mhurhangee/patent-ind-claim-en huggingface dataset:
A catheter assembly comprising: a catheter tube ; a balloon coupled to the catheter tube and comprising at least one pleat when in a collapsed configuration; and an outer cover coaxially surrounding the balloon and comprising at least one pleat when in the collapsed configuration, characterized in that the outer cover comprises an inner surface configured to substantially conform to an outer surface of the balloon such that both the balloon and cover comprise substantially the same shape, including when the balloon is deflated. a catheter tube ; a balloon coupled to the catheter tube and comprising at least one pleat when in a collapsed configuration; and an outer cover coaxially surrounding the balloon and comprising at least one pleat when in the collapsed configuration, characterized in that the outer cover comprises an inner surface configured to substantially conform to an outer surface of the balloon such that both the balloon and cover comprise substantially the same shape, including when the balloon is deflated.
A method of wireless communication performed by an access node, comprising: synchronizing a clock of the access node to a frame structure of a time-synchronized wireless network, wherein the clock is associated with communication on a local area network; determining configuration information relating to a quality of service profile and a first set of time intervals for the clock of the access node; mapping the first set of time intervals for the clock of the access node to a second set of time intervals defined by the frame structure of the time-synchronized wireless network based at least in part on synchronizing the clock of the access node to the frame structure of the time-synchronized wireless network; and communicating on the time-synchronized wireless network during one or more of the second set of time intervals based at least in part on the quality of service profile and based at least in part on mapping the first set of time intervals to the second set of time intervals. synchronizing a clock of the access node to a frame structure of a time-synchronized wireless network, wherein the clock is associated with communication on a local area network; determining configuration information relating to a quality of service profile and a first set of time intervals for the clock of the access node; mapping the first set of time intervals for the clock of the access node to a second set of time intervals defined by the frame structure of the time-synchronized wireless network based at least in part on synchronizing the clock of the access node to the frame structure of the time-synchronized wireless network; and communicating on the time-synchronized wireless network during one or more of the second set of time intervals based at least in part on the quality of service profile and based at least in part on mapping the first set of time intervals to the second set of time intervals.
Anti-ramming truck barrier element comprising: - an essentially horizontal arresting bar ; - an essentially vertical pivot bar comprising a front side, a rear side and two lateral sides, at least three fasteners being distributed along the length of each lateral sides, the arresting bar being rigidly connected to the pivot bar; and connecting bars pivotably connected to the side of the pivot bar , wherein said connecting bars being adapted to be cross-connected in use at different crossing angles to adjacent pivot bar by means of the at least three fasteners distributed along the length of each lateral side of said pivot bar . - an essentially horizontal arresting bar ; - an essentially vertical pivot bar comprising a front side, a rear side and two lateral sides, at least three fasteners being distributed along the length of each lateral sides, the arresting bar being rigidly connected to the pivot bar; and connecting bars pivotably connected to the side of the pivot bar , wherein said connecting bars being adapted to be cross-connected in use at different crossing angles to adjacent pivot bar by means of the at least three fasteners distributed along the length of each lateral side of said pivot bar .
A vehicle impact barrier system comprising a series of impact barrier units (310; 410) and at least one linkage means , wherein a first impact barrier unit is linked to at least one other impact barrier unit by said at least one linkage means, wherein the at least one linkage means comprises a first linkage means coupled to a lower portion of a first impact barrier unit and coupled to a lower portion of a second impact barrier, wherein each impact barrier unit comprises an outer shell (312; 412) and an internal structure (326: 426), wherein the internal structure comprises a plurality of fins (322a, 322b, 322c, 322d, 322e, 322f; 422a, 422b, 422c, 422e, 422f), characterized in that the internal structure comprises a series of rows of anchoring members , wherein the anchoring members of a first row are disposed at a different height above ground level compared to the anchoring members of a second row, wherein anchoring members project from each fin, wherein each fin has an upper edge that follows a generally diagonal path extending between a front edge and rear edge , said upper edge being interrupted by a series of said anchor members such that the upper edge comprises a series of plateaus and peaks, wherein a leading or front most anchor member of each fin is disposed lower most and front most, and projects from an angled section of the upper edge.
Vending machine having a plurality of individual spindle rods , on which in each case a plurality of individual articles are mounted, wherein the vending machine has a fixed-location article-delivery region , wherein the individual spindle rods can be displaced to the fixed-location article-delivery region via a dedicated drive, wherein, in the vicinity of the article-delivery region , the vending machine has a fixed-location spindle drive with at least one metallic drive roller , by way of which a spindle rod located at the article-delivery.region can be made to rotate for the purpose of delivering the individual articles , wherein the individual spindle rods each have a drive pulley , wherein a magnet , which is arranged in the vicinity of the article-delivery region , can bring the at least one drive roller of the fixed-location spindle drive into operative contact with the drive pulley of the spindle rod located at the article-delivery region , it being possible for said magnet to be moved in the direction of the at least one drive roller and away from the to the at least one drive roller .
