mhurhangee/ep-ind-claims huggingface dataset:
A power tool comprising an electric module, the electric module comprising: a housing defining a battery chamber arranged to at least partly accommodate a battery assembly; and an electrical connection terminal arranged within the housing to electrically connect with the battery assembly accommodated in the battery chamber; wherein the battery assembly is arranged to be inserted into the battery chamber via a battery chamber opening defined by the housing; and wherein the battery chamber opening is opened towards a direction parallel to an operating surface which the power tool moves thereon; characterized in that the electrical connection terminal is disposed at a top portion within the housing to prevent water and/or foreign matters entered into the battery chamber through the battery chamber opening from contacting the electrical connection terminal disposed at the top portion within the housing. an electrical connection terminal arranged within the housing to electrically connect with the battery assembly accommodated in the battery chamber; wherein the battery assembly is arranged to be inserted into the battery chamber via a battery chamber opening defined by the housing; and wherein the battery chamber opening is opened towards a direction parallel to an operating surface which the power tool moves thereon; characterized in that the electrical connection terminal is disposed at a top portion within the housing to prevent water and/or foreign matters entered into the battery chamber through the battery chamber opening from contacting the electrical connection terminal disposed at the top portion within the housing.
A swash plate compressor comprising a cylinder block accommodating a piston for compressing a refrigerant, a front housing coupled to the front of the cylinder block and having a crank chamber, a rear housing having a suction chamber and a discharge chamber and coupled to the rear of the cylinder block, the swash plate compressor comprising: a valve assembly comprising a valve plate inserted into the rear housing, and a suction plate inserted between the valve plate and the cylinder block; and a variable orifice module comprising a first orifice hole through which the refrigerant in the crank chamber passes, and a second orifice hole communicating with the suction chamber to discharge the refrigerant passing through the first orifice hole to the suction chamber and formed in the valve plate; characterized by a reed groove formed in the valve plate and interconnecting the first and second orifice holes, the first orifice hole having a variable reed, a degree of opening of which is varied depending on the pressure of the refrigerant. a valve assembly comprising a valve plate inserted into the rear housing, and a suction plate inserted between the valve plate and the cylinder block; and a variable orifice module comprising a first orifice hole through which the refrigerant in the crank chamber passes, and a second orifice hole communicating with the suction chamber to discharge the refrigerant passing through the first orifice hole to the suction chamber and formed in the valve plate; characterized by a reed groove formed in the valve plate and interconnecting the first and second orifice holes, the first orifice hole having a variable reed, a degree of opening of which is varied depending on the pressure of the refrigerant.
A surfactant composition selected from the group consisting of: (R 1 O)CH 2 CH[(OCH 2 CH 2) 1-20 OH]CH 2 (OR 2) and mixtures thereof; wherein only one of R1 and R2 is a secondary alkyl group comprising from 3 to 9 Carbon atoms and the other of R1 and R2 is any linear or branched, but not a secondary alkyl group, selected from the group consisting of C 1 -C 10 alkyl-; aromatic-; and grouping including hydroxyl, alkoxy-, and chloro-or fluoro- groups.
A fixing band for a battery module, comprising a first end portion, a connecting section and a second end portion which are arranged successively in an extending direction (m) of the fixing band, characterized in that the first end portion includes a body and engaging grooves which protrude in a thickness direction (h) of the body, the engaging grooves are integral with the body, each of the engaging grooves comprises a groove wall, the groove wall of each of the engaging grooves is separated from the body of the first end portion in a width direction (d) of the fixing band, the second end portion has engaging protrusions which are shaped to match the engaging grooves, and the first end portion and the second end portion are laminated in the thickness direction (h) and are engaged with each other by the groove walls of the engaging grooves and the engaging protrusions, so that the fixing band is configured to enclose an annular accommodation space.
