mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger, comprising a housing and a core body accommodated in the housing, wherein the housing comprises a first body and a second body, the first body is made of metal, the second body is made of plastic, and the first body and the second body are connected to form a first cavity; the core body is accommodated in the first cavity, the core body is fixedly connected to the first body, the core body comprises a plurality of heat exchange pipes, the plurality of heat exchange pipes are stacked, a first fluid passage is formed between the plurality of heat exchange pipes, a second fluid passage is formed inside the plurality of heat exchange pipes, and the first fluid passage is not in communication with the second fluid passage; the heat exchanger further comprises a connecting block, the connecting block is fixed to the first body and the connecting block is located outside the first cavity, a first flow-through hole is provided in the connecting block, a second flow-through hole is provided in the first body, and the first flow-through hole and the second fluid passage are in communication by the second flow-through hole; wherein the first body is in a flat-plate shape, the second body has a U-shaped tank portion, the first body covers at an open end of the tank portion of the second body and a connection between the first body and the second body is sealed; characterized in that an arc portion protruding outward is provided on a side plate of the second body, a first duct is formed between the arc portion and the core body, and a second hole in communication with the first duct is provided on the first body, wherein the second hole is in communication with the first fluid passage through the first duct. the core body is accommodated in the first cavity, the core body is fixedly connected to the first body, the core body comprises a plurality of heat exchange pipes, the plurality of heat exchange pipes are stacked, a first fluid passage is formed between the plurality of heat exchange pipes, a second fluid passage is formed inside the plurality of heat exchange pipes, and the first fluid passage is not in communication with the second fluid passage; the heat exchanger further comprises a connecting block, the connecting block is fixed to the first body and the connecting block is located outside the first cavity, a first flow-through hole is provided in the connecting block, a second flow-through hole is provided in the first body, and the first flow-through hole and the second fluid passage are in communication by the second flow-through hole; wherein the first body is in a flat-plate shape, the second body has a U-shaped tank portion, the first body covers at an open end of the tank portion of the second body and a connection between the first body and the second body is sealed; characterized in that an arc portion protruding outward is provided on a side plate of the second body, a first duct is formed between the arc portion and the core body, and a second hole in communication with the first duct is provided on the first body, wherein the second hole is in communication with the first fluid passage through the first duct.
Apparatus having at least one electric device having an electric potential of 1 kV or greater in an operating state of the apparatus and/or having at least one device for particle acceleration, where the device is at least partly arranged in a housing which contains a gaseous, electrically insulating and/or electric arc extinguishing medium, characterized in that the medium consists of 1,1,1,4,4,4-hexafluoro-2-butene or comprises 1,1,1,4,4,4-hexafluoro-2-butene and in that the 1,1,1,4,4,4-hexafluoro-2-butene is present with a partial pressure in the range from 30 mbar to 250 mbar, inclusive, in the medium.
A clamping arrangement comprising: an elongate member having a plurality of strands (22A-F) wound around one another in a plurality of turns of each of said strands, wherein each of said strands has a pitch, which is the same as the pitch of each other of said strands; a clamping device comprising a clamping member for clamping the elongate member, the clamping member having an engaging surface with gripping formations for engaging the elongate member; the clamping device further including a reaction member comprising a first wall, and a reaction element comprising a second wall, the first and second walls being arranged opposite each other to define a passage for the clamping member, and the clamping device further including urging means to urge the clamping member along the passage towards the reaction member; wherein the first wall is smoother than the engaging surface; and wherein, when the elongate member is received between the clamping member and the first wall, the first wall engages the elongate member and provides a reaction against the elongate member, and the second wall urges the clamping member onto the elongate member, so that a clamping force is applied on the elongate member; characterised in that the engaging surface is configured to engage half or more of the total number of strands forming the elongate member, and the engaging surface has a length which is equal to 67% or more of the pitch of said strands. an elongate member having a plurality of strands (22A-F) wound around one another in a plurality of turns of each of said strands, wherein each of said strands has a pitch, which is the same as the pitch of each other of said strands; a clamping device comprising a clamping member for clamping the elongate member, the clamping member having an engaging surface with gripping formations for engaging the elongate member; the clamping device further including a reaction member comprising a first wall, and a reaction element comprising a second wall, the first and second walls being arranged opposite each other to define a passage for the clamping member, and the clamping device further including urging means to urge the clamping member along the passage towards the reaction member; wherein the first wall is smoother than the engaging surface; and wherein, when the elongate member is received between the clamping member and the first wall, the first wall engages the elongate member and provides a reaction against the elongate member, and the second wall urges the clamping member onto the elongate member, so that a clamping force is applied on the elongate member; characterised in that the engaging surface is configured to engage half or more of the total number of strands forming the elongate member, and the engaging surface has a length which is equal to 67% or more of the pitch of said strands.
