mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: at a first device , receiving a probe signal sent from a second device through a multipath channel , the probe signal received at the first device having a waveform that is different from the waveform sent by the second device due to influence of the multipath channel; estimating a channel impulse response based on the probe signal received at the first device; determining a time-reversed signal based on a time-reversed version of the estimated channel impulse response; and determining a position of the second device based on convolving the time-reversed signal and stored channel impulse responses, wherein the stored channel impulse responses are stored in a storage device and are each associated with a known position. at a first device , receiving a probe signal sent from a second device through a multipath channel , the probe signal received at the first device having a waveform that is different from the waveform sent by the second device due to influence of the multipath channel; estimating a channel impulse response based on the probe signal received at the first device; determining a time-reversed signal based on a time-reversed version of the estimated channel impulse response; and determining a position of the second device based on convolving the time-reversed signal and stored channel impulse responses, wherein the stored channel impulse responses are stored in a storage device and are each associated with a known position.
An ice-making device , comprising: a plurality of ice-making trays arranged up and down and a rotating mechanism , wherein said plurality of ice making trays comprises an upper ice-making tray and a lower ice-making tray , and wherein the rotating mechanism is capable of rotating the plurality of ice-making trays between an ice making position where liquid can be stored and an ice release position where formed ice is released and dropped, wherein a cover is provided at an upper portion of the lower ice-making tray , characterized in that the cover guides the ice falling from the upper ice-making tray to fall on a side of the lower ice-making tray , wherein the cover has a curved surface to separate the upper ice-making tray and the lower ice-making tray , wherein the ice-making device is configured so, that the ice falling from the upper ice-making tray moves along the curved surface of the cover and falls from the side of the ice-making device into a storage container provided below the ice-making device .
Mast for a storage and retrieval machine , consisting of several, preferably four support elements or supports, to which connecting plates are fastened in order to form a mast profile, characterized in that connecting plates are fastened in alternating fashion on the inside and outside of the support elements or supports on two opposite side panels of the mast in order to increase the flexural and torsional rigidity, for which purpose the support element comprises corresponding fastening grooves on the inside and outside of the support elements or supports.
A tissue dissociator comprising: a housing comprising an open distal end and a proximal end; a cutting blade positioned at the open distal end of the housing ; and a tissue actuator comprising an array of tines and configured to be displaced along a longitudinal axis within the housing to the cutting blade at the open distal end , wherein the dissociator further comprises an adapter positioned at the proximal end of the housing , wherein the adapter is configured to releasably connect the proximal end of the housing to an opening of a container , wherein the container is a syringe barrel or a centrifuge tube. a housing comprising an open distal end and a proximal end; a cutting blade positioned at the open distal end of the housing ; and a tissue actuator comprising an array of tines and configured to be displaced along a longitudinal axis within the housing to the cutting blade at the open distal end , wherein the dissociator further comprises an adapter positioned at the proximal end of the housing , wherein the adapter is configured to releasably connect the proximal end of the housing to an opening of a container , wherein the container is a syringe barrel or a centrifuge tube.
A net chain driving structure, comprising a conveying net chain , wherein the conveying net chain comprises a plurality of chain links (1.1) successively inserted in a conveying direction, a plurality of lugs (1.2) that are spaced apart from each other are arranged on two sides of the chain links (1.1), the lugs (1.2) of adjacent chain links (1.1) are in a staggered arrangement and rotatably connected by using a rotary shaft , an end portion of each of the lugs (1.2) is an arcuate face (1.3), a meshing groove (4.1) is provided on each of the chain links (1.1), the meshing groove (4.1) is spliced by an open slot (4.2) provided on a back side of the chain link (1.1) and the lugs (1.2) on the adjacent chain links (1.1) on one side of the conveying direction, a gear in transmission meshing with the meshing groove (4.1) is disposed on each of two ends of the conveying net chain , characterized in that a protrusion (1.4) is disposed on the arcuate face (1.3) of the lugs (1.2), a tangent plane (1.5) tangential to the arcuate face (1.3) is disposed on the protrusion (1.4), and wherein, the tangent plane (1.5) and a transmission contact toothed surface (2.1) of the gear are attached to each other in parallel during meshing transmission; wherein two side walls of the meshing groove (4.1) in a width direction of the chain link (1.1) are disposed as inclined faces (4.2) inclined outward.
