremental channel quality values are received separately over each of the plurality of slots; and resetting the channel state register with the full channel quality value when the full channel quality value is fully decoded. receiving the full channel quality value over a plurality of slots; decoding the full channel quality value over the plurality of slots; incrementally updating a channel state register with the plurality of incremental channel quality values, wherein each of the plurality of incremental channel quality values are received separately over each of the plurality of slots; and resetting the channel state register with the full channel quality value when the full channel quality value is fully decoded.
A wireless power transfer pad for wireless charging of a vehicle electrical storage system, the wireless power transfer pad comprising: an oscillating electromagnetic field generating device configured for transmitting energy to a wireless power receiver associated with the vehicle, a foreign object detection arrangement including a plurality of foreign object detection coils, and a solar panel arrangement including a photovoltaic substrate with a front side and a rear side, a front side electrode arrangement and a rear side electrode arrangement, wherein the foreign object detection coils are configured to function also as the front side electrode arrangement. an oscillating electromagnetic field generating device configured for transmitting energy to a wireless power receiver associated with the vehicle, a foreign object detection arrangement including a plurality of foreign object detection coils, and a solar panel arrangement including a photovoltaic substrate with a front side and a rear side, a front side electrode arrangement and a rear side electrode arrangement, wherein the foreign object detection coils are configured to function also as the front side electrode arrangement.
An attachment loop, comprising a lower part for connecting the attachment loop to an object to be lifted or fixed and an upper part which can be rotated relative to the lower part for connecting attachment or load securing means, the upper part and the lower part having a positive connection with each other due to a bearing pin which enters a bearing hole and due to one or more securing means, the securing means being configured as bearing rollers, the bearing rollers being configured as tapered rollers, characterized by that the bearing pin has a circular cross-sectional area and is conical, with its diameter increasing downwards to the bottom of the lower part, the outer shell surface of the bearing pin serving as an inner raceway of the bearing rollers, and the bearing hole of the lower part also being conical, with its diameter decreasing upwards to the eyelet, the shell surface of the bearing hole of the lower part serving as an outer raceway of the bearing rollers, the bearing rollers being disposed at an angle relative to the longitudinal axis, the angle between bearing roller and longitudinal axis being 10° to 30°.
A method of manufacturing a flowmeter suitable for measuring a process material flow having an ultra high level of purity free from contamination due to ion transfer from said Coriolis flow meter to said process material; said method comprising the steps of affixing a driver to a flow tube means and coupling said flow tube means to a base, coupling a pick-off means to said flow tube means, and coupling said driver means and said pickoff means to said base; the method further characterized by the steps of: said step of coupling said flow tube means to said base further comprises that said flow tube means is formed entirely of thin-walled perfluoroalkoxy copolymer to maintain said process material flow free from contamination due to ion transfer from material of said flow tube means to said process material; affixing inlet and outlet ends of said flow tube means to at least one process connection to form an ultra pure flow path through said flow meter.
A dental composition comprising a) a compound being characterized by a structure according to any of formulas,,,,,, and with a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6, (c+d) = 1 to 6, Q = being independently selected from hydrogen, methyl, phenyl or phenoxymethyl, with R = being independently selected from H or methyl, with R = H or methyl, with R = being independently selected from H or methyl, Q = being independently selected from hydrogen, methyl, phenyl or phenoxymethyl, a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6 and (c+d) = 1 to 6, with R = H or methyl, Q = being independently selected from hydrogen, methyl, phenyl or phenoxymethyl, a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6 and (c+d) = 1 to 6, with a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6, (c+d) = 1 to 6, Q = being independently selected from hydrogen, methyl, phenyl or phenoxymethyl, wherein G is selected from and wherein U is selected from wherein the * indicates a connecting point to another moiety or unit b) a filler and c) an initiator. a) a compound being characterized by a structure according to any of formulas,,,,,, and with a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6, (c+d) = 1 to 6, Q = being independently selected from hydrogen, methyl, phenyl or phenoxymethyl, with R = being independently selected from H or methyl, with R = H or methyl, with R = being independently selected from H or methyl, Q = being independently selected from hydrogen, methyl, phenyl or phenoxymethyl, a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6 and (c+d) = 1 to 6, with R = H or methyl, Q = being independently selected from hydrogen, methyl, phenyl or phenoxymethyl, a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6 and (c+d) = 1 to 6, with a, b = 0 to 3, c, d = 0 to 3, (a+b) = 1 to 6, (c+d) = 1 to 6, Q = being independently selected from hydrogen, methyl, phenyl or phenoxymethyl, wherein G is selected from and wherein U is selected from wherein the * indicates a connecting point to another moiety or unit b) a filler and c) an initiator.
