mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: an ion generating apparatus; and a blower operable to release generated ions into air, wherein the ion generating apparatus includes: an ion generating element including: a positive ion discharger for generating positive ions; and a negative ion discharger for generating negative ions, the positive and negative ion dischargers (12, 13) arranged separately from and independently of each other on a single base member with a distance securing insulation between the positive and negative ion dischargers; and a voltage application circuit, characterised in that: the blower is operable to blow wind in a direction parallel to a surface of the base member, and the positive and negative ion dischargers (12, 13) are arranged on a diagonal line with respect to a wind stream produced by the blower in order to prevent the ions generated by the windward-side discharger from being neutralized on the leeward-side discharger of the opposite polarity. an ion generating apparatus; and a blower operable to release generated ions into air, wherein the ion generating apparatus includes: an ion generating element including: a positive ion discharger for generating positive ions; and a negative ion discharger for generating negative ions, the positive and negative ion dischargers (12, 13) arranged separately from and independently of each other on a single base member with a distance securing insulation between the positive and negative ion dischargers; and a voltage application circuit, an ion generating element including: a positive ion discharger for generating positive ions; and a negative ion discharger for generating negative ions, the positive and negative ion dischargers (12, 13) arranged separately from and independently of each other on a single base member with a distance securing insulation between the positive and negative ion dischargers; and a positive ion discharger for generating positive ions; and a negative ion discharger for generating negative ions, the positive and negative ion dischargers (12, 13) arranged separately from and independently of each other on a single base member with a distance securing insulation between the positive and negative ion dischargers; and a voltage application circuit, characterised in that: the blower is operable to blow wind in a direction parallel to a surface of the base member, and the positive and negative ion dischargers (12, 13) are arranged on a diagonal line with respect to a wind stream produced by the blower in order to prevent the ions generated by the windward-side discharger from being neutralized on the leeward-side discharger of the opposite polarity. the blower is operable to blow wind in a direction parallel to a surface of the base member, and the positive and negative ion dischargers (12, 13) are arranged on a diagonal line with respect to a wind stream produced by the blower in order to prevent the ions generated by the windward-side discharger from being neutralized on the leeward-side discharger of the opposite polarity.
An air conditioner, comprising: a casing including a first side plate, a second side plate, an outdoor air inlet body, and an air outlet body, the casing having an inner air flow space defined therein and an entrance defined in one of the first side plate or the second side plate; at least one heat exchanger and a fan disposed between the outdoor air inlet body and the air outlet body in an air flow direction of the casing; a heater module inserted through the entrance into the inner airflow space, wherein a handle is mounted on a first side face of the heater module, and wherein the first side face is closer to the entrance than a second side face thereof; a pair of guide brackets (5, 6) installed in the casing that slidably guide the heater module; and a door module that opens and closes the entrance, wherein the door module is configured to contact the handle to press the handle in a direction away from the entrance. a casing including a first side plate, a second side plate, an outdoor air inlet body, and an air outlet body, the casing having an inner air flow space defined therein and an entrance defined in one of the first side plate or the second side plate; at least one heat exchanger and a fan disposed between the outdoor air inlet body and the air outlet body in an air flow direction of the casing; a heater module inserted through the entrance into the inner airflow space, wherein a handle is mounted on a first side face of the heater module, and wherein the first side face is closer to the entrance than a second side face thereof; a pair of guide brackets (5, 6) installed in the casing that slidably guide the heater module; and a door module that opens and closes the entrance, wherein the door module is configured to contact the handle to press the handle in a direction away from the entrance.
A production method of a pneumatic tire with a carcass comprising a toroidal carcass ply extending from a tread portion through a sidewall portion to a bead core of a bead portion; wherein said method of producing the pneumatic tire comprises a carcass ply forming step to cover both surfaces of a code array made of the carcass cords of the carcass ply with a topping rubber, a step of forming a raw cover including the carcass, and a step of vulcanizing the raw cover; and the carcass ply forming step comprises an arranging process for arranging rubber-un-coated air-absorptive organic fiber cords on at least one side of the carcass ply so as to intersect with the carcass cords of the carcass ply, characterized in that said organic fiber cords are arranged at an angle (α3) of from 3 to 20 degrees with respect to the carcass cords.
