mhurhangee/patent-ind-claim-en huggingface dataset:
A sealing apparatus comprising a sealing machine , in turn including an application head adapted to apply a seal around a wrapper of a product, and a conveyor belt adapted to move said wrapper towards said sealing machine , said apparatus further comprises positioning means including at least one actuator adapted to position a sealing portion of said wrapper at a pick-up region (P) of said apparatus , as well as movement means adapted to transport said wrapper from said pick-up region (P) towards said application head of said sealing machine for applying said seal around said sealing portion of said wrapper , the apparatus being characterized in that said at least one actuator is in the form of rotating suction means comprising a body and at least one rotating end portion at an end of the body , said rotating end portion being adapted to be inserted inside said wrapper and to suction air therein, said rotating suction means defining said sealing portion of said wrapper by means of a rotation of said rotating end portion , said rotating suction means holding said sealing portion of said wrapper at said pick-up region (P), and wherein said rotating end portion comprises suction holes that are arranged radially with respect to the longitudinal axis of the body of said rotating suction means .
A method comprising: creating an account with an elevator system ; assigning a primary user to the account; assigning a secondary user to the account; associating elevator access privileges to the secondary user , the elevator access privileges including floors of a building that the secondary user can access via the elevator system ; receiving a request for elevator service from the secondary user; providing the floors of the building that the secondary user can access via the elevator system to a mobile device associated with the secondary user; receiving a selection of a destination floor from the mobile device associated with the secondary user; and initiating elevator service to the destination floor for the secondary user, or receiving a selection of a starting floor and a destination floor from the mobile device associated with the secondary user; and initiating elevator service from the starting floor to the destination floor for the secondary user. creating an account with an elevator system ; assigning a primary user to the account; assigning a secondary user to the account; associating elevator access privileges to the secondary user , the elevator access privileges including floors of a building that the secondary user can access via the elevator system ; receiving a request for elevator service from the secondary user; providing the floors of the building that the secondary user can access via the elevator system to a mobile device associated with the secondary user; receiving a selection of a destination floor from the mobile device associated with the secondary user; and initiating elevator service to the destination floor for the secondary user, or receiving a selection of a starting floor and a destination floor from the mobile device associated with the secondary user; and initiating elevator service from the starting floor to the destination floor for the secondary user.
Apparatus for positioning within the small bowel of a patient, the apparatus comprising: - a visualization apparatus; - a flexible tube sized to receive the visualization apparatus disposed within the lumen of the tube ; and - a helical thread disposed on the exterior surface of the tube, the helical thread having a sufficient structural integrity, and a sufficient surface profile, such that when the tube is disposed in the small bowel of the patient so that the helical thread engages the interior side wall of the small bowel of the patient, rotation of the tube will (i) induce a relative movement between the tube and the side wall of the small bowel of the patient, and (ii) will draw the small bowel of the patient onto the tube in a pleating fashion in order to bring the site of the small bowel which is to be visualized toward the visualization apparatus, - wherein the visualization apparatus is adapted to be advanced further into the small bowel relative to the tube , after a portion of the small bowel has been drawn onto the tube . - a visualization apparatus; - a flexible tube sized to receive the visualization apparatus disposed within the lumen of the tube ; and - a helical thread disposed on the exterior surface of the tube, the helical thread having a sufficient structural integrity, and a sufficient surface profile, such that when the tube is disposed in the small bowel of the patient so that the helical thread engages the interior side wall of the small bowel of the patient, rotation of the tube will (i) induce a relative movement between the tube and the side wall of the small bowel of the patient, and (ii) will draw the small bowel of the patient onto the tube in a pleating fashion in order to bring the site of the small bowel which is to be visualized toward the visualization apparatus, - wherein the visualization apparatus is adapted to be advanced further into the small bowel relative to the tube , after a portion of the small bowel has been drawn onto the tube .
