mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna for the reception of circularly polarized satellite radio signals comprising at least one horizontally oriented conductor loop arranged over a conductive base surface , said antenna having an arrangement connected to an antenna connector for the electromagnetic excitation of the conductor loop, comprising the following features: - the conductor loop is formed as a ring line radiator by a polygonal or circular closed ring line in a horizontal plane having a height h and extending over the conductive base surface ; - the ring line radiator forms a resonant structure and is electrically excitable by electromagnetic excitation in a manner such that the current distribution of a propagating line wave is adopted on the ring line in a single revolving direction whose phase difference over one revolution amounts to exactly 2π; and - radiators (4, 4a-d) which are galvanically coupled to the ring line radiator , which are vertical and which extend toward the conductive base surface are present at ring line coupling points at the periphery of the ring line radiator , with the excitation of the conductor loop taking place via one of the radiators as the active radiator and the other radiators being coupled as passive radiators to the electrically conductive base surface , characterized in that at least two vertically passive radiators are present which are galvanically coupled to the ring line radiator , which extend toward the conductive base surface and of which N radiators are coupled via a reactance circuit having an active component to the electrically conductive base surface , with the loss factor of said active component respectively being larger than the value 0.1/N; in that two of these radiators are not arranged adjacent to one another at any point along the ring line radiator ; in that all the remaining passive vertical radiators are coupled via lossless reactance circuits to the base surface ; and in that none of the spacings between mutually adjacent ring line coupling points is smaller at the periphery of the ring line radiator than half the spacing that would result with an equidistant distribution of all the radiators over the stretched length L of the ring line radiator . - the conductor loop is formed as a ring line radiator by a polygonal or circular closed ring line in a horizontal plane having a height h and extending over the conductive base surface ; - the ring line radiator forms a resonant structure and is electrically excitable by electromagnetic excitation in a manner such that the current distribution of a propagating line wave is adopted on the ring line in a single revolving direction whose phase difference over one revolution amounts to exactly 2π; and - radiators (4, 4a-d) which are galvanically coupled to the ring line radiator , which are vertical and which extend toward the conductive base surface are present at ring line coupling points at the periphery of the ring line radiator , with the excitation of the conductor loop taking place via one of the radiators as the active radiator and the other radiators being coupled as passive radiators to the electrically conductive base surface ,
A surgical robot system comprising: - a surgical robot having a robot base and a robot arm coupled to the robot base ; and - a camera stand for mounting a camera , the camera stand comprising a base with casters , a housing , and a camera-mounting portion , - wherein the robot is adapted to dock at least a portion of the camera stand within a portion of the robot base , characterized in that when docked, the docked camera stand is supported in an elevated position by the robot base , - wherein the camera stand base comprises a sloped ramp , the camera stand is secured to the robot base via the sloped ramp of the camera stand base and a sloped ramp on inner portions of the robot base . - a surgical robot having a robot base and a robot arm coupled to the robot base ; and - a camera stand for mounting a camera , the camera stand comprising a base with casters , a housing , and a camera-mounting portion , - wherein the robot is adapted to dock at least a portion of the camera stand within a portion of the robot base , characterized in that when docked, the docked camera stand is supported in an elevated position by the robot base , - wherein the camera stand base comprises a sloped ramp , the camera stand is secured to the robot base via the sloped ramp of the camera stand base and a sloped ramp on inner portions of the robot base .
An electromagnetic drive for carrying out a linear motion comprising an electromagnet having a coil , a core and an armature linearly movable along a symmetrical axis of the core , wherein an air gap is formed between the core and the armature , wherein the air gap exhibits a base and two limbs running symmetrically to the symmetrical axis as well as a substantially longitudinally frustoconical cross section, and the limbs are arranged relative to the symmetrical axis of the core so as to form an angle (α), characterized in that the electromagnetic drive comprises a hollow cylindrical and magnetizable bar arranged between the coil and the core which forms a part of a housing in which the electromagnet is disposed, wherein the core exhibits a measuring air gap to an external side of the bar and the electromagnetic drive a magnetic field sensor , in particular a Hall sensor, arranged in the measuring air gap for measuring the magnetic flux density.
