mhurhangee/ep-ind-claims huggingface dataset:
A heating, ventilation, air conditioning and refrigeration (HVACR) system, comprising: a multi-stage compressor including a first stage discharge and a second stage inlet receiving fluid from the first stage discharge; a condenser; an expansion device; an evaporator; a bypass line from the condenser to the second stage inlet of the multi-stage compressor, the bypass line including a valve, wherein when the valve is open, the second stage inlet receives a fluid flow, and the second stage inlet is configured to direct the fluid flow to join the fluid from the first stage discharge in a direction having a component that is the same as a direction of flow of the fluid from the first stage discharge, and when the fluid flow joins the fluid from the first stage discharge, a head pressure is boosted in a combined fluid flow prior to entering the second stage; characterised in that the bypass line is configured to convey fluid directly from the condenser to the second stage inlet of the multi-stage compressor. a multi-stage compressor including a first stage discharge and a second stage inlet receiving fluid from the first stage discharge; a condenser; an expansion device; an evaporator; a bypass line from the condenser to the second stage inlet of the multi-stage compressor, the bypass line including a valve, wherein when the valve is open, the second stage inlet receives a fluid flow, and the second stage inlet is configured to direct the fluid flow to join the fluid from the first stage discharge in a direction having a component that is the same as a direction of flow of the fluid from the first stage discharge, and when the fluid flow joins the fluid from the first stage discharge, a head pressure is boosted in a combined fluid flow prior to entering the second stage; characterised in that the bypass line is configured to convey fluid directly from the condenser to the second stage inlet of the multi-stage compressor.
A quick circuit breaker,which comprises a current supply contact and a current discharge contact, which are connected by a conductor, and in which the conductor is guided through a separation chamber, and an expansion vessel being provided in the separation chamber, the expansion vessel being able to be extended by an explosive charge, wherein the expansion vessel consists of an electrically conductive material characterized in that, the expansion vessel is coated or surrounded on the outside with an electrically non-conductive material.
Motor assembly for a domestic appliance powered by an electric motor, in particular for a vacuum cleaner, having a housing, having a motor casing, having a fan motor, which, in the assembled state, is arranged in the interior of the housing and the motor casing and is surrounded hereby, having a damping element, which is arranged in a contour-bound manner between the housing and the fan motor and which is configured and arranged to damp vibrations transmitted from the fan motor to the housing, having a fixing device, which fixes the damping element, the fan motor and the motor casing with respect to the housing such that the damping element is prestressed, characterised in that the housing has a recess for the fan motor, wherein the damping element is arranged flush in the recess.
An orienting apparatus for orienting articles and for conveying said articles in a spaced apart relationship in a direction, wherein the articles have at least two opposing ends (22A, 22B) and said orienting apparatus comprises: a conveyor comprising at least a portion extending in said direction for at least assisting in conveying said articles in a spaced apart relationship; at least one rotatable retainer (42, 52) joined to said conveyor at a location, wherein said rotatable retainer is rotatable about an axis that is perpendicular to said conveyor at said location, and wherein one end of an article may be placed in contact with said rotatable retainer; and a device in operational communication with the at least one rotatable retainer for rotating at least one rotatable retainer and the article in contact therewith, wherein the device for rotating the retainer does not directly contact the article, characterized in that the apparatus further comprises a mechanism that at least guides the articles at another location on the articles, wherein said mechanism comprises one of the following: a) a second opposing conveyor having a non-contacting guide, which guide at least partially surrounds the opposing end of the article and does not contact the opposing end of the article unless the article tips to maintain the article in its conveyance orientation; or b) a vacuum mechanism the contacts the article at a location disposed away from the end of the article that is in contact with the rotatable retainer. a conveyor comprising at least a portion extending in said direction for at least assisting in conveying said articles in a spaced apart relationship; at least one rotatable retainer (42, 52) joined to said conveyor at a location, wherein said rotatable retainer is rotatable about an axis that is perpendicular to said conveyor at said location, and wherein one end of an article may be placed in contact with said rotatable retainer; and a device in operational communication with the at least one rotatable retainer for rotating at least one rotatable retainer and the article in contact therewith, wherein the device for rotating the retainer does not directly contact the article, a) a second opposing conveyor having a non-contacting guide, which guide at least partially surrounds the opposing end of the article and does not contact the opposing end of the article unless the article tips to maintain the article in its conveyance orientation; or b) a vacuum mechanism the contacts the article at a location disposed away from the end of the article that is in contact with the rotatable retainer.
