mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: a heat exchanger comprising a plurality of refrigerant tubes; a distributor disposed on one side of the heat exchanger to divide a refrigerant into a plurality of flow paths; and a plurality of capillary tubes extending from the distributor toward the plurality of refrigerant tubes; and a bypass tube extending from the plurality of refrigerant tubes, the bypass tube allowing the refrigerant to bypass the distributor, thereby guiding a flow of the refrigerant toward an outlet of the distributor, characterized in that the air conditioner further comprises a branch tube connected to one capillary tube of the plurality of capillary tubes and the bypass tube, wherein the branch tube divides a refrigerant flowing through the plurality of refrigerant tubes in two directions to allow the refrigerant to flow into the capillary tube and the bypass tube. a heat exchanger comprising a plurality of refrigerant tubes; a distributor disposed on one side of the heat exchanger to divide a refrigerant into a plurality of flow paths; and a plurality of capillary tubes extending from the distributor toward the plurality of refrigerant tubes; and a bypass tube extending from the plurality of refrigerant tubes, the bypass tube allowing the refrigerant to bypass the distributor, thereby guiding a flow of the refrigerant toward an outlet of the distributor, characterized in that the air conditioner further comprises a branch tube connected to one capillary tube of the plurality of capillary tubes and the bypass tube, wherein the branch tube divides a refrigerant flowing through the plurality of refrigerant tubes in two directions to allow the refrigerant to flow into the capillary tube and the bypass tube. a branch tube connected to one capillary tube of the plurality of capillary tubes and the bypass tube, wherein the branch tube divides a refrigerant flowing through the plurality of refrigerant tubes in two directions to allow the refrigerant to flow into the capillary tube and the bypass tube.
Mounting tamping unit, having at least two tamping picks which are combined to form a tamping group and can be moved back and forward in relation to one another, and having a frame to support the tamping picks, where the frame has at least one section which can be moved around a pivoting axis on which the tamping group is arranged, and on which it can be moved both axially along a sliding track and around the pivoting axis between a working position in which the tamping picks are aligned to point downwards and a starting position in which the tamping picks are still aligned to point upwards, characterised in that the pivoting axis is offset in relation to the sliding track and runs above the sliding track when the tamping picks are aligned in their working position, where the moving section has a pivoting arm, at one end of which the horizontally aligned sliding track is located while the other end is mounted to pivot on a pivot point and where the pivoting arm can be locked by a fixing bolt in at least one of its two positions, the working or the starting position, and where the mounting tamping unit has a mounting plate by means of which the tamping unit can be attached to a vehicle.
A cover comprising: a receiving portion having a space for receiving an electronic device; a covering portion; and a hinge portion connecting the receiving portion and the covering portion and allowing the covering portion to pivot; wherein the covering portion is: pivotable in a specified direction about the hinge portion to at least partially cover the space, and wherein the covering portion includes: a light guiding member disposed on a first surface for guiding light; and an outer cover layer disposed on a second surface opposite to the first surface, and characterised in that the light guiding member has, at an end of an edge thereof, an inclined surface at a specified angle with the first surface for refracting light, when viewing the covering portion from the front in a state where the covering portion at least partially covers the space. a receiving portion having a space for receiving an electronic device; a covering portion; and a hinge portion connecting the receiving portion and the covering portion and allowing the covering portion to pivot; wherein the covering portion is: pivotable in a specified direction about the hinge portion to at least partially cover the space, and wherein the covering portion includes: a light guiding member disposed on a first surface for guiding light; and an outer cover layer disposed on a second surface opposite to the first surface, and characterised in that the light guiding member has, at an end of an edge thereof, an inclined surface at a specified angle with the first surface for refracting light, when viewing the covering portion from the front in a state where the covering portion at least partially covers the space. pivotable in a specified direction about the hinge portion to at least partially cover the space, and wherein the covering portion includes: a light guiding member disposed on a first surface for guiding light; and an outer cover layer disposed on a second surface opposite to the first surface, a light guiding member disposed on a first surface for guiding light; and an outer cover layer disposed on a second surface opposite to the first surface, and characterised in that the light guiding member has, at an end of an edge thereof, an inclined surface at a specified angle with the first surface for refracting light, when viewing the covering portion from the front in a state where the covering portion at least partially covers the space.
