mhurhangee/ep-ind-claims huggingface dataset:
An implantable device comprising: a plurality of tubular members, each of the tubular members defining a longitudinal axis (C-C) and a lumen and including: an outer wall portion having a plurality of first strands defining a plurality of first openings therebetween, the outer wall portion having a first porosity; and a baffle portion including a plurality of second strands (220") defining a plurality of second openings (222") therebetween, the baffle portion having a second porosity that is lower than the first porosity of the outer wall portion, wherein each of the tubular members is joined to each other along their respective longitudinal axes, so that the baffle portions are configured to be disposed within the vessel lumen and the outer wall portions are configured to contact the walls of the vessel. an outer wall portion having a plurality of first strands defining a plurality of first openings therebetween, the outer wall portion having a first porosity; and a baffle portion including a plurality of second strands (220") defining a plurality of second openings (222") therebetween, the baffle portion having a second porosity that is lower than the first porosity of the outer wall portion, wherein each of the tubular members is joined to each other along their respective longitudinal axes, so that the baffle portions are configured to be disposed within the vessel lumen and the outer wall portions are configured to contact the walls of the vessel.
A vertical topology light emitting device, comprising: a conductive adhesion structure (236, 238) comprising a first adhesion layer having a first surface and a second adhesion layer having a second surface; a conductive support structure on the first surface; a reflective structure (230, 232) on the second surface, the reflective structure serving as a first electrical contact; a semiconductor structure on the reflective structure, the semiconductor structure comprises a first-type GaN-based layer, an active layer on the first-type GaN-based layer, and a second-type GaN-based layer on the active layer, wherein the reflective structure reflects light from the active layer back out of the top of the semiconductor structure; a second electrical contact on the semiconductor structure; a metal contact pad on the second electrical contact; and an inter-layer between the second electrical contact and the metal contact pad, wherein the first-type GaN-based layer has an etched and polished flat surface, and wherein the reflective structure is disposed between the second surface and the etched and polished flat surface. a conductive adhesion structure (236, 238) comprising a first adhesion layer having a first surface and a second adhesion layer having a second surface; a conductive support structure on the first surface; a reflective structure (230, 232) on the second surface, the reflective structure serving as a first electrical contact; a semiconductor structure on the reflective structure, the semiconductor structure comprises a first-type GaN-based layer, an active layer on the first-type GaN-based layer, and a second-type GaN-based layer on the active layer, wherein the reflective structure reflects light from the active layer back out of the top of the semiconductor structure; a second electrical contact on the semiconductor structure; a metal contact pad on the second electrical contact; and an inter-layer between the second electrical contact and the metal contact pad, wherein the first-type GaN-based layer has an etched and polished flat surface, and wherein the reflective structure is disposed between the second surface and the etched and polished flat surface.
Formulation comprising at least one hydridosilane and at least one hydridosilane oligomer, characterized in that the hydridosilane has the generic formula Si n H 2n+2 with n = 7-10, and in that the proportion of the hydridosilane oligomer, based on the total mass of hydridosilane and hydridosilane oligomer present, is 60-80% by weight, wherein the hydridosilane oligomer has a weight-average molecular weight of 200 to 10 000 g/mol and the hydridosilane oligomer is obtained by oligomerization of noncyclic branched hydridosilane.
An apparatus comprising at least one sealed container (3a, 3b, 3c) for dry ice, said at least one sealed container (3a, 3b, 3c) for dry ice being enclosed within another sealed container, wherein the at least one sealed container (3a, 3b, 3c) for dry ice is operatively connected to a storage container for cooling the storage container to a target temperature or to a target temperature range by conducting sublimed dry ice from the at least one sealed container for dry ice to the storage container, and the at least one sealed container (3a, 3b, 3c) for dry ice is operatively connected to said another sealed container for conducting sublimed dry ice from the at least one sealed container (3a, 3b, 3c) for dry ice to said another sealed container, when the target temperature of the storage container is met, characterized in that the at least one sealed container (3a, 3b, 3c) for dry ice is connected to said another sealed container so that sublimed dry ice can be conducted directly to said another sealed container without using the sublimed dry ice for cooling the storage container.
An injection molding machine (1, 2) comprising: a motor (11, 24, 42, 44); a driving section to drive the motor; a DC link, the DC link comprising an electric storage section to store power to operate the motor; and a cutoff section to cut off a power feeding path from the electric storage section to the driving section if the state is detected in which at least one of the motor and the driving section needs to be stopped, wherein the state is an opening state of a safety door or the state is an emergency stop state. a motor (11, 24, 42, 44); a driving section to drive the motor; a DC link, the DC link comprising an electric storage section to store power to operate the motor; and a cutoff section to cut off a power feeding path from the electric storage section to the driving section if the state is detected in which at least one of the motor and the driving section needs to be stopped, wherein the state is an opening state of a safety door or the state is an emergency stop state.
