mhurhangee/patent-ind-claim-en huggingface dataset:
A photochromic polydiorganosiloxane vinylic crosslinker, comprising: a polydiorganosiloxane segment comprising dimethylsiloxane units and at least one photochromic siloxane unit having one methyl substituent and one photochromic organic substituent having at least one photochromic moiety; and two terminal ethylenically-unsaturated groups. a polydiorganosiloxane segment comprising dimethylsiloxane units and at least one photochromic siloxane unit having one methyl substituent and one photochromic organic substituent having at least one photochromic moiety; and two terminal ethylenically-unsaturated groups.
A modular camera device having a common control and evaluation unit and having a plurality of camera modules (10a-c) each comprising a receiving optics and an image sensor that determine a module viewing area (16a-c) of the camera module (10a-c), the module viewing areas (16a-c) together forming a monitoring area of the camera device , and the monitoring area being adaptable by common adjustment of the module viewing areas (16a-c), characterized in that at least one camera module (10a-c) comprises a tilting unit for changing the viewing direction, and in that the control and evaluation unit is configured to adjust the module viewing areas (16a-c) as a function of a focus position, with a greater tilting towards one another at a closer focus position and a lesser tilting towards or away from one another at a distant focus position.
A method for detecting a rhabdovirus comprising detecting a nucleic acid sequence comprising at least 50 contiguous nucleotides of SEQ ID NO: 1 or the reverse complement sequence of SEQ ID NO: 1.
A method of generating a customized patient-specific negative contour of a customized patient-specific bone cutting block, the method comprising: determining , based on one or more medical images of the patient's bony anatomy, a cartilage thickness value indicative of the average thickness of the cartilage present on a relevant end of a patient's bone , determining , based on one or more medical images of the patient's bony anatomy, a reference contour corresponding to a surface contour of a three-dimensional model of the relevant end of the patient's bone, determining a reference point in the three-dimensional model of the patient's bone, scaling the reference contour, based on the cartilage thickness value, to increase the distance between the reference point in the three-dimensional model and a point on the reference contour, and defining a customized patient-specific negative contour of the customized patient-specific bone cutting block using the scaled reference contour. determining , based on one or more medical images of the patient's bony anatomy, a cartilage thickness value indicative of the average thickness of the cartilage present on a relevant end of a patient's bone , determining , based on one or more medical images of the patient's bony anatomy, a reference contour corresponding to a surface contour of a three-dimensional model of the relevant end of the patient's bone, determining a reference point in the three-dimensional model of the patient's bone, scaling the reference contour, based on the cartilage thickness value, to increase the distance between the reference point in the three-dimensional model and a point on the reference contour, and defining a customized patient-specific negative contour of the customized patient-specific bone cutting block using the scaled reference contour.
Motor vehicle door lock arrangement for a sliding door of a motor vehicle , in particular a car, comprising a door handle module with a door handle , at least a first door lock , in particular a primary lock, a second door lock , in particular a holding lock, and a mechanical actuation drive train , wherein the door handle is connected to the first and the second door lock via the actuation drive train , wherein the door handle can be user-actuated by a first actuation in a first actuating direction , wherein the at least two door locks each comprise an actuation element and can each be unlatched by the actuation of the door handle in the first actuating direction , whereby the first actuation is mechanically transmitted through the actuation drive train to each of the actuation elements , wherein the first actuation comprises a first actuation stroke in the first actuating direction from a neutral position to a first end position of the door handle , wherein the first actuation stroke of the door handle is divided into a first and a second stroke section , the first stroke section being followed by the second stroke section , characterized in that during the first actuation stroke of the door handle the actuation elements of the door locks are actuated during the first stroke section of the first actuation stroke and are not actuated during the second stroke section of the first actuation stroke. wherein the door handle can be user-actuated by a first actuation in a first actuating direction , wherein the at least two door locks each comprise an actuation element and can each be unlatched by the actuation of the door handle in the first actuating direction , whereby the first actuation is mechanically transmitted through the actuation drive train to each of the actuation elements , wherein the first actuation comprises a first actuation stroke in the first actuating direction from a neutral position to a first end position of the door handle , wherein the first actuation stroke of the door handle is divided into a first and a second stroke section , the first stroke section being followed by the second stroke section , characterized in that during the first actuation stroke of the door handle the actuation elements of the door locks are actuated during the first stroke section of the first actuation stroke and are not actuated during the second stroke section of the first actuation stroke.