A composition comprising a base, a foaming agent and inorganic particulate material, wherein the inorganic particulate material is expanded milled perlite, having a d 50 of from 3 μm to 70 μm, and wherein the composition is a personal care composition and the base is a cosmetically acceptable base, wherein the personal care composition is a hair and/or skin cleansing composition, or a shaving foam or gel.
Knotting device for knotting a double twine strand of a bound material, which is led along a lead line in a lead position, with a knotting hook driven so as to rotate around an axis of rotation , a twine guide device, by means of which the twine is guided during a knotting process, and a separation device to cut a finished knotted strand of the bound material, characterised in that the knotting hook is formed as a knotting rod , which is movable during a knotting process by means of a motorised drive in the axial direction (R) along an adjustment path, over the circumferential shape of the knotting rod protrudes an entrainment element to gather and entrain the double twine strand and a groove is formed into the circumferential shape of the knotting rod , which has a shape to receive a section of the double twine strand .
Connecting arrangement in a Windshield wiper blade for multiple types of arms comprising a connection device the connection device being formed by an elongated body in "U" shape, with equal side walls and an upper side, wherein each side wall has a guide at its base, wherein at each end of the upper side of the connector an opening in which a flexible rod connected with the upper side of the connector is provided , wherein the rods are arranged in tilted angle out of the connector and define a first locking ramp and a second locking ramp protruding outwards characterized in that the first locking ramp and the second locking ramp are inclined in opposite directions and in that the side walls of the connector have a first region at the side of the rod having the first locking ramp which is of smaller width than the second, opposite region next to the rod having the second locking ramp , wherein the second locking ramp has at its free end a tooth and at the base of each side wall a bulge is provided the bulge being oriented downwards.
Screw driving tool comprising a socket for driving a nut , the socket , having a cavity for receiving the nut , and a screw driver protrusion arranged coaxially within the socket , and protruding into the cavity towards an opening of the cavity , the screw driver protrusion being coupled in a rotationally rigid manner to the socket , and the socket and the screw driver protrusion being at least one of a different drive type and different drive size, wherein the screw driver protrusion is at least part of a separate insert , which is adapted to be inserted removably in two orientations into the socket , characterized in that in at least one orientation a nut guide of the insert protrudes into the cavity towards the opening of the cavity .
A small scaled-laundry treating apparatus or twin laundry treating apparatus comprising a housing comprising front and rear and left and right sidewalls to define a space therein, a tub provided inside the housing , for storing washing water therein, a drum rotatably provided inside the tub , for storing laundry therein, a top cover provided above the housing to cover upper portions of the tub and the drum , a detergent box mounted to a lower portion of at least one of a front left side or a front right side of the top cover , and a connection pipe provided between the tub and the detergent box , characterized in that the housing comprises an extending portion formed in the form of a pocket protruded from the front sidewall of the drawer body 21 to the front, to have a front and rear spacing and an up and down spacing from the top cover above the front sidewall of the housing so that an entrance space is formed from a front upper portion of the front sidewall to an inside of the housing , wherein the extending portion is configured to allow a worker or assembler to insert his/her hand into the housing from the outside of the housing so as to perform wire connection or pipe connection inside the housing , and wherein a connection portion where the connection pipe is connected with the detergent box is located inside the housing through the extending portion .
A tool for use in connection with calibration of a load sensor , the tool comprising: - a first part comprising a first engagement member having a first contact surface to contact a lever of a load sensor , the lever being moveably mounted to a structure ; - a second part comprising a second engagement member having a second contact surface to engage the structure , the second part being irremovable from the first part ; - wherein the second part is moveable relative to the first part along an axis (A) between at least two selectively lockable predefined axial positions, each predefined axial position providing a predefined axial distance between the first contact surface and the second contact surface . - a first part comprising a first engagement member having a first contact surface to contact a lever of a load sensor , the lever being moveably mounted to a structure ; - a second part comprising a second engagement member having a second contact surface to engage the structure , the second part being irremovable from the first part ; - wherein the second part is moveable relative to the first part along an axis (A) between at least two selectively lockable predefined axial positions, each predefined axial position providing a predefined axial distance between the first contact surface and the second contact surface .