A method of wireless communication, the method comprising: receiving, at a dongle via a radio frequency channel, a first data from a first human interface device at a first time slot of a frame; transmitting the first data to a computing device coupled to the dongle; receiving, at the dongle via the radio frequency channel, a second data from a second human interface device at a second time slot of the frame; transmitting the second data to the computing device; and transmitting, by the dongle via the radio frequency channel at a third time slot of the frame, a first acknowledgment to the first data and a first lighting effect configuration data for the first human interface device, a second acknowledgment to the second data and a second lighting effect configuration data for the second human interface device. receiving, at a dongle via a radio frequency channel, a first data from a first human interface device at a first time slot of a frame; transmitting the first data to a computing device coupled to the dongle; receiving, at the dongle via the radio frequency channel, a second data from a second human interface device at a second time slot of the frame; transmitting the second data to the computing device; and transmitting, by the dongle via the radio frequency channel at a third time slot of the frame, a first acknowledgment to the first data and a first lighting effect configuration data for the first human interface device, a second acknowledgment to the second data and a second lighting effect configuration data for the second human interface device.
A process of eliminating impurities dissolved in a contaminated molten metal, continuously, such impurities being both exogenous to the molten metal and endogenous to it, characterized in that an electromagnetic field, generated by linear induction pumps, is applied on the contaminated metal that flows through a second ceramic duct and through which a current density is induced in a longitudinal direction to that of the duct, as a result of the electromagnetic force produced in the metal, Lorentz force (F L), and the fluid dynamic forces derived from the movement of the metal, a resulting force acts on the particle that causes a relative movement of said particle with respect to that of the molten metal, when the difference in electrical conductivity between the molten metal and the particle is of at least one order of magnitude with respect to the decimal power, said difference in conductivity is achieved in endogenous impurities by creating an intermetallic compound or final particle by the reaction between the impurity to be eliminated and the addition of an initial element or compound in a metallurgical step prior to the application of the electromagnetic field, the separation phase.
A method of installing a foundation for a wind turbine comprising: inserting the foundation having a toe into a soil until a depth of the toe reaches at least a minimum installation depth threshold, and until an installation resistance reaches at least a minimum installation resistance threshold; during insertion, jetting fluid from a plurality of nozzles provided at the toe for directing fluid distally into the soil ahead of the toe; and controlling the jetting of fluid from the plurality of nozzles based on the depth of the toe, wherein the rate of jetting of fluid is reduced when the depth of the toe reaches a stabilisation depth ahead of the minimum installation depth threshold. inserting the foundation having a toe into a soil until a depth of the toe reaches at least a minimum installation depth threshold, and until an installation resistance reaches at least a minimum installation resistance threshold; during insertion, jetting fluid from a plurality of nozzles provided at the toe for directing fluid distally into the soil ahead of the toe; and controlling the jetting of fluid from the plurality of nozzles based on the depth of the toe, wherein the rate of jetting of fluid is reduced when the depth of the toe reaches a stabilisation depth ahead of the minimum installation depth threshold.
A process for the preparation of cangrelor in the form of a salt of formula: wherein M + is selected from sodium ion, ammonium ion and tributylammonium ion, said process comprising the following steps: a) phosphorylating a compound of formula in the presence of phosphorus oxyhalide: to give a compound of formula: b) reacting the resulting compound of formula with clodronic acid to give a compound of formula: c) optionally isolating the resulting compound of formula by precipitation from the reaction mixture and filtration, and d) hydrolysing the compound of formula to give cangrelor in the form of a salt of formula by reaction with water in the presence of a base. a) phosphorylating a compound of formula in the presence of phosphorus oxyhalide: to give a compound of formula: b) reacting the resulting compound of formula with clodronic acid to give a compound of formula: c) optionally isolating the resulting compound of formula by precipitation from the reaction mixture and filtration, and d) hydrolysing the compound of formula to give cangrelor in the form of a salt of formula by reaction with water in the presence of a base.
An article of footwear, comprising: an upper, a sole structure, and a motorized tensioning system; wherein, the motorized tensioning system includes a control device comprising one or more buttons configured to provide manual control of the motorized tensioning system; characterized in that the motorized tensioning system can be operated in a lockout mode in which the manual control of the motorized tensioning system is disabled during periods of competitive activity, the determination of a period of competitive activity being based upon at least one signal input regarding a level of motion of the article of footwear from a sensor of the article of footwear. an upper, a sole structure, and a motorized tensioning system; wherein, the motorized tensioning system includes a control device comprising one or more buttons configured to provide manual control of the motorized tensioning system; characterized in that the motorized tensioning system can be operated in a lockout mode in which the manual control of the motorized tensioning system is disabled during periods of competitive activity, the determination of a period of competitive activity being based upon at least one signal input regarding a level of motion of the article of footwear from a sensor of the article of footwear.
