mhurhangee/patent-ind-claim-en huggingface dataset:
A dose pack , comprising: a front panel and a back panel that define an internal volume therebetween, wherein a portion of the front panel , the back panel, or both is configured to be torn, perforated, or cut to open the dose pack ; a first guide positioned in the internal volume , wherein the first guide is coupled to or integral with a first edge of the dose pack and extends toward a second, opposing edge of the dose pack ; and a second guide positioned within the internal volume , wherein the second guide is coupled to or integral with the second edge and extends toward the first edge ; wherein the first guide is formed using an adhesive, heat sealing, or sonic welding, characterized in that a third guide is positioned within the internal volume , wherein the third guide is coupled to or integral with a third edge of the dose pack , wherein the third guide is substantially perpendicular to the first and second guides , and wherein the first, second, and third guides define a tortuous path of fluid communication through which a fluid is configured to flow, after the dose pack has been opened, in response to the dose pack being exposed to a predetermined force. a front panel and a back panel that define an internal volume therebetween, wherein a portion of the front panel , the back panel, or both is configured to be torn, perforated, or cut to open the dose pack ; a first guide positioned in the internal volume , wherein the first guide is coupled to or integral with a first edge of the dose pack and extends toward a second, opposing edge of the dose pack ; and a second guide positioned within the internal volume , wherein the second guide is coupled to or integral with the second edge and extends toward the first edge ; wherein the first guide is formed using an adhesive, heat sealing, or sonic welding, characterized in that a third guide is positioned within the internal volume , wherein the third guide is coupled to or integral with a third edge of the dose pack , wherein the third guide is substantially perpendicular to the first and second guides , and wherein the first, second, and third guides define a tortuous path of fluid communication through which a fluid is configured to flow, after the dose pack has been opened, in response to the dose pack being exposed to a predetermined force.
A multiple space vehicle launch system , comprising: a first space vehicle ; a second space vehicle releasably attached to the first space vehicle and oriented relative to the first space vehicle such that when placed within a fairing , a launch load from the first space vehicle is transmitted to and borne by the second space vehicle ; wherein the first space vehicle includes a first electrical propulsion unit and wherein the second space vehicle includes a second electrical propulsion unit , wherein the first space vehicle includes a first core structure and the second space vehicle includes a second core structure , wherein the first core structure is attached to the second core structure , and wherein the launch load from the first space vehicle is transmitted to the second space vehicle through the first core structure and the second core structure ; wherein the first space vehicle includes a first shear load panel mounted on the first core structure and a deployable solar array supported by the first shear load panel, and wherein the second space vehicle includes a second shear load panel mounted on the second core structure and a second deployable solar array supported by the second shear load panel. a first space vehicle ; a second space vehicle releasably attached to the first space vehicle and oriented relative to the first space vehicle such that when placed within a fairing , a launch load from the first space vehicle is transmitted to and borne by the second space vehicle ; wherein the first space vehicle includes a first electrical propulsion unit and wherein the second space vehicle includes a second electrical propulsion unit , wherein the first space vehicle includes a first core structure and the second space vehicle includes a second core structure , wherein the first core structure is attached to the second core structure , and wherein the launch load from the first space vehicle is transmitted to the second space vehicle through the first core structure and the second core structure ; wherein the first space vehicle includes a first shear load panel mounted on the first core structure and a deployable solar array supported by the first shear load panel, and wherein the second space vehicle includes a second shear load panel mounted on the second core structure and a second deployable solar array supported by the second shear load panel.
