mhurhangee/patent-ind-claim-en huggingface dataset:
Clamping system having a spindle and having a workpiece holder , in particular for rotational machining of a workpiece held by the workpiece holder , having the following features: a. the workpiece holder has a receiving region for receiving a workpiece, and b. the spindle is configured for attachment of the workpiece holder , wherein the spindle and the workpiece holder have abutment surfaces which are directed towards one another, characterized by the following features: c. for fastening of the workpiece holder to the spindle , provision is made of a differentially threaded sleeve having a first threaded portion and having a second threaded portion with a different thread pitch, and d. provision is made on the workpiece holder of a first counterpart thread for the first threaded portion , and e. provision is made on the spindle of a second counterpart thread for the second threaded portion . a. the workpiece holder has a receiving region for receiving a workpiece, and b. the spindle is configured for attachment of the workpiece holder , wherein the spindle and the workpiece holder have abutment surfaces which are directed towards one another, c. for fastening of the workpiece holder to the spindle , provision is made of a differentially threaded sleeve having a first threaded portion and having a second threaded portion with a different thread pitch, and d. provision is made on the workpiece holder of a first counterpart thread for the first threaded portion , and e. provision is made on the spindle of a second counterpart thread for the second threaded portion .
A speaker array , comprising: an input to receive an audio signal and a control signal from a sound field controller ; a plurality of drivers , each of the drivers being of the same size and type, and configured to transduce processed audio signals into acoustic waves; at least one signal processor coupled to the input and configured to receive the audio signal and the control signal, and configured to provide a first processed signal to a first driver of the plurality of drivers , the first processed signal based in part upon the audio signal and a first parameter received from the control signal, and to provide a second processed signal to a second driver of the plurality of drivers , the second processed signal based in part upon the audio signal and a second parameter received from the control signal, and a controller configured to detect a presence of a downstream speaker array connected to the sound field controller through the speaker array , to communicate with the sound field controller about the presence of the downstream speaker array , to receive communication from the downstream speaker array for the sound field controller and to communicate it to the sound field controller . an input to receive an audio signal and a control signal from a sound field controller ; a plurality of drivers , each of the drivers being of the same size and type, and configured to transduce processed audio signals into acoustic waves; at least one signal processor coupled to the input and configured to receive the audio signal and the control signal, and configured to provide a first processed signal to a first driver of the plurality of drivers , the first processed signal based in part upon the audio signal and a first parameter received from the control signal, and to provide a second processed signal to a second driver of the plurality of drivers , the second processed signal based in part upon the audio signal and a second parameter received from the control signal, and a controller configured to detect a presence of a downstream speaker array connected to the sound field controller through the speaker array , to communicate with the sound field controller about the presence of the downstream speaker array , to receive communication from the downstream speaker array for the sound field controller and to communicate it to the sound field controller .
A garment , wherein said garment is a trouser comprising a waistband , characterized in that said garment having an elongated garment portion provided with at least one garment connection portion and a base , said garment connection portion configured to be releasably connected to an attachment means , and wherein said garment connection portion further comprises a projecting part extending from the base of said elongated garment portion and a connection element being arranged at a remote end of said projecting part , wherein said elongated garment portion extends laterally around and along the waistband of said trouser , and wherein the projecting part is in the form of a strap or flange having an adjacent end and the remote end and is movable towards and away from the base . said garment having an elongated garment portion provided with at least one garment connection portion and a base , said garment connection portion configured to be releasably connected to an attachment means , and wherein said garment connection portion further comprises a projecting part extending from the base of said elongated garment portion and a connection element being arranged at a remote end of said projecting part , wherein said elongated garment portion extends laterally around and along the waistband of said trouser , and wherein the projecting part is in the form of a strap or flange having an adjacent end and the remote end and is movable towards and away from the base .
A variable system for processing, treatment and use of wastes containing a waste container to which a waste crusher is connected via a batcher , behind which a waste treatment plant for mechanical treatment, cleaning, drying, separation and agglomeration that is followed by a bio-gas station for processing and treatment of organic materials for energy recovery and subsequent use as compost, a sorter of the formed granules to respective types of plastic for their recycling, and a thermochemical unit for production of energy fuel in the form of gas, oil and carbon followed by at least one liquefied gas tank provided with a mixing equipment are located characterized in that the waste container is provided with at least one waste amount sensor and at least one other waste motion sensor , and the waste crusher is provided with a load sensor , wherein the waste amount sensor , the other waste motion sensor and the load sensor are interconnected with a control unit connected to conveyor drive controllers in the waste container , the batcher and the crusher ; behind the crusher , the thermochemical unit for production of energy fuel in the form of gas, oil, carbon is present behind which at least one liquefied gas tank provided with a mixing equipment is located, wherein the crusher is a slow-running crusher with a pressure sieve to reach uniform material granulometry for further sorting and processing, and the thermochemical unit is provided with input material batching without air access, at least three heat sources interconnected with the control unit and temperature sensors in a retort.