A processing apparatus of a terminal configured to access to a 3rd Generation Partnership Project, 3GPP, network, comprising: a sending module is configured to send an access request message to a core network device on the 3GPP network, for requesting to access the 3GPP network, and the access request message comprises identity information of a terminal; a receiving module is configured to receive an unauthorized access message from a core network device, wherein the unauthorized access message comprises authentication information of the core network device; an authentication module is configured to perform authentication on the core network device according to the authentication information; and an execution module is configured to execute a corresponding network access policy in response to a successful authentication on the core network device by the authentication module, wherein the execution module is further configured to: stop an attempt to access the 3GPP network, and attempt to access the 3GPP network again in response to a satisfaction of a first preset condition of a status of the terminal, wherein the first preset condition comprises at least one of the following: a change of a subscriber identity module, SIM, card of the terminal, a restart of the terminal, an exceeding of a first preset duration of a duration of timing starting when an attempt to access the 3GPP network by the terminal fails, or a reselection of the terminal of a non-3GPP network. a sending module is configured to send an access request message to a core network device on the 3GPP network, for requesting to access the 3GPP network, and the access request message comprises identity information of a terminal; a receiving module is configured to receive an unauthorized access message from a core network device, wherein the unauthorized access message comprises authentication information of the core network device; an authentication module is configured to perform authentication on the core network device according to the authentication information; and an execution module is configured to execute a corresponding network access policy in response to a successful authentication on the core network device by the authentication module, wherein the execution module is further configured to: stop an attempt to access the 3GPP network, and attempt to access the 3GPP network again in response to a satisfaction of a first preset condition of a status of the terminal, wherein the first preset condition comprises at least one of the following: a change of a subscriber identity module, SIM, card of the terminal, a restart of the terminal, an exceeding of a first preset duration of a duration of timing starting when an attempt to access the 3GPP network by the terminal fails, or a reselection of the terminal of a non-3GPP network.
Open-end type spinning apparatus comprising at least one spinning head having a spinning unit and a reel winding unit, wherein the reel winding unit winds onto a tube a reel of yarn obtained from the underlying spinning unit, - a tube-holder basket housing a plurality of tubes to wind the yarn onto, - a doffing tray which can be positioned at the spinning unit and fitted with pick-up and transport devices of a tube from the tube-holder basket to a pair of tailstocks (76,80) of the reel winding unit, - the doffing tray comprises a tube separator device having a support arm which supports two blades which are movable so as to intercept a number of tubes contained in the tube-holder basket and to separate them at least partially from a tube destined to be grasped by the pick-up and transport device and placed between the tailstocks (76,80), wherein the tube separator device and the pick-up and transport device are mechanically independent of each other, so that they can be operated separately, wherein said blades are retractable blades so as to reach, in an extracted position, the tube-holder basket, intercept a group of tubes and separate them from a tube destined to be grasped by the pick-up and transport device, wherein the tube separator device is fitted with movement means, which permit the passage from a retracted configuration to an extracted configuration according to a substantially rectilinear straight movement, and with tilting means which allow the tilting of the blades according to a tilting axis (X-X) substantially parallel to a horizontal lying axis of the tube to be picked up, wherein said tilting means comprise a skate integral with said blades and engaged in a cam provided with a groove which identifies a curvilinear path suitable to allow said tilting movement of the blades. - a tube-holder basket housing a plurality of tubes to wind the yarn onto, - a doffing tray which can be positioned at the spinning unit and fitted with pick-up and transport devices of a tube from the tube-holder basket to a pair of tailstocks (76,80) of the reel winding unit, - the doffing tray comprises a tube separator device having a support arm which supports two blades which are movable so as to intercept a number of tubes contained in the tube-holder basket and to separate them at least partially from a tube destined to be grasped by the pick-up and transport device and placed between the tailstocks (76,80),
