mhurhangee/ep-ind-claims huggingface dataset:
An outdoor unit accommodating a compressor and connected to a refrigerant pipe used for circulating refrigerant between an indoor unit and the outdoor unit, the outdoor unit comprising: a bottom panel disposed under the compressor to support the compressor; a first side panel disposed on a peripheral edge (1E1) of the bottom panel; a second side panel disposed at a position facing the first side panel and on the peripheral edge (1E1) of the bottom panel; and an outdoor heat exchanger supported above the bottom panel and extending in a direction from the first side panel toward the second side panel, wherein the outdoor heat exchanger has an end portion facing one of side end portions of the second side panel, characterized in that the bottom panel includes a projection formed at a position corresponding to the end portion of the outdoor heat exchanger, the projection protruding in a direction from the first side panel toward the second side panel, and the end portion of the outdoor heat exchanger is disposed above the projection of the bottom panel. a bottom panel disposed under the compressor to support the compressor; a first side panel disposed on a peripheral edge (1E1) of the bottom panel; a second side panel disposed at a position facing the first side panel and on the peripheral edge (1E1) of the bottom panel; and an outdoor heat exchanger supported above the bottom panel and extending in a direction from the first side panel toward the second side panel, wherein the outdoor heat exchanger has an end portion facing one of side end portions of the second side panel, characterized in that the bottom panel includes a projection formed at a position corresponding to the end portion of the outdoor heat exchanger, the projection protruding in a direction from the first side panel toward the second side panel, and the end portion of the outdoor heat exchanger is disposed above the projection of the bottom panel.
An apparatus for magnetic treatment of fluids, comprising: - a housing, comprising a bottom wall, a top wall, and a sidewall running around the circumference of the bottom wall and of the top wall of the housing, wherein the housing having a centerline passing through the center of the bottom wall and the center of the top wall; - at least one inlet opening (2, 3) and at least one outlet opening formed in at least one wall (60, 61, 62) of the housing; - at least one magnet (8, 9, 10, 21) connected to the housing, wherein the magnetic field of the magnet at least partially intrudes into the housing; - one or more inlet tubes connected to the at least one inlet opening (2, 3); - at least one of the one or more inlet tubes is substantially tangential to the sidewall of the housing in the proximity of one of the at least one inlet opening (2, 3), characterized in that the apparatus further comprises - a conical body with a broader end forming a base, the conical body being arranged inside the housing with the base in the proximity of or in contact with the bottom wall of the housing; wherein at least one inlet opening is formed in the sidewall in the proximity of the bottom wall and at least one outlet opening is formed in the top wall; wherein the conical body is formed by a permanent magnet, or the conical body is made of a magnetizable material and is placed on a base magnet comprising at least one magnet. - a housing, comprising a bottom wall, a top wall, and a sidewall running around the circumference of the bottom wall and of the top wall of the housing, wherein the housing having a centerline passing through the center of the bottom wall and the center of the top wall; - at least one inlet opening (2, 3) and at least one outlet opening formed in at least one wall (60, 61, 62) of the housing; - at least one magnet (8, 9, 10, 21) connected to the housing, wherein the magnetic field of the magnet at least partially intrudes into the housing; - one or more inlet tubes connected to the at least one inlet opening (2, 3); - at least one of the one or more inlet tubes is substantially tangential to the sidewall of the housing in the proximity of one of the at least one inlet opening (2, 3), - a conical body with a broader end forming a base, the conical body being arranged inside the housing with the base in the proximity of or in contact with the bottom wall of the housing; wherein at least one inlet opening is formed in the sidewall in the proximity of the bottom wall and at least one outlet opening is formed in the top wall; wherein the conical body is formed by a permanent magnet, or the conical body is made of a magnetizable material and is placed on a base magnet comprising at least one magnet. wherein at least one inlet opening is formed in the sidewall in the proximity of the bottom wall and at least one outlet opening is formed in the top wall; wherein the conical body is formed by a permanent magnet, or the conical body is made of a magnetizable material and is placed on a base magnet comprising at least one magnet.