A communication controller that is adapted to control communications in a network, the communication controller comprising: a) a determiner that is adapted to determine that a congestion occurs in the network according to traffic of a predetermined standard of traffic (FCoE; iSCSI), flowing in the network, of a plurality of standards(FCoE; iSCSI); and b) a transmitter that is adapted to transmit a signal instructing to adjust a traffic volume, according to the traffic of the predetermined standard, to a party to which the congestion is attributable. a) a determiner that is adapted to determine that a congestion occurs in the network according to traffic of a predetermined standard of traffic (FCoE; iSCSI), flowing in the network, of a plurality of standards(FCoE; iSCSI); and b) a transmitter that is adapted to transmit a signal instructing to adjust a traffic volume, according to the traffic of the predetermined standard, to a party to which the congestion is attributable.
A covering for an architectural opening comprising: a textile substrate; and a cured polymeric composition comprising a polymeric resin and a non-white pigment, the pigment being an infrared reflective pigment or an infrared transparent pigment, the cured polymeric composition having a CIELAB L* value of less than 90 measured at an observation angle of 25°, the covering reflecting more than 15% of impinging solar radiation between 700 nm and 2500 nm, as determined according to the method of the description; wherein the cured polymeric composition is a second coating on the textile substrate, the covering further comprising a first coating between the substrate and the second coating; and characterised in that: the first coating is more IR reflective than the second coating. a textile substrate; and a cured polymeric composition comprising a polymeric resin and a non-white pigment, the pigment being an infrared reflective pigment or an infrared transparent pigment, the cured polymeric composition having a CIELAB L* value of less than 90 measured at an observation angle of 25°, the covering reflecting more than 15% of impinging solar radiation between 700 nm and 2500 nm, as determined according to the method of the description; wherein the cured polymeric composition is a second coating on the textile substrate, the covering further comprising a first coating between the substrate and the second coating; and characterised in that: the first coating is more IR reflective than the second coating.
A welding torch comprising: a plurality of electrodes that are insulated from the rest of the welding torch by an insulating material: and collets that are in contact with the electrodes and conduct power to the electrodes, wherein the electrodes are shaped such that they have an arc-shaped curved surface area in at least a portion of a cross-sectional shape thereof that is orthogonal to the longitudinal direction thereof, and each collet is provided with a groove portion (4a, 4e) in which the electrode is fitted, and whose inner wall surface is in contact with a plurality of locations of the curved surface area when looking from the longitudinal direction of the electrode, characterized by projecting portions that protrude from inner wall surfaces of the groove portion, and engagement holes that are provided in the electrode and with which the projecting portions engage.
An agent that increases the efferocytosis and/or phagocytosis of components of a diseased vessel wall for use in a method of treating a subject for aneurysm disease, wherein aneurysm is prevented or stabilized, wherein the agent is an anti-CD47 agent that reduces the binding of CD47 on an apoptotic cell to signal-regulatory protein alpha (SIRPα) on a phagocytic cell, and wherein the anti-CD47 agent is selected from an anti-CD47 antibody, an anti-SIRPa antibody, a soluble SIRPα polypeptide or a soluble SIRPα polypeptide joined to an immunoglobulin domain.
Steam accumulator for providing process steam for an industrial process, wherein the steam accumulator comprises an accumulator container and at least one first latent heat accumulator having a first phase transition temperature, wherein the accumulator container has an accumulator space for receiving a liquid and steam, wherein the at least one first latent heat accumulator is designed as a chamber filled with a phase change material, wherein the at least one first latent heat accumulator has a first heat transfer surface and is in thermal contact at least indirectly with the accumulator space via the first heat transfer surface, wherein the at least one first latent heat accumulator has a heating device, characterized in that the heating device is completely arranged in the at least one first latent heat accumulator, and the at least one first latent heat accumulator can be heated by the heating device independently of a heat transfer at the first heat transfer surface.