Pivoting pliers jaw having a sheet design for manually actuated crimping pliers comprising a) a supporting sheet and b) a pliers jaw sheet which ba) forms or supports an accommodation for a die insert , bb) defines a supporting plane of the accommodation for supporting a crimping force biasing the die insert , bc) is arranged with an overlap on one side of the supporting sheet and bd) is held in the region of the overlap by two bolts at the supporting sheet , c) an angle between a connecting axis of the longitudinal axes of the bolts and the supporting plane in a pliers head plane being in the range of 90° plus/minus 30° characterised in that d) the pliers jaw sheet comprises a mounting leg and a pliers jaw leg , the mounting leg and the pliers jaw leg being arranged in an L-shape, e) ea) one of the bolts by which the pliers jaw sheet is held at the supporting sheet in the region of the overlap extends through the transition region wherein the mounting leg transits to the pliers jaw leg and/or eb) one of the bolts by which the pliers jaw sheet is held in the region of the overlap at the supporting sheet extends through the free end region of the mounting leg and f) the bolt which extends through the free end region of the mounting leg is a pivot bolt of the crimping pliers . a) a supporting sheet and b) a pliers jaw sheet which ba) forms or supports an accommodation for a die insert , bb) defines a supporting plane of the accommodation for supporting a crimping force biasing the die insert , bc) is arranged with an overlap on one side of the supporting sheet and bd) is held in the region of the overlap by two bolts at the supporting sheet , ba) forms or supports an accommodation for a die insert , bb) defines a supporting plane of the accommodation for supporting a crimping force biasing the die insert , bc) is arranged with an overlap on one side of the supporting sheet and bd) is held in the region of the overlap by two bolts at the supporting sheet , c) an angle between a connecting axis of the longitudinal axes of the bolts and the supporting plane in a pliers head plane being in the range of 90° plus/minus 30° d) the pliers jaw sheet comprises a mounting leg and a pliers jaw leg , the mounting leg and the pliers jaw leg being arranged in an L-shape, e) ea) one of the bolts by which the pliers jaw sheet is held at the supporting sheet in the region of the overlap extends through the transition region wherein the mounting leg transits to the pliers jaw leg and/or eb) one of the bolts by which the pliers jaw sheet is held in the region of the overlap at the supporting sheet extends through the free end region of the mounting leg and ea) one of the bolts by which the pliers jaw sheet is held at the supporting sheet in the region of the overlap extends through the transition region wherein the mounting leg transits to the pliers jaw leg and/or eb) one of the bolts by which the pliers jaw sheet is held in the region of the overlap at the supporting sheet extends through the free end region of the mounting leg and f) the bolt which extends through the free end region of the mounting leg is a pivot bolt of the crimping pliers .
A data transmission method, wherein the method is applied to a base station, the base station comprises a baseband unit, BBU, and a remote radio unit, RRU, and the method comprises: receiving , by the RRU, stream data sent by the BBU, wherein the stream data is obtained after the BBU performs resource mapping processing on to-be-transmitted downlink data, wherein performing resource mapping processing includes successively performing encoder, modulation, layer mapping and resource element mapping; performing , by the RRU, stream to antenna mapping processing on the stream data; and sending , by the RRU, mapping-processed data to user equipment by using an antenna; wherein the method further comprises: receiving, by the RRU by using the antenna, an uplink signal sent by the user equipment, wherein the uplink signal comprises uplink data and a sounding reference signal, SRS; separating, by the RRU, the SRS and the uplink data from the uplink signal; performing, by the RRU, antenna to beam mapping processing on uplink data of the user equipment; and sending separately, by the RRU, beam-mapping-processed data and the SRS to the BBU. receiving , by the RRU, stream data sent by the BBU, wherein the stream data is obtained after the BBU performs resource mapping processing on to-be-transmitted downlink data, wherein performing resource mapping processing includes successively performing encoder, modulation, layer mapping and resource element mapping; performing , by the RRU, stream to antenna mapping processing on the stream data; and sending , by the RRU, mapping-processed data to user equipment by using an antenna; wherein the method further comprises: receiving, by the RRU by using the antenna, an uplink signal sent by the user equipment, wherein the uplink signal comprises uplink data and a sounding reference signal, SRS; separating, by the RRU, the SRS and the uplink data from the uplink signal; performing, by the RRU, antenna to beam mapping processing on uplink data of the user equipment; and sending separately, by the RRU, beam-mapping-processed data and the SRS to the BBU. receiving, by the RRU by using the antenna, an uplink signal sent by the user equipment, wherein the uplink signal comprises uplink data and a sounding reference signal, SRS; separating, by the RRU, the SRS and the uplink data from the uplink signal; performing, by the RRU, antenna to beam mapping processing on uplink data of the user equipment; and sending separately, by the RRU, beam-mapping-processed data and the SRS to the BBU.
A method of making a hollow structure comprising the steps of: (S1) preparing polystyrene having one or more functional groups by reacting a styrene monomer, a monomer for introducing the functional group and an initiator; (S2) adding the polystyrene of step (S1) to a metal solution to form polystyrene into which metal is introduced; (S3) coating the metal-introduced polystyrene with a carbon-based polymer; (S4) performing a first heat treatment on the metal-introduced polystyrene coated with the carbon-based polymer, to remove the polystyrene; and (S5) performing a second heat treatment on the result of step (S4) to carbonize the result of step (S4); wherein the monomer for introducing the functional group is more hydrophilic than the styrene monomer; and wherein the carbon-based polymer is at least one of resorcinol, polyacrylonitrile (PAN), polyaniline (PANI), polypyrrole (PPY), polyimide (PI), polybenzimidazole (PBI), polypyrrolidone (Ppy), polyamide (PA), polyamide-imide (PAI), polyaramide, melamine, melamine formaldehyde and fluorine mica. (S1) preparing polystyrene having one or more functional groups by reacting a styrene monomer, a monomer for introducing the functional group and an initiator; (S2) adding the polystyrene of step (S1) to a metal solution to form polystyrene into which metal is introduced; (S3) coating the metal-introduced polystyrene with a carbon-based polymer; (S4) performing a first heat treatment on the metal-introduced polystyrene coated with the carbon-based polymer, to remove the polystyrene; and (S5) performing a second heat treatment on the result of step (S4) to carbonize the result of step (S4); wherein the monomer for introducing the functional group is more hydrophilic than the styrene monomer; and wherein the carbon-based polymer is at least one of resorcinol, polyacrylonitrile (PAN), polyaniline (PANI), polypyrrole (PPY), polyimide (PI), polybenzimidazole (PBI), polypyrrolidone (Ppy), polyamide (PA), polyamide-imide (PAI), polyaramide, melamine, melamine formaldehyde and fluorine mica.