An ultrasonic imaging apparatus comprising: a main body; a probe connected to the main body to irradiate and receive ultrasonic waves and to transmit the ultrasonic signals to the main body; a control panel configured to control the main body or the probe; and a moving device configured to connect the control panel and the main body and to move the control panel with respect to the main body in the upward and downward directions, wherein the moving device includes: a housing fixed to the main body; a moving member configured to be movable with respect to the housing in the upward and downward directions; and characterised by a regulating bearing (130; 130a; 130b) installed in the housing and configured to assist the upward and downward movement of the moving member by coming into rolling contact with the moving member and to regulate a gap with the moving member. a main body; a probe connected to the main body to irradiate and receive ultrasonic waves and to transmit the ultrasonic signals to the main body; a control panel configured to control the main body or the probe; and a moving device configured to connect the control panel and the main body and to move the control panel with respect to the main body in the upward and downward directions, wherein the moving device includes: a housing fixed to the main body; a moving member configured to be movable with respect to the housing in the upward and downward directions; and characterised by a regulating bearing (130; 130a; 130b) installed in the housing and configured to assist the upward and downward movement of the moving member by coming into rolling contact with the moving member and to regulate a gap with the moving member. a housing fixed to the main body; a moving member configured to be movable with respect to the housing in the upward and downward directions; and characterised by a regulating bearing (130; 130a; 130b) installed in the housing and configured to assist the upward and downward movement of the moving member by coming into rolling contact with the moving member and to regulate a gap with the moving member.
Method for capturing a molecule in a sample, comprising the following steps: a) mixing said sample with magnetic particles, each of said particles being coupled with an element capable of binding selectively to said molecule for capture, so as to form at least one complex comprising a magnetic particle, said element, and said molecule bound to said element, these magnetic particles having a diameter of between 5 nm and 500 nm, then b) depositing a drop of the mixture obtained at the end of step a) on a support, this support being a flat plate on the surface of which ordered magnetic field microsources are arranged, c) immobilizing said at least one complex on the support comprising ordered magnetic field microsources, characterized in that the concentration of magnetic particles in the mixture obtained at the end of step a) is more than 10 6 particles/ml. a) mixing said sample with magnetic particles, each of said particles being coupled with an element capable of binding selectively to said molecule for capture, so as to form at least one complex comprising a magnetic particle, said element, and said molecule bound to said element, these magnetic particles having a diameter of between 5 nm and 500 nm, then b) depositing a drop of the mixture obtained at the end of step a) on a support, this support being a flat plate on the surface of which ordered magnetic field microsources are arranged, c) immobilizing said at least one complex on the support comprising ordered magnetic field microsources,
A drying device comprising: a housing installed on a transport path of a base material and having an opening on a reference surface facing the base material; a drying part installed in the housing to provide heat to the base material through the opening; and a shield film part provided to cover a partial region of the opening and movably provided along the longitudinal direction of the opening to adjust an open area of the opening; characterized by: a sensing part provided to sense a region where the shield film part covers the opening; and a control part controlling operation of the shield film part based on coating pattern information including width information (Wa) of the base material and width information of a slurry applied to the base material, and sensing information of the sensing part, and in that the shield film part is provided to move in a unit of 1/n (n is a natural number of 2 or more) of the opening area of the opening toward a close direction (Lc, Rc) based on both edges of the opening, and the close direction (Lc, Rc) is a direction moving from the edges of the opening toward the center of the opening. a housing installed on a transport path of a base material and having an opening on a reference surface facing the base material; a drying part installed in the housing to provide heat to the base material through the opening; and a shield film part provided to cover a partial region of the opening and movably provided along the longitudinal direction of the opening to adjust an open area of the opening; characterized by: a sensing part provided to sense a region where the shield film part covers the opening; and a control part controlling operation of the shield film part based on coating pattern information including width information (Wa) of the base material and width information of a slurry applied to the base material, and sensing information of the sensing part, and in that the shield film part is provided to move in a unit of 1/n (n is a natural number of 2 or more) of the opening area of the opening toward a close direction (Lc, Rc) based on both edges of the opening, and the close direction (Lc, Rc) is a direction moving from the edges of the opening toward the center of the opening. a sensing part provided to sense a region where the shield film part covers the opening; and a control part controlling operation of the shield film part based on coating pattern information including width information (Wa) of the base material and width information of a slurry applied to the base material, and sensing information of the sensing part, and in that the shield film part is provided to move in a unit of 1/n (n is a natural number of 2 or more) of the opening area of the opening toward a close direction (Lc, Rc) based on both edges of the opening, and the close direction (Lc, Rc) is a direction moving from the edges of the opening toward the center of the opening.
