mhurhangee/ep-ind-claims huggingface dataset:
A garment care system for treating garments, the garment care system comprising: - a hand unit for treating garments, - a movement sensor cooperating with a first microcontroller arranged in the hand unit, for generating a digital movement signal, - a base unit for resting the hand unit, wherein the hand unit comprises a soleplate, - a hose cord for connecting the base unit and the hand unit, the hose cord comprising: a) a duct for carrying a fluid from the base unit to the hand unit, b) a single communication wire for carrying said digital movement signal from the hand unit to the base unit, and for bidirectional digital communication between the base unit and the hand unit. - and characterised in that: the soleplate is in contact with a steam chamber; the digital movement characterizes the movement of the hand unit and an orientation of the hand unit; and the base unit is adapted to vary the temperature of the steam chamber based on said digital movement signal. - a hand unit for treating garments, - a movement sensor cooperating with a first microcontroller arranged in the hand unit, for generating a digital movement signal, - a base unit for resting the hand unit, wherein the hand unit comprises a soleplate, - a hose cord for connecting the base unit and the hand unit, the hose cord comprising: a) a duct for carrying a fluid from the base unit to the hand unit, b) a single communication wire for carrying said digital movement signal from the hand unit to the base unit, and for bidirectional digital communication between the base unit and the hand unit. a) a duct for carrying a fluid from the base unit to the hand unit, b) a single communication wire for carrying said digital movement signal from the hand unit to the base unit, and for bidirectional digital communication between the base unit and the hand unit. - and characterised in that: the soleplate is in contact with a steam chamber; the digital movement characterizes the movement of the hand unit and an orientation of the hand unit; and the base unit is adapted to vary the temperature of the steam chamber based on said digital movement signal. the soleplate is in contact with a steam chamber; the digital movement characterizes the movement of the hand unit and an orientation of the hand unit; and the base unit is adapted to vary the temperature of the steam chamber based on said digital movement signal.
A method of transmitting a codeword utilizing a licensed band or an unlicensed band by an eNB to a UE in a wireless communication system, the method being characterized by comprising: dividing the codeword into two or more code blocks; dividing the two or more code blocks belonging to the codeword into a plurality of code block groups; indicating, by the eNB, the number of codeblock groups divided from the codeword. mapping the two or more code blocks to a transmission resource of the licensed band or a transmission resource of the unlicensed band; transmitting the mapped codeword to the UE, receiving ACK/NACK according to each of the plurality of the code block groups, wherein the mapping the two or more code blocks comprises: applying a frequency-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the licensed band; and applying a time-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the unlicensed band, wherein the time-first mapping scheme sequentially maps OFDM symbols from a first OFDM symbol to a last OFDM symbol at a same subcarrier, and repeats mapping at a next subcarrier, and wherein the frequency-first mapping scheme sequentially maps on subcarriers from a first subcarrier to a last subcarrier at a same OFDM symbol, and repeats mapping at a next OFDM symbol. dividing the codeword into two or more code blocks; dividing the two or more code blocks belonging to the codeword into a plurality of code block groups; indicating, by the eNB, the number of codeblock groups divided from the codeword. mapping the two or more code blocks to a transmission resource of the licensed band or a transmission resource of the unlicensed band; transmitting the mapped codeword to the UE, receiving ACK/NACK according to each of the plurality of the code block groups, wherein the mapping the two or more code blocks comprises: applying a frequency-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the licensed band; and applying a time-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the unlicensed band, applying a frequency-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the licensed band; and applying a time-first mapping scheme when the two or more code blocks are mapped to the transmission resource of the unlicensed band, wherein the time-first mapping scheme sequentially maps OFDM symbols from a first OFDM symbol to a last OFDM symbol at a same subcarrier, and repeats mapping at a next subcarrier, and wherein the frequency-first mapping scheme sequentially maps on subcarriers from a first subcarrier to a last subcarrier at a same OFDM symbol, and repeats mapping at a next OFDM symbol.
