mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner, comprising: an indoor unit comprising a blowing unit configured to discharge air; an outdoor unit configured to supply compressed refrigerant to the indoor unit, such that the supplied refrigerant exchanges heat with the air before the air is discharged from the blowing unit; a parameter generating unit configured to generate one or more parameters in a first operation mode of the air conditioner; a learning unit configured to receive the generated one or more parameters and derive operation mode information through a learning process by using the generated one or more parameters as input data to the learning process, characterized in that the operation mode information includes data to set a second operation mode; an operation mode control unit is configured to control the blowing unit to change a wind direction and air volume of the discharged air, and/or the outdoor unit based on the operation mode information; and a central control unit is configured to control the parameter generating unit, the learning unit and the operation mode control unit, wherein the first operation mode is operated only within a preset time range, and the central control unit is configured to instruct the operation mode control unit to perform an operation of switching to the second operation mode after a period of operation in the first operation mode, and wherein an absolute value of temperature change rate during the first operation mode is greater than an absolute value of temperature change rate during the second operation mode. an indoor unit comprising a blowing unit configured to discharge air; an outdoor unit configured to supply compressed refrigerant to the indoor unit, such that the supplied refrigerant exchanges heat with the air before the air is discharged from the blowing unit; a parameter generating unit configured to generate one or more parameters in a first operation mode of the air conditioner; a learning unit configured to receive the generated one or more parameters and derive operation mode information through a learning process by using the generated one or more parameters as input data to the learning process, characterized in that the operation mode information includes data to set a second operation mode; an operation mode control unit is configured to control the blowing unit to change a wind direction and air volume of the discharged air, and/or the outdoor unit based on the operation mode information; and a central control unit is configured to control the parameter generating unit, the learning unit and the operation mode control unit, wherein the first operation mode is operated only within a preset time range, and the central control unit is configured to instruct the operation mode control unit to perform an operation of switching to the second operation mode after a period of operation in the first operation mode, and wherein an absolute value of temperature change rate during the first operation mode is greater than an absolute value of temperature change rate during the second operation mode.
Combination electrode for measuring a fluid to be measured, having a working electrode, a reference electrode, a diaphragm and a first electrically conductive fluid which is in contact with the reference electrode and the diaphragm such that the diaphragm is connected to the reference electrode in an electrically conductive manner via the first electrically conductive fluid, characterized in that the diaphragm has a hydrogel, wherein the hydrogel is a thermoplastic elastomer.
Pressurized fluid turbine engine comprising: (a) bladeless turbine having two or more nozzle arms, a plurality of fluid nozzles and a plurality of nozzle fluid ways, wherein one or more nozzle fluid ways is in each nozzle arm; (b) turbine shaft with an internal or a peripheral, concentric shaft fluid way, the shaft fluid way having one or more shaft fluid intakes, each nozzle arm being affixed to the turbine shaft, each fluid nozzle being hydraulically connected to the shaft fluid way by the one or more nozzle fluid ways in each nozzle arm; (c) fixed outer housing; (d) pair of opposing shaft seals, a front shaft seal and a rear shaft seal, each shaft seal sealing between the turbine shaft and the outer housing, a fluid supply chamber being created between the shaft seals, the outer housing having one or more fluid intake ports to the fluid supply chamber, the fluid supply chamber being hydraulically connected to each shaft fluid intake; and (e) two or more shaft bearings (13, 15) bearing between the outer housing and the turbine shaft. (a) bladeless turbine having two or more nozzle arms, a plurality of fluid nozzles and a plurality of nozzle fluid ways, wherein one or more nozzle fluid ways is in each nozzle arm; (b) turbine shaft with an internal or a peripheral, concentric shaft fluid way, the shaft fluid way having one or more shaft fluid intakes, each nozzle arm being affixed to the turbine shaft, each fluid nozzle being hydraulically connected to the shaft fluid way by the one or more nozzle fluid ways in each nozzle arm; (c) fixed outer housing; (d) pair of opposing shaft seals, a front shaft seal and a rear shaft seal, each shaft seal sealing between the turbine shaft and the outer housing, a fluid supply chamber being created between the shaft seals, the outer housing having one or more fluid intake ports to the fluid supply chamber, the fluid supply chamber being hydraulically connected to each shaft fluid intake; and (e) two or more shaft bearings (13, 15) bearing between the outer housing and the turbine shaft.
