mhurhangee/ep-ind-claims huggingface dataset:
A linear compressor, comprising: a shell, in which a suction inlet is provided; a cylinder disposed in the shell to define a compression space for a refrigerant; a frame coupled to an outer side of the cylinder; a piston reciprocated in an axial direction within the cylinder; a stator cover coupled to the frame; and a linear motor supported by the frame and the stator cover to provide power to the piston, characterized in that the stator cover comprises: a body; and at least one frame coupling portion coupled to the frame, wherein the at least one frame coupling portion extends from the body toward the frame, wherein the at least one frame coupling portion is disposed in a space between two adjacent stator core blocks of the linear motor, and wherein the frame and the at least one frame coupling portion are coupled to each other by a coupling member. a shell, in which a suction inlet is provided; a cylinder disposed in the shell to define a compression space for a refrigerant; a frame coupled to an outer side of the cylinder; a piston reciprocated in an axial direction within the cylinder; a stator cover coupled to the frame; and a linear motor supported by the frame and the stator cover to provide power to the piston, characterized in that the stator cover comprises: a body; and at least one frame coupling portion coupled to the frame, wherein the at least one frame coupling portion extends from the body toward the frame, wherein the at least one frame coupling portion is disposed in a space between two adjacent stator core blocks of the linear motor, and wherein a body; and at least one frame coupling portion coupled to the frame, wherein the at least one frame coupling portion extends from the body toward the frame, wherein the at least one frame coupling portion is disposed in a space between two adjacent stator core blocks of the linear motor, and wherein the frame and the at least one frame coupling portion are coupled to each other by a coupling member.
An adjuvant comprising a least one antigenic peptide, wherein the antigenic peptide is a peptide from a microorganism with which the individual has previously been infected as a result of a previous infection or exposure via a vaccine and to which the individual has previously developed an immune response against, in conjunction with an immunotherapy for use in the treatment of a solid tumor.
A method comprising: compensating a signal using a linear filter thereby generating a first compensated signal; conducting a polarization recovery and residual dispersion compensation of the first compensated signal using an adaptive equalizer having a first adaptation rate thereby generating a second compensated signal; estimating a frequency offset by conducting a carrier frequency recovery of the second compensated signal and removing the frequency offset using a one-tap filter thereby generating a frequency-recovered signal; performing a phase recovery of the frequency-recovered signal to generate a phase-recovered signal; and demodulating the phase-recovered signal; characterized in that performing the phase recovery of the frequency-recovered signal comprises using a fast-adaptive multi-tap digital filter with coefficients estimated based on a reference signal to generate the phase-recovered signal, the reference signal determined by removing an estimate of a carrier phase from the frequency-recovered signal. compensating a signal using a linear filter thereby generating a first compensated signal; conducting a polarization recovery and residual dispersion compensation of the first compensated signal using an adaptive equalizer having a first adaptation rate thereby generating a second compensated signal; estimating a frequency offset by conducting a carrier frequency recovery of the second compensated signal and removing the frequency offset using a one-tap filter thereby generating a frequency-recovered signal; performing a phase recovery of the frequency-recovered signal to generate a phase-recovered signal; and demodulating the phase-recovered signal;
A method in a Digital Subscriber Line, DSL, telecommunication system having an access node and a plurality of DSLs (21,22, 23), wherein each DSL of the plurality of DSLs connects the access node to a Customer Premises Equipment, CPE (51,52, 53), the method comprising the steps of: the access node communicating, during a first time period, with a first Customer Premises Equipment, CPE, via a first DSL using a first frequency band and a first vectoring matrix; the access node communicating, during the first time period, with a second CPE via a second DSL using a second frequency band and the first vectoring matrix; selecting a third frequency band which uses a distinct set of frequencies to at least one of the first and second frequency bands; and establishing communications between the access node and a third CPE via a third DSL by: - the access node transmitting training signals to the third CPE via the third DSL using the third frequency band; - calculating a second vectoring matrix for the third DSL based on the training signals, the second vectoring matrix differing from the first vectoring matrix; and - the access node communicating with the third CPE via the third DSL using the third frequency band and the second vectoring matrix. the access node communicating, during a first time period, with a first Customer Premises Equipment, CPE, via a first DSL using a first frequency band and a first vectoring matrix; the access node communicating, during the first time period, with a second CPE via a second DSL using a second frequency band and the first vectoring matrix; selecting a third frequency band which uses a distinct set of frequencies to at least one of the first and second frequency bands; and establishing communications between the access node and a third CPE via a third DSL by: - the access node transmitting training signals to the third CPE via the third DSL using the third frequency band; - calculating a second vectoring matrix for the third DSL based on the training signals, the second vectoring matrix differing from the first vectoring matrix; and - the access node communicating with the third CPE via the third DSL using the third frequency band and the second vectoring matrix. - the access node transmitting training signals to the third CPE via the third DSL using the third frequency band; - calculating a second vectoring matrix for the third DSL based on the training signals, the second vectoring matrix differing from the first vectoring matrix; and - the access node communicating with the third CPE via the third DSL using the third frequency band and the second vectoring matrix.