A support structure for mounting an emissions cleaning module to an engine; the support structure comprising: a lower section adapted to be mounted to the engine; and an upper section, coupled to the lower section, and adapted to carry the emissions cleaning module; wherein the upper section is coupled to the lower section via a releasable fastening and wherein the upper section comprises one or more mounting saddles, characterised in that each mounting saddle comprising a lower element in the form of a mounting cradle and an upper element configured to conform to an external curvature of a portion of an emissions cleaning module to be supported by the support structure, in use. a lower section adapted to be mounted to the engine; and an upper section, coupled to the lower section, and adapted to carry the emissions cleaning module; wherein the upper section is coupled to the lower section via a releasable fastening and wherein the upper section comprises one or more mounting saddles,
An RNA replicon comprising a modified 5' replication recognition sequence of alphavirus, wherein the modified 5' replication recognition sequence is characterized in that all initiation codons have been removed from the conserved sequence element 2 (CSE 2) of the native alphavirus 5' replication recognition sequence and wherein the modified 5' replication recognition sequence comprises one or more additional nucleotide changes compensating for nucleotide pairing disruptions within one or more stem loops introduced by the removal of the initiation codons, wherein said CSE 2 spans from SL2 to SL4 and comprises the native initiation codon that encodes the first amino acid residues of alphavirus non-structural protein nsP1, and wherein the modified 5' replication recognition sequence is characterized by a predicted secondary structure that is equivalent to the predicted secondary structure of the 5' replication recognition sequence of alphaviral genomic RNA.
Arrangement for connecting two successive contact line rails which each consist of a longitudinal plastics profile and at least one contact rail extending therealong, having at least one contact rail connector which connects the opposite contact rail ends of the contact rails of two successive contact line rails and electrically and mechanically connects the contact rail ends of the contact rails, and having additional elements which are attached to the opposite rail ends of the contact line rails of two successive contact line rails and cover the contact rail connectors, characterised in that an intermediate element (8a, 8b) is attached to each of the opposite rail ends (7a, 7b) of the contact line rails (1 a, 1 b) to be connected, and the additional elements (11 a, 11 b) are attached to the intermediate elements (8a, 8b) and are displaceable relative to the intermediate elements in the longitudinal direction thereof.
Supporting structure for a motor vehicle front end module, the said supporting structure comprising a lower crossmember, a first lateral upright, a second lateral upright and an upper crossmember so as to define a frame, the said upper crossmember being formed from a hybrid material containing a plastics material and a metallic material, the said supporting structure comprising a supporting wing (20, 22) fixed to one end of the upper crossmember, the said supporting structure comprising a supporting piece for connecting the supporting wing (20, 22) to the supporting structure, characterized in that the supporting piece comprises an insert made from a hybrid material containing a plastics material and a metallic material.
A dishwasher comprising: a dishwashing tub in which dishes are washed; a first tank configured to store therein cold washing water to be used for a next stroke; a second tank comprising a washing water storage configured to store therein hot washing water, which has been used in the dishwashing tub, and a plurality of downwardly-inclined inclination guides which are disposed in the washing water storage, and wherein the second tank is accommodated in the first tank to transfer heat from the stored hot washing water to cold washing water in the first tank, and comprises an opening configured to deliver the hot washing water to the dishwashing tub; and a circulation pipe configured to connect the dishwashing tub and the second tank to enable the hot washing water to circulate between the second tank and the dishwashing tub and comprising a circulation valve configured to allow the hot washing water to pass therethrough or to block the hot washing water from passing therethrough. a dishwashing tub in which dishes are washed; a first tank configured to store therein cold washing water to be used for a next stroke; a second tank comprising a washing water storage configured to store therein hot washing water, which has been used in the dishwashing tub, and a plurality of downwardly-inclined inclination guides which are disposed in the washing water storage, and wherein the second tank is accommodated in the first tank to transfer heat from the stored hot washing water to cold washing water in the first tank, and comprises an opening configured to deliver the hot washing water to the dishwashing tub; and a circulation pipe configured to connect the dishwashing tub and the second tank to enable the hot washing water to circulate between the second tank and the dishwashing tub and comprising a circulation valve configured to allow the hot washing water to pass therethrough or to block the hot washing water from passing therethrough.
A method for removing redundancies for coding video data in palette mode, the method comprising: coding an index for a current pixel of a current block of the video data in copy-previous mode including coding a previous line index, the previous line index indicating an index of a line including a pixel located above the current pixel in the current block, and coding a run length value, the run length value indicating the number of successive pixels to be coded in copy previous mode, wherein the index for the current pixel of the current block and each successive pixel of the current block corresponding to the run length value is based on the index of the pixel in the line indicated by the previous line index above the pixel to be coded, the coding of the current pixel in copy-previous mode being characterized by: identifying a number of candidate values for the previous line index; identifying a number of pixels in a column of pixels above the current pixel in the current block coded in escape mode; reducing the number of candidate values for the previous line index by the number of identified pixels coded in escape mode; and, using the reduced number of candidate values for the previous line index for coding the previous line index. identifying a number of candidate values for the previous line index; identifying a number of pixels in a column of pixels above the current pixel in the current block coded in escape mode; reducing the number of candidate values for the previous line index by the number of identified pixels coded in escape mode; and, using the reduced number of candidate values for the previous line index for coding the previous line index.