A method of operating a first device to determine a distance, d, between the first device and a further device, the method comprising: transmitting a first broadcast UWB ranging frame comprising an identifier of the first device, A, and a transmission timestamp; receiving a further broadcast UWB ranging frame from the further device, the further broadcast UWB ranging frame comprising an identifier of the further device, B, and a transmission timestamp of the further device, and at least one data pair (630+635, 640+645), the or each data pair comprising a respective transmitting device identifier, Q, (630, 640) of a respective transmitting device and a respective reception timestamp (635, 645), wherein the or each respective reception timestamp is indicative of the arrival time at the further device of a prior broadcast UWB ranging frame broadcast from the respective transmitting device; determining a reception timestamp of the further broadcast UWB ranging frame; comparing the or each respective transmitting device identifier, Q, with the identifier of the first device, A; and, in response to matching a one of the at least one transmitting device identifiers with the identifier of the first device, determining the distance between the first device and the further device. transmitting a first broadcast UWB ranging frame comprising an identifier of the first device, A, and a transmission timestamp; receiving a further broadcast UWB ranging frame from the further device, the further broadcast UWB ranging frame comprising an identifier of the further device, B, and a transmission timestamp of the further device, and at least one data pair (630+635, 640+645), the or each data pair comprising a respective transmitting device identifier, Q, (630, 640) of a respective transmitting device and a respective reception timestamp (635, 645), wherein the or each respective reception timestamp is indicative of the arrival time at the further device of a prior broadcast UWB ranging frame broadcast from the respective transmitting device; an identifier of the further device, B, and a transmission timestamp of the further device, and at least one data pair (630+635, 640+645), the or each data pair comprising a respective transmitting device identifier, Q, (630, 640) of a respective transmitting device and a respective reception timestamp (635, 645), wherein the or each respective reception timestamp is indicative of the arrival time at the further device of a prior broadcast UWB ranging frame broadcast from the respective transmitting device; determining a reception timestamp of the further broadcast UWB ranging frame; comparing the or each respective transmitting device identifier, Q, with the identifier of the first device, A; and, in response to matching a one of the at least one transmitting device identifiers with the identifier of the first device, determining the distance between the first device and the further device.
A method for manufacturing a sealed cored wire from a metal strip and filling elements, comprising the following steps: a) providing a metal strip having two parallel longitudinal edges, b) shaping the metal strip into a groove ("U" section) by bringing the longitudinal edges of the strip towards one another, c) filling the groove obtained in step b) with filling elements, d) shaping the groove filled with filling elements obtained in step c) into a preliminary tubular wire ("O" section) by bringing the longitudinal edges of the strip towards one another until they contact or quasi contact one another, and e) soldering the two longitudinal edges of the preliminary wire from step d) by laser beam in order to obtain a sealed welded wire containing filling elements, characterised in that, in step c), the following successive steps are performed: i) introducing first filling elements containing metal elements into the groove so as to form a sub-layer containing said metal elements, ii) depositing, on top of the sub-layer containing said metal elements, at least one protective layer of second filling elements containing substantially non-metal elements. a) providing a metal strip having two parallel longitudinal edges, b) shaping the metal strip into a groove ("U" section) by bringing the longitudinal edges of the strip towards one another, c) filling the groove obtained in step b) with filling elements, d) shaping the groove filled with filling elements obtained in step c) into a preliminary tubular wire ("O" section) by bringing the longitudinal edges of the strip towards one another until they contact or quasi contact one another, and e) soldering the two longitudinal edges of the preliminary wire from step d) by laser beam in order to obtain a sealed welded wire containing filling elements, i) introducing first filling elements containing metal elements into the groove so as to form a sub-layer containing said metal elements, ii) depositing, on top of the sub-layer containing said metal elements, at least one protective layer of second filling elements containing substantially non-metal elements.
Process to prepare a heated gas and generate electricity using an apparatus for expanding a compressed combustion gas comprising a combustor, a turbine rotor and a diffusor at a pressure ratio between 2 and 5, wherein the combustor is comprised of an axially extending space around an axially extending combustor axis provided with one or more burners at one end and a circular slit as discharge opening at its opposite downstream end, the turbine rotor being an axial turbine rotor, optionally having a radial component, which turbine rotor being rotatable along the combustor axis and provided with an inlet to receive combustion gas fluidly connected to the discharge opening of the combustor and a discharge outlet to discharge combustion gas, wherein the turbine rotor is fixed to a rotatable shaft, which shaft is positioned axial with the combustor axis and wherein the diffusor is comprised of a circular slit-shaped inlet opening fluidly connected to the discharge outlet of the turbine rotor, a flow path for combustion gas which extends axially away from the combustor and extends radially outward towards an circular slit-shaped outlet, which circular slit-shaped outlet is fluidly connected along its circumference to a receiving space and wherein a generator and a compressor are directly fixed to the rotatable shaft, wherein the sequence along the shaft is turbine rotor, generator and compressor and wherein the compressor is provided with an outlet for compressed air which is fluidly connected to the combustor via a compressed air flow path and wherein no heat exchanger is present in the compressed air flow path and wherein the generator is equipped to either generate electric power or deliver a shaft torque to the shaft.