A terminal device for displaying information, comprising: a monitoring module configured to monitor a distance between the terminal device and a designated device by measuring the distance between the terminal device and designated device; a first determining module configured to determine whether the monitored distance is less than a preset distance by comparing the monitored distance with the preset distance; an acquiring module configured to acquire device information of the designated device when the monitored distance is less than the preset distance; a second determining module configured to determine whether the device information matches with device information pre-stored on the terminal device; and a displaying module configured to display the information when the first determining module determines that the monitored distance is less than the preset distance and the second determining module determines that the device information matches with device information pre-stored on the terminal device, otherwise, not to display the information; wherein the displayed information comprises a payment graphic identifier representing a payment. a monitoring module configured to monitor a distance between the terminal device and a designated device by measuring the distance between the terminal device and designated device; a first determining module configured to determine whether the monitored distance is less than a preset distance by comparing the monitored distance with the preset distance; an acquiring module configured to acquire device information of the designated device when the monitored distance is less than the preset distance; a second determining module configured to determine whether the device information matches with device information pre-stored on the terminal device; and a displaying module configured to display the information when the first determining module determines that the monitored distance is less than the preset distance and the second determining module determines that the device information matches with device information pre-stored on the terminal device, otherwise, not to display the information; wherein the displayed information comprises a payment graphic identifier representing a payment.
A hydrogenated furan-2,5-dicarboxylic acid (FDCA) composition comprising: a) solids, wherein at least 98 wt.% of the solids are FDCA; b) 5-formyl furan-2-carboxylic acid (FFCA) in an amount of less than 500 ppm; and c) tetrahydrofuran-2,5-dicarboxylic acid (THFDCA) in an amount ranging from 10 ppm to less than 0.1 wt.%, in each case based on the weight of the solids, wherein the composition has a b* value of less than 4. a) solids, wherein at least 98 wt.% of the solids are FDCA; b) 5-formyl furan-2-carboxylic acid (FFCA) in an amount of less than 500 ppm; and c) tetrahydrofuran-2,5-dicarboxylic acid (THFDCA) in an amount ranging from 10 ppm to less than 0.1 wt.%, in each case based on the weight of the solids, wherein the composition has a b* value of less than 4. in each case based on the weight of the solids, wherein the composition has a b* value of less than 4.
A refrigerator comprising: a main body having a front side thereof open; and a door configured to open and close the open front side of the main body , wherein the door includes: a door body ; an upper door cap coupled to an upper end of the door body and having an upper coupling portion formed therein, a door panel separably mounted on the door body , and including an upper trim having an upper trim protrusion that is accommodated in the upper coupling portion while the door panel is mounted on the door body ; characterized in that the door further includes: a fixing cover coupled to the upper door cap to cover a portion of an upper surface of the upper door cap , and configured to prevent the upper trim protrusion from being separated from the upper coupling portion when the upper trim protrusion is accommodated in the upper coupling portion , wherein the upper trim protrusion includes an upper trim hole formed to allow the fixing cover to be inserted thereinto while the door panel is mounted on the door body . a main body having a front side thereof open; and a door configured to open and close the open front side of the main body , wherein the door includes: a door body ; an upper door cap coupled to an upper end of the door body and having an upper coupling portion formed therein, a door panel separably mounted on the door body , and including an upper trim having an upper trim protrusion that is accommodated in the upper coupling portion while the door panel is mounted on the door body ; characterized in that the door further includes: a fixing cover coupled to the upper door cap to cover a portion of an upper surface of the upper door cap , and configured to prevent the upper trim protrusion from being separated from the upper coupling portion when the upper trim protrusion is accommodated in the upper coupling portion , wherein the upper trim protrusion includes an upper trim hole formed to allow the fixing cover to be inserted thereinto while the door panel is mounted on the door body . a fixing cover coupled to the upper door cap to cover a portion of an upper surface of the upper door cap , and configured to prevent the upper trim protrusion from being separated from the upper coupling portion when the upper trim protrusion is accommodated in the upper coupling portion , wherein the upper trim protrusion includes an upper trim hole formed to allow the fixing cover to be inserted thereinto while the door panel is mounted on the door body .
A wind turbine blade having a receptor arrangement, the receptor arrangement comprising a receptor component connected to a down conductor of a lightning protection system wherein the receptor component is encapsulated by an insulating member ; wherein the down conductor and the receptor component are contained within an insulating housing and the insulating housing is defined by the insulating member that encapsulates the receptor component and which also encapsulates the down conductor, characterized in that the wind turbine blade further comprising a conductive blade tip module and an insulating member coupled to the blade tip module .
