mhurhangee/patent-ind-claim-en huggingface dataset:
A connector comprising: an outer housing that includes an inserting part having a tubular shape, and is fixed to a first surface of a wall part in a state in which the inserting part is inserted into a hole part of the wall part ; and an inner housing including a main body that is inserted into the hole part from a second surface side to be engaged with the outer housing , and a projecting part projecting from the main body , wherein the projecting part projects from the main body toward a rear side in an insertion direction (Zin) with respect to the hole part , characterized in that the projecting part is configured such that a rear end surface of the projecting part is located to be flush with the second surface when the main body is completely engaged with the outer housing . an outer housing that includes an inserting part having a tubular shape, and is fixed to a first surface of a wall part in a state in which the inserting part is inserted into a hole part of the wall part ; and an inner housing including a main body that is inserted into the hole part from a second surface side to be engaged with the outer housing , and a projecting part projecting from the main body , wherein the projecting part projects from the main body toward a rear side in an insertion direction (Zin) with respect to the hole part ,
A multicast service processing method for a multicast packet to be sent to terminals in a single multicast group, wherein the method comprises: classifying, by an access point, AP , each of the terminals in the single multicast group into a first type and a second type, generating , by the access point, AP , based on the multicast packet, a first group addressed frame and, for each terminal of the second type, an individually addressed frame; and sending , by the AP , the first group addressed, and the individually addressed, frames; wherein the terminals of the first type share a first multicast key, and the terminals of the second type share a second multicast key, the first multicast key and the second multicast key being different; a receiver address of the first group addressed frame is a group address of the single multicast group, and the first group addressed frame is encrypted by using the first multicast key; and for each terminal of the second type, a receiver address of the individually addressed frame is an address of said terminal, and the individually addressed frame is encrypted by using a unicast key of said terminal. classifying, by an access point, AP , each of the terminals in the single multicast group into a first type and a second type, generating , by the access point, AP , based on the multicast packet, a first group addressed frame and, for each terminal of the second type, an individually addressed frame; and sending , by the AP , the first group addressed, and the individually addressed, frames; wherein the terminals of the first type share a first multicast key, and the terminals of the second type share a second multicast key, the first multicast key and the second multicast key being different; a receiver address of the first group addressed frame is a group address of the single multicast group, and the first group addressed frame is encrypted by using the first multicast key; and for each terminal of the second type, a receiver address of the individually addressed frame is an address of said terminal, and the individually addressed frame is encrypted by using a unicast key of said terminal.
A foldable electronic device, comprising: a foldable display screen, wherein the foldable display screen is made of a plurality of layers of materials; and a first housing , a second housing , and a folding shaft , wherein the foldable display screen comprises a folding region , a first display region , and a second display region , the first display region and the second display region are located on two sides of the folding region, and the folding region corresponds to the folding shaft, and wherein the first housing and the second housing are connected by the folding shaft, traction mechanisms are disposed on the first housing and the second housing, an outermost layer of the foldable display screen is fixedly connected to the first housing and the second housing, an innermost layer of the foldable display screen is fixedly connected to the traction mechanisms, the traction mechanisms slide on the first housing and the second housing along a first direction, the traction mechanisms are configured to drag the layers of the foldable display screen to be dislocated mutually, and the first direction is a direction perpendicular to the folding shaft, wherein driving mechanisms are disposed on the first housing and the second housing, and the driving mechanisms are configured to drive the traction mechanisms to slide on the first housing and the second housing along the first direction. a foldable display screen, wherein the foldable display screen is made of a plurality of layers of materials; and a first housing , a second housing , and a folding shaft , wherein the foldable display screen comprises a folding region , a first display region , and a second display region , the first display region and the second display region are located on two sides of the folding region, and the folding region corresponds to the folding shaft, and wherein the first housing and the second housing are connected by the folding shaft, traction mechanisms are disposed on the first housing and the second housing, an outermost layer of the foldable display screen is fixedly connected to the first housing and the second housing, an innermost layer of the foldable display screen is fixedly connected to the traction mechanisms, the traction mechanisms slide on the first housing and the second housing along a first direction, the traction mechanisms are configured to drag the layers of the foldable display screen to be dislocated mutually, and the first direction is a direction perpendicular to the folding shaft, wherein driving mechanisms are disposed on the first housing and the second housing, and the driving mechanisms are configured to drive the traction mechanisms to slide on the first housing and the second housing along the first direction.