A method for making a composite structure, comprising: rotating a base layer of an apparatus for forming the composite structure about an axis of rotation; transferring the carbon short fibers from a first loader onto a first vibratory feed ramp, wherein the first loader comprises a loader hole comprising a first dimension and a second dimension, wherein the first dimension is the same as the second dimension; transferring carbon short fibers from the first vibratory feed ramp onto the base layer in order to form a plurality of fibrous layers in the composite structure; and vibrating the first vibratory feed ramp during the transferring the carbon short fibers, wherein the base layer comprises an annular shape, and further comprising transferring additional carbon short fibers to a supplemental vibratory feed ramp with a supplemental loader and transferring additional carbon short fibers from the supplemental vibratory feed ramp onto an outer diameter area of the base layer. rotating a base layer of an apparatus for forming the composite structure about an axis of rotation; transferring the carbon short fibers from a first loader onto a first vibratory feed ramp, wherein the first loader comprises a loader hole comprising a first dimension and a second dimension, wherein the first dimension is the same as the second dimension; transferring carbon short fibers from the first vibratory feed ramp onto the base layer in order to form a plurality of fibrous layers in the composite structure; and vibrating the first vibratory feed ramp during the transferring the carbon short fibers,
An air conditioner comprising: a case having one or more air intake portions (11, 12); a heat exchanger inside the case; a fan in a vicinity of the heat exchanger; and an intake amount reducing member (70, 80) at one of the air intake portions (11, 12) that reduces an intake amount of introduced air, characterized in that a filter is disposed at the one or more air intake portions (11, 12), and the intake amount reducing member (70, 80) is disposed between the filter and the heat exchanger. a case having one or more air intake portions (11, 12); a heat exchanger inside the case; a fan in a vicinity of the heat exchanger; and an intake amount reducing member (70, 80) at one of the air intake portions (11, 12) that reduces an intake amount of introduced air, characterized in that a filter is disposed at the one or more air intake portions (11, 12), and the intake amount reducing member (70, 80) is disposed between the filter and the heat exchanger.
An image forming apparatus comprising: a forming part that forms an image on a recording medium; a fixing part that fixes the image formed on the recording medium; a revolving part having a revolving member stretched over multiple rotary members (52, 53, 54), the revolving member revolving between the forming part and the fixing part to transport the recording medium from the forming part to the fixing part; a feed part that feeds the recording medium to the forming part; a discharge part that discharges the recording medium to which the image has been fixed in the fixing part; a branch part that is provided so as to be split from the discharge part and along which the recording medium, to one side of which the image has been fixed, is transported to the feed part after switching the leading end and the trailing end of the recording medium; a first housing accommodating the forming part, the fixing part, and the revolving part; and a second housing connected to the first housing and accommodating the feed part and the branch part, the image forming apparatus being characterized in that: the discharge part is accommodated in the second housing. a forming part that forms an image on a recording medium; a fixing part that fixes the image formed on the recording medium; a revolving part having a revolving member stretched over multiple rotary members (52, 53, 54), the revolving member revolving between the forming part and the fixing part to transport the recording medium from the forming part to the fixing part; a feed part that feeds the recording medium to the forming part; a discharge part that discharges the recording medium to which the image has been fixed in the fixing part; a branch part that is provided so as to be split from the discharge part and along which the recording medium, to one side of which the image has been fixed, is transported to the feed part after switching the leading end and the trailing end of the recording medium; a first housing accommodating the forming part, the fixing part, and the revolving part; and a second housing connected to the first housing and accommodating the feed part and the branch part, the image forming apparatus being characterized in that: the discharge part is accommodated in the second housing.