Guiding device for at least one adjustable element, in particular a sliding and/or lifting roof, of a motor vehicle, comprising at least one sliding rail, along the sliding track of which at least one first sliding element is movable for adjusting the element, characterised in that at least one further sliding element in the form of a service sliding element is provided, which can be moved along the sliding track of the corresponding sliding rail together with the movement of the first sliding element, wherein at least some areas of the service sliding element are made of an elastic material and its surface is designed for the accommodation of a lubricant and/or cleaning agent.
A power tool adaptor for holding a tool, such as a reversible tool bit holder, adapted thereto, said adaptor comprising an adaptor body, a tool insertion cavity formed in a first end of the adaptor body for receiving the tool, an elongated tool bit insertion cavity formed as a continuation of the tool insertion cavity, means (4, 7, 10) for releasably fixating the tool inserted in the tool insertion cavity at least in a longitudinal direction of the power tool adaptor, and means for attaching the power tool adaptor to a power tool, such as a power drill tool, wherein the tool bit insertion cavity is shaped to be capable of rotationally locking a tool bit inserted therein to the power tool adaptor with the longitudinal centre axis of the tool bit coinciding with the longitudinal centre axis of the power tool adaptor, characterized in that the tool insertion cavity is cylindrical.
A pressure vessel comprising: a first wall defining a container; a second wall surrounding the container defining a cavity between the first wall and the second wall; a vent in the second wall providing fluid communication between the cavity and an outside of the second wall; and a plurality of fire suppression elements positioned within the cavity configured to prevent flame from propagating through the cavity while providing thermal conductivity between the first wall and the second wall; wherein the plurality of fire suppression elements form barrier passages in the cavity; and wherein the barrier passages further comprise: a width extending in a first direction (x); and a length extending in a second direction (y), and wherein the width ranges from 0.0127 millimeters - 6.35 millimeters (0.0005 inches - 0.25 inches). a first wall defining a container; a second wall surrounding the container defining a cavity between the first wall and the second wall; a vent in the second wall providing fluid communication between the cavity and an outside of the second wall; and a plurality of fire suppression elements positioned within the cavity configured to prevent flame from propagating through the cavity while providing thermal conductivity between the first wall and the second wall; wherein the plurality of fire suppression elements form barrier passages in the cavity; and wherein the barrier passages further comprise: a width extending in a first direction (x); and a length extending in a second direction (y), and wherein the width ranges from 0.0127 millimeters - 6.35 millimeters (0.0005 inches - 0.25 inches). a width extending in a first direction (x); and a length extending in a second direction (y), and wherein the width ranges from 0.0127 millimeters - 6.35 millimeters (0.0005 inches - 0.25 inches).
A method for wireless communications by a user equipment, UE, comprising: receiving a first configuration for a first grant-free communication; receiving a second configuration for at least one second grant-free communication; and performing grant-free communications with a base station, BS, based on the first configuration and the second configuration respectively, wherein the first grant-free communication is an initial uplink grant-free transmission; and the at least one second grant-free communication is at least one retransmission of the initial uplink grant-free transmission; wherein the first configuration includes a first set of resources, and the second configuration includes a second set of resources, and wherein the first set of resources has fewer resources than the second set of resources, wherein the UE and another UE are multiplexed on the second set of resources for the retransmission of the initial uplink grant-free transmission. receiving a first configuration for a first grant-free communication; receiving a second configuration for at least one second grant-free communication; and performing grant-free communications with a base station, BS, based on the first configuration and the second configuration respectively, wherein the first grant-free communication is an initial uplink grant-free transmission; and the at least one second grant-free communication is at least one retransmission of the initial uplink grant-free transmission; wherein the first configuration includes a first set of resources, and the second configuration includes a second set of resources, and wherein the first set of resources has fewer resources than the second set of resources, wherein the UE and another UE are multiplexed on the second set of resources for the retransmission of the initial uplink grant-free transmission. wherein the first configuration includes a first set of resources, and the second configuration includes a second set of resources, and wherein the first set of resources has fewer resources than the second set of resources, wherein the UE and another UE are multiplexed on the second set of resources for the retransmission of the initial uplink grant-free transmission.