Handheld vacuum cleaner operated with a rechargeable battery, which has: a suction opening, a motor fan unit, which is designed to generate a flow of suction air, which extends from the suction opening via a dust separation apparatus, to the motor fan unit, wherein the dust separation apparatus is designed to set air flowing in via an air inlet region to rotate about an axis of rotation, wherein the dust separation apparatus is embodied as a dust separation apparatus which is closed on the floor side, wherein at least one part of the base surface of the dust separation apparatus is embodied as a bevelled part of the base surface, which runs obliquely relative to a transverse plane of the axis of rotation, characterised in that a first part of the base surface of the dust separation apparatus runs in a transverse plane at right angles to the axis of rotation and that a second bevelled part of the base surface of the dust separation apparatus runs in a plane which is inclined about a predetermined angle relative to the transverse plane, wherein viewed from bottom up in the direction of the axis of rotation, the second bevelled part of the base surface runs obliquely outward toward the front side of the vacuum cleaner. a suction opening, a motor fan unit, which is designed to generate a flow of suction air, which extends from the suction opening via a dust separation apparatus, to the motor fan unit, wherein the dust separation apparatus is designed to set air flowing in via an air inlet region to rotate about an axis of rotation, wherein the dust separation apparatus is embodied as a dust separation apparatus which is closed on the floor side, wherein at least one part of the base surface of the dust separation apparatus is embodied as a bevelled part of the base surface, which runs obliquely relative to a transverse plane of the axis of rotation, characterised in that a first part of the base surface of the dust separation apparatus runs in a transverse plane at right angles to the axis of rotation and that a second bevelled part of the base surface of the dust separation apparatus runs in a plane which is inclined about a predetermined angle relative to the transverse plane, wherein viewed from bottom up in the direction of the axis of rotation, the second bevelled part of the base surface runs obliquely outward toward the front side of the vacuum cleaner.
Piston for a medical hollow body, in particular for a syringe or a carpule, the piston comprising at least one sliding surface for contact with the hollow body, furthermore at least one receiving area into which a lubricant can be received, and at least one dispensing means for dispensing the at least one lubricant from the at least one receiving area to the at least one sliding surface, the receiving area being arranged within the piston, characterized in that the piston cooperates with a blocking device, wherein in a first state of the piston, no lubricant can be dispensed from the at least one receiving area, and that in a second state of the piston, lubricant can be dispensed by the at least one dispensing means to the at least one sliding surface.
A laminated type heat sink, in which: the laminated type heat sink comprises a plurality of flat plates each including a metal flat plate provided with a pair of manifold parts facing each other, and, between the manifold parts, a fin part with a plurality of slits punched out in parallel to each other, and a plurality of thin and long longitudinal ribs in parallel to each other and transverse ribs linking adjacent respective longitudinal ribs formed between the slits; respective plates are laminated so that, with respect to each of fin parts of respective plates, the longitudinal ribs are matched with each other and positions of the transverse ribs are shifted in a longitudinal rib direction from each other, and an end lid is arranged to both ends thereof in a lamination direction; and a refrigerant is circulated to each of the slits in a longitudinal rib direction and an object to be cooled is joined to the end lid, characterized in that a circulation blocking means for a refrigerant is provided so that the refrigerant circulation resistance in the fin part of a plate at a position sufficiently apart in a lamination direction from the object to be cooled is greater than the refrigerant circulation resistance in the fin part of each plate lying close to the object to be cooled. the laminated type heat sink comprises a plurality of flat plates each including a metal flat plate provided with a pair of manifold parts facing each other, and, between the manifold parts, a fin part with a plurality of slits punched out in parallel to each other, and a plurality of thin and long longitudinal ribs in parallel to each other and transverse ribs linking adjacent respective longitudinal ribs formed between the slits; respective plates are laminated so that, with respect to each of fin parts of respective plates, the longitudinal ribs are matched with each other and positions of the transverse ribs are shifted in a longitudinal rib direction from each other, and an end lid is arranged to both ends thereof in a lamination direction; and a refrigerant is circulated to each of the slits in a longitudinal rib direction and an object to be cooled is joined to the end lid, characterized in that a circulation blocking means for a refrigerant is provided so that the refrigerant circulation resistance in the fin part of a plate at a position sufficiently apart in a lamination direction from the object to be cooled is greater than the refrigerant circulation resistance in the fin part of each plate lying close to the object to be cooled.