A swing and slide door for a vehicle , wherein the swing and slide door has at least one door leaf for opening and closing a doorway, wherein a door seal is arranged on one side of the door leaf , wherein the door seal can be folded in such a way that the door seal has a folded-in position in the open state of the door leaf , in which a portion of the door seal is swiveled in a direction transverse to the door surface, and that the door seal has a folded-out position in the closed state of the door leaf , wherein the door seal has a spring for realizing foldability, characterized in that the door seal is designed as a hollow profile, which envelops a cavity , and wherein the spring is arranged in the cavity .
A method of examining a lens , the method comprising; a. displaying on a plane surface (13; 113; 213) a test pattern comprising at least one set of dots arranged to define a first ellipse in which the major and minor axes are equal, the first ellipse being an ellipse of best fit joining all the dots in the at least one set; b. positioning a lens (4; 5; 203) to be examined between the displayed test pattern and a camera (28; 128; 228) and using the camera to capture an image of the test pattern through the lens ("the lens image"); c. deriving a second ellipse which is an ellipse of best fit joining the dots in said at least one set of dots in the test pattern from the lens image captured in step b; d. comparing characteristics of the second ellipse with corresponding characteristics of the first ellipse to determine the degree and nature of distortion to the test pattern and from this determining at least one parameter of the lens, including the power of the lens. a. displaying on a plane surface (13; 113; 213) a test pattern comprising at least one set of dots arranged to define a first ellipse in which the major and minor axes are equal, the first ellipse being an ellipse of best fit joining all the dots in the at least one set; b. positioning a lens (4; 5; 203) to be examined between the displayed test pattern and a camera (28; 128; 228) and using the camera to capture an image of the test pattern through the lens ("the lens image"); c. deriving a second ellipse which is an ellipse of best fit joining the dots in said at least one set of dots in the test pattern from the lens image captured in step b; d. comparing characteristics of the second ellipse with corresponding characteristics of the first ellipse to determine the degree and nature of distortion to the test pattern and from this determining at least one parameter of the lens, including the power of the lens.
A heat exchanger fin having a working fluid therein, comprising a channel system having subsequent regions and configured such that a fully thermally driven subsequent flow of the working fluid through the subsequent regions in a closed loop configuration is producible, wherein the heat exchanger fin is under vacuum, the subsequent regions at least comprise a first evaporator region , a second evaporator region , a first condenser region , and a second condenser region , characterised in that the first evaporator region is configured differently from the second evaporator region and the first condenser region is configured differently from the second condenser region , that the second evaporation region and the second condenser region each comprise a plurality of obstructers forming braided channels there around, and that the second evaporator region and the second condenser region are at least partially separated from another by a dividing obstructer having a flow side forming at least a part of the fluid flow connection between the second evaporator region and the second condenser region .
An evaporator comprising: an inlet in a lower manifold , an outlet in an upper manifold , and a multiport tube extending between the lower manifold and the upper manifold, the multiport tube is provided with a plurality of separate flow channels which are delimited by outer opposite side walls and internal intermediate walls extending between the outer opposite side walls of the multiport tube, the multiport tube providing a flow path between the lower manifold and the upper manifold , characterized in that one of the outer side walls of the multiport tube is provided with a first evaporator section formed by a metal plate with a plane first heat receiving surface , said metal plate being attached to the one of the outer side walls , and a second evaporator section is formed by another metal plate with a second plane heat receiving surface , said another metal plate being attached to the one of the outer side walls , the first and second evaporator sections are configured to pass a heat load received via the respective first and second heat receiving surfaces to a fluid in said multiport tube , and the first and second heat receiving surfaces form an angle with each other to align with and contact different surfaces of an object to be cooled. an inlet in a lower manifold , an outlet in an upper manifold , and a multiport tube extending between the lower manifold and the upper manifold, the multiport tube is provided with a plurality of separate flow channels which are delimited by outer opposite side walls and internal intermediate walls extending between the outer opposite side walls of the multiport tube, the multiport tube providing a flow path between the lower manifold and the upper manifold , characterized in that one of the outer side walls of the multiport tube is provided with a first evaporator section formed by a metal plate with a plane first heat receiving surface , said metal plate being attached to the one of the outer side walls , and a second evaporator section is formed by another metal plate with a second plane heat receiving surface , said another metal plate being attached to the one of the outer side walls , the first and second evaporator sections are configured to pass a heat load received via the respective first and second heat receiving surfaces to a fluid in said multiport tube , and the first and second heat receiving surfaces form an angle with each other to align with and contact different surfaces of an object to be cooled.