A multi-cylinder reciprocating compressor for cooling systems and/or conditioning systems and/or heat pumps, comprising - a casing, in which at least one first group of at least three cylinders is provided, in which cylinders (14', 14", 14′′′) respective suction/compression pistons for sucking/compressing the cooling fluid in said cylinders being adapted to slide, and - at least one first head, tightly connected to said casing above said at least one first group of at least three cylinders (14', 14", 14"'), suction chambers (19, 20) and delivery chambers for the fluid being defined on said at least one head that are associated with the at least three cylinders (14', 14", 14′′′) of said at least one first group of cylinders, - at least one partialization device with at least one first valve and at least one second valve, said partialization device being provided for partializing the fluid sucked by said at least one first group of cylinders so as to vary the flow rate of the fluid sucked through the first head, with which the first group of cylinders is associated, characterised by: - said at least one first head comprising at least one first suction chamber and one second suction chamber, separated from each other and provided with respective suction ports (23, 24), wherein each chamber (19, 20) is connected to a respective sub-group of cylinders of a respective first group (14', 14", 14′′′), wherein said at least one first valve and at least one second valve of said partialization device are adapted to close/to open the suction port (23, 24) of said first chamber and said second chamber respectively. - a casing, in which at least one first group of at least three cylinders is provided, in which cylinders (14', 14", 14′′′) respective suction/compression pistons for sucking/compressing the cooling fluid in said cylinders being adapted to slide, and - at least one first head, tightly connected to said casing above said at least one first group of at least three cylinders (14', 14", 14"'), suction chambers (19, 20) and delivery chambers for the fluid being defined on said at least one head that are associated with the at least three cylinders (14', 14", 14′′′) of said at least one first group of cylinders, - at least one partialization device with at least one first valve and at least one second valve, said partialization device being provided for partializing the fluid sucked by said at least one first group of cylinders so as to vary the flow rate of the fluid sucked through the first head, with which the first group of cylinders is associated, characterised by: - said at least one first head comprising at least one first suction chamber and one second suction chamber, separated from each other and provided with respective suction ports (23, 24), wherein each chamber (19, 20) is connected to a respective sub-group of cylinders of a respective first group (14', 14", 14′′′),
Discharge device for small pieces of bulk material, comprising a milling device arranged in a bulk material reservoir, and comprising a conveyor that supplies a combustion device from the bulk material reservoir, characterised by a conveyor chain as the conveyor and simultaneously as the drive means for the milling device.
Process for manufacturing a cooking utensil by injection moulding in an injection press, said process comprising the following steps: a) introducing into a feed hopper a thermoplastic polymer composition (40, 41) comprising polyethylene terephthalate, and introducing into a reservoir a masterbatch (50, 51) of at least one pigment; b) simultaneously injecting the thermoplastic polymer composition (40, 41) and the masterbatch (50, 51) into an injection cylinder that communicates with said hopper and said reservoir via a metering device; c) plasticizing the thermoplastic polymer composition (40, 41) and the masterbatch (50, 51) in order to form, in the injection cylinder, a molten plastic material (60, 61); d) transferring the molten plastic material (60, 61) into a mould (7, 71, 72); and e) pressurizing the mould (7, 71, 72) in order to form the moulded article; then f) setting the mould (7, 71, 72) at a controlled temperature in order to stiffen the moulded article and eject it; said process being characterized in that the thermoplastic polymer composition introduced initially into the hopper comprises at most 5% by weight of mineral fillers relative to the total weight of the article and is in the form of an uncompounded resin with a residual water content of at most 0.02% relative to the total weight of said composition, the content of mineral fillers in said cooking utensil being at most 5%, and in that the sole masterbatch contains, in addition to the pigment(s), at least one nucleating agent. a) introducing into a feed hopper a thermoplastic polymer composition (40, 41) comprising polyethylene terephthalate, and introducing into a reservoir a masterbatch (50, 51) of at least one pigment; b) simultaneously injecting the thermoplastic polymer composition (40, 41) and the masterbatch (50, 51) into an injection cylinder that communicates with said hopper and said reservoir via a metering device; c) plasticizing the thermoplastic polymer composition (40, 41) and the masterbatch (50, 51) in order to form, in the injection cylinder, a molten plastic material (60, 61); d) transferring the molten plastic material (60, 61) into a mould (7, 71, 72); and e) pressurizing the mould (7, 71, 72) in order to form the moulded article; then f) setting the mould (7, 71, 72) at a controlled temperature in order to stiffen the moulded article and eject it;
A substrate for purifying a biological liquid comprising a solid phase onto which molecules of at least one oligosaccharide that is capable of binding to one or more antibodies are grafted by covalent bonding, said solid phase carrying free aldehyde functions -CHO, said free aldehyde functions -CHO being present directly on the solid phase, and not on the oligosaccharide molecules.
