mhurhangee/ep-ind-claims huggingface dataset:
A fiber-reinforced resin molding material which is a molding material containing at least the following components to, characterized in that the fiber-reinforced resin molding material has a weight loss on heating, when being heated at 300°C for 10 minutes either in a nitrogen atmosphere or in an air atmosphere, of 1.5% or less, and an antioxidant is added at 1.0% by weight or more. an amorphous thermoplastic resin: 100 parts by weight a reinforcement fiber: 4 to 60 parts by weight a phosphorus-based flame retardant: 20 to 60 parts by weight an amorphous thermoplastic resin: 100 parts by weight a reinforcement fiber: 4 to 60 parts by weight a phosphorus-based flame retardant: 20 to 60 parts by weight
A device for the handling and/or manipulation of articles, groupings, packs, piece goods, or the like, the device comprising: - an upper suspension, to which at least three separately driven positioning arms are articulately fastened, wherein each of the at least three positioning arms is formed by at least two arm sections (22, 24) that are swivelable relative to one another, and wherein the at least three positioning arms can be operated independently of one another, - a manipulator, which comprises one or more means for the gripping of the articles, groupings, packs, or piece goods and which is mechanically coupled with the at least three positioning arms such that a position of the manipulator can be specified by a movement of one or more of the at least three positioning arms, wherein the upper suspension, together with the fastenings of the at least three positioning arms, is vertically adjustable and/or bringable into an angular position in relation to a vertical, characterised in that - the upper suspension is mounted in vertically adjustable linear guides in a frame and - the linear guides are each formed by spindle drives or linear drives, with which the upper suspension is mounted in the frame in a height-adjustable manner. - an upper suspension, to which at least three separately driven positioning arms are articulately fastened, wherein each of the at least three positioning arms is formed by at least two arm sections (22, 24) that are swivelable relative to one another, and wherein the at least three positioning arms can be operated independently of one another, - a manipulator, which comprises one or more means for the gripping of the articles, groupings, packs, or piece goods and which is mechanically coupled with the at least three positioning arms such that a position of the manipulator can be specified by a movement of one or more of the at least three positioning arms, - the upper suspension is mounted in vertically adjustable linear guides in a frame and - the linear guides are each formed by spindle drives or linear drives, with which the upper suspension is mounted in the frame in a height-adjustable manner.
An electrosurgical system (200, 500), comprising: a direct current power supply configured to supply direct current; a radio frequency output stage electrically coupled to the direct current power supply, the radio frequency output stage configured to transform direct current into a radio frequency waveform, wherein the radio frequency output stage includes at least one active output terminal and at least one return output terminal; a direct current voltage sensor coupled to the direct current power supply and configured to measure direct current voltage; a direct current current sensor coupled to the direct current power supply and configured to measure direct current; a controller coupled to the direct current voltage and current sensors, the controller configured to determine at least one of voltage and current of the radio frequency waveform based on the measured voltage and current of the direct current characterized in that the system further comprises a radio frequency voltage sensor coupled to the at least one active output terminal and the at least one return output terminal and configured to measure radio frequency voltage therebetween; and a radio frequency current sensor coupled to the at least one active output terminal and configured to measure radio frequency current therethrough; wherein the controller is configured to compare at least one of calculated voltage and calculated current of the radio frequency waveform with at least one of measured voltage and measured current of the radio frequency waveform. a direct current power supply configured to supply direct current; a radio frequency output stage electrically coupled to the direct current power supply, the radio frequency output stage configured to transform direct current into a radio frequency waveform, wherein the radio frequency output stage includes at least one active output terminal and at least one return output terminal; a direct current voltage sensor coupled to the direct current power supply and configured to measure direct current voltage; a direct current current sensor coupled to the direct current power supply and configured to measure direct current; a controller coupled to the direct current voltage and current sensors, the controller configured to determine at least one of voltage and current of the radio frequency waveform based on the measured voltage and current of the direct current characterized in that the system further comprises a radio frequency voltage sensor coupled to the at least one active output terminal and the at least one return output terminal and configured to measure radio frequency voltage therebetween; and a radio frequency current sensor coupled to the at least one active output terminal and configured to measure radio frequency current therethrough; wherein the controller is configured to compare at least one of calculated voltage and calculated current of the radio frequency waveform with at least one of measured voltage and measured current of the radio frequency waveform.