A process for the preparation of an indium halodialkoxide of the generic formula InX 2 where X = F, Cl, Br, I and R = alkyl radical, alkyloxyalkyl radical, in which a composition comprising - an indium trihalide InX 3, where X = F, Cl, Br and/or I, and - at least one alcohol of the generic formula ROH, where R = alkyl radical, alkyloxyalkyl radical, is reacted with a composition comprising at least one secondary amine of the generic formula R' 2 NH, where R' = alkyl radical. - an indium trihalide InX 3, where X = F, Cl, Br and/or I, and - at least one alcohol of the generic formula ROH, where R = alkyl radical, alkyloxyalkyl radical,
Food packaging for a milk or cheese product, comprising two hollow shells (12, 14), each shell extending over a predetermined depth (p12, p14) and a predetermined thickness (e), the packaging being configured so as to occupy two positions, a first position, called the rest position, in which the two shells (12, 14) are sealed together along a joining plane so as to form a single internal space receiving a portion of milk or cheese product occupying the whole of said internal space, and a second position, called the use position, in which the two shells (12, 14) are separated so as to allow access to said portion of product, each of the two shells (12, 14) has a plane of symmetry orthogonal to said joining plane, each of the two shells (12, 14) has two plane faces, said two faces being located on either side of the plane of symmetry, said packaging being characterised by the fact that said two faces extend in a direction parallel to said plane of symmetry and each shell (12, 14) has a depth (p12, p14), measured in said plane of symmetry, which is greater than its thickness (e), measured in said joining plane, the depth (p12, p14) being measured between said joining plane and the bottom of the shell (12, 14), the thickness (e) being measured between said two plane faces.
A chromatography medium, characterized in that the chromatography medium is formed by binding a polysaccharide to the surface of porous cellulose particles using cross-linking agents having two or more functional groups and sulfating the polysaccharide with a sulfating agent, wherein the porous particles have an exclusion limit molecular weight of 6000 Da or less when pure water is used as mobile phase and standard polyethylene glycol is used, the porous particles having an average particle size in the range of 30-200 μm, wherein said average particle size is a mean value of the long diameter of any 200 particles taken by a scanning electron microscope or an optical microscope.
A gearbox comprising: an outer housing including a manual rotation access passage; a manual rotation shaft for manually rotating a spool (34,38) of an engine, the manual rotation shaft having at least a portion thereof located within the outer housing; and a sealing system (90,120) coupled to the outer housing and including a flapper valve (92,122) translatable from a closed position to an open position to allow a rotation tool to pass through the manual rotation access passage and contact the manual rotation shaft and translatable from the open position to the closed position after the rotation tool is removed from the manual rotation access passage to prevent a lubricant from escaping from the outer housing via the manual rotation access passage; wherein the manual rotation shaft is rotatably coupled to the outer housing by a bearing, and characterised in that: the lubricant is stored in a lubrication reservoir formed by the outer housing and a first side of the bearing and the sealing system is located between a portion of the outer housing and a second side of the bearing that is opposite the first side. an outer housing including a manual rotation access passage; a manual rotation shaft for manually rotating a spool (34,38) of an engine, the manual rotation shaft having at least a portion thereof located within the outer housing; and a sealing system (90,120) coupled to the outer housing and including a flapper valve (92,122) translatable from a closed position to an open position to allow a rotation tool to pass through the manual rotation access passage and contact the manual rotation shaft and translatable from the open position to the closed position after the rotation tool is removed from the manual rotation access passage to prevent a lubricant from escaping from the outer housing via the manual rotation access passage; wherein the manual rotation shaft is rotatably coupled to the outer housing by a bearing, and characterised in that: the lubricant is stored in a lubrication reservoir formed by the outer housing and a first side of the bearing and the sealing system is located between a portion of the outer housing and a second side of the bearing that is opposite the first side.
A bicycle saddle comprising a saddle shell connected with a saddle frame, a padding element disposed on an upper side of the saddle shell, and a depression extending in the padding element in the longitudinal direction of the bicycle saddle, the depression increasing towards the rear of the saddle, the saddle shell comprising an opening in contact with the depression, characterized in that a holding element, in particular for fixing a saddlebag, is provided in an edge region of the opening, the holding element being formed by the saddle shell. a saddle shell connected with a saddle frame, a padding element disposed on an upper side of the saddle shell, and a depression extending in the padding element in the longitudinal direction of the bicycle saddle, the depression increasing towards the rear of the saddle, the saddle shell comprising an opening in contact with the depression, characterized in that a holding element, in particular for fixing a saddlebag, is provided in an edge region of the opening, the holding element being formed by the saddle shell.