A utensil dispenser configured to dispense at least two utensils , comprising: a housing configured to contain a stack of the utensils , wherein the stack of the utensils comprises a next utensil ; a drive mechanism configured to contact the next utensil ; an access port providing an opening to the housing; an actuator that is operably connected to the drive mechanism and configured to move the drive mechanism from a ready position to a release position whereby the drive mechanism contacts the next utensil in the stack of the utensils to push the next utensil causing the next utensil to release from the stack of the utensils and become a released utensil , wherein the released utensil falls to a dispense position and is accessible via the access port for removing from the dispenser ; and a prime mechanism configured to move the drive mechanism to the release position without removing any released utensil from the dispense position, wherein the prime mechanism is configured to move from a rest position to an extended position , whereby the drive mechanism is moved to the ready position when the prime mechanism is moved to the extended position and the drive mechanism is moved to the release position when the prime mechanism is moved to the rest position , wherein the prime mechanism is configured to actuate the drive mechanism using a pulling force, wherein the prime mechanism comprises a primer arm configured to be operatively connected to the actuator to move the actuator thereby moving the drive mechanism into the release position , wherein the actuator further comprises an extension disposed thereon, the extension configured to contact the primer arm when the prime mechanism is moved from the rest position to the extended position , wherein a portion of the prime mechanism is positioned below the access port . a housing configured to contain a stack of the utensils , wherein the stack of the utensils comprises a next utensil ; a drive mechanism configured to contact the next utensil ; an access port providing an opening to the housing; an actuator that is operably connected to the drive mechanism and configured to move the drive mechanism from a ready position to a release position whereby the drive mechanism contacts the next utensil in the stack of the utensils to push the next utensil causing the next utensil to release from the stack of the utensils and become a released utensil , wherein the released utensil falls to a dispense position and is accessible via the access port for removing from the dispenser ; and
A non-transitory machine-readable storage medium comprising instructions that, when executed by a processing resource, cause a system, comprising a host computer , a computer connected via a network to the host computer , and a printer that has connected to a wireless network, to: receive, by the host computer from the computer , via a web application , subscription data indicative of a subscription for the printer , wherein the printer is connected to a supply of marking agent , the subscription authorizes the printer to consume a subscription amount of marking agent ; send, from the host computer to the computer , via the web application , a browser plug-in to enable the computer to discover the printer via a wireless connection and to obtain, via the browser plug-in, printer identification data from the printer ; receive, by the host computer from the computer , the printer identification data via the browser plug-in ; utilize, at the host computer , the identification data to establish an operative connection with the printer ; and send, from the host computer to the printer , via the operative connection, a credit to authorize consumption of at least a portion of the subscription amount from the supply; store in association, on the host computer , the identification data and an email address for the printer ; receive, by the host computer , a print job via the email address; and send, by the host computer , the job to the printer for printing. receive, by the host computer from the computer , via a web application , subscription data indicative of a subscription for the printer , wherein the printer is connected to a supply of marking agent , the subscription authorizes the printer to consume a subscription amount of marking agent ; send, from the host computer to the computer , via the web application , a browser plug-in to enable the computer to discover the printer via a wireless connection and to obtain, via the browser plug-in, printer identification data from the printer ; receive, by the host computer from the computer , the printer identification data via the browser plug-in ; utilize, at the host computer , the identification data to establish an operative connection with the printer ; and send, from the host computer to the printer , via the operative connection, a credit to authorize consumption of at least a portion of the subscription amount from the supply; store in association, on the host computer , the identification data and an email address for the printer ; receive, by the host computer , a print job via the email address; and send, by the host computer , the job to the printer for printing.
Method for producing laminated glass or a precursor thereof using a first glass pane with a thickness of at least 1.4 mm and a second glass pane with a thickness of not more than 1.0 mm, wherein the first glass pane and the second glass pane differ in curvature and/or locally in shape and wherein the method comprises the following steps: a) aligning an arrangement comprising the first glass pane , the second glass pane , and at least one laminating film situated between the first and second glass pane by positioning at least one side edge of the arrangement against at least one stop element ; b) pre-fixing the aligned arrangement at at least two locations on the positioned side edge of the arrangement by means of one or a plurality of fixing elements and heating, after which the fixing element or elements are removed again; and c) forming a fixed arrangement by passing the pre-fixed arrangement through a roller arrangement comprising at least one roller pair consisting of two opposing rollers with the pre-fixed side edge of the arrangement ahead, wherein the arrangement is heated at least in sections during passage. a) aligning an arrangement comprising the first glass pane , the second glass pane , and at least one laminating film situated between the first and second glass pane by positioning at least one side edge of the arrangement against at least one stop element ; b) pre-fixing the aligned arrangement at at least two locations on the positioned side edge of the arrangement by means of one or a plurality of fixing elements and heating, after which the fixing element or elements are removed again; and c) forming a fixed arrangement by passing the pre-fixed arrangement through a roller arrangement comprising at least one roller pair consisting of two opposing rollers with the pre-fixed side edge of the arrangement ahead, wherein the arrangement is heated at least in sections during passage.