A method for the non-destructive testing of tubular components made of electrically conductive material, the method comprising the steps of: a) Performing at least two different test phases (C1-1, C1-2, C2-2) on a test object; b) Obtaining a measurement data set from the at least two different test phases (C1-1, C1-2, C2-2), each measurement data set comprising measurement data corresponding to a plurality of test positions; c) Combining the measurement data sets in a data processing means and processing the combined measurement data to evaluate a damage condition of the test object; characterised in that the test phases comprise an ultrasonic test phase (C1-2, C2-2) and a partial saturation eddy current test phase (C1-1). a) Performing at least two different test phases (C1-1, C1-2, C2-2) on a test object; b) Obtaining a measurement data set from the at least two different test phases (C1-1, C1-2, C2-2), each measurement data set comprising measurement data corresponding to a plurality of test positions; c) Combining the measurement data sets in a data processing means and processing the combined measurement data to evaluate a damage condition of the test object;
An article orienting apparatus comprising a circular puck, a recessed circular gear in the puck having radially extending teeth (37, 40) and including an inclined bridge between a partial tooth and a tooth of the gear, an elongated rack comprised of teeth for engaging said radially extending teeth of said recessed gear as said puck is moved along said rack, an element in the puck configured to hold an asymmetric article in the puck for rotation therewith, characterized in that it further comprises a linear star conveyor engaging and driving said puck along said rack, and in that the bridge has a radially outward facing surface comprising at least three inclined surfaces (38a, 38b, 38c) at an angle to each other, wherein each of the at least three inclined surfaces is flat, wherein said bridge surface is inclined in a radial outward direction from a base of the tooth at one end of said bridge toward a crest of the partial tooth at another end of said bridge, and wherein one of the at least three inclined surfaces is an inclined surface extending from the crest of the partial tooth with a slight inclination.
A system for coupling an accessory to a support and for positioning the accessory with respect to the support, the system comprising:a cover for coupling to the support, the cover comprising a wall and a cavity, the wall having an opening therethrough; a ring comprising an opening therethrough, a first arm, a second arm, a third arm, a fourth arm, a first stop and a second stop, each arm (312, 314, 316, 318) formed of a resilient material, the ring positioned in the cavity; and a base for coupling to the accessory, the base comprising a post, the post comprising a first protrusion, a second protrusion, each protrusion (342, 344) comprising a surface spaced apart from a surface of the base to form a slot between each protrusion (342, 344) and the surface of the base, the post inserted through the opening in the cover and the opening in the ring to position the base in a decoupled position, the base rotatable in a first direction to an intermediate position and further rotatable in the first direction to a locked position;wherein:the first arm cooperates with the first protrusion and the third arm cooperates with the second protrusion to resist rotation of the base between the decoupled position and the intermediate position;the first arm and an end portion of the second arm cooperate with the first protrusion, and the third arm and an end portion of the fourth arm cooperate with the second protrusion to retain the base in the intermediate position;the second arm cooperates with the first protrusion and the fourth arm cooperates with the second protrusion to resist rotation of the base between the intermediate position and the locked position;the second arm and the first stop cooperate with the first protrusion, and the fourth arm and the second stop cooperate with the second protrusion to retain the base in the locked position; and while the base is rotated out of the decoupled position, a portion of the wall of the cover is positioned in the slot between the protrusions (342, 344) and the surface of the base such that the protrusions (342, 344) cooperate with the cover to couple the base to the cover.
A composition, comprising: an ablative agent comprising ethyl alcohol for performing a treatment within a body of a subject, wherein the ablative agent represents more than 85% of the composition by mass; an excipient for limiting migration of at least one of the composition and the ablative agent within the body after delivery to the site, wherein the excipient comprises hydroxypropyl cellulose having an average molecular weight of approximately 1,000,000 or greater; and one or more surfactants; wherein the composition exhibits a change from a first set of properties in a first local environment comprising a syringe with a needle to a second set of properties in a second local environment comprising the tissue site; and wherein the first set of properties comprises a first viscosity and the second set of properties comprises a second viscosity, the second viscosity being higher than the first viscosity; and wherein the composition forms a low viscosity fluid at a temperature between 45 and 80° Celsius, and has a low shear rate viscosity of greater than 1000 mPa-s (cPs). an ablative agent comprising ethyl alcohol for performing a treatment within a body of a subject, wherein the ablative agent represents more than 85% of the composition by mass; an excipient for limiting migration of at least one of the composition and the ablative agent within the body after delivery to the site, wherein the excipient comprises hydroxypropyl cellulose having an average molecular weight of approximately 1,000,000 or greater; and one or more surfactants; wherein the composition exhibits a change from a first set of properties in a first local environment comprising a syringe with a needle to a second set of properties in a second local environment comprising the tissue site; and wherein the first set of properties comprises a first viscosity and the second set of properties comprises a second viscosity, the second viscosity being higher than the first viscosity; and wherein the composition forms a low viscosity fluid at a temperature between 45 and 80° Celsius, and has a low shear rate viscosity of greater than 1000 mPa-s (cPs).
