mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical bushing for a gas-insulated switchgear assembly , wherein the electrical bushing has - a multi-part metallic outer ring or a single-part metallic outer ring and a single-part or multi-part form-fitting insert ring , - a current conduction element , - a disc-shaped insulating element consisting of a ceramic material and having an opening for receiving the current conduction element , - a fastening element , and is constructed in such a way that - the ceramic disc-shaped insulating element is connectable to the metallic outer ring , - the ceramic disc-shaped insulating element has an outer diameter face , an inner diameter face and two outer faces , - the current conduction element is connectable to the ceramic disc-shaped insulating element via the fastening element , and - the ceramic disc-shaped insulating element is mountable or is mountable in floating fashion by means of the multi-part metallic outer ring or the single-part metallic outer ring and the form-fitting insert ring in the multi-part metallic outer ring or in the single-part metallic outer ring , wherein the electrical bushing having the disc-shaped insulating element consisting of a ceramic material, further having a first sealing element and a second sealing element , is constructed in such a way that the ceramic disc-shaped insulating element is connectable in gas-tight fashion to the metallic outer ring via the first sealing element , and the current conduction element is connectable to the ceramic disc-shaped insulating element via the second sealing element and a fastening element . - a multi-part metallic outer ring or a single-part metallic outer ring and a single-part or multi-part form-fitting insert ring , - a current conduction element , - a disc-shaped insulating element consisting of a ceramic material and having an opening for receiving the current conduction element , - a fastening element , and - the ceramic disc-shaped insulating element is connectable to the metallic outer ring , - the ceramic disc-shaped insulating element has an outer diameter face , an inner diameter face and two outer faces , - the current conduction element is connectable to the ceramic disc-shaped insulating element via the fastening element , and - the ceramic disc-shaped insulating element is mountable or is mountable in floating fashion by means of the multi-part metallic outer ring or the single-part metallic outer ring and the form-fitting insert ring in the multi-part metallic outer ring or in the single-part metallic outer ring ,
A bulkhead comprising: a spherical dome conforming to a spherical cap of a hemisphere, the dome having a periphery and an apex with an axis perpendicular to the dome at the apex ; a first plurality of straps emanating from a periphery of the dome on geodesics on the dome defined by and extending to a first pair of poles of the hemisphere beyond the periphery of the dome ; and, a second plurality of straps emanating from the periphery of the dome on second geodesies on the dome defined by and extending to a second pair of poles of the hemisphere beyond the periphery of the dome , wherein any overlap on an individual strap in the first plurality of straps is singular to only one individual strap in the second plurality of straps and any overlap intersperses plies from a first strap with plies from a second strap. a spherical dome conforming to a spherical cap of a hemisphere, the dome having a periphery and an apex with an axis perpendicular to the dome at the apex ; a first plurality of straps emanating from a periphery of the dome on geodesics on the dome defined by and extending to a first pair of poles of the hemisphere beyond the periphery of the dome ; and, a second plurality of straps emanating from the periphery of the dome on second geodesies on the dome defined by and extending to a second pair of poles of the hemisphere beyond the periphery of the dome , wherein any overlap on an individual strap in the first plurality of straps is singular to only one individual strap in the second plurality of straps and any overlap intersperses plies from a first strap with plies from a second strap.
Progressivity device for a friction clutch disc, comprising: a support flange , having a central axis of rotation (X), in which an annular central part is designed to cooperate with a torsional vibration damper , and an external part carries progressivity blades and friction pads attached to the progressivity blades, wherein the progressivity blades extend circumferentially over at least one of the faces of the support flange, and wherein each progressivity blade comprises one end fixed to the external part , another free end and folds delimiting a support region for the friction pad , the friction pad associated with this progressivity blade covering the end fixed to the support flange , characterized in that each progressivity blade comprises at least two material folds delimiting the support region for the friction pad , the material fold situated between the fixed end and the support region for the friction pad extending along a substantially radial direction, the other material folds of the progressivity blade being distributed circumferentially beyond the support region and away from the fixed end . a support flange , having a central axis of rotation (X), in which an annular central part is designed to cooperate with a torsional vibration damper , and an external part carries progressivity blades and friction pads attached to the progressivity blades, wherein the progressivity blades extend circumferentially over at least one of the faces of the support flange, and wherein each progressivity blade comprises one end fixed to the external part , another free end and folds delimiting a support region for the friction pad , the friction pad associated with this progressivity blade covering the end fixed to the support flange , characterized in that each progressivity blade comprises at least two material folds delimiting the support region for the friction pad , the material fold situated between the fixed end and the support region for the friction pad extending along a substantially radial direction, the other material folds of the progressivity blade being distributed circumferentially beyond the support region and away from the fixed end .