A modular shoulder prosthesis system comprising: a distal stem including fiducial marks along at least a portion of a longitudinal length; a proximal stem detachably couplable with the distal stem , the proximal stem including height indicating fiducial marks along at least a portion of a longitudinal length and rotation indicating fiducial marks around a circumference of a portion of the proximal stem ; and a head , or reverse tray, or other modular components, detachably couplable with the proximal stem ; and characterized in that the modular shoulder prosthesis system comprises: a computer system including memory , a processor , and a display , the memory containing instructions that, when executed by the processor , cause the computer system to: display a virtual graphical representation of at least one of the distal stem and the proximal stem overlaid on a medical image of a joint, the virtual graphical representation including virtual fiducial marks corresponding to fiducial marks on the distal stem or the proximal stem . a distal stem including fiducial marks along at least a portion of a longitudinal length; a proximal stem detachably couplable with the distal stem , the proximal stem including height indicating fiducial marks along at least a portion of a longitudinal length and rotation indicating fiducial marks around a circumference of a portion of the proximal stem ; and a head , or reverse tray, or other modular components, detachably couplable with the proximal stem ; and characterized in that the modular shoulder prosthesis system comprises: a computer system including memory , a processor , and a display , the memory containing instructions that, when executed by the processor , cause the computer system to: display a virtual graphical representation of at least one of the distal stem and the proximal stem overlaid on a medical image of a joint, the virtual graphical representation including virtual fiducial marks corresponding to fiducial marks on the distal stem or the proximal stem .
A method , performed by a base station , for wideband coverage enhancement, WCE, in a wireless network , in which legacy system information block, SIB, message payloads comprise system information to aid one or more user equipment, UE, operable in the wireless network implementing a non-wideband coverage enhancement communication mode and WCE SIB message payloads comprise system information to aid one or more UE operable in the wireless network implementing a wideband coverage enhancement communication mode, the method characterized by : determining , by controller logic of the base station operable in the wireless network , if a legacy system information block, SIB, message payload size is larger than a WCE SIB message payload size by a threshold amount, and if the legacy SIB message payload size is larger than the WCE SIB message payload by the threshold amount, transmitting , using a transmit processor of the base station , a multiple subframe coverage enhancement, CE, discovery reference signal, DRS, having the legacy SIB message payload and the WCE SIB message payload independently encoded therein; and if the legacy SIB message payload size is not larger than the WCE SIB message payload by the threshold amount, transmitting , using a transmit processor of the base station , the multiple subframe CE DRS having the legacy SIB message payload and the WCE SIB message payload jointly encoded therein. determining , by controller logic of the base station operable in the wireless network , if a legacy system information block, SIB, message payload size is larger than a WCE SIB message payload size by a threshold amount, and if the legacy SIB message payload size is larger than the WCE SIB message payload by the threshold amount, transmitting , using a transmit processor of the base station , a multiple subframe coverage enhancement, CE, discovery reference signal, DRS, having the legacy SIB message payload and the WCE SIB message payload independently encoded therein; and if the legacy SIB message payload size is not larger than the WCE SIB message payload by the threshold amount, transmitting , using a transmit processor of the base station , the multiple subframe CE DRS having the legacy SIB message payload and the WCE SIB message payload jointly encoded therein.
A machine tool capable of machining a workpiece, the machine tool comprising: a first discharge unit that discharges a coolant removing a chip of the workpiece; a portion inside the machine tool and to which the coolant should not be discharged; a first drive unit that changes a relative position between the first discharge unit and the portion by moving at least one of the first discharge unit and the portion; and a control unit that controls the machine tool, wherein the control unit performs processing for recognizing a position in the machine tool of a moving object by the first drive unit between the first discharge unit and the portion, and processing for controlling the discharge of the coolant by the first discharge unit such that the coolant is not discharged to the portion based on the position recognized in the recognition processing. a first discharge unit that discharges a coolant removing a chip of the workpiece; a portion inside the machine tool and to which the coolant should not be discharged; a first drive unit that changes a relative position between the first discharge unit and the portion by moving at least one of the first discharge unit and the portion; and a control unit that controls the machine tool, wherein the control unit performs processing for recognizing a position in the machine tool of a moving object by the first drive unit between the first discharge unit and the portion, and processing for controlling the discharge of the coolant by the first discharge unit such that the coolant is not discharged to the portion based on the position recognized in the recognition processing.