Air dryer cartridge , especially for a compressed air treatment system of a commercial vehicle, comprising: a cartridge housing with a closed housing cover ; a desiccant accommodated in the cartridge housing ; a fastening flange for closing an open end face of the cartridge housing facing away from the housing cover and for fastening the air dryer cartridge to a compressed air treatment device; a filter device situated inside the cartridge housing , which is positioned upstream of the desiccant in the compressed air flow in a normal operation of the air dryer cartridge ; a bypass for bypassing the filter device ; and a check valve arranged in the bypass , which blocks a compressed air flow in the direction toward the desiccant and allows a compressed air flow in the direction from the desiccant, wherein compressed air can flow through the check valve in a direction substantially transverse to a longitudinal axis of the air dryer cartridge and the check valve is braced against an inside of the fastening flange facing toward the housing cover . characterised in that the check valve has a free end which is braced against the flange inside of the fastening flange , wherein the free end of the check valve is braced against a section of the inner surface of the fastening flange , running at an angle of at most around 80° to the longitudinal axis of the air dryer cartridge . a cartridge housing with a closed housing cover ; a desiccant accommodated in the cartridge housing ; a fastening flange for closing an open end face of the cartridge housing facing away from the housing cover and for fastening the air dryer cartridge to a compressed air treatment device; a filter device situated inside the cartridge housing , which is positioned upstream of the desiccant in the compressed air flow in a normal operation of the air dryer cartridge ; a bypass for bypassing the filter device ; and a check valve arranged in the bypass , which blocks a compressed air flow in the direction toward the desiccant and allows a compressed air flow in the direction from the desiccant, wherein compressed air can flow through the check valve in a direction substantially transverse to a longitudinal axis of the air dryer cartridge and the check valve is braced against an inside of the fastening flange facing toward the housing cover . characterised in that the check valve has a free end which is braced against the flange inside of the fastening flange , wherein the free end of the check valve is braced against a section of the inner surface of the fastening flange , running at an angle of at most around 80° to the longitudinal axis of the air dryer cartridge .
A vaccine comprising an immunogenic quantity of a tumor-derived antigen or tumor antigen and an adjuvant comprising an IAP inhibitor wherein the IAP inhibitor is (S)-N-((S)-1-Cyclohexyl-2-{(S)-2-[4-(4-fluoro-benzoyl)-thiazol-2-yl]-pyrrolidin-1-yl}-2-oxo-ethyl)-2-methylamino-propionamide, or a pharmaceutically acceptable salt thereof.
A waveguide fabrication method, comprising: positioning a substrate on a pedestal in a process volume of a chamber; positioning the pedestal opposite a segmented surface of an electrode, the segmented surface comprising a plurality of angled surfaces; and projecting electrons from the segmented surface of the electrode toward the substrate at one or more non-normal angles to form angled fins on the substrate. positioning a substrate on a pedestal in a process volume of a chamber; positioning the pedestal opposite a segmented surface of an electrode, the segmented surface comprising a plurality of angled surfaces; and projecting electrons from the segmented surface of the electrode toward the substrate at one or more non-normal angles to form angled fins on the substrate.
Method for increasing the traffic flow density at a traffic light crossing having a traffic light phase, in which vehicles driving straight ahead and oncoming left-turning vehicles may pass through the traffic light crossing at the same time, the vehicles driving straight ahead having priority, in accordance with traffic regulations, and being equipped vehicles which have Car2X communication , an automatic longitudinal control system and a control unit , characterized in that - the number of waiting left-turning vehicles N laF is transmitted to the equipped vehicles driving straight ahead by means of the Car2X communication , and - intervals between the equipped vehicles driving straight ahead are set on the basis of the number of left-turning vehicles by means of the control unit and the automatic longitudinal control system in such a way that a first portion of the intervals are safety intervals (SZL) to the preceding equipped vehicle driving straight ahead, each of which corresponds to the required safety distance, and a second portion of the intervals are critical intervals (GZL), which allow at least one left-turning vehicle to turn without a collision; and the vehicles driving straight ahead form a line of a plurality of vehicle convoys, the intervals between the vehicles of a vehicle convoys being safety intervals, so that the critical intervals are formed between two vehicle convoys. - the number of waiting left-turning vehicles N laF is transmitted to the equipped vehicles driving straight ahead by means of the Car2X communication , and - intervals between the equipped vehicles driving straight ahead are set on the basis of the number of left-turning vehicles by means of the control unit and the automatic longitudinal control system in such a way that a first portion of the intervals are safety intervals (SZL) to the preceding equipped vehicle driving straight ahead, each of which corresponds to the required safety distance, and a second portion of the intervals are critical intervals (GZL), which allow at least one left-turning vehicle to turn without a collision; and the vehicles driving straight ahead form a line of a plurality of vehicle convoys, the intervals between the vehicles of a vehicle convoys being safety intervals, so that the critical intervals are formed between two vehicle convoys.
