mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device comprising: a catheter having a wall with an inner surface defining a central longitudinal lumen and an outer surface ; and a plurality of separate lumens positioned within the wall between the inner surface and the outer surface , the plurality of separate lumens oriented radially with respect to each other and extending parallel to and offset from the central longitudinal lumen; wherein the plurality of separate lumens have in use a first configuration in which the lumens are substantially filled with liquid such that the catheter has reduced echogenicity when positioned in a body conduit and a second configuration in which the lumens are substantially filled with gas such that the catheter has enhanced echogenicity when positioned in a body conduit. a catheter having a wall with an inner surface defining a central longitudinal lumen and an outer surface ; and a plurality of separate lumens positioned within the wall between the inner surface and the outer surface , the plurality of separate lumens oriented radially with respect to each other and extending parallel to and offset from the central longitudinal lumen; wherein the plurality of separate lumens have in use a first configuration in which the lumens are substantially filled with liquid such that the catheter has reduced echogenicity when positioned in a body conduit and a second configuration in which the lumens are substantially filled with gas such that the catheter has enhanced echogenicity when positioned in a body conduit.
A bone trabecular structure , comprising a body configured to be a three-dimensional porous structure comprising a plurality of struts and a plurality of pores formed by staggered connection of the plurality of struts , wherein the pores are communicated with each other, wherein average diameters of the pores range from 100 μm to 400 μm, and the porosity of the three-dimensional porous structure ranges from 50% to 80%, characterized in that the three-dimensional structure comprises a plurality of regions adapted to different growth requirements of the same tissue, and the porosities of the regions are different from each other, and the pores have different average diameters, wherein the three-dimensional structure comprises at least one region in which the density of pores in the direction from the outside to the inside of the three-dimensional porous structure increases gradually.
A contact-less check-in system comprising: a kiosk comprising: a housing ; a display configured to display check-in screen images; a communication module ; and a controller communicatively coupled to the communication module and the display comprising: one or more processors ; and characterized by : a memory with instructions stored therein that when executed by the one or more processors, cause the controller to: screen mirror the check-in screen images to a user device receive input signals from the user device; transmit one or more display signals to the display based on the input signals; and execute a check-in application in the kiosk to perform a check-in operation for a flight passenger based on the input signals; the kiosk further comprising: a printer configured to print at least one boarding pass or baggage tag based upon the one or more input signals. a housing ; a display configured to display check-in screen images; a communication module ; and a controller communicatively coupled to the communication module and the display comprising: one or more processors ; and characterized by : a memory with instructions stored therein that when executed by the one or more processors, cause the controller to: screen mirror the check-in screen images to a user device receive input signals from the user device; transmit one or more display signals to the display based on the input signals; and execute a check-in application in the kiosk to perform a check-in operation for a flight passenger based on the input signals; the kiosk further comprising: a printer configured to print at least one boarding pass or baggage tag based upon the one or more input signals. a memory with instructions stored therein that when executed by the one or more processors, cause the controller to: screen mirror the check-in screen images to a user device receive input signals from the user device; transmit one or more display signals to the display based on the input signals; and execute a check-in application in the kiosk to perform a check-in operation for a flight passenger based on the input signals; the kiosk further comprising: screen mirror the check-in screen images to a user device receive input signals from the user device; transmit one or more display signals to the display based on the input signals; and execute a check-in application in the kiosk to perform a check-in operation for a flight passenger based on the input signals; the kiosk further comprising: a printer configured to print at least one boarding pass or baggage tag based upon the one or more input signals.