A mutant cocaine esterase (CocE) polypeptide comprising an amino acid sequence encoded by a nucleic acid sequence, the nucleic acid sequence having at least 85% sequence identity to SEQ ID NO: 2, where SEQ ID NO:2 is a polynucleotide encoding a wild type CocE polypeptide; wherein the amino acid sequence comprises at least one amino acid residue substitution, addition or deletion compared to SEQ ID NO: 1 selected from the group consisting of T172R, F189A/T172R, T172R/A193D, G173Q, T172R/G173Q, T172R/G173Q-I175-G-G-A186, T172R/G173Q-T176-G-G-D185, L169K and F189K; and the mutant CocE polypeptide has cocaine esterase activity with increased thermostability at 37°C as compared to wild-type CocE having the amino acid sequence of SEQ ID NO:1.
A toner container for use with an image forming device body, the toner container comprising: a container main part including an opening at one end of a length of the container main part; and a cap at the opening of the container main part, the cap including a toner outlet for discharging toner from the opening of the container main part downward in a vertical direction outside the toner container, when the toner container is horizontally oriented, the container main part being rotatable relative to the cap, the cap including: a cap seal contacting the opening of the container main part; characterised in that the cap is further including: pressing parts projecting on the horizontal sides from the cap to resist an attaching force when the cap is attached to the image forming device body, and to resist a detaching force when the cap is detached from the image forming device body; wherein the cap seal is disposed on the container main part side in the longitudinal direction to the pressing parts. container comprising: a container main part including an opening at one end of a length of the container main part; and a cap at the opening of the container main part, the cap including a toner outlet for discharging toner from the opening of the container main part downward in a vertical direction outside the toner container, when the toner container is horizontally oriented, the container main part being rotatable relative to the cap, a container main part including an opening at one end of a length of the container main part; and a cap at the opening of the container main part, the cap including a toner outlet for discharging toner from the opening of the container main part downward in a vertical direction outside the toner container, when the toner container is horizontally oriented, the container main part being rotatable relative to the cap, the cap including: a cap seal contacting the opening of the container main part; characterised in that the cap is further including: pressing parts projecting on the horizontal sides from the cap to resist an attaching force when the cap is attached to the image forming device body, and to resist a detaching force when the cap is detached from the image forming device body; wherein the cap seal is disposed on the container main part side in the longitudinal direction to the pressing parts.
A power inverter system, comprising: a DC to AC inverter comprising a plurality of power semiconductor switching devices; and a DC link selectively coupling DC power to the inverter; characterized by a controller configured to increase a gate turn off resistance for each of the power semiconductor switching devices during starting up periods of the inverter system such that the DC link voltage does not exceed the power semiconductor switching device blocking voltage ratings during the corresponding switching turn-off periods, wherein the starting up period is the time required to bring a corresponding DC power source voltage from an open circuit voltage to a predetermined voltage which constitutes a safe operating condition for the plurality of power semiconductor switching devices. a DC to AC inverter comprising a plurality of power semiconductor switching devices; and a DC link selectively coupling DC power to the inverter; characterized by a controller configured to increase a gate turn off resistance for each of the power semiconductor switching devices during starting up periods of the inverter system such that the DC link voltage does not exceed the power semiconductor switching device blocking voltage ratings during the corresponding switching turn-off periods, wherein the starting up period is the time required to bring a corresponding DC power source voltage from an open circuit voltage to a predetermined voltage which constitutes a safe operating condition for the plurality of power semiconductor switching devices.