An inspection device for the quality control of rod-shaped smoking articles, comprising: - at least one transfer drum having a succession of peripheral retaining portions, each peripheral retaining portion having at least one retaining groove aligned with the axis of rotation of the transfer drum and configured to receive a respective smoking article to be inspected; - at least one inspection assembly rotatable about the axis of rotation of the transfer drum and provided with a succession of electric or electromagnetic detectors disposed in such a way that each detector is aligned or alignable with a smoking article held in a corresponding retaining groove, each detector having a cavity configured to insertably receive an end portion of the respective smoking article to be inspected and being equipped with a sensor adapted to non-destructively detect defects, extraneous bodies, hollows or other imperfections or flaws in the filling of the smoking article, wherein the inspection device also comprises movement means configured to move each peripheral retaining portion and the corresponding detector reciprocatingly towards and away from each other during the rotation of the transfer drum. - at least one transfer drum having a succession of peripheral retaining portions, each peripheral retaining portion having at least one retaining groove aligned with the axis of rotation of the transfer drum and configured to receive a respective smoking article to be inspected; - at least one inspection assembly rotatable about the axis of rotation of the transfer drum and provided with a succession of electric or electromagnetic detectors disposed in such a way that each detector is aligned or alignable with a smoking article held in a corresponding retaining groove, each detector having a cavity configured to insertably receive an end portion of the respective smoking article to be inspected and being equipped with a sensor adapted to non-destructively detect defects, extraneous bodies, hollows or other imperfections or flaws in the filling of the smoking article, wherein the inspection device also comprises movement means configured to move each peripheral retaining portion and the corresponding detector reciprocatingly towards and away from each other during the rotation of the transfer drum.
A method for reading data from non-volatile storage, comprising: measuring collective resistance information for a group of connected non-volatile storage elements wherein said group of connected non-volatile storage elements is a NAND string; choosing a read parameter based on said collective resistance information; and reading data from a non-volatile storage element of said group of connected nonvolatile storage elements using said collective resistance information, including performing a read operation using said read parameter; the method characterized in that: said measuring collective resistance information includes applying a first voltage to a first subset of said group of connected non-volatile storage elements and applying a second voltage to a second subset of said group of connected non-volatile storage elements; said first subset includes said non-volatile storage element and all other storage elements on said NAND string that are on a first side of said non-volatile storage element; and said second subset includes all other storage elements on said NAND string that are on a second side of said non-volatile storage element. measuring collective resistance information for a group of connected non-volatile storage elements wherein said group of connected non-volatile storage elements is a NAND string; choosing a read parameter based on said collective resistance information; and reading data from a non-volatile storage element of said group of connected nonvolatile storage elements using said collective resistance information, including performing a read operation using said read parameter; the method characterized in that: said measuring collective resistance information includes applying a first voltage to a first subset of said group of connected non-volatile storage elements and applying a second voltage to a second subset of said group of connected non-volatile storage elements; said first subset includes said non-volatile storage element and all other storage elements on said NAND string that are on a first side of said non-volatile storage element; and said second subset includes all other storage elements on said NAND string that are on a second side of said non-volatile storage element. said measuring collective resistance information includes applying a first voltage to a first subset of said group of connected non-volatile storage elements and applying a second voltage to a second subset of said group of connected non-volatile storage elements; said first subset includes said non-volatile storage element and all other storage elements on said NAND string that are on a first side of said non-volatile storage element; and said second subset includes all other storage elements on said NAND string that are on a second side of said non-volatile storage element.
An elevator door panel having a vertical direction and a horizontal direction, whereby the elevator door panel (170, 270) is bendable around a vertical corner, characterized in that the elevator door panel (170, 270) is formed of a composite material based on reinforcement fibres embedded in a polymer matrix material, the reinforcement fibres being arranged in the polymer matrix material so that the bending stiffness of the elevator door panel (170, 270) is greater in the vertical direction compared to the bending stiffness of the elevator door panel (170, 270) in the horizontal direction.
A trioxane composition comprising trioxane as a main component, an antioxidant, and an amine compound having an alcoholic hydroxy group in the molecule thereof, wherein the amount of the amine compound contained is 0.01 to 10 ppm, based on the trioxane, wherein the trioxane composition is a liquid which is a uniform solution of trioxane obtained by dissolving trioxane in an aromatic hydrocarbon solvent, and wherein the content of the trioxane in the trioxane composition, excluding the solvent, is 95% or more.