A genetically modified yeast cell selected from Issatchenkia orientalis, Candida lambica, and Saccharomyces bulderi comprising an active 3-HP fermentation pathway, wherein the cell comprises an exogenous β-alanine aminotransferase (BAAT gene) or 4-aminobutyrate aminotransferase (gabT gene), exogenous meaning that the gene is not present at the location of the gene in the genome of a native form of the yeast cell, wherein the BAAT gene or gabT gene encodes a polypeptide with at least 80% sequence identity to the amino acid sequence of SEQ ID NO: 20 or SEQ ID NO: 21.
A base station, comprising a base band unit, BBU, at least three remote radio units, RRUs, antennas, and a power supply used to supply power to the at least three RRUs and the BBU; the at least three RRUs are connected to the BBU; and the at least three RRUs are also connected to the antennas; the base station being characterized in that: the BBU is fixed in a cabinet; the at least three RRUs are inserted in a radio frequency subrack of the cabinet positioned above the BBU; and wherein the base station further comprises at least two fans, wherein one fan is positioned over the at least three RRUs, and the other fan is positioned under the BBU and over the power supply. the BBU is fixed in a cabinet; the at least three RRUs are inserted in a radio frequency subrack of the cabinet positioned above the BBU; and wherein the base station further comprises at least two fans, wherein one fan is positioned over the at least three RRUs, and the other fan is positioned under the BBU and over the power supply.
A system for providing security in a computer system, the system comprising one or more logic circuits configured to at least: receive a plurality of independent first entropy values from a hardware source; apply at least some of the plurality of independent first entropy values to a function to generate a second entropy value; seed a pseudorandom number generator with the second entropy value; generate a random number using the pseudorandom number generator seeded with the second entropy value; and produce a block of ciphertext or message authentication code using the random number, wherein the one or more logic circuits being configured to apply at least some of the plurality of independent first entropy values to the function includes being configured to apply at least some of the plurality of independent first entropy values and a secret key to the function to generate the second entropy value. receive a plurality of independent first entropy values from a hardware source; apply at least some of the plurality of independent first entropy values to a function to generate a second entropy value; seed a pseudorandom number generator with the second entropy value; generate a random number using the pseudorandom number generator seeded with the second entropy value; and produce a block of ciphertext or message authentication code using the random number, wherein the one or more logic circuits being configured to apply at least some of the plurality of independent first entropy values to the function includes being configured to apply at least some of the plurality of independent first entropy values and a secret key to the function to generate the second entropy value.
A method of interfacing user content to actions, the method comprising: receiving a first user content request from a first visualization and a second user content request from a second visualization; analyzing the first user content request and the second user content request; based upon the analyzing, providing access to a set of common functions to the first user content request and the second user content request; the method being further characterized by: sharing state information between the first visualization and the second visualization. receiving a first user content request from a first visualization and a second user content request from a second visualization; analyzing the first user content request and the second user content request; based upon the analyzing, providing access to a set of common functions to the first user content request and the second user content request; the method being further characterized by: sharing state information between the first visualization and the second visualization. sharing state information between the first visualization and the second visualization.
Twin-screw extruder for thermoplastic materials with a first and a second extruder screw, the extruder screws (7, 8) featuring an inlet end, an outlet end and a core each, screw flights which are helically wound around the core being arranged from the inlet end to the outlet end, thus creating crowns and valleys around the perimeter, the crowns of the first screw being included in the valleys of the second screw and vice versa and the screw flights featuring a geometry that is staircase-shaped when looked at in a cross-section, the stairs being designed in such a way that the course of the steps of the crowns of the first screw are congruent to the course of the steps of the valleys of the second screw and a gap is formed between the first screw and the second screw, characterized in that the gap on the flanks (sf) of the screw flights differing from the gap at the back (sw) of the screw flights.
A power controller that controls power to a load, the power controller comprising: a primary current sensor that includes a primary conductor and an auxiliary conductor, wherein the primary conductor is arranged to carry a primary current to the load and the auxiliary conductor is arranged to carry an auxiliary current in the opposite direction of the primary current to provide partial flux cancellation, and wherein the primary current sensor is configured to provide an output voltage based upon a magnetic field generated by the primary current and auxiliary current; a controller configured to determine the primary current based upon the output voltage and the auxiliary current; and a current source configured to provide the auxiliary current; characterised in that the controller is configured to control the current source to provide the auxiliary current to the auxiliary conductor if the primary current is greater than a threshold value. a primary current sensor that includes a primary conductor and an auxiliary conductor, wherein the primary conductor is arranged to carry a primary current to the load and the auxiliary conductor is arranged to carry an auxiliary current in the opposite direction of the primary current to provide partial flux cancellation, and wherein the primary current sensor is configured to provide an output voltage based upon a magnetic field generated by the primary current and auxiliary current; a controller configured to determine the primary current based upon the output voltage and the auxiliary current; and a current source configured to provide the auxiliary current; characterised in that the controller is configured to control the current source to provide the auxiliary current to the auxiliary conductor if the primary current is greater than a threshold value.