A compound for use in sedation, wherein the compound is methyl 3-[ -8-bromo-1-methyl-6-(2-pyridinyl)-4H-imidazo[1,2-a] benzodiazepin-4-yl]propanoate or a salt thereof, and the dosing rate of the compound by intravenous administration is about 0.3 mg/hour/kg to about 40 mg/hour/kg in a patient, the use comprises the induction and maintenance of general anesthesia, and the intravenous administration includes a two-step administration process, which comprises: a first step for the induction of general anesthesia, in which the dosing rate of the compound by intravenous administration is about 3 mg/hour/kg to about 40 mg/hour/kg; and a second step for the maintenance of general anesthesia, in which the dosing rate of the compound by intravenous administration is about 0.3 mg/hour/kg to about 2.5 mg/hour/kg.
Method for setting up a wireless communication path between a first device for a commercial vehicle and a second device , the method comprising: - receiving a communication path request message from the second device at the first device, wherein the communication path request message is received at the first device via a wired communication path between the first device and the second device ; - sending a communication path set-up message from the first device to the second device , wherein the communication path set-up message is sent via the wired communication path and wherein the communication path set-up message represents one or a plurality of information items to set up the wireless communication path between the first device and the second device . - receiving a communication path request message from the second device at the first device, wherein the communication path request message is received at the first device via a wired communication path between the first device and the second device ; - sending a communication path set-up message from the first device to the second device , wherein the communication path set-up message is sent via the wired communication path and wherein the communication path set-up message represents one or a plurality of information items to set up the wireless communication path between the first device and the second device .
A caster wheel support assembly (10; 10*) for a wheelchair , the caster wheel support assembly (10; 10*) having a first section (10A; 10A*) configured to be securable to a frame member (20'; 20*) of the wheelchair and a second section (10B; 10B*) holding a swivel member coupled to a caster wheel (4'; 4*), characterized in that the caster wheel support assembly (10; 10*) comprises a holding member (12; 12*) designed as a collet configured to hold a first portion (15.1) of the swivel member , which first portion (15.1) extends along a first axis (A1), in that a second portion (15.2) of the swivel member , which is coupled to the caster wheel (4'; 4*), extends away from the first portion (15.1) along a second axis (A2), which second axis (A2) forms an angle (α) relative to the first axis (A1), in that the holding member (12; 12*) and swivel member are configured such that the first portion (15.1) of the swivel member is supported by the holding member (12; 12*) to selectively allow rotation of the swivel member relative to the holding member (12; 12*) about the first axis (A1) and thereby cause adjustment of a camber of the caster wheel (4'; 4*), and in that the collet is configured to selectively allow: - clamping of the swivel member onto the holding member (12; 12*), thereby preventing rotation of the swivel member relative to the holding member (12; 12*); and - release of the swivel member with respect to the holding member (12; 12*), thereby permitting rotation of the swivel member relative to the holding member (12; 12*). characterized in that the caster wheel support assembly (10; 10*) comprises a holding member (12; 12*) designed as a collet configured to hold a first portion (15.1) of the swivel member , which first portion (15.1) extends along a first axis (A1), in that a second portion (15.2) of the swivel member , which is coupled to the caster wheel (4'; 4*), extends away from the first portion (15.1) along a second axis (A2), which second axis (A2) forms an angle (α) relative to the first axis (A1), in that the holding member (12; 12*) and swivel member are configured such that the first portion (15.1) of the swivel member is supported by the holding member (12; 12*) to selectively allow rotation of the swivel member relative to the holding member (12; 12*) about the first axis (A1) and thereby cause adjustment of a camber of the caster wheel (4'; 4*), and in that the collet is configured to selectively allow: - clamping of the swivel member onto the holding member (12; 12*), thereby preventing rotation of the swivel member relative to the holding member (12; 12*); and - release of the swivel member with respect to the holding member (12; 12*), thereby permitting rotation of the swivel member relative to the holding member (12; 12*). - clamping of the swivel member onto the holding member (12; 12*), thereby preventing rotation of the swivel member relative to the holding member (12; 12*); and - release of the swivel member with respect to the holding member (12; 12*), thereby permitting rotation of the swivel member relative to the holding member (12; 12*).
Emulsifying combination comprising: - at least one mannosylerythritol lipid (MEL), and - at least one polyglycerol polyricinoleate (PGPR), wherein the MEL / PGPR weight ratio is comprised between 10/90 and 40/60. - at least one mannosylerythritol lipid (MEL), and - at least one polyglycerol polyricinoleate (PGPR),