Monitoring device for a tool in a punching machine for monitoring a breakage of a machining tool accommodated in the tool, comprising an air pressure supply device, a first pressure switch having a pre-determinable switching pressure, and a monitoring cylinder with a tactile piston, wherein the tactile piston comprises a piston rod, the tactile piston is accommodated in the monitoring cylinder such that it partitions a first space between the tactile piston and a first end of the monitoring cylinder and a second space between the tactile piston and a second end of the monitoring cylinder, the tactile piston has a predetermined stroke in the monitoring cylinder between the first end and second end, and a marginal position in which the piston rod abuts to the machining tool is provided for the tactile piston, wherein the first space has a supply orifice connected to the air pressure supply device and the first pressure switch, and the monitoring cylinder has a discharge orifice, wherein the discharge orifice is arranged such that it is connected to the first space when the tactile piston is located in a position which is closer to the second end than the marginal position in case of a breakage of the machining tool, and that its connection to the first space is shut when the tactile piston is located in the marginal position or when it is located farther away from the second end than the marginal position when no breakage of the machining tool exists.
A die cleaning method for removing a forming-material from a die used in forming, the forming-material being constituted of clay having as main component particulate ceramic or metal and containing a binder, the method comprising the steps of: removing a part or all of the binder contained in the forming-material from the die by heating the die; and, after the step of removing part or all of the binder, removing the remaining forming-material from the die by spraying a fluid to the die at a pressure of 39 bar (40 kgf/cm 2) or less.
A method of making a transparent article, the method comprising providing a substrate having an optical coating comprising more than one layer, including furthest from the substrate a homogeneous outermost layer; and forming a scratch propagation blocker layer on the outermost layer, wherein the outermost layer is of amorphous silicon nitride, and the scratch propagation blocker layer is a homogeneous layer comprising a material selected from the group consisting of TiO 2, SiO 2, ZnO, SnO 2, In 2 O 3, ZrO 2, Al 2 O 3, Cr 2 O 3, Nb 2 O 5, MoO 3, HfO 2, Ta 2 O 5, WO 3 and mixtures thereof,; and wherein the forming comprises vapor depositing the scratch propagation blocker layer on the outermost layer, and wherein the forming comprises depositing on the outermost layer a metal, metal suboxide or metal subnitride diffusion barrier layer comprising at least one element selected from the group consisting of Ti, Si, Zn, Sn, In, Zr, Al, Cr, Nb, Mo, Hf, Ta and W; heating the diffusion barrier layer in an atmosphere containing oxygen; and reacting the diffusion barrier layer with the oxygen to form the scratch propagation blocker layer depositing a layer consisting essentially of carbon on the diffusion barrier layer before heating the diffusion barrier layer; and reacting the layer consisting essentially of carbon with the oxygen to form a carbon containing gas wherein the layer consisting essentially of carbon has a thickness of 1 nm to 10 nm and consists of graphite carbon having sp2 bonding.
An air box of a motor vehicle which is suited to be arranged in the engine compartment of the motor vehicle, wherein the air box is designed with a connection assembly for connecting a connecting piece of an aggregate to a coupling sleeve of a medium-carrying tube, characterised in that a first connection assembly element and a second connection assembly element are provided, wherein the first connection assembly element provides a sealing seat for a sealing element, in particular an O-ring, and the second connection assembly element is composed of two parts, wherein the first connection assembly element is at least partially circumferentially surrounded by the second connection assembly element, wherein the second connection assembly element has a first half shell and a second half shell, wherein the first half shell is integrally designed with a fixing clip and the second half shell is integrally designed with at least a partial section of the air box, wherein an anti-rotation means is implemented by means of the fixing clip of the second connection assembly element and two snap hooks are designed on the fixing clip, wherein the snap hooks snap into an air box segment, wherein a middle segment acting together with the air box segment and arranged between the two snap hooks is provided in order to fix the position, wherein an anti-tilting means and an anti-twisting means are implemented by the cooperation between the snap hooks, the air box segment and the middle segment.
A prokaryotic host cell comprising a eukaryotic UDP-GlcNAc transferase enzyme and a eukaryotic mannosyltransferase enzyme, wherein said enzymes confer eukaryotic glycosyltransferase activity to the host cell.