A reconfigurable radio frequency aperture comprising: a substrate having a surface; a plurality of reconfigurable antenna patches on the surface of the substrate; a plurality of reconfigurable coupling elements (16, 18) on the surface of the substrate adjacent to the reconfigurable antenna patches; wherein at least one reconfigurable coupling element (16, 18) is coupled between a reconfigurable antenna patch and another reconfigurable antenna patch; wherein the reconfigurable coupling elements each comprise: a plurality of coupling lines; and a plurality of first phase change material switches, each first phase change material switch between respective coupling lines; and wherein the first phase change material switches are configured to be in a conducting or a non-conducting state, such that a configuration of a reconfigurable coupling element (16, 18) is changed. a substrate having a surface; a plurality of reconfigurable antenna patches on the surface of the substrate; a plurality of reconfigurable coupling elements (16, 18) on the surface of the substrate adjacent to the reconfigurable antenna patches; wherein at least one reconfigurable coupling element (16, 18) is coupled between a reconfigurable antenna patch and another reconfigurable antenna patch; wherein the reconfigurable coupling elements each comprise: a plurality of coupling lines; and a plurality of first phase change material switches, each first phase change material switch between respective coupling lines; and wherein the first phase change material switches are configured to be in a conducting or a non-conducting state, such that a configuration of a reconfigurable coupling element (16, 18) is changed. a plurality of coupling lines; and a plurality of first phase change material switches, each first phase change material switch between respective coupling lines; and wherein the first phase change material switches are configured to be in a conducting or a non-conducting state, such that a configuration of a reconfigurable coupling element (16, 18) is changed.
A stroke sensor, comprising: a shaft that extends in a direction along an axial line; a detected body that is fixed to the shaft; a housing that extends along the shaft, that houses the shaft, and that supports the shaft slidably in the direction along the axial line; and a detection body that is configured to detect a movement amount of the detected body which moves in accordance with sliding of the shaft, wherein the shaft comprises a plurality of shaft members (41,42) that are connected to each other in the direction along the axial line, and a slide part (45,47) that is in contact with an inner wall of the housing and that is configured to slide so as to regulate a movement of the shaft in a direction that is crossed with the axial line is provided on each of the plurality of shaft members, characterised in that the plurality of shaft members are formed of metal, in that a portion of an outer circumferential surface of the slide part forms a shape having a flat surface, and in that the inner wall of the housing has a shape that corresponds to the outer circumferential surface of the slide part. a shaft that extends in a direction along an axial line; a detected body that is fixed to the shaft; a housing that extends along the shaft, that houses the shaft, and that supports the shaft slidably in the direction along the axial line; and a detection body that is configured to detect a movement amount of the detected body which moves in accordance with sliding of the shaft, wherein the shaft comprises a plurality of shaft members (41,42) that are connected to each other in the direction along the axial line, and a slide part (45,47) that is in contact with an inner wall of the housing and that is configured to slide so as to regulate a movement of the shaft in a direction that is crossed with the axial line is provided on each of the plurality of shaft members, characterised in that the plurality of shaft members are formed of metal, in that a portion of an outer circumferential surface of the slide part forms a shape having a flat surface, and in that the inner wall of the housing has a shape that corresponds to the outer circumferential surface of the slide part.
The jack for the change of a position of the seat base in a wheelchair, consisting of a fixed lower frame and a movable upper frame connected with the lower frame, with a scissors lifting system whose arms join the lower frame with the upper frame, where the driving system of the screw jack with a vertical screw is fixed in the lower frame and the upper end of the screw is pivotally fixed in the main arms of the scissors system, characterized by the fact that the driving system of the screw of the screw jack is fixed to the base attached slideably to the lower frame in the tracks in such a way that the screw is permanently in a perpendicular position to the lower frame and the upper frame with maximum deviation of ±10°; and the base is driven by the arms, with their first ends fixed pivotally in the main arms, and the other ends fixed pivotally in the base.