A control apparatus for an engine of a cylinder fuel injection type, the control apparatus comprising: a first phase changing portion retarding a first intake valve phase relative to a second intake valve phase; a second phase changing portion changing the second intake valve phase, a throttle valve adjusting an intake air amount of the engine, and a control portion configured to perform a retard control in which the first phase changing portion is controlled to retard the first intake valve phase relative to the second intake valve phase and perform an advance control in which the second phase changing portion is controlled to advance the second intake valve phase such that an air amount in the cylinder of the engine is reduced to a target value to perform rich combustion, characterized in that the control portion configured to perform a throttle valve closing in which the throttle valve is controlled such that the air amount in the cylinder is the target value or smaller and rich combustion is performed after performing an intake valve phase control that is performed by controlling the first phase changing portion and the second phase changing portion when the air amount in the cylinder cannot be reduced to the target value or smaller by performing the intake valve phase control, and in that the control portion is configured to consider an exhaust pressure of the engine and suppress the throttle valve closing control, when an exhaust pressure is a predetermined value or higher in the throttle valve closing control. a first phase changing portion retarding a first intake valve phase relative to a second intake valve phase; a second phase changing portion changing the second intake valve phase, a throttle valve adjusting an intake air amount of the engine, and a control portion configured to perform a retard control in which the first phase changing portion is controlled to retard the first intake valve phase relative to the second intake valve phase and perform an advance control in which the second phase changing portion is controlled to advance the second intake valve phase such that an air amount in the cylinder of the engine is reduced to a target value to perform rich combustion, characterized in that the control portion configured to perform a throttle valve closing in which the throttle valve is controlled such that the air amount in the cylinder is the target value or smaller and rich combustion is performed after performing an intake valve phase control that is performed by controlling the first phase changing portion and the second phase changing portion when the air amount in the cylinder cannot be reduced to the target value or smaller by performing the intake valve phase control, and in that the control portion is configured to consider an exhaust pressure of the engine and suppress the throttle valve closing control, when an exhaust pressure is a predetermined value or higher in the throttle valve closing control.
A mirror with an image display function comprising: an image display device which emits linearly polarized light to form an image; a 1/4 wavelength plate; and a circular polarization reflection layer, wherein the image display device, the 1/4 wavelength plate, and the circular polarization reflection layer are provided in this order, wherein the circular polarization reflection layer includes two or more cholesteric liquid crystal layers including a cholesteric liquid crystal layer of which a central wavelength of a selective reflection band is positioned in a visible light region, wherein the two or more cholesteric liquid crystal layers are different from each other in central wavelength of a selective reflection band, and wherein the cholesteric liquid crystal layer having a longer central wavelength of a selective reflection band is disposed closer to the image display device, and wherein at least one of the 1/4 wavelength plate or the circular polarization reflection layer includes a layer formed of a liquid crystal composition containing a disk-like liquid crystal compound. an image display device which emits linearly polarized light to form an image; a 1/4 wavelength plate; and a circular polarization reflection layer, wherein the image display device, the 1/4 wavelength plate, and the circular polarization reflection layer are provided in this order, wherein the circular polarization reflection layer includes two or more cholesteric liquid crystal layers including a cholesteric liquid crystal layer of which a central wavelength of a selective reflection band is positioned in a visible light region, wherein the two or more cholesteric liquid crystal layers are different from each other in central wavelength of a selective reflection band, and wherein the cholesteric liquid crystal layer having a longer central wavelength of a selective reflection band is disposed closer to the image display device, and wherein at least one of the 1/4 wavelength plate or the circular polarization reflection layer includes a layer formed of a liquid crystal composition containing a disk-like liquid crystal compound.
An inverter provided in a hoist system, the inverter comprising: a scale unit configured to control a size of a DC link voltage of the inverter; a proportional-integral controller configured to perform PI-control on an output of the scale unit and an output voltage of the inverter and output a control signal; a first calculating unit configured to sum a compensation frequency output from a slip compensator and a command frequency of the inverter; a second calculating unit configured to sum an output of the first calculating unit and the control signal; and a voltage determining unit configured to determine an output voltage of the inverter from an output frequency of the second calculating unit. a scale unit configured to control a size of a DC link voltage of the inverter; a proportional-integral controller configured to perform PI-control on an output of the scale unit and an output voltage of the inverter and output a control signal; a first calculating unit configured to sum a compensation frequency output from a slip compensator and a command frequency of the inverter; a second calculating unit configured to sum an output of the first calculating unit and the control signal; and a voltage determining unit configured to determine an output voltage of the inverter from an output frequency of the second calculating unit.
A buoy for use in reducing the amplitude of waves in water, said buoy being arranged to be constrained by an anchor coupled to a buoyant staff of the buoy by a ball joint, a swivel joint, a spring or other flexible joint, a flexible anchor cable or a chain and comprising a body, the body being configured as point absorber to produce radial waves by heaving, surging and/or pitching motion, the radial waves destructively interacting with incident waves causing a transfer of energy along a crest to the body, wherein the body is configured to be resonant matched with the incident waves and the radiation and absorption impedance are matched so that the wave energy captured and lost to damping due to action of viscosity at one or more of sharp and round edges of the buoy and its submerged appendages equals the energy lost to radiation due to the buoy motion by: - the buoy comprising bearings located between the body and the buoyant staff to enable the body to freely slide along the buoyant staff, and - the body comprising at least one horizontally oriented fin and/ or at least one vertically oriented fin, or comprising at least one angularly oriented fin. - the buoy comprising bearings located between the body and the buoyant staff to enable the body to freely slide along the buoyant staff, and - the body comprising at least one horizontally oriented fin and/ or at least one vertically oriented fin, or comprising at least one angularly oriented fin.