Device for generating, storing and releasing ions from a residual gas atmosphere, comprising an electron source for releasing electrons, an anode permeable to the electrons released by the electron source with a negative space charge distribution formed by the electrons within an ion storage space at least partially surrounded by the anode and a pulse electrode electrically insulated from the anode for extracting the ions from the storage space, wherein no further electrodes are located within the ion storage space and the ion storage space has a spatial potential distribution which is attractive for the ions generated by ionization of the residual gas atmosphere solely as a result of the negative space charge distribution generated by the electrons and stores ions and the anode and the pulse electrode are at the same potential during the storage process, wherein the particles of the residual gas can be ionized by the negative space charge and an attractive potential can be formed for the positive ions formed, wherein the negative space charge forms a storage area for the ions generated, with a means for regulating the time interval between successive switching operations of the pulse electrode to a fixed predetermined strength of the measured released ion packet. comprising an electron source for releasing electrons, an anode permeable to the electrons released by the electron source with a negative space charge distribution formed by the electrons within an ion storage space at least partially surrounded by the anode and a pulse electrode electrically insulated from the anode for extracting the ions from the storage space, wherein no further electrodes are located within the ion storage space and the ion storage space has a spatial potential distribution which is attractive for the ions generated by ionization of the residual gas atmosphere solely as a result of the negative space charge distribution generated by the electrons and stores ions and the anode and the pulse electrode are at the same potential during the storage process, wherein the particles of the residual gas can be ionized by the negative space charge and an attractive potential can be formed for the positive ions formed, wherein the negative space charge forms a storage area for the ions generated, with a means for regulating the time interval between successive switching operations of the pulse electrode to a fixed predetermined strength of the measured released ion packet.
A breakable capsule for use in a smoking article comprising a shell defining a cavity arranged to retain a liquid in use, wherein the shell further comprises one recess formed on the inner surface of the shell , the recess shaped to define a rupture point in the shell when the shell is subjected to an external force, wherein the shell further comprises a protrusion formed on an outer surface of the shell to aid rupture of the shell , wherein the recess and the protrusion are located adjacent to each other, wherein the recess has a circular cross section in a plane perpendicular to the longitudinal axis of the capsule and the cross section of the recess is of a smaller surface area than the cross section of the protrusion in a plane perpendicular to the longitudinal axis of the capsule , wherein the combination of the recess and the protrusion allows a better control of the breaking location of the capsule near the root of the protrusion . wherein the shell further comprises a protrusion formed on an outer surface of the shell to aid rupture of the shell , wherein the recess and the protrusion are located adjacent to each other, wherein the recess has a circular cross section in a plane perpendicular to the longitudinal axis of the capsule and the cross section of the recess is of a smaller surface area than the cross section of the protrusion in a plane perpendicular to the longitudinal axis of the capsule , wherein the combination of the recess and the protrusion allows a better control of the breaking location of the capsule near the root of the protrusion .
Method for determining a gas condition in a gas network section (Gz) for controlling consumers (V, 103, 203, 204, 206, 400) and/or generators (E, 205) in the gas network section, characterized in that the method comprises: a) determining (S101) a gas condition (G V/E ) by at least one consumer (V, 102, 202b, 300) or at least one generator (E, 202a) in the gas network section; b) transmitting (S102) the gas condition (G V/E ) determined in step a) and position data (P) of the at least one consumer (V, 102, 202b, 300) or of the at least one generator (E, 202a) in real time to a central unit (Z, 101, 201); c) determining (S103) the gas condition in the gas network section (Gz) by the central unit (Z, 101, 201) on the basis of the transmitted gas condition (G V/E ) and the position data (P); d) outputting (S104) the gas condition in the gas network section (Gz) by the central unit (Z, 101, 201) to at least one further consumer (V, 103, 203, 204, 206, 400) or at least one further generator (E, 205) in the gas network section; and e) adapting (S105) a control of the at least one further consumer (V, 103, 203, 204, 206, 400) or of the at least one further generator (E, 205) in the gas network section on the basis of the output gas condition (Gz). a) determining (S101) a gas condition (G V/E ) by at least one consumer (V, 102, 202b, 300) or at least one generator (E, 202a) in the gas network section; b) transmitting (S102) the gas condition (G V/E ) determined in step a) and position data (P) of the at least one consumer (V, 102, 202b, 300) or of the at least one generator (E, 202a) in real time to a central unit (Z, 101, 201); c) determining (S103) the gas condition in the gas network section (Gz) by the central unit (Z, 101, 201) on the basis of the transmitted gas condition (G V/E ) and the position data (P); d) outputting (S104) the gas condition in the gas network section (Gz) by the central unit (Z, 101, 201) to at least one further consumer (V, 103, 203, 204, 206, 400) or at least one further generator (E, 205) in the gas network section; and e) adapting (S105) a control of the at least one further consumer (V, 103, 203, 204, 206, 400) or of the at least one further generator (E, 205) in the gas network section on the basis of the output gas condition (Gz).