Method for measuring the shape of freeform surfaces on measurement objects using a point-measuring optical interferometric scanning arm , which is moved along a specified trajectory that is adapted to the freeform surface , with a measurement beam that is focused onto the freeform surface to be measured in a scanning point during the movement of the scanning arm over the specified trajectory , wherein the trajectory is chosen such that the measurement beam is always focused onto the freeform surface , wherein the scanning arm is rotated, with reference to its scanning point , in at least one plane, in which also the movement of the scanning arm along the trajectory is located, by an angle of rotation about the scanning point in a manner such that the measurement beam is incident on the freeform surface to be measured perpendicularly or within an acceptance angle of the scanning arm .
Method for structuring a roller by way of laser ablation, - in which laser pulses are directed using an optical system onto the surface of a roller to be structured so that the roller is structured by laser ablation in processing fields that are exposed to the laser pulses, with an optical element , which is a diffractive optical element or a spatial modulator for light modifying spatial intensity patterns of a laser pulse, characterized - in that the processing field that is exposed to the laser pulse on the surface of the roller is enlarged in dependence on the maximum average power P m of the laser source and/or is adapted such that the material-dependent and pulse-length-dependent optimum ablation fluence Φ 0 is obtained, and the size of the exposed processing field is set in dependence on an ablation portion a, which indicates the part of the structure that is to be ablated. - in which laser pulses are directed using an optical system onto the surface of a roller to be structured so that the roller is structured by laser ablation in processing fields that are exposed to the laser pulses, with an optical element , which is a diffractive optical element or a spatial modulator for light modifying spatial intensity patterns of a laser pulse, - in that the processing field that is exposed to the laser pulse on the surface of the roller is enlarged in dependence on the maximum average power P m of the laser source and/or is adapted such that the material-dependent and pulse-length-dependent optimum ablation fluence Φ 0 is obtained, and the size of the exposed processing field is set in dependence on an ablation portion a, which indicates the part of the structure that is to be ablated.
A compression-ignition direct-injection internal-combustion engine comprising at least a cylinder , a cylinder head carrying fuel injection means , a piston sliding in this cylinder, a combustion chamber delimited on one side by the upper face of the piston comprising a teat extending in the direction of the cylinder head and arranged in the centre of a concave bowl , said engine comprising injection means projecting fuel in at least two fuel jet sheets with different sheet angles (A1, A2), a lower sheet of jet axis C1 and an upper sheet of jet axis C2, at least two mixing zones (Z1, Z2) of the combustion chamber, characterized in that the zones form a low zone (Z1) and a high zone (Z2) and in that the low zone comprises a toroidal volume of centre B with a flat bottom into which the fuel jets of the lower sheet are injected in such a way that the axis C1 of the jets of the lower sheet is located between the centre B and the teat , and in that said low zone (Z1) is delimited by the teat , the toroidal volume of the bottom of the bowl, a vertical lateral wall and a convex rounded surface , and the high zone (Z2) is demarcated by an inclined plane , a concave surface , an essentially plane surface , a convex surface , and a plane surface , and the peripheral internal wall of the cylinder and the cylinder head .
A battery capacity estimation apparatus comprising: a battery ; a sensing unit connected to the battery to measure an OCV of the battery; an SOC estimation unit connected to the sensing unit estimate an SOC of the battery using the OCV measured from the sensing unit; a memory unit configured to store data including the SOC and the OCV of the battery and connected to the SOC estimation unit; and characterised by : an operation unit connected to the SOC estimation unit and the memory unit and configured to calculate an SOC reduction degree according to a use voltage range change and re-calculate a changed SOC according to a changed use capacity. a battery ; a sensing unit connected to the battery to measure an OCV of the battery; an SOC estimation unit connected to the sensing unit estimate an SOC of the battery using the OCV measured from the sensing unit; a memory unit configured to store data including the SOC and the OCV of the battery and connected to the SOC estimation unit; and characterised by : an operation unit connected to the SOC estimation unit and the memory unit and configured to calculate an SOC reduction degree according to a use voltage range change and re-calculate a changed SOC according to a changed use capacity.