An in-cell touch screen having a touch pattern structure, comprising: a plurality of driving lines in a first direction, the plurality of driving lines being insulated from each other; and a plurality of sensing lines in a second direction, the plurality of sensing lines being insulated from each other; wherein the first direction intersects with the second direction, wherein the driving lines are respectively insulated from the sensing lines, and wherein a mutually-embedded structure is provided on at least a part of opposing sides of the driving lines and the sensing lines; wherein the driving line is formed by electrically connecting a plurality of repeated driving electrodes, wherein the sensing line is formed by electrically connecting a plurality of repeated sensing electrodes, wherein the mutually-embedded structure is formed between a driving electrode and an adjacent sensing electrode, and wherein the mutually-embedded structure has at least three repeating units; and characterized in that, a virtual electrode is provided between two adjacent driving electrodes, and the virtual electrode is insulated from both of the driving line and the sensing line. a plurality of driving lines in a first direction, the plurality of driving lines being insulated from each other; and a plurality of sensing lines in a second direction, the plurality of sensing lines being insulated from each other; wherein the first direction intersects with the second direction, wherein the driving lines are respectively insulated from the sensing lines, and wherein a mutually-embedded structure is provided on at least a part of opposing sides of the driving lines and the sensing lines; wherein the driving line is formed by electrically connecting a plurality of repeated driving electrodes, wherein the sensing line is formed by electrically connecting a plurality of repeated sensing electrodes, wherein the mutually-embedded structure is formed between a driving electrode and an adjacent sensing electrode, and wherein the mutually-embedded structure has at least three repeating units; and characterized in that, a virtual electrode is provided between two adjacent driving electrodes, and the virtual electrode is insulated from both of the driving line and the sensing line.
A method of distinguishing between a false positive methylation specific amplification and a true methylation specific amplification, comprising the steps of: (a) treating a target nucleic acid molecule with a reagent that modifies an unmethylated selected nucleotide to produce a different nucleotide; (b) contacting the treated target nucleic acid molecule with a methylation state specific primer complementary to a first target nucleic acid region containing one or more of the selected nucleotides; (c) treating the contacted target nucleic acid molecule under nucleic acid synthesis conditions; (d) transcribing the synthesized products; (e) treating the transcripts under base specific cleavage conditions, wherein the transcripts are RNA and the base specific cleavage is the selective cleavage of the transcripts at A, C, U or G; (f) treating a reference nucleic acid with known methylated and unmethylated nucleotides under base specific cleavage conditions to obtain reference masses or calculating the reference masses based on a predicted fragmentation pattern; and (g) detecting the mass of the cleaved products by mass spectrometry, wherein: a change in mass of one or more cleaved products of (e) compared to reference masses indicates the methylation state of a nucleotide locus in a second region in the target, and the second region does not overlap with the first region, whereby presence of methylated loci in the second region confirms true methylation specific amplification, I wherein the reference masses are molecular weight representations of the reference nucleic acids of (f) or fragments thereof. (a) treating a target nucleic acid molecule with a reagent that modifies an unmethylated selected nucleotide to produce a different nucleotide; (b) contacting the treated target nucleic acid molecule with a methylation state specific primer complementary to a first target nucleic acid region containing one or more of the selected nucleotides; (c) treating the contacted target nucleic acid molecule under nucleic acid synthesis conditions; (d) transcribing the synthesized products; (e) treating the transcripts under base specific cleavage conditions, wherein the transcripts are RNA and the base specific cleavage is the selective cleavage of the transcripts at A, C, U or G; (f) treating a reference nucleic acid with known methylated and unmethylated nucleotides under base specific cleavage conditions to obtain reference masses or calculating the reference masses based on a predicted fragmentation pattern; and (g) detecting the mass of the cleaved products by mass spectrometry, wherein: a change in mass of one or more cleaved products of (e) compared to reference masses indicates the methylation state of a nucleotide locus in a second region in the target, and the second region does not overlap with the first region, whereby presence of methylated loci in the second region confirms true methylation specific amplification, I wherein the reference masses are molecular weight representations of the reference nucleic acids of (f) or fragments thereof.