A system for purifying gas, the system comprising: - a cyclone connected to an ozone generator ; - a heat exchanger having a first channel for gas and a second channel for gas, placed with respect to each other such that heat is exchanged between the first channel and the second channel ; - a cylindrical afterburner chamber having a gas inlet , a gas outlet and a ceramic pipe extending along the axis of the afterburner chamber , wherein a first end of the ceramic pipe is located within a part of the afterburner chamber opposite the gas inlet of the afterburner chamber , and a second end of the pipe constitutes a gas outlet , which is located outside the afterburner chamber and exits the afterburner chamber near the gas inlet , and wherein the afterburner chamber comprises consecutive arrangement, along its axis, from the side of the gas inlet of an assembly of heating elements and microwave radiators , and wherein on the walls of the afterburner chamber near the microwave radiators there are placed ceramic elements ; - wherein the cyclone is connected via the first channel of the heat exchanger to the inlet of the afterburner chamber , and the outlet of the afterburner chamber is connected to the second channel of the heat exchanger, whose end is connected to the outlet of gas into the atmosphere; - and wherein the system further comprises a container with a calcium carbonate deposit located along the gas flow path after the first channel of the heat exchanger. - a cyclone connected to an ozone generator ; - a heat exchanger having a first channel for gas and a second channel for gas, placed with respect to each other such that heat is exchanged between the first channel and the second channel ; - a cylindrical afterburner chamber having a gas inlet , a gas outlet and a ceramic pipe extending along the axis of the afterburner chamber , wherein a first end of the ceramic pipe is located within a part of the afterburner chamber opposite the gas inlet of the afterburner chamber , and a second end of the pipe constitutes a gas outlet , which is located outside the afterburner chamber and exits the afterburner chamber near the gas inlet , and wherein the afterburner chamber comprises consecutive arrangement, along its axis, from the side of the gas inlet of an assembly of heating elements and microwave radiators , and wherein on the walls of the afterburner chamber near the microwave radiators there are placed ceramic elements ; - wherein the cyclone is connected via the first channel of the heat exchanger to the inlet of the afterburner chamber , and the outlet of the afterburner chamber is connected to the second channel of the heat exchanger, whose end is connected to the outlet of gas into the atmosphere; - and wherein the system further comprises a container with a calcium carbonate deposit located along the gas flow path after the first channel of the heat exchanger.
A respiratory mask assembly, comprising: a respiratory mask configured to deliver pressurized gas to a user; and a connector clip having a body portion and a hook portion, wherein the mask is configured to attach to headgear, in use, by the body portion, the respiratory mask comprising: a post configured to be received within a space of the hook portion of the connector clip ; and an opening adjacent the post , characterised in that the hook portion is narrower than the body portion, and in that the respiratory mask further comprises: a limitation bump positioned adjacent to the post on an upper surface of the opening , with respect to the orientation of the mask in use when the user is sitting upright, wherein the limitation bump is configured to have a lowermost point or portion forward of the connector clip when the connector clip is attached to the post , and wherein the limitation bump is configured in use to contact the connector clip to limit upward rotation of the connector clip relative to the mask but permit downward rotation of the connector clip to permit disconnection of the connector clip from the post . a respiratory mask configured to deliver pressurized gas to a user; and a connector clip having a body portion and a hook portion, wherein the mask is configured to attach to headgear, in use, by the body portion, a post configured to be received within a space of the hook portion of the connector clip ; and an opening adjacent the post ,
Method for providing recorded, anonymized routes (R1), which each indicate a spatial movement of an object from a first end point (S1) to a second end point (Z1) via successive path points and which are recorded by means of a position indication for said path points and anonymized by removing object-identifying data, having the steps of: - dividing a geographical region in which a route is contained into at least one sub-region (T1, T2, T3), - removing all the position indications of a route (R1) within end sub-regions of the route, i.e. within those sub-regions (T1, T2) in which at least one end point (S1, Z1) of the route is contained, and - outputting the remaining position indications of the route for further analysis and/or control, characterized in that the size of the end sub-regions is configured in such a way that at least a predeterminable number of end points of different recorded routes lies within an end sub-region and/or the size of the individual sub-regions is configured in accordance with geographical circumstances. - dividing a geographical region in which a route is contained into at least one sub-region (T1, T2, T3), - removing all the position indications of a route (R1) within end sub-regions of the route, i.e. within those sub-regions (T1, T2) in which at least one end point (S1, Z1) of the route is contained, and - outputting the remaining position indications of the route for further analysis and/or control, characterized in that the size of the end sub-regions is configured in such a way that at least a predeterminable number of end points of different recorded routes lies within an end sub-region and/or the size of the individual sub-regions is configured in accordance with geographical circumstances.