A dynamic person support system , comprising: a person support surface comprising a pair of laterally spaced support segments , at least one of the support segments comprising a lateral rotation apparatus , the lateral rotation apparatus comprising a plurality of independently rotatable longitudinally arranged support planes and a lateral rotation actuator operably coupled to one or more of the support planes ; a first occupant sensor coupled to the support segment comprising the lateral rotation apparatus ; a second occupant sensor coupled to the other support segment ; and a control unit comprising a processor and a non-transitory machine readable storage medium comprising a dynamic therapy routine, the dynamic therapy routine comprising instructions executable by the processor to cause the control unit to control the operation of the lateral rotation apparatus by: with the first occupant sensor , detecting a state of a first human subject on the support segment comprising the lateral rotation apparatus ; with the second occupant sensor , detecting a state of a second human subject on the other support segment ; and in response to the detected state of the first human subject and the detected state of the second human subject , controlling the lateral rotation actuator of the lateral rotation apparatus . a person support surface comprising a pair of laterally spaced support segments , at least one of the support segments comprising a lateral rotation apparatus , the lateral rotation apparatus comprising a plurality of independently rotatable longitudinally arranged support planes and a lateral rotation actuator operably coupled to one or more of the support planes ; a first occupant sensor coupled to the support segment comprising the lateral rotation apparatus ; a second occupant sensor coupled to the other support segment ; and a control unit comprising a processor and a non-transitory machine readable storage medium comprising a dynamic therapy routine, the dynamic therapy routine comprising instructions executable by the processor to cause the control unit to control the operation of the lateral rotation apparatus by: with the first occupant sensor , detecting a state of a first human subject on the support segment comprising the lateral rotation apparatus ; with the second occupant sensor , detecting a state of a second human subject on the other support segment ; and in response to the detected state of the first human subject and the detected state of the second human subject , controlling the lateral rotation actuator of the lateral rotation apparatus . with the first occupant sensor , detecting a state of a first human subject on the support segment comprising the lateral rotation apparatus ; with the second occupant sensor , detecting a state of a second human subject on the other support segment ; and in response to the detected state of the first human subject and the detected state of the second human subject , controlling the lateral rotation actuator of the lateral rotation apparatus .
Tipifarnib for use in a method of treating a CXCL12-expressing cancer in a subject, wherein the cancer is peripheral T-cell lymphoma (PTCL) or acute myeloid leukemia (AML).
An additive manufacturing device configured to manufacture an additively manufactured article by melting or sintering layered powder by partially applying an energy beam to the powder , the additive manufacturing device comprising: a powder holding unit configured to hold the layered powder ; a heating unit configured to preheat the powder held by the powder holding unit , wherein a beam irradiation unit configured to emit the energy beam is provided as the heating unit; a reflection unit where a reflective film including a reflective surface is disposed, the reflective surface configured to reflect radiant heat radiated from an object including at least one of the powder and the additively manufactured article to the powder holding unit side; and a reflective surface update unit configured to dispose a new reflective surface yet to be disposed in the reflection unit by moving the reflective film; wherein the reflection unit is disposed at a position avoiding a region through which the energy beam passes, the reflective surface update unit is provided with: a reflective film supply roll around which the reflective film yet to be disposed in the reflection unit is wound; a reflective film recovery roll winding the reflective film after the reflective film is disposed in the reflection unit ; and a drive unit configured to drive the reflective film recovery roll . a powder holding unit configured to hold the layered powder ; a heating unit configured to preheat the powder held by the powder holding unit , wherein a beam irradiation unit configured to emit the energy beam is provided as the heating unit; a reflection unit where a reflective film including a reflective surface is disposed, the reflective surface configured to reflect radiant heat radiated from an object including at least one of the powder and the additively manufactured article to the powder holding unit side; and a reflective surface update unit configured to dispose a new reflective surface yet to be disposed in the reflection unit by moving the reflective film; wherein the reflection unit is disposed at a position avoiding a region through which the energy beam passes, the reflective surface update unit is provided with: a reflective film supply roll around which the reflective film yet to be disposed in the reflection unit is wound; a reflective film recovery roll winding the reflective film after the reflective film is disposed in the reflection unit ; and a drive unit configured to drive the reflective film recovery roll . a reflective film supply roll around which the reflective film yet to be disposed in the reflection unit is wound; a reflective film recovery roll winding the reflective film after the reflective film is disposed in the reflection unit ; and a drive unit configured to drive the reflective film recovery roll .
A positive electrode material comprising: a first positive electrode active material represented by Formula 1; and a second positive electrode active material in a form of a single particle which is represented by Formula 2, wherein an amount of lithium impurities on a surface of the second positive electrode active material is 0.14 wt% or less based on a total weight of the second positive electrode active material, and the manganese (Mn) included in the second positive electrode active material has a concentration gradient gradually decreasing from the center of the particle to the surface thereof: [Formula 1] LiCo 1-a M 1 a O 2 [Formula 2] LiNi b CO c Mn d M 2 O 2 wherein, in Formula 1, M 1 comprises at least one selected from the group consisting of aluminum (Al), titanium (Ti), magnesium (Mg), and zirconium (Zr), and 0≤a≤0.2, and wherein, in Formula 2, M 2 comprises at least one selected from the group consisting of Al, Ti, Mg, Zr, yttrium (Y), strontium (Sr), and boron (B), and 0<b≤0.6, 0<c≤0.35, 0<d≤0.35, and 0≤e≤0.1. a first positive electrode active material represented by Formula 1; and a second positive electrode active material in a form of a single particle which is represented by Formula 2, wherein an amount of lithium impurities on a surface of the second positive electrode active material is 0.14 wt% or less based on a total weight of the second positive electrode active material, and the manganese (Mn) included in the second positive electrode active material has a concentration gradient gradually decreasing from the center of the particle to the surface thereof: [Formula 1] LiCo 1-a M 1 a O 2 [Formula 2] LiNi b CO c Mn d M 2 O 2 wherein, in Formula 1, M 1 comprises at least one selected from the group consisting of aluminum (Al), titanium (Ti), magnesium (Mg), and zirconium (Zr), and 0≤a≤0.2, and wherein, in Formula 2, M 2 comprises at least one selected from the group consisting of Al, Ti, Mg, Zr, yttrium (Y), strontium (Sr), and boron (B), and 0<b≤0.6, 0<c≤0.35, 0<d≤0.35, and 0≤e≤0.1.