Garden shears comprising a first blade and a second blade having respective hand grips (12 and 22, respectively) and pivotably mounted to one another by means of a pivot connection (13, 23, 30, 41), wherein the pivot connection comprises a pivot bolt that passes through respective bores (13, 23) of the first and second blades (10 and 20, respectively) and fixes the blades (10, 20) to one another in the axial direction of the pivot bolt, wherein the pivot bolt comprises, in its axial direction, successive first and second peripheral portions (34, 35), the first peripheral portion of which has a substantially circular cross-section while the second peripheral portion has at least one flat which engages with a corresponding flat of the bore of the second blade such that the pivot bolt is not-rotatably connected to the second blade, characterized in that the first peripheral portion is disposed in the bore of the first blade to be rotatable over a limited angular range, and that the pivot bolt, in the region of the first peripheral portion, has a projection extending into a radially directed extension of the bore of the blade, the angular extent of the extension about the longitudinal axis of the pivot bolt being larger than the angular extent of the projection such that the two blades can be moved over a limited angular range with respect to one another.
A wake-up control method for a terminal, comprising: receiving (201, 701), by the terminal, three alarm set indications sent by one or more applications of the terminal, wherein each alarm set indication is used to indicate a repetitive first alarm wake-up time, FAWT, determined by the application for periodically waking up the terminal, wherein the three alarm set indications are used to indicate three FAWTs and each one of the three FAWTs corresponds to a longest tolerant delay time; and delaying (202, 702) two FAWTs of the three FAWTs until a second alarm wake-up time, SAWT, which is determined according to longest tolerant delay times of the two FAWTs to be delayed, and waking (203, 703) up the terminal at the SAWT, wherein the terminal is in a dormant state before the terminal is woken up; wherein the SAWT is the latest FAWT in the three FAWTs and the two FAWTs to be delayed are allowed to be delayed until the SAWT according to the longest tolerant delay times of the two FAWTs to be delayed. receiving (201, 701), by the terminal, three alarm set indications sent by one or more applications of the terminal, wherein each alarm set indication is used to indicate a repetitive first alarm wake-up time, FAWT, determined by the application for periodically waking up the terminal, wherein the three alarm set indications are used to indicate three FAWTs and each one of the three FAWTs corresponds to a longest tolerant delay time; and delaying (202, 702) two FAWTs of the three FAWTs until a second alarm wake-up time, SAWT, which is determined according to longest tolerant delay times of the two FAWTs to be delayed, and waking (203, 703) up the terminal at the SAWT, wherein the terminal is in a dormant state before the terminal is woken up; wherein the SAWT is the latest FAWT in the three FAWTs and the two FAWTs to be delayed are allowed to be delayed until the SAWT according to the longest tolerant delay times of the two FAWTs to be delayed.
A robot cleaner comprising: two or more driving units (10, 20), each of the two or more driving units (10, 20) including: a rotating plate assembly provided with a pad at a bottom surface thereof; a plurality of motors for driving the rotating plate assembly to rotate and for slanting the rotating plate assembly with respect to a floor; and wherein, when the bottom surface of the rotating plate assembly is slanted with respect to the floor, rotation of the rotating plate assembly generates a nonuniform frictional force between a bottom surface of the pad and the floor, and the robot cleaner travels through the nonuniform frictional force; wherein the plurality of motors include: a first or second motor configured to enable the rotating plate assembly to be slanted with respect to a floor; and a third motor configured to rotate the rotating plate assembly. two or more driving units (10, 20), each of the two or more driving units (10, 20) including: a rotating plate assembly provided with a pad at a bottom surface thereof; a plurality of motors for driving the rotating plate assembly to rotate and for slanting the rotating plate assembly with respect to a floor; and wherein, when the bottom surface of the rotating plate assembly is slanted with respect to the floor, rotation of the rotating plate assembly generates a nonuniform frictional force between a bottom surface of the pad and the floor, and the robot cleaner travels through the nonuniform frictional force; wherein the plurality of motors include: a rotating plate assembly provided with a pad at a bottom surface thereof; a plurality of motors for driving the rotating plate assembly to rotate and for slanting the rotating plate assembly with respect to a floor; and wherein, when the bottom surface of the rotating plate assembly is slanted with respect to the floor, rotation of the rotating plate assembly generates a nonuniform frictional force between a bottom surface of the pad and the floor, and the robot cleaner travels through the nonuniform frictional force; wherein the plurality of motors include: a first or second motor configured to enable the rotating plate assembly to be slanted with respect to a floor; and a third motor configured to rotate the rotating plate assembly.