Method for controlling a low-consumption mode (M) of an electronic circuit unit which is supplied, via a current path , with an electrical operating current (I), wherein an activation command for activating the low-consumption mode (M) is sent to the circuit unit by a circuit-external power control unit , and wherein the low-consumption mode (M) is selected depending on a current operating strategy from several predefined low-consumption modes, as a result of which several different stages of reduction of the amperage of the operating current are enabled, and a mode-specific threshold value (S) for the amperage is provided for each of the predefined low-consumption modes, and a measurement device for generating a consumption signal dependent on an amperage of the operating current (I) is operated in the current path and the power control unit , after sending the activation command , determines on the basis of the consumption signal whether the amperage is still above the threshold value (S) predefined for the low-consumption mode (M), wherein the checking of the amperage is started depending on a status-reached signal of an energy management function of the power control unit , wherein the status-reached signal signals that the circuit unit should have reached the respective low-consumption mode (M) as expected, and in the event that the amperage is still above the threshold value (S), a predetermined emergency measure to enforce the low-consumption mode (M) and/or to reduce the amperage is initiated by the power control unit , and the power control unit deactivates itself (S14) in the event that the amperage is below the threshold value (S).
A shrink packaging provided for packing a series of containers comprising an upper portion provided with an opening and a lower portion corresponding to a bottom, opposite to said upper portion, said containers being arranged in rows parallel with each other, comprising at least one first area for covering an upper portion of said containers , in particular at their opening, said first area for covering said upper portion of said containers having a central area surrounded by a peripheral area, characterized in that said packaging comprises on said first area at least one incision line comprising a series of perforations forming at least one partly detachable section arranged for extracting in a direction substantially oriented from the lower portion of the container to the upper portion at least one container , said partly detachable packaging section having a size greater than or equal to the section of said at least one container to be extracted, said at least partly detachable section being localized at the periphery of said central area of said first area , and said peripheral area is maintained after tearing of said incision line.
An apparatus comprising: a build plate ; a powder source ; a recoater arm formed from ferromagnetic material; and an energy beam , wherein the recoater arm is configured to deliver a layer of powder from the powder source across a working surface of the build plate prior to the energy beam fusing a predetermined portion of the delivered powder layer , and the recoater arm comprises a magnetic portion , the magnetic portion comprises at least one first electromagnet , and the or each first electromagnet is configured to be activated on each n'th pass of the recoater arm across the working surface of the build plate , where n is an integer, at the end of each delivery pass the recoater arm is configured to deliver any powder material not deposited across the working surface of the build plate into a powder recovery chute , characterised in that the powder recovery chute comprises at least one second electromagnet . a build plate ; a powder source ; a recoater arm formed from ferromagnetic material; and an energy beam , wherein the recoater arm is configured to deliver a layer of powder from the powder source across a working surface of the build plate prior to the energy beam fusing a predetermined portion of the delivered powder layer , and the recoater arm comprises a magnetic portion , the magnetic portion comprises at least one first electromagnet , and the or each first electromagnet is configured to be activated on each n'th pass of the recoater arm across the working surface of the build plate , where n is an integer, at the end of each delivery pass the recoater arm is configured to deliver any powder material not deposited across the working surface of the build plate into a powder recovery chute , characterised in that the powder recovery chute comprises at least one second electromagnet .
A method for controlling a sauna stove in a sauna, which sauna stove has a first control for controlling heating of the sauna stove, the first control comprising, for controlling the stove, a first temperature sensor, a temperature control circuit and optionally an overheating protection of the sauna stove; characterized by : controlling the sauna stove using an accessory device configured to provide a second control that is functionally parallel with the first control, by causing by the second control: measuring temperature of the sauna by a second temperature sensor of the second control; controlling the sauna stove , based on the temperature measured by the second sensor , by repeatedly interrupting power supply of the sauna stove by interrupting the temperature control circuit of the first control, the overheating protection of the first control, or the power supply ; wherein the first control is adjusted to a first temperature that is not intended to be exceeded. measuring temperature of the sauna by a second temperature sensor of the second control; controlling the sauna stove , based on the temperature measured by the second sensor , by repeatedly interrupting power supply of the sauna stove by interrupting the temperature control circuit of the first control, the overheating protection of the first control, or the power supply ; wherein the first control is adjusted to a first temperature that is not intended to be exceeded.
