mhurhangee/ep-ind-claims huggingface dataset:
A cryogenic liquid dispensing system comprising; a. a tank defining an area that holds cryogenic liquid; b. a pump; c. a first supply line in liquid communication with the bottom portion of the tank and the pump; d. a first supply valve located in the first supply line between the bottom portion of the tank and the pump; e. a recycle line; f. a recycle valve; g. a dispensing line in liquid communication with the recycle line at a location between the pump and the recycle valve; h. a dispensing valve in the dispensing line; characterised in that; i. the system comprises a basin defining an area configured to hold cryogenic liquid at a height raised above a bottom portion of the tank, and being in liquid communication with the tank; j. the recycle line is in liquid communication with the pump and the basin; k. the recycle valve is located in the recycle line between the pump and the basin; l. a second supply line in liquid communication with a bottom portion of the basin and the pump; and m. a second supply valve located in the second supply line between the bottom portion of the basin and the pump. a. a tank defining an area that holds cryogenic liquid; b. a pump; c. a first supply line in liquid communication with the bottom portion of the tank and the pump; d. a first supply valve located in the first supply line between the bottom portion of the tank and the pump; e. a recycle line; f. a recycle valve; g. a dispensing line in liquid communication with the recycle line at a location between the pump and the recycle valve; h. a dispensing valve in the dispensing line; characterised in that; i. the system comprises a basin defining an area configured to hold cryogenic liquid at a height raised above a bottom portion of the tank, and being in liquid communication with the tank; j. the recycle line is in liquid communication with the pump and the basin; k. the recycle valve is located in the recycle line between the pump and the basin; l. a second supply line in liquid communication with a bottom portion of the basin and the pump; and m. a second supply valve located in the second supply line between the bottom portion of the basin and the pump.
Detection device for detecting mechanical functional states of a motor vehicle lock, in which at least two binary signal outputs (S1, S2) are provided which define a logical state of the detection device through the respective electrical potentials present there, in which, in the assembled state, each functional state of the motor vehicle lock generates a logical state of the detection device, and in which a control arrangement is provided which is coupled electrically with the signal outputs (S1, S2) and, on the basis of this coupling, determines the functional state of the motor vehicle lock, characterized in that in the assembled state, at least two functional states of the motor vehicle lock generate one and the same logical state - multiple state - of the detection device, that these functional states are distinguishable in that the electrical resistance between the predetermined signal outputs (S1, S2) of the detection device differs depending on the respective functional state of the motor vehicle lock, and that the control arrangement determines the functional state of the motor vehicle lock on the basis of the logical state of the signal outputs (S1, S2) and of the electrical resistance between the predetermined signal outputs (S1, S2).
Method of manufacturing tools for machining with a geometrically undefined machining periphery, the machining grains being bound in a bond, and the tool having at least one working surface, characterised in that, starting from a blank of the tool, the shape and/or position of the working surface are defined by a locally restricted alteration of the microstructure of the bond.
Method for measuring the tension of a circulating belt that is deflected by at least one tension roller, which is adjusted on an adjustment path to change a running length of the circulating belt, a bearing force of the at least one tension roller being measured by at least one force measuring device in at least one direction, which depends on the adjustment path of the at least one tension roller, characterized in that a respective sensitivity of the at least one force measuring device with respect to the tension is determined for multiple points of the adjustment path, wherein the sensitivities and/or values calculated therefrom are stored as an array in at least one memory, to which at least one controller makes access, which calculates the tension from the current adjustment path, the current bearing force and the stored sensitivities and/or values by means of interpolation.