A mobile terminal (100, 200, 400, 600), comprising: a terminal body having a first surface and a second surface opposite to the first surface; a first display unit disposed on the first surface and configured to output visual information thereon; and an input unit disposed on the second surface and configured to be manipulated to input a control command, wherein the terminal body is provided with a bar-type terminal body, the input unit is overlapped with the first display unit, the input unit comprising: a frame installed on a case of the terminal body to be manipulated in a pressing manner, and having a mounting portion (233a-1); a second display mounted onto the mounting portion (233a-1), and configured to output visual information toward the second surface, the visual information being related to an event generated in the mobile terminal (100, 200, 400, 600); a window mounted onto the frame to cover the second display; and a touch sensor located between the window and the second display for sensing a touch applied onto the window, characterized in that: in a state that visual information related to an event is output on the second display and when a touch is applied onto the window and the terminal body is rotated within a preset range, a controller executes a function related to the event, and the second display is turned off and the first display unit outputs a screen for the executed function when the function associated with the event is executed by the controller. a terminal body having a first surface and a second surface opposite to the first surface; a first display unit disposed on the first surface and configured to output visual information thereon; and an input unit disposed on the second surface and configured to be manipulated to input a control command, a frame installed on a case of the terminal body to be manipulated in a pressing manner, and having a mounting portion (233a-1); a second display mounted onto the mounting portion (233a-1), and configured to output visual information toward the second surface, the visual information being related to an event generated in the mobile terminal (100, 200, 400, 600); a window mounted onto the frame to cover the second display; and a touch sensor located between the window and the second display for sensing a touch applied onto the window, in a state that visual information related to an event is output on the second display and when a touch is applied onto the window and the terminal body is rotated within a preset range, a controller executes a function related to the event, and the second display is turned off and the first display unit outputs a screen for the executed function when the function associated with the event is executed by the controller.
A rotor blade connection for a rotor blade body at a rotor hub or a blade bearing of a wind power plant, having a plurality of inserts arranged in an axial direction relative in the rotor blade body and spaced apart from each other in the blade root region in the rotor blade body and via which respectively a connection to a corresponding connection at the rotor hub or the blade bearing are creatable by tensioning by means of a bolt, wherein, in the linkages between the bolt and the glued insert, an expandable sleeve is arranged in each case and wherein, in the direction of the blade tip, an expandable sleeve follows a region of the insert which is glued to the rotor blade body, followed by an internal thread portion for creating the linkage with the bolt, characterized in that, to prevent contact between the expandable sleeve as well as the internal thread portion and the rotor blade body, the internal thread portion and the expandable sleeve are externally provided with a cap. in the direction of the blade tip, an expandable sleeve follows a region of the insert which is glued to the rotor blade body, followed by an internal thread portion for creating the linkage with the bolt, characterized in that, to prevent contact between the expandable sleeve as well as the internal thread portion and the rotor blade body, the internal thread portion and the expandable sleeve are externally provided with a cap.
A method for reproducing a sound field in a target sound area by means of a plurality of electro-acoustic transducers, comprising the steps of: - determining control signals for a plurality of virtual focused sound sources arranged on a contour surrounding the target sound area for reproducing the sound field in the target sound area such that in the target sound area the sound field is physically reconstructed, wherein the control signals for the focused sound sources are determined by wave field synthesis, an Ambisonics or a higher-order Ambisonics method; - determining control signals for the electroacoustic transducers for generating the focused sound sources and for controlling the focused sound sources with the control signals for the focused sound sources; - feeding the control signals to the electroacoustic transducers. - determining control signals for a plurality of virtual focused sound sources arranged on a contour surrounding the target sound area for reproducing the sound field in the target sound area such that in the target sound area the sound field is physically reconstructed, wherein the control signals for the focused sound sources are determined by wave field synthesis, an Ambisonics or a higher-order Ambisonics method; - determining control signals for the electroacoustic transducers for generating the focused sound sources and for controlling the focused sound sources with the control signals for the focused sound sources; - feeding the control signals to the electroacoustic transducers.