A fairing assembly for an aerial vehicle having a tank that forms a body of the aerial vehicle and a wing coupled to the tank , the fairing assembly comprising: a substructure comprising an aft frame , a forward frame and longerons , and wherein the substructure is configured to couple with a tank skin of the tank so that loads from the fairing assembly are reacted to the tank skin as hoop-wise reaction loads; a fairing , having a fairing skin coupled to the substructure ; a thermal protection system coupled to the fairing skin ; and a seal assembly coupled to the substructure , the seal assembly being configured to overlap at least a portion of an edge of the wing . a substructure comprising an aft frame , a forward frame and longerons , and wherein the substructure is configured to couple with a tank skin of the tank so that loads from the fairing assembly are reacted to the tank skin as hoop-wise reaction loads; a fairing , having a fairing skin coupled to the substructure ; a thermal protection system coupled to the fairing skin ; and a seal assembly coupled to the substructure , the seal assembly being configured to overlap at least a portion of an edge of the wing .
A non-transitory computer readable medium comprising instructions that, when executed by one or more processors of a user equipment, UE , for application specific congestion control for data communication, ACDC, the instructions to configure the UE to: receive, at a radio resource control, RRC, layer of the UE from an evolved node B, eNB , an ACDC indication of ACDC parameters for one or more ACDC categories; receive, at a non-access stratum, NAS, layer of the UE a first communication associated with a first application; determine, at the NAS layer, a category for the first application of a plurality of ACDC categories based on an open mobile alliance, OMA, management object, OMA-MO, comprising a plurality of application categories associated with ACDC for a wireless communication network, wherein the OMA-MO includes information for a matching of respective application IDs to the plurality of ACDC categories; indicate, by the NAS layer to the RRC layer, the category for an access request; identify, at the RRC layer, a set of current congestion control parameters associated with the category from the received ACDC parameters for one or more ACDC categories; perform, at the RRC layer, an ACDC check based on the current set of congestion control parameters associated with the category; and process the first communication based on a result of the ACDC check. receive, at a radio resource control, RRC, layer of the UE from an evolved node B, eNB , an ACDC indication of ACDC parameters for one or more ACDC categories; receive, at a non-access stratum, NAS, layer of the UE a first communication associated with a first application; determine, at the NAS layer, a category for the first application of a plurality of ACDC categories based on an open mobile alliance, OMA, management object, OMA-MO, comprising a plurality of application categories associated with ACDC for a wireless communication network, wherein the OMA-MO includes information for a matching of respective application IDs to the plurality of ACDC categories; indicate, by the NAS layer to the RRC layer, the category for an access request; identify, at the RRC layer, a set of current congestion control parameters associated with the category from the received ACDC parameters for one or more ACDC categories; perform, at the RRC layer, an ACDC check based on the current set of congestion control parameters associated with the category; and process the first communication based on a result of the ACDC check.
A pharmaceutical combination preparation, comprising: (a) an angiotensin-II receptor blocker or a pharmaceutically acceptable salt thereof, an HMG-CoA reductase inhibitor or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable alkalinizing agent, wherein the angiotensin-II receptor blocker is candesartan cilexetil, the HMG-CoA reductase inhibitor is rosuvastatin, and the alkalinizing agent is calcium carbonate, and wherein the alkalinizing agent is included in an amount of 0.3 to 10% by weight, based on the total weight of the pharmaceutical combination preparation; and/or (b) an angiotensin-II receptor blocker or a pharmaceutically acceptable salt thereof, an HMG-CoA reductase inhibitor or a pharmaceutically acceptable salt thereof, a pharmaceutically acceptable alkalinizing agent, and a lubricant, wherein the angiotensin-II receptor blocker is candesartan cilexetil, the HMG-CoA reductase inhibitor is rosuvastatin, the alkalinizing agent is calcium carbonate, and the lubricant is polyethylene glycol. (a) an angiotensin-II receptor blocker or a pharmaceutically acceptable salt thereof, an HMG-CoA reductase inhibitor or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable alkalinizing agent, wherein the angiotensin-II receptor blocker is candesartan cilexetil, the HMG-CoA reductase inhibitor is rosuvastatin, and the alkalinizing agent is calcium carbonate, and wherein the alkalinizing agent is included in an amount of 0.3 to 10% by weight, based on the total weight of the pharmaceutical combination preparation; and/or (b) an angiotensin-II receptor blocker or a pharmaceutically acceptable salt thereof, an HMG-CoA reductase inhibitor or a pharmaceutically acceptable salt thereof, a pharmaceutically acceptable alkalinizing agent, and a lubricant, wherein the angiotensin-II receptor blocker is candesartan cilexetil, the HMG-CoA reductase inhibitor is rosuvastatin, the alkalinizing agent is calcium carbonate, and the lubricant is polyethylene glycol. a pharmaceutically acceptable alkalinizing agent, and a lubricant,