A compressive sampling method for acquiring marine seismic data, comprising: towing in straight lines at least one seismic energy source (SA1, SA2, SC1, SC2) in a body of water; actuating the at least one seismic energy source (SA1, SA2, SC1, SC2) at a plurality of spatial positions, a distance between each of the plurality of actuations being randomly different than any other such distance, the difference between successive distances being sufficiently large to enable detection of corresponding differences between a position of the at least one seismic energy source corresponding to each actuation; recording seismic energy detected by at least one seismic sensor substantially continuously through a plurality of actuations of the at least one seismic energy source (SA1, SA2, SC1, SC2), the recording comprising recording a geodetic position of the at least one seismic energy source (SA1, SA2, SC1, SC2) and the at least one seismic sensor at each actuation; and processing the recorded seismic energy into extracted discrete shot records each corresponding to a recorded signal at an actual position of the at least one seismic energy source (SA1, SA2, SC1, SC2) and the at least one seismic sensor at each actuation. towing in straight lines at least one seismic energy source (SA1, SA2, SC1, SC2) in a body of water; actuating the at least one seismic energy source (SA1, SA2, SC1, SC2) at a plurality of spatial positions, a distance between each of the plurality of actuations being randomly different than any other such distance, the difference between successive distances being sufficiently large to enable detection of corresponding differences between a position of the at least one seismic energy source corresponding to each actuation; recording seismic energy detected by at least one seismic sensor substantially continuously through a plurality of actuations of the at least one seismic energy source (SA1, SA2, SC1, SC2), the recording comprising recording a geodetic position of the at least one seismic energy source (SA1, SA2, SC1, SC2) and the at least one seismic sensor at each actuation; and processing the recorded seismic energy into extracted discrete shot records each corresponding to a recorded signal at an actual position of the at least one seismic energy source (SA1, SA2, SC1, SC2) and the at least one seismic sensor at each actuation.
Device for evaporating volatile substances, comprising only one wick impregnated with volatile substances and only one heating element that heats the wick for evaporating said volatile substances, the device also comprising only one reflective element for reflecting the heat from the heating element to said wick , said heating element being placed between the wick and the reflective element , wherein the heating element and the reflective element have a cylindrical shape, and they are placed one inside the other, being the reflective element external to the heating element , and wherein the device also comprises a cover for covering the wick , the heating element and the reflective element . wherein the heating element and the reflective element have a cylindrical shape, and they are placed one inside the other, being the reflective element external to the heating element , and wherein the device also comprises a cover for covering the wick , the heating element and the reflective element .
A local network connection method, applied to a control plane node of a mobile communications network, wherein the method comprises: receiving a location area identity from an access node of the mobile communications network, wherein the location area identity is sent by the access node when receiving an access request from an user equipment , and serves to indicate a location area in which ; the user equipment is currently located; determining at least one local network identity based on the location area identity, and sending the at least one local network identity to the user equipment for selection by the user equipment; receiving a connection establishment request from the user equipment, wherein the connection establishment request carries a first local network identity selected by the user equipment based on the at least one local network identity; and establishing a connection between the user equipment and a first local network based on the first local network identity. receiving a location area identity from an access node of the mobile communications network, wherein the location area identity is sent by the access node when receiving an access request from an user equipment , and serves to indicate a location area in which ; the user equipment is currently located; determining at least one local network identity based on the location area identity, and sending the at least one local network identity to the user equipment for selection by the user equipment; receiving a connection establishment request from the user equipment, wherein the connection establishment request carries a first local network identity selected by the user equipment based on the at least one local network identity; and establishing a connection between the user equipment and a first local network based on the first local network identity.
A chair or stool to facilitate saxophone playing, comprising: a central column , a rotatable and height adjustable seat for supporting a person attached at the top of the central column, at least 3 foldable legs arranged to support the central column, an adjustable support arm attached to the central column, an adjustable mounting cup configured to hold a saxophone, a backrest shaft protruding from the underside of the seat, and a backrest attached to the backrest shaft. a central column , a rotatable and height adjustable seat for supporting a person attached at the top of the central column, at least 3 foldable legs arranged to support the central column, an adjustable support arm attached to the central column, an adjustable mounting cup configured to hold a saxophone, a backrest shaft protruding from the underside of the seat, and a backrest attached to the backrest shaft.
A glazing unit comprising two glass or polycarbonate panes and at least one polymer film or film laminate bonded between them and an electronic functional unit (4, C) arranged between the panes , wherein a battery is inserted between the panes and with electrical connection to the electronic functional unit (4, C) for at least partial and at least temporary power supply thereto, the thickness of which is at most equal to the thickness of the polymer film or the film laminate , wherein the electronic functional unit (4, C) is one which switches at least one region (S) of the glazing unit from a transparent to an opaque state and vice versa, and wherein the battery is configured and connected to the electronic functional unit (4, C) via a switch responding to an interruption of the connection between the electronic functional unit (4, C) and a control unit thereof in such a way that, in the on-state of the switch , it makes the region of the glazing unit influenced by the electronic functional unit (4, C) transparent.