A solvent-containing coating composition for lacquer coatings, containing or consisting of a) at least one oxidatively drying organic binder, b1) at least one first primary drying agent based on iron, in particular comprising or consisting of at least one complex compound of iron, in particular a complex salt of iron, b2) at least one second primary drying agent based on manganese, in particular comprising or consisting of a complex compound of manganese, in particular a complex salt of manganese, c1) at least one first secondary drying agent, comprising or consisting of at least one organic salt of zirconium and/or strontium, d1) at least one first anti-skinning agent, and d2) at least one second anti-skinning agent, which second anti-skinning agent has a higher vapour pressure than the first anti-skinning agent at 20°C, e) optionally at least one additive, further comprising ligands which are able to complex iron and/or manganese species and are selected from at least one mono-, di-, tri-, tetra-, penta- and/or hexadentate nitrogen donor ligand. a) at least one oxidatively drying organic binder, b1) at least one first primary drying agent based on iron, in particular comprising or consisting of at least one complex compound of iron, in particular a complex salt of iron, b2) at least one second primary drying agent based on manganese, in particular comprising or consisting of a complex compound of manganese, in particular a complex salt of manganese, c1) at least one first secondary drying agent, comprising or consisting of at least one organic salt of zirconium and/or strontium, d1) at least one first anti-skinning agent, and d2) at least one second anti-skinning agent, which second anti-skinning agent has a higher vapour pressure than the first anti-skinning agent at 20°C, e) optionally at least one additive, further comprising ligands which are able to complex iron and/or manganese species and are selected from at least one mono-, di-, tri-, tetra-, penta- and/or hexadentate nitrogen donor ligand.
An ophthalmic apparatus comprising: an aspiration port through which a fluid including intraocular tissues is aspirated from a patient's eye (E); a reservoir part for storing the fluid including the intraocular tissues aspirated through the aspiration port ; a first aspiration part configured to aspirate air from the reservoir part to decrease internal pressure of the reservoir part to draw the fluid including the intraocular tissues into the reservoir part ; a first path (L1) extending from the aspiration port through the reservoir part ; a second path (L2) extending from the aspiration port by detouring around the reservoir part; a second aspiration part connected to the first path (L1) and the second path (L2) and configured to aspirate the fluid including the intraocular tissues delivered to the first path (L1) and the second path (L2); a drain part for collecting the fluid including the intraocular tissues delivered from the second aspiration part ; and a switching part configured to switch a pathway for connecting the aspiration port to the second aspiration part between the first path (L1) and the second path (L2); wherein the second aspiration part is configured to discharge and deliver the fluid including the intraocular tissues from the reservoir part into the drain part and to aspirate the fluid including the intraocular tissues from the patient's eye (E) and directly deliver it to the drain part . an aspiration port through which a fluid including intraocular tissues is aspirated from a patient's eye (E); a reservoir part for storing the fluid including the intraocular tissues aspirated through the aspiration port ; a first aspiration part configured to aspirate air from the reservoir part to decrease internal pressure of the reservoir part to draw the fluid including the intraocular tissues into the reservoir part ; a first path (L1) extending from the aspiration port through the reservoir part ; a second path (L2) extending from the aspiration port by detouring around the reservoir part; a second aspiration part connected to the first path (L1) and the second path (L2) and configured to aspirate the fluid including the intraocular tissues delivered to the first path (L1) and the second path (L2); a drain part for collecting the fluid including the intraocular tissues delivered from the second aspiration part ; and a switching part configured to switch a pathway for connecting the aspiration port to the second aspiration part between the first path (L1) and the second path (L2); wherein the second aspiration part is configured to discharge and deliver the fluid including the intraocular tissues from the reservoir part into the drain part and to aspirate the fluid including the intraocular tissues from the patient's eye (E) and directly deliver it to the drain part .