A method for a User Equipment, UE, the method comprising: receiving, from a network node, parameters indicating a number of layers, a modulation order, a code rate and a number of allocated resource blocks; determining an effective number of resource elements based on a combination of higher layer signaling and Downlink Control Information, DCI, signaling; determining a transmission data block size, TDBS, based on the received parameters and the determined effective number of resource elements and based on N PRB ⋅ N RE ⋅ v ⋅ Q m ⋅ r where N PRB is the indicated number of allocated resource blocks, N RE is the determined number of effective resource elements, v is the indicated number of layers, Q m is the indicated modulation order and r is the indicated code rate; and transmitting data based on the determined transmission data block size. receiving, from a network node, parameters indicating a number of layers, a modulation order, a code rate and a number of allocated resource blocks; determining an effective number of resource elements based on a combination of higher layer signaling and Downlink Control Information, DCI, signaling; determining a transmission data block size, TDBS, based on the received parameters and the determined effective number of resource elements and based on N PRB ⋅ N RE ⋅ v ⋅ Q m ⋅ r where N PRB is the indicated number of allocated resource blocks, N RE is the determined number of effective resource elements, v is the indicated number of layers, Q m is the indicated modulation order and r is the indicated code rate; and transmitting data based on the determined transmission data block size.
A socket for an electric part, such as an IC package, comprising: a socket body adapted to accommodate the electric part having a lower surface to which terminals are provided; plural horseshoe-shaped contact pins arranged in parallel with each other and adjacently at a predetermined pitch at a peripheral edge of the socket body, each contact pin being formed with an elastic piece comprising a contact portion to contact one of the terminals of the electric part; and a latch provided for the socket body to be rotatable about a rotation shaft and configured to press the electric part accommodated in the socket body from an upper side thereof, characterized in that the elastic piece of each contact pin is extended substantially along a horizontal direction, the latch is formed with a pressing portion, and when the latch is rotated in an opening direction thereof, the elastic piece is pressed downward by the pressing portion so as to be elastically deformed downward so that the contact portion is displaced downward so as to be separated downward from a contacting position to the corresponding terminal of the electric part, and when the latch (15 is rotated in a closing direction thereof, the electric part is pressed from an upper side to thereby release a pressing force of the pressing portion applied to the elastic piece so as to displace the electric part upward by the elastic force of the elastic piece to thereby contact the corresponding terminal of the electric part. a socket body adapted to accommodate the electric part having a lower surface to which terminals are provided; plural horseshoe-shaped contact pins arranged in parallel with each other and adjacently at a predetermined pitch at a peripheral edge of the socket body, each contact pin being formed with an elastic piece comprising a contact portion to contact one of the terminals of the electric part; and a latch provided for the socket body to be rotatable about a rotation shaft and configured to press the electric part accommodated in the socket body from an upper side thereof, characterized in that the elastic piece of each contact pin is extended substantially along a horizontal direction, the latch is formed with a pressing portion, and when the latch is rotated in an opening direction thereof, the elastic piece is pressed downward by the pressing portion so as to be elastically deformed downward so that the contact portion is displaced downward so as to be separated downward from a contacting position to the corresponding terminal of the electric part, and when the latch (15 is rotated in a closing direction thereof, the electric part is pressed from an upper side to thereby release a pressing force of the pressing portion applied to the elastic piece so as to displace the electric part upward by the elastic force of the elastic piece to thereby contact the corresponding terminal of the electric part.
A washing machine comprising: an inner tub rotatable around a vertical axis, a side wall of which is imperforate under an upper part of the inner tub, an outer tub and a discharge control mechanism for the inner tub of the washing machine, without water between the inner tub and the outer tub during washing, wherein a first discharge hole is formed at the bottom of the inner tub, and the discharge control mechanism is capable of blocking the discharge hole and is arranged at the bottom of the outer tub; the discharge control mechanism at least comprises a valve plug capable of stretch and contraction such that, during water intake and washing, the discharge control mechanism is configured to control the first discharge hole to be closed by moving the valve plug upward to close the discharge hole so that there is no water between the inner tub and the outer tub; and during draining and dewatering, the discharge control mechanism is configured to control the first discharge hole to be opened by moving the valve plug downward to open the first discharge hole, characterized in that a location of the discharge control mechanism is configured to correspond to a location of the first discharge hole by a locking structure arranged at the bottom of the outer tub and locking the inner tub so that it cannot rotate. an inner tub rotatable around a vertical axis, a side wall of which is imperforate under an upper part of the inner tub, an outer tub and a discharge control mechanism for the inner tub of the washing machine, without water between the inner tub and the outer tub during washing, wherein a first discharge hole is formed at the bottom of the inner tub, and the discharge control mechanism is capable of blocking the discharge hole and is arranged at the bottom of the outer tub; the discharge control mechanism at least comprises a valve plug capable of stretch and contraction such that, during water intake and washing, the discharge control mechanism is configured to control the first discharge hole to be closed by moving the valve plug upward to close the discharge hole so that there is no water between the inner tub and the outer tub; and during draining and dewatering, the discharge control mechanism is configured to control the first discharge hole to be opened by moving the valve plug downward to open the first discharge hole, characterized in that a location of the discharge control mechanism is configured to correspond to a location of the first discharge hole by a locking structure arranged at the bottom of the outer tub and locking the inner tub so that it cannot rotate.