A supersonic compressor comprising: (a) a fluid inlet; (b) a fluid outlet; and (c) at least two counter rotary supersonic compressor rotors (100,200), said supersonic compressor rotors being configured in series such that an output from a first supersonic compressor rotor having a first direction of rotation is directed to a second supersonic compressor rotor configured to counter-rotate with respect to the first supersonic compressor rotor; and characterized in that: at least one of the supersonic compressor rotors (100,200) comprises rim-mounted helical strakes and a rim-mounted compression ramp (120,220); said rim-mounted strakes and compression ramp (120,220) are arranged to compress a fluid between a rotor rim surface (110,210) and an inner surface of a compressor housing; said rim-mounted strakes include an upstream strake and a downstream strake; said rim-mounted compression ramp (120,220) is disposed between said upstream strake and said downstream strake; and a distance between said rim-mounted strakes and said inner surface of the compressor housing is minimized. (a) a fluid inlet; (b) a fluid outlet; and (c) at least two counter rotary supersonic compressor rotors (100,200), said supersonic compressor rotors being configured in series such that an output from a first supersonic compressor rotor having a first direction of rotation is directed to a second supersonic compressor rotor configured to counter-rotate with respect to the first supersonic compressor rotor; and characterized in that: at least one of the supersonic compressor rotors (100,200) comprises rim-mounted helical strakes and a rim-mounted compression ramp (120,220); said rim-mounted strakes and compression ramp (120,220) are arranged to compress a fluid between a rotor rim surface (110,210) and an inner surface of a compressor housing; said rim-mounted strakes include an upstream strake and a downstream strake; said rim-mounted compression ramp (120,220) is disposed between said upstream strake and said downstream strake; and a distance between said rim-mounted strakes and said inner surface of the compressor housing is minimized. at least one of the supersonic compressor rotors (100,200) comprises rim-mounted helical strakes and a rim-mounted compression ramp (120,220); said rim-mounted strakes and compression ramp (120,220) are arranged to compress a fluid between a rotor rim surface (110,210) and an inner surface of a compressor housing; said rim-mounted strakes include an upstream strake and a downstream strake; said rim-mounted compression ramp (120,220) is disposed between said upstream strake and said downstream strake; and a distance between said rim-mounted strakes and said inner surface of the compressor housing is minimized.
Washing machine comprising a washing unit and a storage tank having a flow connection (18a, 18b, 26) to the washing unit through a pump for filling said storage tank with water to be reused, and an overflow connection to a drain through a valve device, said valve device comprising a first valve member driven by an actuator for diverting flow to the drain or to the storage tank and a second valve member for closing/opening said overflow connection, wherein the valve device comprises four ports (34, 36, 38, 42), such ports defining a first inlet connected to a feeding line (18a, 18b, 26) downstream said pump, a second inlet connected to an on overflow line from the storage tank, a first outlet connected to the drain and a second outlet connected to the storage tank, the first valve member being configured to assume a first position in which the first inlet is in communication with the first outlet and a second position in which the first inlet is in communication with the second outlet, the second inlet being controlled by the second valve member, characterized in that said second valve member is a floating ball or the like, that is automatically driven in a closed position by buoyancy.
An operation device comprising: a casing configured to be subject to external force in a bending direction and a twisting direction; a displacement sensor configured to individually detect displacement in the bending direction and displacement in the twisting direction when the casing is deformed by the external force, thereby producing a first output voltage according to the displacement in the bending direction and a second output voltage according to the displacement in the twisting direction; and an application executing unit configured to: execute a predetermined application according to the first outputs voltage due to the displacement in the bending direction; and separately execute a predetermined application according to the second output voltage due to the displacement in the twisting direction. a casing configured to be subject to external force in a bending direction and a twisting direction; a displacement sensor configured to individually detect displacement in the bending direction and displacement in the twisting direction when the casing is deformed by the external force, thereby producing a first output voltage according to the displacement in the bending direction and a second output voltage according to the displacement in the twisting direction; and an application executing unit configured to: execute a predetermined application according to the first outputs voltage due to the displacement in the bending direction; and separately execute a predetermined application according to the second output voltage due to the displacement in the twisting direction. execute a predetermined application according to the first outputs voltage due to the displacement in the bending direction; and separately execute a predetermined application according to the second output voltage due to the displacement in the twisting direction.
An IAP antagonist for use in the treatment of a persistent intracellular infection of CD4+ lymphocytes infected with human immunodeficiency virus in a subject, wherein the IAP antagonist is selected from the group consisting of a bivalent Smac mimetic and a monovalent Smac mimetic, and wherein the IAP antagonist is an antagonist for cIAP1 and cIAP2.