A method for re-establishing a Radio Resource Control, RRC, connection between a User Equipment , UE, and a target evolved NodeB , target eNB, the method being performed by the UE and comprising: receiving (S100) an RRC Connection Reestablishment message from the target eNB , the RRC Connection Reestablishment message including a downlink, DL, authentication token which has been generated by a Mobility Management Entity and has had a Non Access Stratum integrity key and a freshness parameter as input; and authenticating (S110) the received DL authentication token. receiving (S100) an RRC Connection Reestablishment message from the target eNB , the RRC Connection Reestablishment message including a downlink, DL, authentication token which has been generated by a Mobility Management Entity and has had a Non Access Stratum integrity key and a freshness parameter as input; and authenticating (S110) the received DL authentication token.
Device for supporting a communication equipment , comprising equipment fixing means arranged to fix the communication equipment to the support device , the device being characterised in that it comprises a plurality of device fixing means each arranged to fix the support device to a separate pre-existing docking device , the equipment fixing means and the device fixing means being arranged in such a manner that, when the communication equipment is fixed to the support device by means of the equipment fixing means and the support device is fixed to a pre-existing docking device by means of one of the device fixing means, the communication equipment is at least a predefined minimum distance (Dm) away from the pre-existing docking device.
A lubricity additive according to formula I: wherein n is 1 or 0; wherein each Q is oxygen; wherein each R is independently selected from C12 - C32 alkenyl groups which are substituted or unsubstituted; and wherein L is a linking group comprising 0 to 20 carbon atoms which may be substituted or unsubstituted and may optionally comprise catenary heteroatoms selected from the group consisting of an oxygen atom and an -NH- group. wherein n is 1 or 0; wherein each Q is oxygen; wherein each R is independently selected from C12 - C32 alkenyl groups which are substituted or unsubstituted; and wherein L is a linking group comprising 0 to 20 carbon atoms which may be substituted or unsubstituted and may optionally comprise catenary heteroatoms selected from the group consisting of an oxygen atom and an -NH- group.
An upright vibrator which can vertically shiftably be mounted on a leader of a construction machine, comprising a pull yoke for bearing the upright vibrator on the leader of the construction machine and an exciter cell supported on the pull yoke for generating the vibrations, wherein an arrangement of elastic bearing components symmetrical to the pile driving axis (A) of the exciter cell is provided for the vibration-decoupled bearing of the exciter cell on the pull yoke in order to reduce relative movements of the exciter cell transversely to the pile driving axis (A), the exciter cell being supported at its lower and upper ends, as viewed in the pile driving direction (A), by at least one bearing component with respect to the pull yoke , characterized in that at least one slideway is provided for the sliding guidance of the exciter cell in the vibration and/or pile driving direction (A).
A spark plug comprising: an insulating body having an open bore ; a tubular conductive shell surrounding at least a portion of the insulating body; a cylindrical center electrode positioned within the bore of the insulating body, the center electrode having a central longitudinal axis , the center electrode protruding from the insulating body forming a terminal end portion adapted to act as a spark generating portion ; and, a plurality of ground electrodes surrounding the center electrode, each ground electrode having a base end coupled to the conductive shell and an elongate upper portion that twists around the center electrode, the upper portion forming a generally curved path, wherein the generally curved path has a generally constant radial spark gap distance from the spark generating portion of the center electrode and extends partially along the longitudinal axis, whereby the ground electrodes provide a cylindrical or toroidal target area that surrounds the center electrode; characterized in that each of the upper portions of the ground electrodes partially overlap the base end of the adjacent ground electrode. an insulating body having an open bore ; a tubular conductive shell surrounding at least a portion of the insulating body; a cylindrical center electrode positioned within the bore of the insulating body, the center electrode having a central longitudinal axis , the center electrode protruding from the insulating body forming a terminal end portion adapted to act as a spark generating portion ; and, a plurality of ground electrodes surrounding the center electrode, each ground electrode having a base end coupled to the conductive shell and an elongate upper portion that twists around the center electrode, the upper portion forming a generally curved path, wherein the generally curved path has a generally constant radial spark gap distance from the spark generating portion of the center electrode and extends partially along the longitudinal axis, whereby the ground electrodes provide a cylindrical or toroidal target area that surrounds the center electrode; characterized in that each of the upper portions of the ground electrodes partially overlap the base end of the adjacent ground electrode.