Locking device for a transport trolley , in particular a shopping cart, for releasable connection to a pin of a further transport trolley , wherein the locking device is suitable for at least partly receiving the pin , characterized in that the locking device comprises: two gripper arms for engaging in a respective constriction of the pin , a motor for moving the gripper arms , a receiving unit for communicating with a Smartphone via Bluetooth, Near Field Communication or WLAN for example, wherein the receiving unit actuates the motor , wherein the motor drives an eccentric disc which moves two levers arranged on the gripper arms, whereby the two gripper arms are movable out of the constriction, wherein the eccentric disc lies in a first plane and the two gripper arms lie in a second plane, wherein the first plane forms an angle of 90° to the second plane. two gripper arms for engaging in a respective constriction of the pin , a motor for moving the gripper arms , a receiving unit for communicating with a Smartphone via Bluetooth, Near Field Communication or WLAN for example, wherein the receiving unit actuates the motor , wherein the motor drives an eccentric disc which moves two levers arranged on the gripper arms, whereby the two gripper arms are movable out of the constriction, wherein the eccentric disc lies in a first plane and the two gripper arms lie in a second plane, wherein the first plane forms an angle of 90° to the second plane.
An electrode, comprising: coalesced elastomer particles and carbon nano tubes (CNTs); characterised in that said electrode further comprises a glycosaminoglycan, wherein the CNTs and glycosaminoglycan are disposed on the exterior of the coalesced elastomer particles. coalesced elastomer particles and carbon nano tubes (CNTs); characterised in that said electrode further comprises a glycosaminoglycan, wherein the CNTs and glycosaminoglycan are disposed on the exterior of the coalesced elastomer particles.
Vacuum cleaner with a housing which has a dirt container , wherein in the housing is arranged at least one filter through which a vacuum air stream can flow, wherein the housing has at least one pivot housing , characterised in that the housing consists of a lower part and an upper part , and the pivot housing is arranged to be pivotable on the upper part of the housing in at least one pivot axis , wherein the at least one filter is arranged in the pivot housing .
Method for adjusting the properties of a photonic circuit such that they fit with expected properties, the photonic circuit including a waveguide which comprises a light propagation region , the method including a step of modifying the refractive index of at least one zone of said region , said step being implemented by mean of an ion implantation in the at least one zone , the method being characterized in that it comprises, before the step of modifying the refractive index of the at least one zone, a step of removing an encapsulation of the at least one zone, said encapsulation being made in a second encapsulating material different from a first encapsulating material that covers the remainder of said region, and, after the step of modifying the refractive index of the at least one zone, a step of encapsulating the at least one zone with said second encapsulating material.
An apparatus comprising: an amplifier configured to receive an envelope signal and a variable boosted supply voltage and to provide an output voltage and an output current; and a boost converter configured to receive a power supply voltage and at least one signal determined based on the envelope signal and to generate the variable boosted supply voltage based on the power supply voltage and a threshold voltage (Vth) comprised in the at least one signal; and a boost controller configured to generate the threshold voltage for the boost converter based on the envelope signal and the output current of the amplifier , the boost controller comprising: a converter configured to determine a headroom based on the output current; a summer configured to sum the headroom and the envelope signal and provide a summed voltage; and a peak detector configured to detect a peak of the summed voltage and provide a detected peak voltage. an amplifier configured to receive an envelope signal and a variable boosted supply voltage and to provide an output voltage and an output current; and a boost converter configured to receive a power supply voltage and at least one signal determined based on the envelope signal and to generate the variable boosted supply voltage based on the power supply voltage and a threshold voltage (Vth) comprised in the at least one signal; and a boost controller configured to generate the threshold voltage for the boost converter based on the envelope signal and the output current of the amplifier , the boost controller comprising: a converter configured to determine a headroom based on the output current; a summer configured to sum the headroom and the envelope signal and provide a summed voltage; and a peak detector configured to detect a peak of the summed voltage and provide a detected peak voltage. a converter configured to determine a headroom based on the output current; a summer configured to sum the headroom and the envelope signal and provide a summed voltage; and a peak detector configured to detect a peak of the summed voltage and provide a detected peak voltage.