An optical fiber characteristics measurement apparatus comprising: a light source configured to output continuous light (L1) of which frequency is modulated; a first optical splitter configured to split the continuous light (L1) into pump light (LP) and reference light (LR); a pulser configured to pulse the pump light (LP); a second optical splitter configured to cause the pulsed pump light (LP) to be incident from one end of an optical fiber (FUT) and output backscattered light (LS) generated due to Brillouin scattering in the optical fiber (FUT); a detector configured to detect interference light between the backscattered light (LS) and the reference light (LR); characterized by a control device with a controller , and a cutout unit , wherein the control device is adapted to calculate a return time of the backscattered light (LS) generated at each of the positions at which correlation peaks (CP1, CP2, CP3) appear, wherein the controller is configured to control the cutout unit to cut out a detection signal output from the detector at predetermined time intervals determined by the positions where the correlation peaks (CP1, CP2, CP3) appear in the optical fiber (FUT); and a measurer configured to measure characteristics of the optical fiber (FUT) individually using the detection signal for each of the predetermined time intervals cut out by the cutout unit . a light source configured to output continuous light (L1) of which frequency is modulated; a first optical splitter configured to split the continuous light (L1) into pump light (LP) and reference light (LR); a pulser configured to pulse the pump light (LP); a second optical splitter configured to cause the pulsed pump light (LP) to be incident from one end of an optical fiber (FUT) and output backscattered light (LS) generated due to Brillouin scattering in the optical fiber (FUT); a detector configured to detect interference light between the backscattered light (LS) and the reference light (LR); characterized by a control device with a controller , and a cutout unit , wherein the control device is adapted to calculate a return time of the backscattered light (LS) generated at each of the positions at which correlation peaks (CP1, CP2, CP3) appear, wherein the controller is configured to control the cutout unit to cut out a detection signal output from the detector at predetermined time intervals determined by the positions where the correlation peaks (CP1, CP2, CP3) appear in the optical fiber (FUT); and a measurer configured to measure characteristics of the optical fiber (FUT) individually using the detection signal for each of the predetermined time intervals cut out by the cutout unit .
An injection molding apparatus comprising an injection molding machine that generates an injection fluid , one or more upstream channels having a longitudinal flow axis (A2, A3) that receive the injection fluid from the injection molding machine at an upstream end and that route the injection fluid downstream toward a downstream end and one or more nozzle channels , each nozzle channel having a longitudinal flow axis (A1) formed in an associated nozzle that receives the injection fluid from the one or more upstream channels at an upstream end and that routes the injection fluid downstream toward a downstream end, wherein a spring, coil, wire, rod or cylinder configured in the form or shape of a spiral or helix is disposed within and extends axially through one or more of the upstream channels and the nozzle channel , the spring, coil, wire, rod or cylinder having an axial length (AL, DCL) and a right handed or left handed spiral or helix; characterized in that the apparatus further comprises an actuator interconnected to a valve pin comprised of a rod or shaft having a circumferential surface (1040cs, OS), the actuator being controllable to drive the valve pin upstream and downstream through the nozzle channel ; and wherein the spiral spring, coil, wire, rod or cylinder has an axial aperture (AXA) through which the valve pin is disposed, and the valve pin has a circumferential surface (1040cs, OS) that is smooth or has a discontinuity formed within the outer circumferential surface (1040cs, OS) that interacts with injection fluid flowing past or along the outer circumferential surface (1040cs, OS) to cause the flowing injection fluid to flow in a turbulent, disrupted or mixing manner. wherein a spring, coil, wire, rod or cylinder configured in the form or shape of a spiral or helix is disposed within and extends axially through one or more of the upstream channels and the nozzle channel , the spring, coil, wire, rod or cylinder having an axial length (AL, DCL) and a right handed or left handed spiral or helix; characterized in that the apparatus further comprises an actuator interconnected to a valve pin comprised of a rod or shaft having a circumferential surface (1040cs, OS), the actuator being controllable to drive the valve pin upstream and downstream through the nozzle channel ; and wherein the spiral spring, coil, wire, rod or cylinder has an axial aperture (AXA) through which the valve pin is disposed, and the valve pin has a circumferential surface (1040cs, OS) that is smooth or has a discontinuity formed within the outer circumferential surface (1040cs, OS) that interacts with injection fluid flowing past or along the outer circumferential surface (1040cs, OS) to cause the flowing injection fluid to flow in a turbulent, disrupted or mixing manner.