A seal for sealing a space defined by first and second adjacent components disposed about a centerline (C L ), the seal comprising: a first seal section ; a second seal section ; and a wave spring disposed between the first and second seal sections and operative to bias the first seal section and the second seal section away from one another, wherein the first and second seal sections are configured to move relative to one another, wherein the first and second seal sections are configured to sealingly engage with the first and second components to prevent gases from reaching a clearance defined between the first and second components ; characterised in that : the first seal section includes a first base and a first leg extending from the first base , the second seal section includes a second base and a second leg extending from the second base , and the first base is supported by the second base ; and the seal further comprises a plurality of tabs extending from the first seal section and/or the second seal section and wrapping over a radially outer edge of the wave spring . a first seal section ; a second seal section ; and a wave spring disposed between the first and second seal sections and operative to bias the first seal section and the second seal section away from one another, wherein the first and second seal sections are configured to move relative to one another, wherein the first and second seal sections are configured to sealingly engage with the first and second components to prevent gases from reaching a clearance defined between the first and second components ; characterised in that : the first seal section includes a first base and a first leg extending from the first base , the second seal section includes a second base and a second leg extending from the second base , and the first base is supported by the second base ; and the seal further comprises a plurality of tabs extending from the first seal section and/or the second seal section and wrapping over a radially outer edge of the wave spring . the first seal section includes a first base and a first leg extending from the first base , the second seal section includes a second base and a second leg extending from the second base , and the first base is supported by the second base ; and the seal further comprises a plurality of tabs extending from the first seal section and/or the second seal section and wrapping over a radially outer edge of the wave spring .
A toilet for inhibiting an occupant from exiting the toilet, the toilet comprising: a seat having an opening therein; a pair of spaced apart arms positioned above the seat and connected to a seat back ; the back extending upwardly from a rear portion of the toilet; an actuator that lowers a rear portion of the seat relative to a front portion of the seat upon the actuator receiving a signal; a first pressure sensor positioned in a first arm of the pair of spaced apart arms; and a second pressure sensor positioned in a second arm of the pair of spaced apart arms; wherein, in use, pressure applied to the first pressure sensor or the second pressure sensor transmits a signal to the actuator , whereupon the actuator lowers a rear portion of the seat relative to a front portion of the seat. a seat having an opening therein; a pair of spaced apart arms positioned above the seat and connected to a seat back ; the back extending upwardly from a rear portion of the toilet; an actuator that lowers a rear portion of the seat relative to a front portion of the seat upon the actuator receiving a signal; a first pressure sensor positioned in a first arm of the pair of spaced apart arms; and a second pressure sensor positioned in a second arm of the pair of spaced apart arms; wherein, in use, pressure applied to the first pressure sensor or the second pressure sensor transmits a signal to the actuator , whereupon the actuator lowers a rear portion of the seat relative to a front portion of the seat.
A communication method, comprising: starting , by a terminal device, a preconfigured timer; and monitoring , by the terminal device, resource preemption indication information transmitted by a network device in a preconfigured target frequency monitoring area within a duration of the timer, wherein the resource preemption indication information is used to indicate a resource that is preempted by other traffic in an evolved mobile broadband traffic, eMBB, resource, the eMBB resource is a time-frequency resource used to schedule eMBB traffic, the other traffic is different from the eMBB traffic; wherein starting , by a terminal device, a preconfigured timer comprises: in a case that a trigger threshold of the timer is reached, starting, by the terminal device, the timer. starting , by a terminal device, a preconfigured timer; and monitoring , by the terminal device, resource preemption indication information transmitted by a network device in a preconfigured target frequency monitoring area within a duration of the timer, wherein the resource preemption indication information is used to indicate a resource that is preempted by other traffic in an evolved mobile broadband traffic, eMBB, resource, the eMBB resource is a time-frequency resource used to schedule eMBB traffic, the other traffic is different from the eMBB traffic; wherein starting , by a terminal device, a preconfigured timer comprises: in a case that a trigger threshold of the timer is reached, starting, by the terminal device, the timer.