Coil support for preformed flat coils of a stator of an electric rotary motor, the coil support comprising an annular supporting structure, a plurality of columns (24a, 24b) extending upwardly from said supporting structure in a direction parallel to the rotation axis of the electric rotary motor and spaced apart from each other to form a corresponding plurality of coil receiving portions for holding the preformed flat coils in place, wherein each of said coil receiving portions is configured to support a lower part of a preformed flat coil, two radially opposite sides of said lower part being within respectively a first and a second plane which are perpendicular to an axis extending radially from the rotation axis of the electric rotary motor, characterized in that said plurality of columns comprises a first and a second group of columns (24a, 24b), the minimal width of the columns of the first group being greater than the minimal width of the columns of the second group, and wherein one or more adjacent columns of the second group are arranged in-between two columns of the first group.
A multiple yarn supply type filament winding device including a liner transfer part, a helical winding part which includes a pedestal provided with a helical head, the helical head being provided with a plurality of nozzles guiding fiber bundles to an outer periphery surface of a liner and creel stands which supply the fiber bundles to each of the nozzles of the helical winding part, the filament winding device winding the fiber bundles guided by each of the nozzles around the outer periphery surface of the liner passing through the nozzles while rotating, characterized in that each creel stand includes a rack and a plurality of bobbin unwinding devices (32A; 32B), wherein each of the bobbin unwinding devices (32A; 32B) comprises: a bobbin support shaft which rotatably supports a bobbin around which a band-like fiber bundle is wound; a fixed guide which is rotated by the fed fiber bundle in a state where it is brought into contact with the fixed guide and which changes a running direction of the fiber bundle unwound from the bobbin; and an auxiliary roller arranged between the bobbin and the fixed guide, wherein the fixed guide is arranged such that the shaft center of the fixed guide is substantially perpendicular to the shaft center of the bobbin support shaft, the auxiliary roller is arranged such that the shaft center of the auxiliary roller is parallel or substantially parallel to the shaft center of the bobbin support shaft and the fiber bundle unwound from the bobbin is fed to the fixed guide through the auxiliary roller, then fed to the corresponding nozzle, through a plurality of guide members.
A method of reconditioning a slip ring transmitter of the gold wire type which has a slip ring, in particular a gold ring, for use with a gold wire board as the circuit board, including the step: - removing a gold wire board from the slip ring transmitter, characterized by the step, - fitting a multi-brush board as a replacement for the gold wire board, wherein the slip ring has grooves due to use with the gold wire board and upon replacement of the gold wire board by the multi-brush board the slip ring, in particular the gold ring, remains in the slip ring transmitter. - removing a gold wire board from the slip ring transmitter, characterized by the step, - fitting a multi-brush board as a replacement for the gold wire board, wherein the slip ring has grooves due to use with the gold wire board and upon replacement of the gold wire board by the multi-brush board the slip ring, in particular the gold ring, remains in the slip ring transmitter.
A process for the manufacture of casting molds, comprising the operation of filling with mold-sand of a casting box and of a filling frame containing patterns mounted on a pattern plate, the operation of pulsed-air compacting of the mold-sand by the action of compressed air passing through a movable, elastically mounted latticed pressing element, the operation of re-compacting the mold-sand by pressing and the operation of patterns pulling-through from the half molds, and the re-compacting by pressing performed with the pattern plate containing the patterns by means of the plate moving inside the cavity of the filling frame in the direction of the latticed pressing element, characterized in that the latticed pressing element is subjected to a counter-pressure force corresponding in its value to the prescribed level of the half mold compaction.