A flow discharge device for an electronic smoking device , the flow discharge device comprising the following: a body configured for assembly with a housing of an electronic smoking device , the body having a first surface and a second surface ; and a through-hole extending from the first surface to the second surface , the through-hole being shaped to adjust characteristics of flow between the first surface and the second surface , wherein the through-hole comprises the following: an exit located in the first surface ; an inlet located in the second surface , wherein the second surface is positioned on the body for insertion into the electronic smoking device ; and a throat positioned between the exit and inlet , wherein the through-hole (140; 240) comprises a throat region (190; 290) having a cylindrical shape, a diverging exit region (180; 280), and an inlet region , characterized in that the inlet region of the through-hole between the inlet and the throat has a curved shape over its entire length. a body configured for assembly with a housing of an electronic smoking device , the body having a first surface and a second surface ; and a through-hole extending from the first surface to the second surface , the through-hole being shaped to adjust characteristics of flow between the first surface and the second surface , wherein the through-hole comprises the following: an exit located in the first surface ; an inlet located in the second surface , wherein the second surface is positioned on the body for insertion into the electronic smoking device ; and a throat positioned between the exit and inlet , wherein the through-hole (140; 240) comprises a throat region (190; 290) having a cylindrical shape, a diverging exit region (180; 280), and an inlet region , characterized in that the inlet region of the through-hole between the inlet and the throat has a curved shape over its entire length. an exit located in the first surface ; an inlet located in the second surface , wherein the second surface is positioned on the body for insertion into the electronic smoking device ; and a throat positioned between the exit and inlet , wherein the through-hole (140; 240) comprises a throat region (190; 290) having a cylindrical shape, a diverging exit region (180; 280), and an inlet region , characterized in that the inlet region of the through-hole between the inlet and the throat has a curved shape over its entire length.
A method implemented at an electronic marketplace server for assisting a user in listing an item for sale in an electronic marketplace, the method comprising: receiving initial user input indicative of the item, the initial user input having been entered as one or more keywords by the user into a user interface of an electronic marketplace application at a user device ; determining, based on the one or more keywords, a category corresponding to the item; determining , based on the category corresponding to the item, a product identification technique for assisting the user in listing of the item for sale in the electronic marketplace, wherein the product identification technique is one or more of image recognition, barcode scanning and optical character recognition; causing a prompt to be displayed to the user in the user interface of the electronic marketplace application to prompt the user to provide additional user input corresponding to the determined product identification technique, wherein the additional user input comprises one or more of a scan of a barcode associated with the item, an image of the item, and an image of a particular portion of the item; receiving the additional user input provided by the user; and generating , based on the additional input provided by the user, a listing for sale of the item; and providing the listing for display to the user in the user interface of the electronic marketplace application . receiving initial user input indicative of the item, the initial user input having been entered as one or more keywords by the user into a user interface of an electronic marketplace application at a user device ; determining, based on the one or more keywords, a category corresponding to the item; determining , based on the category corresponding to the item, a product identification technique for assisting the user in listing of the item for sale in the electronic marketplace, wherein the product identification technique is one or more of image recognition, barcode scanning and optical character recognition; causing a prompt to be displayed to the user in the user interface of the electronic marketplace application to prompt the user to provide additional user input corresponding to the determined product identification technique, wherein the additional user input comprises one or more of a scan of a barcode associated with the item, an image of the item, and an image of a particular portion of the item; receiving the additional user input provided by the user; and generating , based on the additional input provided by the user, a listing for sale of the item; and providing the listing for display to the user in the user interface of the electronic marketplace application .