A compound for use in treating proliferative diabetic retinopathy in a patient in need thereof wherein the compound has the structure of Formula (A): wherein, X is -C(R 9 ) 2 -O-*, wherein the bond indicated with the asterisk is attached to the phenyl ring; Y is selected from: a) substituted or unsubstituted carbocyclyl, optionally substituted with C 1 -C 4 alkyl, halogen, -OH, or C 1 -C 4 alkoxy; and b) substituted or unsubstituted C 3 -C 10 alkyl, optionally substituted with halogen, -OH, or C 1 -C 4 alkoxy; R 1 is hydrogen and R 2 is hydroxyl; R 7 is hydrogen; R 8 is hydrogen or CH 3 ; each R 9 is independently hydrogen or substituted or unsubstituted C 1 -C 4 alkyl; each R 33 is independently selected from halogen or substituted or unsubstituted C 1 -C 4 alkyl; and n is 0, 1, or 2; or tautomer, stereoisomer, geometric isomer, N-oxide or a pharmaceutically acceptable salt thereof. X is -C(R 9 ) 2 -O-*, wherein the bond indicated with the asterisk is attached to the phenyl ring; Y is selected from: a) substituted or unsubstituted carbocyclyl, optionally substituted with C 1 -C 4 alkyl, halogen, -OH, or C 1 -C 4 alkoxy; and b) substituted or unsubstituted C 3 -C 10 alkyl, optionally substituted with halogen, -OH, or C 1 -C 4 alkoxy; a) substituted or unsubstituted carbocyclyl, optionally substituted with C 1 -C 4 alkyl, halogen, -OH, or C 1 -C 4 alkoxy; and b) substituted or unsubstituted C 3 -C 10 alkyl, optionally substituted with halogen, -OH, or C 1 -C 4 alkoxy; R 1 is hydrogen and R 2 is hydroxyl; R 7 is hydrogen; R 8 is hydrogen or CH 3 ; each R 9 is independently hydrogen or substituted or unsubstituted C 1 -C 4 alkyl; each R 33 is independently selected from halogen or substituted or unsubstituted C 1 -C 4 alkyl;
A method for operating a terminal supporting multi-radio access technologies, multi-RAT, in a wireless communication system, the method comprising: receiving, from a base station through a first RAT, a signal indicating a first sequence number of packet data convergence protocol, PDCP, data to be last received from an access node through a second RAT, wherein the first RAT is a radio access technology different from the second RAT; transmitting, to the base station through the first RAT, a signal indicating a second sequence number of the PDCP data last received from the access node through the second RAT, wherein a successful transmission of the PDCP data from the access node through the second RAT is ensured when the second sequence number of the PDCP data last received through the second RAT is equal to the first sequence number of the PDCP data to be last received through the second RAT; and receiving, from the base station through the first RAT, the PDCP data to be received with a sequence number higher than the second sequence number in response to transmitting the signal indicating the second sequence number which is less than the first sequence number. receiving, from a base station through a first RAT, a signal indicating a first sequence number of packet data convergence protocol, PDCP, data to be last received from an access node through a second RAT, wherein the first RAT is a radio access technology different from the second RAT; transmitting, to the base station through the first RAT, a signal indicating a second sequence number of the PDCP data last received from the access node through the second RAT, wherein a successful transmission of the PDCP data from the access node through the second RAT is ensured when the second sequence number of the PDCP data last received through the second RAT is equal to the first sequence number of the PDCP data to be last received through the second RAT; and receiving, from the base station through the first RAT, the PDCP data to be received with a sequence number higher than the second sequence number in response to transmitting the signal indicating the second sequence number which is less than the first sequence number.