A transceiver, comprising: a small form-factor pluggable - SFP - module that comprises: a processor configured to perform functions as a serializer/deserializer, a digital signal processor - DSP, an analog front-end, and a line driver; a RJ45 connector ; and a SFP connector ; characterized in that the SFP module further comprises a transformer and a hybrid circuit configured to neutralize signals reflected from a transmit direction to a receive direction. a small form-factor pluggable - SFP - module that comprises: a processor configured to perform functions as a serializer/deserializer, a digital signal processor - DSP, an analog front-end, and a line driver; a RJ45 connector ; and a SFP connector ; a processor configured to perform functions as a serializer/deserializer, a digital signal processor - DSP, an analog front-end, and a line driver; a RJ45 connector ; and a SFP connector ; characterized in that the SFP module further comprises a transformer and a hybrid circuit configured to neutralize signals reflected from a transmit direction to a receive direction.
Belt or belt segment , having a plurality of strength supports which run in the longitudinal direction (X) and are disposed so as to be mutually parallel; and a hinge-type connection element which forms one end of the belt , or of the belt segment , respectively; wherein the hinge-type connection element is configured to connect to a further hinge-type connection element of the other end of the belt , or to an end of a further belt segment , respectively; wherein the ends of the strength supports are held by the hinge-type connection element ; wherein the ends of the strength supports are connected in a force-fitting manner to at least one clamping body , characterized in that the clamping body represents a body which is separate from the hinge-type connection element ; wherein the clamping body can be held in a form-fitting manner by the hinge-type connection element at least in the longitudinal direction (X). a plurality of strength supports which run in the longitudinal direction (X) and are disposed so as to be mutually parallel; and a hinge-type connection element which forms one end of the belt , or of the belt segment , respectively; wherein the hinge-type connection element is configured to connect to a further hinge-type connection element of the other end of the belt , or to an end of a further belt segment , respectively; wherein the ends of the strength supports are held by the hinge-type connection element ; wherein the ends of the strength supports are connected in a force-fitting manner to at least one clamping body , characterized in that the clamping body represents a body which is separate from the hinge-type connection element ; wherein the clamping body can be held in a form-fitting manner by the hinge-type connection element at least in the longitudinal direction (X).
A rack device that can be mounted with a plurality of infusions pumps having drug related information which includes drug usage location information as usage location information of drug and drug dosage information as dosage information of the drug stored in association with the drug usage location information, each infusion pump has an infusion pump control unit configured to control an infusion pump main body , an infusion pump side profile data storage unit , a display and an input device together with an infusion pump side communication device and is configured to display the related drug dosage information based on specified drug usage location information as the drug usage location information when usage location is specified by an operator after being installed in the rack device , the rack device has a rack control unit configured to control a rack side communication device provided for communicating with each infusion pump and to control a first storage unit and a second storage unit , the infusion pump control unit and the rack control unit are connected to one another through a bus, characterized in that the rack control unit includes a standard infusion pump judgment section configured to judge whether or not a first infusion pump is installed in the rack device , and the rack device , under a control of the rack control unit , is configured to generate standard specifying drug usage location information as a single item of the specified drug usage location information based on drug usage location information stored in an infusion pump side profile data storage unit of the first infusion pump and use the standard specifying drug usage location information to cause the specified drug usage location information of each of the plurality of infusion pumps to coincide with the standard specifying drug usage location information after each of the plurality of infusion pumps being installed in the rack device and store the standard specifying drug usage location information in an infusion pump side profile data storage unit of each of the plurality of infusion pumps , the specified drug usage location information of each of the plurality of infusion pumps is unified with the specified drug usage location information of the first infusion pump so as to be identical to each other and the unification is performed automatically, the first infusion pump being a first installed infusion pump installed in the rack device .
High-strength screw having a threaded portion having a thread , wherein the threaded portion has an unhardening layer forming the outer surface layer, viewed in cross-section, having a reduced hardness with respect to the core of the screw characterized in that the screw has a bainite structure, the core has a tensile strength of between 1300 N/mm 2 and 2500 N/mm 2 ; and the unhardening layer at its outside has a tensile strength of between 1000 N/mm 2 and 1200 N/mm 2 .