A method of forming an SiC crystal by vapor transport onto a seed crystal , the method comprising: a. providing a graphite container having a sidewall and a shelf made as integrated part of interior of the sidewall, and placing a source of silicon and carbon atoms in the graphite container , wherein the source of silicon and carbon atoms is for transport to the seed crystal to grow the SiC crystal; b. placing the seed crystal in the graphite container , and supporting the seed crystal on the shelf within the graphite container without physically attaching the seed crystal to any part of the graphite container; c. placing a lid over the container such that the lid does not contact the seed crystal, and without physically attaching the seed to the lid, so as to allow free movement of the seed in the horizontal direction such that the seed is free to expand and contract upon heating and cooling, and placing the graphite container in a vacuum furnace ; d. evacuating the furnace and establishing a flow of inert gas, and controlling the pressure at a value > 79993.4 Pascal (600 torr) e. heating the furnace to a temperature from 2,000°C to about 2,500°C; f. evacuating the furnace to a pressure from 1333.22 Pascal (10 Torr) to about 13332.2 Pascal (100 Torr); g. controlling the pressure from 13.3322 and 13332.2 Pascal (0.1 and 100 torr) h. maintaining the furnace to support crystal growth to thereby form the SiC crystal, while preventing the seed from contacting the lid throughout the crystal growth process. a. providing a graphite container having a sidewall and a shelf made as integrated part of interior of the sidewall, and placing a source of silicon and carbon atoms in the graphite container , wherein the source of silicon and carbon atoms is for transport to the seed crystal to grow the SiC crystal; b. placing the seed crystal in the graphite container , and supporting the seed crystal on the shelf within the graphite container without physically attaching the seed crystal to any part of the graphite container; c. placing a lid over the container such that the lid does not contact the seed crystal, and without physically attaching the seed to the lid, so as to allow free movement of the seed in the horizontal direction such that the seed is free to expand and contract upon heating and cooling, and placing the graphite container in a vacuum furnace ; d. evacuating the furnace and establishing a flow of inert gas, and controlling the pressure at a value > 79993.4 Pascal (600 torr) e. heating the furnace to a temperature from 2,000°C to about 2,500°C; f. evacuating the furnace to a pressure from 1333.22 Pascal (10 Torr) to about 13332.2 Pascal (100 Torr); g. controlling the pressure from 13.3322 and 13332.2 Pascal (0.1 and 100 torr) h. maintaining the furnace to support crystal growth to thereby form the SiC crystal, while preventing the seed from contacting the lid throughout the crystal growth process.
A switch levitation system, comprising: a switch levitating body having a magnet ; a magnetic levitation support mechanism for supporting the switch body in a stably levitated state relative thereto; magnetic detector means for detecting magnetic field variation of the switch body relative thereto and outputting a correspondingly varied magnetic signal; and a switch control circuit receiving the varied magnetic signal output by the magnetic detector means and generating a corresponding switch signal based on the varied magnetic signal received, characterized by the switch levitation system being adapted such that said switch signal controls an electric device (B) disposed on the switch body. a switch levitating body having a magnet ; a magnetic levitation support mechanism for supporting the switch body in a stably levitated state relative thereto; magnetic detector means for detecting magnetic field variation of the switch body relative thereto and outputting a correspondingly varied magnetic signal; and a switch control circuit receiving the varied magnetic signal output by the magnetic detector means and generating a corresponding switch signal based on the varied magnetic signal received, characterized by the switch levitation system being adapted such that said switch signal controls an electric device (B) disposed on the switch body.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: triggering (S1301), by a Packet Data Convergence Protocol, PDCP, entity, a status report for a Wireless-Local Area Network, WLAN, link; setting (S1303), by the PDCP entity, a First Missing PDCP Sequence Number, FMS, field in the status report to a PDCP Sequence Number, SN, of a first missing PDCP Service Data Unit, SDU; setting (S1305), by the PDCP entity, a Highest Received PDCP SN on WLAN, HRW, field in the status report, wherein the HRW field is set to a value of the FMS field when no PDCP SDUs have been received on the WLAN link; and generating and transmitting (S1309), by the PDCP entity, the status report including the HRW field. triggering (S1301), by a Packet Data Convergence Protocol, PDCP, entity, a status report for a Wireless-Local Area Network, WLAN, link; setting (S1303), by the PDCP entity, a First Missing PDCP Sequence Number, FMS, field in the status report to a PDCP Sequence Number, SN, of a first missing PDCP Service Data Unit, SDU; setting (S1305), by the PDCP entity, a Highest Received PDCP SN on WLAN, HRW, field in the status report, wherein the HRW field is set to a value of the FMS field when no PDCP SDUs have been received on the WLAN link; and generating and transmitting (S1309), by the PDCP entity, the status report including the HRW field.
A pharmaceutical composition comprising an inhibitor that disrupts the interaction between metadherin (MTDH) and Staphylococcal nuclease domain containing 1 (SND1) and a pharmaceutically acceptable carrier, excipient or diluent, wherein the inhibitor is a peptide or a fusion protein comprising the peptide linked to one or more polypeptides not generally recognized to be part of the sequence of MTDH, wherein the peptide comprises the amino acid sequence of DWNAPAEEWGN (SEQ ID NO: 5) or a variant thereof, wherein the variant comprises at least one mutation at any position except for the W residues, and wherein the peptide is about 11 to about 22 amino acids long.