A trigger switch for electric tools such as electric drills, the trigger switch omprising: a switch mechanism; a case having a sealed switch chamber in which the switch mechanism is arranged; a plunger having a distal end and a proximal end, the plunger being inserted into a shaft hole formed on one end side of the case so as to be freely slidable, wherein the proximal end of the plunger is coupled to the switch mechanism which is biased forward; and a trigger having a plunger engaging portion engaging and locking the distal end of the plunger so as to operate the trigger switch by moving the switch mechanism via the plunger along a center axis of the plunger, an air pressure stabilizing mechanism configured to cancel an air compressing action in the interior of the sealed switch chamber caused by the switch mechanism moving in the interior of the sealed switch chamber, the trigger switch being charaterized in that: the air pressure stabilizing mechanism includes: a communication hole which is formed at a center of the plunger throughout the plunger along the center axis and has a proximal end opening facing the sealed switch chamber and a distal end opening on the plunger; and a discharge port formed in the plunger engaging portion of the trigger such that the discharge port communicates with the communication hole and being configured to release air from the communicating hole to the outside. a switch mechanism; a case having a sealed switch chamber in which the switch mechanism is arranged; a plunger having a distal end and a proximal end, the plunger being inserted into a shaft hole formed on one end side of the case so as to be freely slidable, wherein the proximal end of the plunger is coupled to the switch mechanism which is biased forward; and a trigger having a plunger engaging portion engaging and locking the distal end of the plunger so as to operate the trigger switch by moving the switch mechanism via the plunger along a center axis of the plunger, an air pressure stabilizing mechanism configured to cancel an air compressing action in the interior of the sealed switch chamber caused by the switch mechanism moving in the interior of the sealed switch chamber, the trigger switch being charaterized in that: the air pressure stabilizing mechanism includes: a communication hole which is formed at a center of the plunger throughout the plunger along the center axis and has a proximal end opening facing the sealed switch chamber and a distal end opening on the plunger; and a discharge port formed in the plunger engaging portion of the trigger such that the discharge port communicates with the communication hole and being configured to release air from the communicating hole to the outside. a communication hole which is formed at a center of the plunger throughout the plunger along the center axis and has a proximal end opening facing the sealed switch chamber and a distal end opening on the plunger; and a discharge port formed in the plunger engaging portion of the trigger such that the discharge port communicates with the communication hole and being configured to release air from the communicating hole to the outside.
An engineered transaminase polypeptide comprising an amino acid sequence having at least 80% sequence identity to reference sequence SEQ ID NO:4 and at least an amino acid residue difference as compared to SEQ ID NO:4 at residue position X192 selected from A, G, H, K, N, Q, R, and S; wherein the polypeptide is capable of converting compound 2 to compound 1,
A control apparatus, connected to a switch (20, 20A) provided with a function to process packets by sequentially referring to a plurality of flow tables having priorities, said control apparatus comprising: an entry generation unit that generates entry information to be set in each of a first flow table having predetermined item(s) as match conditions, and a second flow table that has item(s), as match conditions, that are different from said first flow table, and that is referred to when an entry of said first flow table is hit; an entry operation unit that instructs said switch to update said first and second flow tables, based on said generated entry information; and an entry management unit that manages content of each flow table of said switch, said entry management unit stores setting information determining item(s) to be used as match conditions by the first flow table, and item(s) to be used as match conditions by the second flow table, decided in advance, and said entry generation unit, after generating an assumed entry having a match condition for distinguishing a packet requested by said switch, refers to said setting information, decomposes said match condition, and generates entry information to be set in said first and second flow tables. an entry generation unit that generates entry information to be set in each of a first flow table having predetermined item(s) as match conditions, and a second flow table that has item(s), as match conditions, that are different from said first flow table, and that is referred to when an entry of said first flow table is hit; an entry operation unit that instructs said switch to update said first and second flow tables, based on said generated entry information; and an entry management unit that manages content of each flow table of said switch, said entry management unit stores setting information determining item(s) to be used as match conditions by the first flow table, and item(s) to be used as match conditions by the second flow table, decided in advance, and said entry generation unit, after generating an assumed entry having a match condition for distinguishing a packet requested by said switch, refers to said setting information, decomposes said match condition, and generates entry information to be set in said first and second flow tables.
Sensor arrangement for the contactless sensing of angles of rotation on a rotating part, wherein the rotating part is coupled with a disk-shaped target which has at least two metal surfaces, and which generates at least one piece of information for ascertaining the instantaneous angle of rotation of the rotating part, in connection with a coil arrangement which has three flat detection coils (42, 44, 46), wherein the three flat detection coils (42, 44, 46) are uniformly distributed on the circumference of a circle, and the at least two metal surfaces influence the inductances in the flat detection coils (42, 44, 46) due to eddy current effects, as a function of the degree of overlap, wherein an evaluation and control unit generates essentially sinusoidal evaluation signals (K1, K2, K3) which represent the changes in inductance of the detection coils (42, 44, 46), and evaluates them for calculating the angle of rotation, characterized in that the flat detection coils (42, 44, 46) are each designed as uniform circle segments and/or annular segments having a predefined opening angle in the range of 100° to 120°
Composite component having a first joining partner, having at least one second joining partner, and having a first first joining layer, which is arranged between the first joining partner and the second joining partner, wherein, in addition to the first joining layer, at least one second joining layer is provided between the first and second joining partners (2, 3), wherein at least one intermediate layer is arranged between the first and second joining layers (4, 6), wherein the intermediate layer is laterally structured in such a way that structure portions of the intermediate layer are spaced apart laterally, wherein cavities which are interlinked are formed between the structure portions, and wherein the first joining partner is an electronics component, in particular a semiconductor element, preferably a power semiconductor element, and/or an in particular populated circuit carrier, characterized in that the first joining layer connects the first joining partner directly to the intermediate layer and the second joining layer connects the second joining partner directly to the intermediate layer, in that the first and/or the second joining layer (4, 6) are/is in the form of a sinter layer, adhesive layer, solder layer or elastomer seal material, and in that the second joining partner is a circuit carrier or a heat sink, in particular a base plate, a cooling body or a housing.