Integrated process for the production of urea and urea-ammonium nitrate, comprising: a) the production of aqueous solution of urea starting from ammonia and carbon dioxide, in a urea synthesis process; b) the production of ammonium nitrate from ammonia and nitric acid in a ammonium nitrate stage, c) wherein at least part of said aqueous solution of urea is mixed with at least part of the ammonium nitrate to produce urea-ammonium nitrate in a urea-ammonium nitrate stage, d) said urea synthesis process comprising the reaction of ammonia and carbon dioxide at a synthesis pressure to form a urea reaction mixture containing urea and unconverted materials, and also comprising the recovery of unconverted materials in a plurality of recovery stages including at least a first recovery stage operating at a first recovery pressure lower than said synthesis pressure, and a second recovery stage operating at a second recovery pressure lower than said first recovery pressure, the process being characterized by the following: e) offgas released by a step of carbamate decomposition in the second recovery stage, and containing unconverted ammonia, are at least partially condensed at said second recovery pressure, obtaining condensate offgas; f) recycling at least part of said condensate offgas, or a solution (24, 25) containing at least part of said condensate offgas, to said first recovery stage; g) withdrawing an ammonia-containing stream (10, 11) from said first recovery stage at said first recovery pressure, and feeding said ammonia-containing stream (10, 11) to the ammonium nitrate stage. a) the production of aqueous solution of urea starting from ammonia and carbon dioxide, in a urea synthesis process; b) the production of ammonium nitrate from ammonia and nitric acid in a ammonium nitrate stage, c) wherein at least part of said aqueous solution of urea is mixed with at least part of the ammonium nitrate to produce urea-ammonium nitrate in a urea-ammonium nitrate stage, d) said urea synthesis process comprising the reaction of ammonia and carbon dioxide at a synthesis pressure to form a urea reaction mixture containing urea and unconverted materials, and also comprising the recovery of unconverted materials in a plurality of recovery stages including at least a first recovery stage operating at a first recovery pressure lower than said synthesis pressure, and a second recovery stage operating at a second recovery pressure lower than said first recovery pressure, e) offgas released by a step of carbamate decomposition in the second recovery stage, and containing unconverted ammonia, are at least partially condensed at said second recovery pressure, obtaining condensate offgas; f) recycling at least part of said condensate offgas, or a solution (24, 25) containing at least part of said condensate offgas, to said first recovery stage; g) withdrawing an ammonia-containing stream (10, 11) from said first recovery stage at said first recovery pressure, and feeding said ammonia-containing stream (10, 11) to the ammonium nitrate stage.
Autonomously buoyant heavyweight foundation for connection with a buoyant offshore plant for converting wind energy or solar energy into electrical energy comprising a solid plate made of concrete, reinforced concrete, a composite with concrete ora combination thereof, at least one fillable chamber and attachment means for connecting a supporting structure in connection with a tower of a wind turbine or with at least one carrier with a solar system, wherein the swimming heavyweight foundation comprises empty chambers and the lowered heavyweight foundation comprises filled chambers, characterised in that the solid plate has anchor plates each having an attachment means for connection to at least one bracing means for connection to the supporting structure, that the anchor plate comprises at least one vertically oriented or substantially vertically oriented first plate with the attachment means and at least one horizontally or substantially horizontally oriented second plate, so that the first plate is arranged at least partially in the solid plate, so that the second plate is covered by a region of the solid plate so that the first plates of the anchor plates are first plates transferring tensile forces of the supporting structure, and the second plates of the anchor plates are second plates exerting the tensile forces resulting from the pressure forces onto the solid plate.
A system comprising: a medical instrument configured to be inserted into a body, said instrument comprising a radiation source for transmitting electromagnetic radiation from within a body and through at least one layer of fat or adipose tissue in the body; a second medical instrument configured to be inserted into the body, the second medical instrument having a sensor attached thereto such that the radiation source and sensor are independently positionable inside the body, the sensor being configured to receive a portion of the electromagnetic radiation transmitted through the fat or adipose tissue; and a processor module in communication with the sensor, characterised in that the processor module is configured to determine a transmittance value of the fat or adipose tissue based on the electromagnetic radiation received by the sensor and compare said transmittance value to one or more transmittance value(s) of sample(s) of material having known fat concentration(s), to calculate a weight-based fat concentration of said tissue. a medical instrument configured to be inserted into a body, said instrument comprising a radiation source for transmitting electromagnetic radiation from within a body and through at least one layer of fat or adipose tissue in the body; a second medical instrument configured to be inserted into the body, the second medical instrument having a sensor attached thereto such that the radiation source and sensor are independently positionable inside the body, the sensor being configured to receive a portion of the electromagnetic radiation transmitted through the fat or adipose tissue; and a processor module in communication with the sensor, characterised in that the processor module is configured to determine a transmittance value of the fat or adipose tissue based on the electromagnetic radiation received by the sensor and compare said transmittance value to one or more transmittance value(s) of sample(s) of material having known fat concentration(s), to calculate a weight-based fat concentration of said tissue.