Apparatus for tempering a body with a device for causing a tempering medium to flow around the body, characterised in that the device includes at least one wound hose wound on a metallic, profile strip, which wound hose is to be arranged on an outer surface of the body to surround it, at least in regions, which wound hose defines in the interior of its profile a clear, helical flow space for the tempering medium, wherein arranged between the outer surface of the body and the wound hose there is at least one intermediate layer, which intermediate layer is impermeable to liquids and gases and around which intermediate layer the wound hose is wound.
A coffee machine, comprising a grounds outlet nozzle and a grounds collection container suitable for receiving disposable inserts, characterized in that it further comprises a holder for connecting it to a plate-shaped device of a disposable insert, which serves for attaching the insert to the machine and in which a circular opening is formed, wherein the holder is a retainer attached to the coffee machine and being either bendable or swivelable relative to the nozzle, which retainer comprises a frame for receiving the plate-shaped device of the insert, and wherein the retainer is bendable or swivelable into a replacement position easily accessible from the outside for inserting or replacing the insert and is re-bendable or reswivelable, in combination with an inserted or replaced insert, into an operating position in which a frictional engagement between the circular opening of the device of the insert and the grounds outlet nozzle of the machine is producible.
A prefabricated construction element for the realisation of room corners in dry construction, the prefabricated construction element having a structural panel made of gypsum board, gypsum fibres or wood materials, the structural panel having a recess facing toward a back side and the structural panel being divided into a right and a left structural panel section (10, 11) by the recess and being completely split between the structural panel sections (10, 11), the structural panel sections (10, 11) being foldable with respect to each other, and a right and a left stabilising bar (01, 02) being provided, each stabilising bar (01, 02) being fixed to a structural panel section (10, 11) within the recess, characterised in that the two stabilising bars (01, 02) are connected to an elastically deformable connecting element at the visible side, the structural panel sections (10, 11) being foldable at the deformable connecting element by forming an internal corner at the visible side, and the cross section of each stabilising bar (01, 02) having an end section (17, 18) facing toward the visible side of the structural panel sections (10, 11) and extending perpendicularly to the visible side.
A screw compressor comprising: a casing that forms an outer shell of the screw compressor; a screw shaft provided in the casing and configured to be rotated by driving; a screw rotor fixed to the screw shaft and having spiral tooth grooves formed in an outer circumferential surface of the screw rotor; a gate rotor having a plurality of gate rotor teeth that fit in the spiral tooth grooves of the screw rotor, the gate rotor defining together with the casing and the screw rotor, a compression chamber; a slide valve provided in a slide groove formed in an inner cylindrical surface of the casing, and configured to be slidable in a direction along a rotation axis of the screw rotor; and a bearing housing including an internal bearing that supports one end portion of the screw shaft in such a manner as to allow the end portion of the screw shaft to be rotated, wherein the slide valve includes a valve body and a guide, connected to each other by a connection portion, the valve body being located on one side of the slide valve in a slide direction of the slide valve and facing the screw rotor, the guide being located on an other side of the slide valve in the slide direction of the slide valve and having a slide surface that faces an outer circumferential surface of the bearing housing, characterized in that a raised surface portion is formed at an outer circumferential surface of the bearing housing and protrudes toward the slide surface of the guide of the slide valve. a casing that forms an outer shell of the screw compressor; a screw shaft provided in the casing and configured to be rotated by driving; a screw rotor fixed to the screw shaft and having spiral tooth grooves formed in an outer circumferential surface of the screw rotor; a gate rotor having a plurality of gate rotor teeth that fit in the spiral tooth grooves of the screw rotor, the gate rotor defining together with the casing and the screw rotor, a compression chamber; a slide valve provided in a slide groove formed in an inner cylindrical surface of the casing, and configured to be slidable in a direction along a rotation axis of the screw rotor; and a bearing housing including an internal bearing that supports one end portion of the screw shaft in such a manner as to allow the end portion of the screw shaft to be rotated, wherein the slide valve includes a valve body and a guide, connected to each other by a connection portion, the valve body being located on one side of the slide valve in a slide direction of the slide valve and facing the screw rotor, the guide being located on an other side of the slide valve in the slide direction of the slide valve and having a slide surface that faces an outer circumferential surface of the bearing housing, characterized in that a raised surface portion is formed at an outer circumferential surface of the bearing housing and protrudes toward the slide surface of the guide of the slide valve.