A method performed by a network node for receiving, from a user equipment, channel state information, CSI, for a CSI process, the CSI process corresponding to a reference signal resource and an interference measurement resource, wherein the reference signal resource comprises a set of resource elements in which one or more reference signals corresponding to a desired signal are received by the user equipment, and wherein the interference measurement resource comprises a set of resource elements in which one or more signals assumed to be interfering with the desired signal are received by the user equipment, the method characterized in : - transmitting , to theuser equipment, an indication of an adjustment value associated with the CSI process, enabling the user equipment to obtain an adjusted effective channel by applying the adjustment value to an effective channel estimated based on one or more reference signals received in the reference signal resource and to determine channel state information based on the adjusted effective channel and on interference estimated based on the interference measurement resource; - receiving the channel state information related to the CSI process from the user equipment. - transmitting , to theuser equipment, an indication of an adjustment value associated with the CSI process, enabling the user equipment to obtain an adjusted effective channel by applying the adjustment value to an effective channel estimated based on one or more reference signals received in the reference signal resource and to determine channel state information based on the adjusted effective channel and on interference estimated based on the interference measurement resource; - receiving the channel state information related to the CSI process from the user equipment.
A solar cell module comprising: a first back junction solar cell and a second back junction solar cell , each of the first and second back junction solar cells having a front side that faces the sun during normal operation and a backside opposite the front side; a transparent cover over front sides of the first and second back junction solar cells; a backsheet comprising polyester; and an encapsulant that encapsulates an entirety of the first and second back junction solar cells and fills a space between the first and second back junction solar cells, characterized in that the encapsulant having a UV transmission curve that allows light having a wavelength of 280nm and longer to pass through and a volume specific resistance of at least 5x10 13 Ωcm. a first back junction solar cell and a second back junction solar cell , each of the first and second back junction solar cells having a front side that faces the sun during normal operation and a backside opposite the front side; a transparent cover over front sides of the first and second back junction solar cells; a backsheet comprising polyester; and an encapsulant that encapsulates an entirety of the first and second back junction solar cells and fills a space between the first and second back junction solar cells, characterized in that the encapsulant having a UV transmission curve that allows light having a wavelength of 280nm and longer to pass through and a volume specific resistance of at least 5x10 13 Ωcm.
A method for the alkaline digestion of soda-lime glass, the method comprising: (a) forming a mixture of soda lime glass and a hydroxide solution, the mixture having at least 100 grams of glass per litre of H 2 O, the hydroxide solution having a concentration of 1M or greater to thereby form, by digesting the glass in the mixture: - an aqueous sodium silicate fraction having a silicate concentration of 50 g/L or greater calculated as SiO 2 equivalent and a ratio of SiO 2 :M 2 O of at least 1, wherein M 2 O is an alkaline metal oxide; and - a solid material comprising a calcium-silicate-hydrate; (b) separating the aqueous sodium silicate fraction from the solid material comprising the calcium-silicate-hydrate; (c) treating the solid material comprising the calcium-silicate-hydrate with an acid to dissolve soluble metals from the calcium-silicate-hydrate, thereby producing a liquid phase and a solid phase, wherein the solid phase comprises SiO 2 ; (d) separating the solid phase comprising SiO 2 in step (c) from the liquid phase; and (e) returning at least some of the separated solid phase comprising SiO 2 to step (a). (a) forming a mixture of soda lime glass and a hydroxide solution, the mixture having at least 100 grams of glass per litre of H 2 O, the hydroxide solution having a concentration of 1M or greater to thereby form, by digesting the glass in the mixture: - an aqueous sodium silicate fraction having a silicate concentration of 50 g/L or greater calculated as SiO 2 equivalent and a ratio of SiO 2 :M 2 O of at least 1, wherein M 2 O is an alkaline metal oxide; and - a solid material comprising a calcium-silicate-hydrate; - an aqueous sodium silicate fraction having a silicate concentration of 50 g/L or greater calculated as SiO 2 equivalent and a ratio of SiO 2 :M 2 O of at least 1, wherein M 2 O is an alkaline metal oxide; and - a solid material comprising a calcium-silicate-hydrate; (b) separating the aqueous sodium silicate fraction from the solid material comprising the calcium-silicate-hydrate; (c) treating the solid material comprising the calcium-silicate-hydrate with an acid to dissolve soluble metals from the calcium-silicate-hydrate, thereby producing a liquid phase and a solid phase, wherein the solid phase comprises SiO 2 ; (d) separating the solid phase comprising SiO 2 in step (c) from the liquid phase; and (e) returning at least some of the separated solid phase comprising SiO 2 to step (a).