A device for dispensing biomaterial, the device comprising: - a handle (101, 201) configured to receive a syringe assembly (120, 220) the syringe assembly (120, 220) having a syringe comprising a biomaterial and a threaded plunger (121, 221); and an - engagement mechanism (102, 202) comprising an engagement pin (102, 202) retained within the handle (101, 201) and slidable between a first position and a second position, the engagement pin (102, 202) configured to engage the threaded plunger (121, 221) in the first position; - the engagement pin (102, 202) further configured to disengage from the threaded plunger (121, 221) in the second position; - a lid (130, 230) having a closed position and an open position, the lid (130, 230) configured to retain the syringe within the handle (101, 201) in the closed position, the lid (130, 230) further configured to release the syringe from the handle (101, 201) in the open position; - a hinge pin (132, 232) configured to attach the lid (130, 230) to the handle; - a lid pin located in a side of the lid (130, 230) and configured to fit into a corresponding hole in the handle (101, 201), thereby retaining the lid in the closed position; and - a lid spring configured to press the lid (130, 230) in a direction substantially parallel to the lid pin axis, the spring further configured to retain the lid pin in its corresponding hole until a user slides the lid away from the lid pin. - a handle (101, 201) configured to receive a syringe assembly (120, 220) the syringe assembly (120, 220) having a syringe comprising a biomaterial and a threaded plunger (121, 221); and an - engagement mechanism (102, 202) comprising an engagement pin (102, 202) retained within the handle (101, 201) and slidable between a first position and a second position, the engagement pin (102, 202) configured to engage the threaded plunger (121, 221) in the first position; - the engagement pin (102, 202) further configured to disengage from the threaded plunger (121, 221) in the second position; - a lid (130, 230) having a closed position and an open position, the lid (130, 230) configured to retain the syringe within the handle (101, 201) in the closed position, the lid (130, 230) further configured to release the syringe from the handle (101, 201) in the open position; - a hinge pin (132, 232) configured to attach the lid (130, 230) to the handle; - a lid pin located in a side of the lid (130, 230) and configured to fit into a corresponding hole in the handle (101, 201), thereby retaining the lid in the closed position; and - a lid spring configured to press the lid (130, 230) in a direction substantially parallel to the lid pin axis, the spring further configured to retain the lid pin in its corresponding hole until a user slides the lid away from the lid pin.
Wheel hub for mounting a wheel of a vehicle so as to rotate about an axis of rotation, having a flange, which has at least one fastening element, by means of which a rim of the wheel can be fastened at least in the axial direction of the wheel hub to the flange and thereby to the wheel hub, and having a centring seat formed on an extension of the wheel hub projecting axially from the flange, which centring seat has a plurality of centring surface segments, which are arranged one after the other in the circumferential direction of the wheel hub and are spaced apart from each other and which point outwards in the radial direction of the wheel hub, by means of which the rim is to be centred in the radial direction of the wheel hub relative to the latter, wherein the integral extension has an inner lateral face, which is continuous in the circumferential direction and points inwards in the radial direction and an outer lateral face, which points outwards in the radial direction and forms the centring surface segments, which is designed such that the centring surface segments have a first radial distance from the axis of rotation and further surface segments of the outer lateral face arranged in a circumferential direction between the centring surface segments have a lower second radial distance from the axis of rotation compared to the first radial distance, characterised in that the further surface segments of the outer lateral face are formed flat and are offset relative to the centring surface segments radially closer to the axis of rotation.
A heat exchanger module for accommodating and exchanging heat of a plurality of battery cells during operation, wherein the heat exchanger module is made up by stacking a plurality of lamination packs on top of each other, each lamination pack has a first plate, a second plate, and a central plate having cutouts forming flow channels when said central plate is located in between said first and second plates (14,16), each lamination pack has a flow inlet and a flow outlet aligning respectively with the flow inlets and outlets of a neighboring lamination pack such that a single inlet tube and a single outlet tube is formed for establishing fluid communication among said laminations packs, characterized in that the central plates of the lamination packs comprise a plurality of cutouts distributed around their periphery and isolated from said flow channels for enhancing heat flow around said lamination packs.