An isocyanate composition comprising: an isocyanate compound of formula and/or formula; and further comprising: a compound having a 1-nylon body structure of formula as the main skeleton thereof and having an UV absorption in an area of decamer or higher isocyanates in a measurement spectrum of gel permeation chromatography, in an amount of 1.0 ppm by mass to 10% by mass, relative to the total mass of the isocyanate compound in the composition; wherein R 29 represents a residual group obtained by removing an isocyanate group from a difunctional or more functional isocyanate compound, and w represents an integer of 1 or more. wherein R 1 represents a hydrogen or a monovalent organic group, R 2 represents a monovalent organic group, and R 1 and R 2 may each independently represent a residual group obtained by removing one hydrogen atom of the group R 1 or the group R 2 from the compound of the formula or the formula, or a residual group obtained by removing the group R 1 or the group R 2 from the compound of the formula or the formula, or R 1 may represent a group represented by -C(=O)OR 2 or -CH 2 -C(=O)O-R 2.
Fluid distributor module for a modular temperature control system of an energy store, in particular a cooling system for vehicle batteries, having at least one first module interface for connection to at least one further fluid distributor module, having at least one first distributor interface for connection to at least one cooling element, and having at least one fluid channel, wherein at least one first section of the fluid distributor module is formed from a first material and at least one second section of the fluid distributor module is formed from a second material, wherein the second section has a lower stiffness than the first material, and wherein a second distributor interface is provided for connection to a cooling element, characterized in that the first distributor interface and the second distributor interface are formed in the first section, and in that the first section and the second section are integrally formed cohesively on one another.
A process for storing sorted spermatozoa, the process comprising a. forming a sperm dispersion, the sperm dispersion comprising spermatozoa and a motility inhibitor, so that the spermatozoa have temporarily induced immotility, relative to endogenous ejaculated spermatozoa, wherein said sperm dispersion comprises a DNA selective dye, b. sorting the sperm dispersion into separate populations, wherein the spermatozoa of one of the populations comprises at least 65% X chromosome bearing sperm cells or at least 65% Y chromosome bearing sperm cells, c. storing the one population at a temperature of -196°C to -4°C for at least 24 hours with the addition of a cryoextender comprising a motility inhibitor to minimize the impact upon viability or post-thaw motility as a result of cooling or freezing. a. forming a sperm dispersion, the sperm dispersion comprising spermatozoa and a motility inhibitor, so that the spermatozoa have temporarily induced immotility, relative to endogenous ejaculated spermatozoa, wherein said sperm dispersion comprises a DNA selective dye, b. sorting the sperm dispersion into separate populations, wherein the spermatozoa of one of the populations comprises at least 65% X chromosome bearing sperm cells or at least 65% Y chromosome bearing sperm cells, c. storing the one population at a temperature of -196°C to -4°C for at least 24 hours with the addition of a cryoextender comprising a motility inhibitor to minimize the impact upon viability or post-thaw motility as a result of cooling or freezing.
A method for operating a wind turbine comprising a rotor comprising rotor blades and a power conversion system (118, 210, 234) mechanically connected with the rotor, configured to convert input motive power into electrical output power, and electrically connected to a network for feeding the electrical output power to the network, in particular a utility grid, the method comprising: - determining a current frequency (f) of the network; and - when the current frequency (f) is equal to or lower than a threshold frequency (f thresh), operating the power conversion system (118, 210, 234) at an electrical output power which is increased by an electrical output power increase in accordance with a monotonic function (PI(f)) of the current frequency (f), the monotonic function being limited to a maximum value (PI max) determined as a function of an initial electrical output power (P 0) of the power conversion system (118, 210, 234), the initial electrical output power (P 0) being determined as an actual electrical output power (P 0) of the power conversion system (118, 210, 234) at or close to a first time (t 0) at which the current frequency (f) of the network is determined to be equal to or lower than the threshold frequency (f thresh). - determining a current frequency (f) of the network; and - when the current frequency (f) is equal to or lower than a threshold frequency (f thresh), operating the power conversion system (118, 210, 234) at an electrical output power which is increased by an electrical output power increase in accordance with a monotonic function (PI(f)) of the current frequency (f), the monotonic function being limited to a maximum value (PI max) determined as a function of an initial electrical output power (P 0) of the power conversion system (118, 210, 234), the initial electrical output power (P 0) being determined as an actual electrical output power (P 0) of the power conversion system (118, 210, 234) at or close to a first time (t 0) at which the current frequency (f) of the network is determined to be equal to or lower than the threshold frequency (f thresh).