An apparatus for dehydrating organic material, comprising: (a) a vacuum chamber having an input end for introduction of a container for the organic material into the vacuum chamber and a discharge end for removal of the container; (b) a microwave generator; (c) a microwave-transparent window for transmission of microwave radiation from the microwave generator into the vacuum chamber; (d) means for reducing pressure inside the vacuum chamber; (e) means for loading the container into the input end of the vacuum chamber; (f) means (76, 78, 68, 80, 84, 86) for rotating the container inside the vacuum chamber about a horizontal axis; (g) means (112, 114) for moving the rotating container through the vacuum chamber from the input end to the discharge end thereof; and (h) means for unloading the container of dehydrated organic material from the vacuum chamber at the discharge end thereof. (a) a vacuum chamber having an input end for introduction of a container for the organic material into the vacuum chamber and a discharge end for removal of the container; (b) a microwave generator; (c) a microwave-transparent window for transmission of microwave radiation from the microwave generator into the vacuum chamber; (d) means for reducing pressure inside the vacuum chamber; (e) means for loading the container into the input end of the vacuum chamber; (f) means (76, 78, 68, 80, 84, 86) for rotating the container inside the vacuum chamber about a horizontal axis; (g) means (112, 114) for moving the rotating container through the vacuum chamber from the input end to the discharge end thereof; and (h) means for unloading the container of dehydrated organic material from the vacuum chamber at the discharge end thereof.
A method of protecting a component of a turbomachine from liquid droplets erosion, comprising covering at least one region of a component surface exposed to a flow of a fluid containing a liquid phase to be processed by the turbomachine with a protective layer, wherein the protective layer comprises a plurality of alternate adjacent sub-layers (L1, L2, L3, L4) of two materials, wherein a first material of the two materials is a stoichiometric nitride or carbide or boride of titanium or zirconium or chromium or tungsten or aluminum or vanadium, and a second material of the two materials is a non-stoichiometric nitride or carbide or boride of titanium or zirconium or chromium or tungsten or aluminum or vanadium; and characterised in that said materials have high hardness in the range of 1000-3000 HV and low fracture toughness below 20 MPa m 1/2. wherein a first material of the two materials is a stoichiometric nitride or carbide or boride of titanium or zirconium or chromium or tungsten or aluminum or vanadium, and a second material of the two materials is a non-stoichiometric nitride or carbide or boride of titanium or zirconium or chromium or tungsten or aluminum or vanadium; and characterised in that said materials have high hardness in the range of 1000-3000 HV and low fracture toughness below 20 MPa m 1/2.
An assay method for detecting breast cancer in a subject comprising: providing at least one reaction solution, wherein the reaction solution is used for generating H 2 O 2 upon combination with lysyl oxidase-like 2 protein (LOXL2) in a bodily sample comprising a bodily fluid selected from the group consisting of blood, plasma, sera, and urine obtained from a subject, the reaction solution including lysine as substrate that can be oxidatively deaminated by LOXL2 to generate α-aminoadipic-δ-semialdehyde (allysine) and hydrogen peroxide (H 2 O 2); and a biosensor for determining the level of generated H 2 O 2, wherein the biosensor includes a voltage source, a current measuring device and a working electrode, a counter electrode and a reference electrode, and wherein the current measuring device comprises a measuring device for applying voltage potentials to the working electrode and counter electrode and measuring the current flow between the working electrode and counter electrode to determine the level of H 2 O 2. providing at least one reaction solution, wherein the reaction solution is used for generating H 2 O 2 upon combination with lysyl oxidase-like 2 protein (LOXL2) in a bodily sample comprising a bodily fluid selected from the group consisting of blood, plasma, sera, and urine obtained from a subject, the reaction solution including lysine as substrate that can be oxidatively deaminated by LOXL2 to generate α-aminoadipic-δ-semialdehyde (allysine) and hydrogen peroxide (H 2 O 2); and a biosensor for determining the level of generated H 2 O 2, wherein the biosensor includes a voltage source, a current measuring device and a working electrode, a counter electrode and a reference electrode, and wherein the current measuring device comprises a measuring device for applying voltage potentials to the working electrode and counter electrode and measuring the current flow between the working electrode and counter electrode to determine the level of H 2 O 2.