A method for improving quality of an audio conference call which does not comprise video communication in which data is transmitted between a plurality of callers (102a-n) over a network, each of the callers (102a-n) having a communicator, the communicator comprising a call over network module, the method comprising: the call over network module analyzing a pattern of speaking by the callers (102a-n), the pattern comprising duration of speaking by different callers (102a-n), and comparing the pattern with patterns of known formats of scenarios of call to determine a scenario of the conference call;and modulating the length of data delay provided by a jitter buffer of the call over network module in response to the determined scenario. the call over network module analyzing a pattern of speaking by the callers (102a-n), the pattern comprising duration of speaking by different callers (102a-n), and comparing the pattern with patterns of known formats of scenarios of call to determine a scenario of the conference call;and modulating the length of data delay provided by a jitter buffer of the call over network module in response to the determined scenario.
A drill bit, comprising: a force application device on a body (510; 610; 810) of the drill bit (500; 600; 800; 950), wherein the force application device includes: a floating member (508; 608; 804) and a force application member (502; 602; 802; 962) configured to extend from the floating member (508; 608; 804) to apply a force on a wellbore wall when the drill bit is used to drill a wellbore; and an actuator configured to actuate the force application member (502; 602; 802; 962) to apply the force to a wellbore wall during drilling of the wellbore characterised in that: the floating member (508; 608; 804) is a floating sleeve mounted on an outside of the body (510;610; 810) of the drill bit (500; 600; 800; 950); and the force application member (502; 602; 802; 962) is configured to move radially outward from the floating sleeve (508; 608; 804) when driven by the actuator. a force application device on a body (510; 610; 810) of the drill bit (500; 600; 800; 950), wherein the force application device includes: a floating member (508; 608; 804) and a force application member (502; 602; 802; 962) configured to extend from the floating member (508; 608; 804) to apply a force on a wellbore wall when the drill bit is used to drill a wellbore; and an actuator configured to actuate the force application member (502; 602; 802; 962) to apply the force to a wellbore wall during drilling of the wellbore characterised in that: the floating member (508; 608; 804) is a floating sleeve mounted on an outside of the body (510;610; 810) of the drill bit (500; 600; 800; 950); and the force application member (502; 602; 802; 962) is configured to move radially outward from the floating sleeve (508; 608; 804) when driven by the actuator. the floating member (508; 608; 804) is a floating sleeve mounted on an outside of the body (510;610; 810) of the drill bit (500; 600; 800; 950); and the force application member (502; 602; 802; 962) is configured to move radially outward from the floating sleeve (508; 608; 804) when driven by the actuator.
Method for adaptation of a vehicle's performance, comprising: - receipt of a request that a driver of said vehicle wishes to use a temporary performance mode; - initiation of a use of a preparation mode based on said request, wherein said vehicle during said preparation mode performs one or more activities that consume a power generated by an engine in said vehicle, so that the one or more activities do not occur during said temporary performance mode; and - initiation of a use of said temporary performance mode, wherein said temporary performance mode uses an increased fraction of said power to provide a temporary performance boost, for at least one feature relating to a propulsion of said vehicle, wherein said temporary performance boost continues for a limited time period t performance_mode, which is adjusted to meet an average value standard for emissions and/or strength limitations for at least one component in said vehicle. - receipt of a request that a driver of said vehicle wishes to use a temporary performance mode; - initiation of a use of a preparation mode based on said request, wherein said vehicle during said preparation mode performs one or more activities that consume a power generated by an engine in said vehicle, so that the one or more activities do not occur during said temporary performance mode; and - initiation of a use of said temporary performance mode, wherein said temporary performance mode uses an increased fraction of said power to provide a temporary performance boost, for at least one feature relating to a propulsion of said vehicle, wherein said temporary performance boost continues for a limited time period t performance_mode, which is adjusted to meet an average value standard for emissions and/or strength limitations for at least one component in said vehicle.
A mechanism for indicating and storing time information, including a transmission device coupling a time information counting system and a first member (S'; M') for displaying time information adapted to display selectively current time information and said same stored time information, the mechanism for indicating and storing time information comprising a second member (S; M) for displaying current time information, the transmission device including: a cam; a lever device including a lever, a follower and a first elastic member urging the lever and the follower into a particular relative position; the lever being kinematically coupled to the first display member (S'; M') for displaying time information, the follower being urged against the cam by a second elastic member, the storage of said time information consists in fixing, by a user action, the first display member (S'; M'), while it indicates the current time information. a cam; a lever device including a lever, a follower and a first elastic member urging the lever and the follower into a particular relative position; the lever being kinematically coupled to the first display member (S'; M') for displaying time information, the follower being urged against the cam by a second elastic member, the storage of said time information consists in fixing, by a user action, the first display member (S'; M'), while it indicates the current time information.