A method of making a cemented carbide or cermet agglomerated powder without milling, where the powder constituents are subjected to a non-milling mixing operation, comprising the steps of: forming a slurry of one or more powders forming hard constituents, metal binder powders and a mixing liquid, wherein said one or more powders forming the hard constituents is selected from borides, carbides, nitrides or carbonitrides of metals from groups 4, 5 and 6 of the periodic table; mixing and drying said slurry, to form an agglomerated powder, wherein the mixing is done in a resonant acoustic mixer, being a non-contact mixer, wherein acoustic waves achieving resonance conditions are utilized. forming a slurry of one or more powders forming hard constituents, metal binder powders and a mixing liquid, wherein said one or more powders forming the hard constituents is selected from borides, carbides, nitrides or carbonitrides of metals from groups 4, 5 and 6 of the periodic table; mixing and drying said slurry, to form an agglomerated powder, wherein the mixing is done in a resonant acoustic mixer, being a non-contact mixer, wherein acoustic waves achieving resonance conditions are utilized.
A method of wireless communication, comprising, at a mobile station (204, 206, 208, 308, 408, 504, 506, 508): receiving a set of channels on which to discover a wireless device, the set of channels comprising a first channel; receiving a first signal on the first channel from the wireless device; determining a second channel based on the first signal, the first signal comprising information about the second channel different from the first channel; receiving a second signal on the second channel, wherein the first channel is in a set of white space channels and the second channel is not a white space channel; and communicating with the wireless device on the second channel based on a quality of the second signal. receiving a set of channels on which to discover a wireless device, the set of channels comprising a first channel; receiving a first signal on the first channel from the wireless device; determining a second channel based on the first signal, the first signal comprising information about the second channel different from the first channel; receiving a second signal on the second channel, wherein the first channel is in a set of white space channels and the second channel is not a white space channel; and communicating with the wireless device on the second channel based on a quality of the second signal.
A test strip comprising: (a) a base substrate having disposed thereon a first electrode and connector track, said first electrode and connector track comprising a first electrode connector, and a second electrode connector, (b) a spacer layer comprising two strips of insulating material (15, 16), said insulating strips having an open space between them and extending less than the entire length of the base substrate such that a first of said insulating strips leaves a portion the first electrode connector exposed, and the second of said insulating strips leaves at least a portion of the second electrode connector exposed, said exposed portion of the second electrode connector being greater in length than the exposed portion of the first electrode connector, (c) a top layer comprising a substrate having disposed thereon a second electrode and connector track, wherein a portion of the second electrode and connector track is disposed in opposition to the exposed portion of the first electrode and connector track, said top layer being shorter than the base substrate such that a connector portion of the base substrate having the exposed portions first electrode connector and the second electrode connector remains exposed, and (d) wherein an endportion of the second electrode connector is disposed to make electrical contact with the second electrode and connector track, directly by pressing the top layer comprising the substrate downwards to the second electrode connector and/or through a conductive material. (a) a base substrate having disposed thereon a first electrode and connector track, said first electrode and connector track comprising a first electrode connector, and a second electrode connector, (b) a spacer layer comprising two strips of insulating material (15, 16), said insulating strips having an open space between them and extending less than the entire length of the base substrate such that a first of said insulating strips leaves a portion the first electrode connector exposed, and the second of said insulating strips leaves at least a portion of the second electrode connector exposed, said exposed portion of the second electrode connector being greater in length than the exposed portion of the first electrode connector, (c) a top layer comprising a substrate having disposed thereon a second electrode and connector track, wherein a portion of the second electrode and connector track is disposed in opposition to the exposed portion of the first electrode and connector track, said top layer being shorter than the base substrate such that a connector portion of the base substrate having the exposed portions first electrode connector and the second electrode connector remains exposed, and (d) wherein an endportion of the second electrode connector is disposed to make electrical contact with the second electrode and connector track, directly by pressing the top layer comprising the substrate downwards to the second electrode connector and/or through a conductive material.