Rotary lug bolt with a bolt carrier within which a bolt head is mounted, with a plurality of bolt lugs and a locking unit with a plurality of locking lugs, wherein a rearward-facing cam section is formed in the locking unit, on a locking lug, which, during unlocking of the bolt head transfers an unlocking movement in which the rear end faces of the bolt lugs disengage from the front end faces of the locking lugs via a correspondingly formed forward facing cam section to a control bolt lug in a screwing movement of the bolt head for releasing a cartridge case held in the bolt head from a cartridge chamber, wherein the control section is supported on the cam section, and which, during locking on the cam section, positively executes a pilot function, which turns a control pin in a slot guide of the bolt carrier from an unlocking position, in which the bolt carrier when moving forwards does not apply any angular momentum to the bolt head, into a control position in which the slot guide acts on the control pin with a locking edge, and thus with initially forward movement of the bolt carrier together with the bolt head applies an angular momentum to the bolt head, and transfers a linear feed movement of the bolt head by a screw movement into a locking movement, in which bolt head and bolt carrier move relative to one another.
A hybrid polar I-Q transmitter, comprising: an I-Q derivation circuit configured to: receive first and second I-Q data components comprising a first I-Q data pair, generate first and second I-Q derived data components comprising a second I-Q data pair, respectively, based on a resolution information of a digital-to-analog converter in a signal path of the first and second I-Q derived data components and a design criteria, and wherein the I-Q derivation circuit is further configured to determine a residual angle corresponding to a phase angle difference between the first I-Q pair and the second I-Q pair, wherein each of the first and second I-Q data pairs corresponds to a point in an I-Q constellation diagram, and wherein the first I-Q data pair defines a first phasor having a first radius and a first phase angle associated therewith and the second I-Q data pair defines a second phasor having a second radius and a second phase angle associated therewith; and a modulation circuit configured to compensate the determined residual angle corresponding to the phase angle difference between the first I-Q pair and the second I-Q pair in the I-Q derivation circuit. an I-Q derivation circuit configured to: receive first and second I-Q data components comprising a first I-Q data pair, generate first and second I-Q derived data components comprising a second I-Q data pair, respectively, based on a resolution information of a digital-to-analog converter in a signal path of the first and second I-Q derived data components and a design criteria, and wherein the I-Q derivation circuit is further configured to determine a residual angle corresponding to a phase angle difference between the first I-Q pair and the second I-Q pair, wherein each of the first and second I-Q data pairs corresponds to a point in an I-Q constellation diagram, and wherein the first I-Q data pair defines a first phasor having a first radius and a first phase angle associated therewith and the second I-Q data pair defines a second phasor having a second radius and a second phase angle associated therewith; and receive first and second I-Q data components comprising a first I-Q data pair, generate first and second I-Q derived data components comprising a second I-Q data pair, respectively, based on a resolution information of a digital-to-analog converter in a signal path of the first and second I-Q derived data components and a design criteria, and wherein the I-Q derivation circuit is further configured to determine a residual angle corresponding to a phase angle difference between the first I-Q pair and the second I-Q pair, wherein each of the first and second I-Q data pairs corresponds to a point in an I-Q constellation diagram, and wherein the first I-Q data pair defines a first phasor having a first radius and a first phase angle associated therewith and the second I-Q data pair defines a second phasor having a second radius and a second phase angle associated therewith; and a modulation circuit configured to compensate the determined residual angle corresponding to the phase angle difference between the first I-Q pair and the second I-Q pair in the I-Q derivation circuit.