A single-use product preparation container assembly comprising: a container body for containing a product prior to, during and following preparation thereof; and a single-use container body closure assembly defining with said container body a product preparation enclosure and including an externally rotatably drivable rotary product engagement assembly; said single-use container body closure assembly comprises: a lid ; and a rotatable blade assembly located on said lid for engaging contents of said container body , said rotatable blade assembly and said lid being relatively at least linearly moveable with respect to each other, characterized in that : wherein the lid has a recess formed therein; and wherein said rotatable blade assembly and said lid are relatively at least linearly moveable with respect to each other at least between a first retracted orientation wherein said rotatable blade assembly is at least partially located within said recess and a second extended orientation wherein said rotatable blade assembly is outside of said recess . a container body for containing a product prior to, during and following preparation thereof; and a single-use container body closure assembly defining with said container body a product preparation enclosure and including an externally rotatably drivable rotary product engagement assembly; said single-use container body closure assembly comprises: a lid ; and a rotatable blade assembly located on said lid for engaging contents of said container body , said rotatable blade assembly and said lid being relatively at least linearly moveable with respect to each other, a lid ; and a rotatable blade assembly located on said lid for engaging contents of said container body , said rotatable blade assembly and said lid being relatively at least linearly moveable with respect to each other, wherein the lid has a recess formed therein; and wherein said rotatable blade assembly and said lid are relatively at least linearly moveable with respect to each other at least between a first retracted orientation wherein said rotatable blade assembly is at least partially located within said recess and a second extended orientation wherein said rotatable blade assembly is outside of said recess .
A method for displaying a keyboard performed by an electronic device with a touchscreen, wherein the method comprises: • displaying on the touchscreen a keyboard whose keys are normally arranged (step 100); • before a touching object touches the keyboard on the touchscreen, obtaining a location, which the touching object points to on the keyboard (step 110); • obtaining a distance between the touching object and the touchscreen; • determining that the obtained distance is less than or equal to a first preset threshold; • if the distance is less than or equal to the first preset threshold, adjusting an arrangement order of only some keys and not all keys on the keyboard (step 120), wherein the adjusted keys are keys within a preset range, the preset range comprising a location, which the touching object points to on the keyboard, and the preset range comprises at least two keys; and • displaying the adjusted keyboard on the touchscreen (step 130), wherein the adjusting of the arrangement order of some keys on the keyboard specifically comprises randomly adjusting the arrangement order of the keys on the keyboard. • displaying on the touchscreen a keyboard whose keys are normally arranged (step 100); • before a touching object touches the keyboard on the touchscreen, obtaining a location, which the touching object points to on the keyboard (step 110); • obtaining a distance between the touching object and the touchscreen; • determining that the obtained distance is less than or equal to a first preset threshold; • if the distance is less than or equal to the first preset threshold, adjusting an arrangement order of only some keys and not all keys on the keyboard (step 120), wherein the adjusted keys are keys within a preset range, the preset range comprising a location, which the touching object points to on the keyboard, and the preset range comprises at least two keys; and • displaying the adjusted keyboard on the touchscreen (step 130), wherein the adjusting of the arrangement order of some keys on the keyboard specifically comprises randomly adjusting the arrangement order of the keys on the keyboard.
A method for selective enrichment of circulating tumor cells from a heterogeneous cell population originating from a biological sample comprising a bodily fluid, the method comprising: (a) contacting said heterogeneous cell population with a substrate; and (b) incubating said heterogeneous cell population under conditions sufficient to allow growth of said circulating tumor cells, wherein said conditions comprise incubating said heterogeneous cell population under a pressurised condition of 103.4 kPa (15 PSIA) or higher and hypoxic conditions, wherein said incubating results in a selective enrichment of said circulating tumor cells. (a) contacting said heterogeneous cell population with a substrate; and (b) incubating said heterogeneous cell population under conditions sufficient to allow growth of said circulating tumor cells, wherein said conditions comprise incubating said heterogeneous cell population under a pressurised condition of 103.4 kPa (15 PSIA) or higher and hypoxic conditions, wherein said incubating results in a selective enrichment of said circulating tumor cells.