A tooth for attachment to the arm of a cutter head in a dredging machine, via an adaptor , comprising a front wear part and a rear coupling part , said rear coupling part further comprising a main body with: - a rear free end and a forward end , said main body comprising a first upper surface , a first lower surface and two side surfaces joining both upper and lower surfaces, with the distance between the first upper surface and first lower surface decreasing towards the rear free end , characterized in that - each side surface of the main body comprises a side projection with a second upper surface parallel to a second lower surface , - the second upper surface of each side projections being substantially parallel to a lower segment , adjacent to the rear free end on the first lower surface , and the second lower surface of the side projections being substantially parallel to an upper segment , adjacent to the rear free end on the first upper surface , and - wherein the distance between the second upper surface and the second lower surface of each side projection is smaller than the distance between the upper segment and the lower segment of the main body. - a rear free end and a forward end , said main body comprising a first upper surface , a first lower surface and two side surfaces joining both upper and lower surfaces, with the distance between the first upper surface and first lower surface decreasing towards the rear free end , - each side surface of the main body comprises a side projection with a second upper surface parallel to a second lower surface , - the second upper surface of each side projections being substantially parallel to a lower segment , adjacent to the rear free end on the first lower surface , and the second lower surface of the side projections being substantially parallel to an upper segment , adjacent to the rear free end on the first upper surface , and - wherein the distance between the second upper surface and the second lower surface of each side projection is smaller than the distance between the upper segment and the lower segment of the main body.
An integrated circuit, IC, package comprising: a substrate ; an IC die mounted to a first surface of the substrate , wherein the IC die comprises an application specific integrated circuit, ASIC, die ; one or more photonic modules attached to the first surface of the substrate ; one or more serializer/deserializer, SerDes, interfaces connecting the IC die to the one or more photonic modules; and characterized by : a voltage regulator mounted on a second surface of the substrate directly under the IC die, wherein the second surface of the substrate is opposite the first surface of the substrate . a substrate ; an IC die mounted to a first surface of the substrate , wherein the IC die comprises an application specific integrated circuit, ASIC, die ; one or more photonic modules attached to the first surface of the substrate ; one or more serializer/deserializer, SerDes, interfaces connecting the IC die to the one or more photonic modules; and characterized by : a voltage regulator mounted on a second surface of the substrate directly under the IC die, wherein the second surface of the substrate is opposite the first surface of the substrate .
A system comprising: a plurality of non-volatile memory devices ; and a selection device , operatively coupled with the plurality of non-volatile memory devices, the selection device comprising a multiplexer and a decoder , the selection device to: receive a plurality of enable signals that are based on an architecture of the plurality of non-volatile memory devices, the architecture being indicative of a number of the plurality of non-volatile memory devices that are coupled with the selection device, wherein each of the plurality of enable signals comprises a first signal portion configured to enable at least one of the multiplexer or the decoder, and a second signal portion configured to identify one or more particular non-volatile memory devices that are to receive data from the selection device; and transmit data to the plurality of non-volatile memory devices based on the plurality of enable signals. a plurality of non-volatile memory devices ; and a selection device , operatively coupled with the plurality of non-volatile memory devices, the selection device comprising a multiplexer and a decoder , the selection device to: receive a plurality of enable signals that are based on an architecture of the plurality of non-volatile memory devices, the architecture being indicative of a number of the plurality of non-volatile memory devices that are coupled with the selection device, wherein each of the plurality of enable signals comprises a first signal portion configured to enable at least one of the multiplexer or the decoder, and a second signal portion configured to identify one or more particular non-volatile memory devices that are to receive data from the selection device; and transmit data to the plurality of non-volatile memory devices based on the plurality of enable signals. receive a plurality of enable signals that are based on an architecture of the plurality of non-volatile memory devices, the architecture being indicative of a number of the plurality of non-volatile memory devices that are coupled with the selection device, wherein each of the plurality of enable signals comprises a first signal portion configured to enable at least one of the multiplexer or the decoder, and a second signal portion configured to identify one or more particular non-volatile memory devices that are to receive data from the selection device; and transmit data to the plurality of non-volatile memory devices based on the plurality of enable signals.
Tracer gas leak detection system comprising at least one sensor delivering a signal, referred to as sensor signal, which is representative of a concentration of said tracer gas at said sensor, characterised in that, for at least one given sensor, said system further comprises a corresponding phase advance correction device configured to deliver a corrected signal (Vs) from the sensor signal (Ve) delivered by said given sensor, said correction device comprising, on the one hand, at least one overdamped correction cell configured to approximate a correction of the proportional-derivative type, and, on the other hand, at least one underdamped correction cell configured to approximate a correction of the proportional-derivative type, said overdamped correction cell and underdamped correction cell being connected in series.