A ship having a liquefied gas storage tank, the ship comprising: a multistage compressor comprising a plurality of compression cylinders (21, 22, 23) to compress boil-off gas discharged from the storage tank; a second heat exchanger cooling the fluid compressed by the multistage compressor by subjecting the fluid to heat exchange; a first decompressor expanding one flow of two flows branching off of a fluid flow (a) cooled by the second heat exchanger; a third heat exchanger cooling the other flow of the two flows by subjecting the flow to heat exchange with the flow expanded by the first decompressor to be used as a refrigerant; and a second decompressor expanding the flow cooled by the third heat exchanger, wherein the second heat exchanger cools the fluid compressed by the multistage compressor upstream the first decompressor using the flow expanded by the second decompressor as a refrigerant, characterized in that the flow used as a refrigerant at the second heat exchanger is returned to the liquefied gas storage tank. a multistage compressor comprising a plurality of compression cylinders (21, 22, 23) to compress boil-off gas discharged from the storage tank; a second heat exchanger cooling the fluid compressed by the multistage compressor by subjecting the fluid to heat exchange; a first decompressor expanding one flow of two flows branching off of a fluid flow (a) cooled by the second heat exchanger; a third heat exchanger cooling the other flow of the two flows by subjecting the flow to heat exchange with the flow expanded by the first decompressor to be used as a refrigerant; and a second decompressor expanding the flow cooled by the third heat exchanger, wherein the second heat exchanger cools the fluid compressed by the multistage compressor upstream the first decompressor using the flow expanded by the second decompressor as a refrigerant, characterized in that the flow used as a refrigerant at the second heat exchanger is returned to the liquefied gas storage tank.
A method of synthesizing a carbon nanostructure, comprising: pyrolyzing an organic material in a first furnace to obtain one or more gaseous decomposition products; mixing the one or more gaseous decomposition products with one or more gases to produce a mixture and prevent formation of a flame; and contacting the mixture of the one or more gaseous decomposition products and one or more gases with a supported catalyst in a second furnace, thereby synthesizing the carbon nanostructure. pyrolyzing an organic material in a first furnace to obtain one or more gaseous decomposition products; mixing the one or more gaseous decomposition products with one or more gases to produce a mixture and prevent formation of a flame; and contacting the mixture of the one or more gaseous decomposition products and one or more gases with a supported catalyst in a second furnace, thereby synthesizing the carbon nanostructure.
A method of manufacturing a chromatography matrix comprising providing at least one polysaccharide carrier comprising hydroxyl groups available for chemical reaction; and reacting said hydroxyl groups with vinyl sulphonate to provide a sulphonate-functionalized cation exchanger, wherein the hydroxyl groups reacted with the vinyl sulphonate to provide the sulphonate-functionalized cation exchanger have been coupled to the carrier surface via polymers tethered to the surface of the carrier.
Detector for ionizing radiation comprising: - a support element made of a p-type doped conductive or semiconductor material; - a substrate in hydrogenated amorphous silicon of given thickness, provided with two parallel and opposite faces in which a first face is placed in contact with said support element and a second face is opposite to the first one; - a plurality of p-type electrodes extending from said second face of the substrate in the direction of the thickness of said substrate, connected to each other by an electrode or a polarization plane; - a plurality of n-type electrodes extending from said second face of the substrate in the direction of the thickness of said substrate, suitable for collecting the charge signal generated at the passage of ionizing radiation in the detector; - a passivation layer placed at least partially in contact with the second face of the substrate and never being in contact with the support element; - at least one electrode for reading the charge signal collected by one or more of said n-type electrodes and connected to it by a signal reading contact; the n-type electrodes being all in columnar shape and the p-type electrodes being selected from the columnar and trench shapes. - a support element made of a p-type doped conductive or semiconductor material; - a substrate in hydrogenated amorphous silicon of given thickness, provided with two parallel and opposite faces in which a first face is placed in contact with said support element and a second face is opposite to the first one; - a plurality of p-type electrodes extending from said second face of the substrate in the direction of the thickness of said substrate, connected to each other by an electrode or a polarization plane; - a plurality of n-type electrodes extending from said second face of the substrate in the direction of the thickness of said substrate, suitable for collecting the charge signal generated at the passage of ionizing radiation in the detector; - a passivation layer placed at least partially in contact with the second face of the substrate and never being in contact with the support element; - at least one electrode for reading the charge signal collected by one or more of said n-type electrodes and connected to it by a signal reading contact;