A method for manufacturing dough, dough pieces or bakery products comprising steps in which one a) manufactures a dough from sulfhydryl oxidase enzyme and further ingredients, wherein the dough comprises yeast, and b) laminates the dough wherein dough, dough piece or bakery product are stabilized by SOX, wherein dough or dough piece are used for manufacturing a bakery product, and the volume of the bakery product is increased. a) manufactures a dough from sulfhydryl oxidase enzyme and further ingredients, wherein the dough comprises yeast, and b) laminates the dough
A method for supplying cutting oil which adopts the following processes in a machine tool for cutting plural kinds of work pieces: a: setting cutting times t 1,...,t i,...,t n for work pieces 1,...,i,...,n and selection of cutting oil to be used, wherein n is an integer of not less than one and i denotes a kind of work of an i th order, b: setting quantities q 1,...,q i,...,q n of the cutting oil supplied per unit time according to a cutting area of the work pieces 1,...,i,...,n,where the cutting oil selected by process a is used, c: setting each quantity q 1 ",...,q i ",...,q n " of a fixed value supplied per unit time under condition that inequalities of q i ">q 1,...,q i,...,q n and q 1 " − q 1 t 1 +... + q i " − q i t i +... + q n " − q n t n ≤ V, are each satisfied, and supplying the cutting oil to the cutting-oil tank at each of the quantities q 1 ",...,q i ",...,q n " corresponding to cutting each of the work pieces 1,...,i,...,n, wherein a volume of the cutting-oil tank is given as V, and a quantity of the cutting oil in the cutting oil tank before cutting is set to be zero, d: supplying the cutting oil to the cutting area with setting quantities of the cutting oil to be q 1 t 1,...,q i t i,...,q n t n on cutting the work pieces 1,...,i,...,n by flowing out from the cutting-oil tank. a: setting cutting times t 1,...,t i,...,t n for work pieces 1,...,i,...,n and selection of cutting oil to be used, wherein n is an integer of not less than one and i denotes a kind of work of an i th order, b: setting quantities q 1,...,q i,...,q n of the cutting oil supplied per unit time according to a cutting area of the work pieces 1,...,i,...,n,where the cutting oil selected by process a is used, c: setting each quantity q 1 ",...,q i ",...,q n " of a fixed value supplied per unit time under condition that inequalities of q i ">q 1,...,q i,...,q n and q 1 " − q 1 t 1 +... + q i " − q i t i +... + q n " − q n t n ≤ V, are each satisfied, and supplying the cutting oil to the cutting-oil tank at each of the quantities q 1 ",...,q i ",...,q n " corresponding to cutting each of the work pieces 1,...,i,...,n, wherein a volume of the cutting-oil tank is given as V, and a quantity of the cutting oil in the cutting oil tank before cutting is set to be zero, d: supplying the cutting oil to the cutting area with setting quantities of the cutting oil to be q 1 t 1,...,q i t i,...,q n t n on cutting the work pieces 1,...,i,...,n by flowing out from the cutting-oil tank.
An electromagnetic handwriting system, comprising: an electromagnetic handwriting tablet configured to receive a drive signal, the drive signal driving the electromagnetic handwriting tablet to be in a suspension state or an enable state; characterized in that a frequency value at which the electromagnetic handwriting tablet enters the suspension state is set as a suspension state frequency threshold f0; a frequency value at which the electromagnetic handwriting tablet enters the enable state is set as an enable state frequency threshold f1; wherein if an actual frequency value of the drive signal received by the electromagnetic handwriting tablet is set to ft, and a virtual frequency value fx is set to satisfy |f0-f1|>|f0-fx| and |f0-f1|>|fx-f1|, then when ft satisfies |f0-fx|>|f0-ft| and |f0-fx|>|ft-fx|, ft is adjusted to fx in response to driving the electromagnetic handwriting tablet. an electromagnetic handwriting tablet configured to receive a drive signal, the drive signal driving the electromagnetic handwriting tablet to be in a suspension state or an enable state; characterized in that a frequency value at which the electromagnetic handwriting tablet enters the suspension state is set as a suspension state frequency threshold f0; a frequency value at which the electromagnetic handwriting tablet enters the enable state is set as an enable state frequency threshold f1; wherein if an actual frequency value of the drive signal received by the electromagnetic handwriting tablet is set to ft, and a virtual frequency value fx is set to satisfy |f0-f1|>|f0-fx| and |f0-f1|>|fx-f1|, then when ft satisfies |f0-fx|>|f0-ft| and |f0-fx|>|ft-fx|, ft is adjusted to fx in response to driving the electromagnetic handwriting tablet.
An apparatus comprising: a case that accommodates fiber pieces containing fibers; a stirring portion that rotates inside the case to stir the fiber pieces; a first driving portion that rotates the stirring portion; a transport apparatus that transports the fiber pieces through a transport path; and a control portion that controls rotation states of the stirring portion and the transport apparatus, characterized in that the transport path is coupled to a side surface of the case, and the transport apparatus includes a rotating part that rotates on an axis along the transport path, and a second driving portion that rotates the rotating part. a case that accommodates fiber pieces containing fibers; a stirring portion that rotates inside the case to stir the fiber pieces; a first driving portion that rotates the stirring portion; a transport apparatus that transports the fiber pieces through a transport path; and a control portion that controls rotation states of the stirring portion and the transport apparatus, characterized in that the transport path is coupled to a side surface of the case, and the transport apparatus includes a rotating part that rotates on an axis along the transport path, and a second driving portion that rotates the rotating part.