A method for impregnating of footwear, bags, gloves, other leather items or leather-like items by a surface treatment comprising the following method steps: - possible covering a surface or a part of items not to be treated; - possible selecting a time period of which can be fixedly preselected or adjustable for operation of a spraying unit; - placing items to be treated in a cubicle; - shutting said cubicle and thereby manually or automatically initiating the following further method steps; - activating said spraying unit for forming a mist of impregnating agent inside said cubicle for applying impregnating agent onto the surfaces of the items; - activating an air pump, ventilator or similar means integrated in the bottom of the cabinet will automatically start with the object of establishing a vacuum in the spraying cubicle - retaining excess impregnating agent in a filter, preferably a filter containing activated carbon. - possible covering a surface or a part of items not to be treated; - possible selecting a time period of which can be fixedly preselected or adjustable for operation of a spraying unit; - placing items to be treated in a cubicle; - shutting said cubicle and thereby manually or automatically initiating the following further method steps; - activating said spraying unit for forming a mist of impregnating agent inside said cubicle for applying impregnating agent onto the surfaces of the items; - activating an air pump, ventilator or similar means integrated in the bottom of the cabinet will automatically start with the object of establishing a vacuum in the spraying cubicle - retaining excess impregnating agent in a filter, preferably a filter containing activated carbon.
Shaping insert for an item of women's clothing for supporting the bust, with a curved insert having two insert portions (6, 7) which run substantially parallel to each other, are arranged vertically one above the other and are connected to each other in respective end regions (8, 9) of the insert, wherein the two insert portions (6, 7) are connected to each other via at least one crosspiece arranged between the end regions (8, 9) characterized in that the at least one crosspiece runs in a non-radial direction in relation to the curved insert, so as to act as a spring element between the two insert portions (6, 7), wherein the upper insert portion, when subjected to a force, moves in the direction of the lower insert portion, as a result of which the two end regions (8, 9) of the insert move towards each other.
An oral care implement comprising: a handle extending along a longitudinal axis and comprising a rigid gripping section, a rigid neck section, and a hinge flexibly connecting the rigid neck section to the rigid gripping section, wherein one of the rigid neck section or the rigid gripping section comprises a bulbous body and the other one of the rigid neck section or the rigid gripping section comprises a basin; the hinge comprising: the bulbous body; the basin; a longitudinal strut of rigid material, the longitudinal strut having a first end connected to the bulbous body and a second end connected to a floor of the basin so that a separation gap exists between the bulbous body and the floor of the basin; and a head connected to the rigid neck section of the handle, characterized in that the hinge further comprises a resilient material in the separation gap. a handle extending along a longitudinal axis and comprising a rigid gripping section, a rigid neck section, and a hinge flexibly connecting the rigid neck section to the rigid gripping section, wherein one of the rigid neck section or the rigid gripping section comprises a bulbous body and the other one of the rigid neck section or the rigid gripping section comprises a basin; the hinge comprising: the bulbous body; the basin; a longitudinal strut of rigid material, the longitudinal strut having a first end connected to the bulbous body and a second end connected to a floor of the basin so that a separation gap exists between the bulbous body and the floor of the basin; and the bulbous body; the basin; a longitudinal strut of rigid material, the longitudinal strut having a first end connected to the bulbous body and a second end connected to a floor of the basin so that a separation gap exists between the bulbous body and the floor of the basin; and a head connected to the rigid neck section of the handle, characterized in that the hinge further comprises a resilient material in the separation gap.
Device for shaping laser radiation that emerges from a laser diode bar, having partial beams (35a, 35b, 35c; 36a, 36b, 36c) spaced apart from one another in a first direction, which is perpendicular to the propagation direction of the laser radiation, comprising a substrate having a first refractive interface, which serves as an entrance surface, and a second refractive interface, which serves as an exit surface, wherein the first and the second interface (31, 32) are/is configured in such a way that the distances (b) between the partial beams (35a, 35b, 35c; 36a, 36b, 36c) are smaller after passage through the substrate than before said passage, wherein the substrate can rotate the partial beams (35a, 35b, 35c; 36a, 36b, 36c) about the propagation direction, wherein each of the two interfaces (31, 32) has a plurality of cylindrical lenses (33a, 33b, 33c; 34a, 34b, 34c), the cylinder axes of which are inclined with respect to the first direction, in which the partial beams (35a, 35b, 35c; 36a, 36b, 36c) are arranged alongside one another, and wherein the cylindrical lenses (33a, 33b, 33c; 34a, 34b, 34c) are configured and/or arranged in such a way that the partial beams (35a; 36a) impinge centrally on cylindrical lenses (33a; 34a) arranged in the center of the interfaces (31, 32), whereas the partial beams (35b, 35c; 36b, 36c) impinge eccentrically on cylindrical lenses (35b, 35c; 36b, 36c) arranged outside the center of the interfaces (31, 32).