Binding for sliding board, comprising: - A fixed part attached to the board, which forms a revolution body, provided with means of retention and locking; and - A mobile part provided with fastening and retention systems to the retention and locking systems of the fixed part; in which the retention and locking systems of the fixed part form side flanges arranged peripherally and spaced from the board, with portions without side flanges, and wherein the mobile part comprises a fastening system of a boot, with a hollow area, also revolutionary, provided with inner projections; wherein the hollow zone has a diameter approximately equal to the revolution body of the fixed part with the side flanges; so that the clamping union between the fixed part and the mobile part is done as a bayonet by insertion and rotation; wherein the mobile part comprises a gap formed transversely in the wall of the hollow area and the retention in locking position takes place by a latch acting against the action of at least one spring; characterised in that the latch, the springs, and a component through which the latch can run, are externally attached by a shield provided with holes through which it is fastened by means of screws. - A fixed part attached to the board, which forms a revolution body, provided with means of retention and locking; and - A mobile part provided with fastening and retention systems to the retention and locking systems of the fixed part; in which the retention and locking systems of the fixed part form side flanges arranged peripherally and spaced from the board, with portions without side flanges, and
A topical pharmaceutical composition comprising, based on the total weight of the composition: a) 0.01 to 0.2 wt.% of mometasone furoate, b) 5 to 18 wt.% of hexylene glycol, c) 20 to 40 wt.% of water, and d) 25 to 70 wt.% of an oil phase, wherein the mometasone furoate is suspended (dispersed) in the composition. a) 0.01 to 0.2 wt.% of mometasone furoate, b) 5 to 18 wt.% of hexylene glycol, c) 20 to 40 wt.% of water, and d) 25 to 70 wt.% of an oil phase,
An esterase which (i) has at least 75%, 80%, 85%, 90%, 95% or 99% identity to the full length amino acid sequence set forth in SEQ ID N°1, and (ii) has at least one amino acid substitution selected from Q182D/E,, wherein the positions are numbered by reference to the amino acid sequence set forth in SEQ ID N°1, and (iii) exhibits increased polyester degrading activity and/or an increased thermostability compared to an esterase of SEQ ID N°1.
Duckbill valve, in particular for avoiding backflow of a fluid, having an at least partially elastic main body which has a duckbill-shaped outflow region in which a slit opening is formed, wherein an open position of the duckbill valve is realized by way of pressurization with a liquid and the fluid thereby flows out of the duckbill-shaped outflow region, characterized in that the duckbill valve has a receiving part for receiving the main body, wherein an inner contour of a receiving space of the receiving part has a first form and an outer contour of the main body has a second form, which differs from the first form, wherein, in the closed position, the main body, inserted in the receiving space, is at least partially compressed in the receiving space transversely to an extent direction of the slit opening.
A multifunctional writing instrument comprising a body extending in an axial direction and housing at least two retractable writing elements (14, 114), each writing element comprising a writing tip (14A, 114A) and a button, each retractable writing element (14, 114) being movable between a writing position in which the writing tip (14A, 114A) protrudes from the body and a retracted position in which the writing tip (14A, 114A) is retracted within the body, and a ring portion (118, 218) movable in rotation about the axial direction, the ring portion (118, 218) having at least as many pairs of guide surfaces (120A, 120B; 220A, 220B) as retractable writing elements (14, 114), each button (14B, 114B) being configured to cooperate with a pair of guide surfaces (120A, 120B; 220A, 220 B) of the ring portion (118, 218) so that the actuation of a button (14B, 114B) of a retractable writing element (14, 114) for bringing said retractable writing element (14, 114) from the retracted position to the writing position returns any other possible retractable writing element (14, 114) in the writing position into its retracted position, whereby at most one retractable writing element (14, 114) can be in the writing position, characterized in that a further single button, called central button, is disposed radially inside the ring portion (118, 218) and wherein said further single button is comprised in a retractable writing element that further comprises a writing tip, while all the other buttons are disposed radially outside the ring portion (118, 218).