Apparatus of a jet engine having at least one component which is arranged in a housing and configured to be rotatable with respect to the housing , wherein at least one air-oil volumetric flow can be guided out of a region of the jet engine into the housing , characterized in that the air-oil volumetric flow can be introduced into the housing via an introduction device at least approximately tangentially to a region of the rotatable component that is close at least to an outer circumferential region, wherein, at least in the region of the rotatable component , oil can be sprayed into the air-oil volumetric flow via a device.
A micro-vaporizer having a micro-vaporizer body in which is disposed a vaporizable fluid reservoir for retaining a vaporizable fluid, a vaporization chamber with a heating element at least partially disposed therein, and a composite wick having a wick body having an upstream surface and a downstream surface, the wick body being positioned within the micro-vaporizer body so that the upstream surface is in fluid communication with the vaporizable fluid reservoir and the downstream surface is disposed within the vaporization chamber in opposition to a surface of the heating element, characterized in that : the wick body comprises at least one base wick structure having a plurality of tortuous passages that collectively provide a capillary effect to draw vaporizable fluid from the vaporizable fluid reservoir and transport it toward the downstream surface, and an active material positioned in conjunction with the at least one base wick structure so that vaporizable fluid drawn through the at least one base wick structure contacts and interacts with the active material, the active material being dissolved or suspended in the vaporizable fluid as the result of such contact and interaction. at least one base wick structure having a plurality of tortuous passages that collectively provide a capillary effect to draw vaporizable fluid from the vaporizable fluid reservoir and transport it toward the downstream surface, and an active material positioned in conjunction with the at least one base wick structure so that vaporizable fluid drawn through the at least one base wick structure contacts and interacts with the active material, the active material being dissolved or suspended in the vaporizable fluid as the result of such contact and interaction.
An abutment assembly for attachment to a dental implant , comprising: an abutment having a lower region and an upper region, the lower region including an anti-rotational feature for non-rotationally mating with the dental implant, the upper region including a first anti-rotational structure ; a temporary abutment cap configured to be coupled to the upper region of the abutment , the temporary abutment cap having a second anti-rotational structure configured to slidably engage the first anti-rotational structure of the abutment, the top surface of the temporary abutment cap including two or more informational marker locations positioned circumferentially around the top surface of the temporary abutment cap, each informational marker location including one or more informational markers providing information concerning the abutment , wherein the informational markers are indicative of the dimensions of the abutment in the lower region and the height of the abutment, the temporary abutment cap including an aperture ; and a screw configured to be received in the aperture for attaching the temporary abutment cap and the abutment to the dental implant through an internal bore of the abutment . an abutment having a lower region and an upper region, the lower region including an anti-rotational feature for non-rotationally mating with the dental implant, the upper region including a first anti-rotational structure ; a temporary abutment cap configured to be coupled to the upper region of the abutment , the temporary abutment cap having a second anti-rotational structure configured to slidably engage the first anti-rotational structure of the abutment, the top surface of the temporary abutment cap including two or more informational marker locations positioned circumferentially around the top surface of the temporary abutment cap, each informational marker location including one or more informational markers providing information concerning the abutment , wherein the informational markers are indicative of the dimensions of the abutment in the lower region and the height of the abutment, the temporary abutment cap including an aperture ; and a screw configured to be received in the aperture for attaching the temporary abutment cap and the abutment to the dental implant through an internal bore of the abutment .
A tensioning instrument configured to apply a tensile force to a portion of an implant , the instrument comprising: a bearing member configured to abut a support surface of the implant ; an actuator spaced from the bearing member in a proximal direction , the actuator including a flexible portion ; and a retainer configured to attach to a portion of an implant , the retainer extending from a location on the actuator toward the bearing member , the location spaced from the bearing member a distance in the proximal direction , wherein the bearing member defines a receptacle that is sized to receive a portion of the retainer , wherein application of a force to the actuator deforms the flexible portion so as to increase the distance between the location and the bearing member , characterized in that the flexible portion includes a first actuation member and a second actuation member that is opposed to the first actuation member in a direction that is perpendicular to the proximal direction , and the retainer is disposed between the first actuation member and the second actuation member . a bearing member configured to abut a support surface of the implant ; an actuator spaced from the bearing member in a proximal direction , the actuator including a flexible portion ; and a retainer configured to attach to a portion of an implant , the retainer extending from a location on the actuator toward the bearing member , the location spaced from the bearing member a distance in the proximal direction , wherein the bearing member defines a receptacle that is sized to receive a portion of the retainer , wherein application of a force to the actuator deforms the flexible portion so as to increase the distance between the location and the bearing member , characterized in that the flexible portion includes a first actuation member and a second actuation member that is opposed to the first actuation member in a direction that is perpendicular to the proximal direction , and the retainer is disposed between the first actuation member and the second actuation member .
Haptic operating device for a motor vehicle with a base plate , a stationary center part connected therewith, a rotary knob rotatable around the stationary center part and configured hollow, and with a magnetorheological transmission device for controlled influencing of a rotary motion of the rotary knob , wherein the transmission device comprises two components rotatable relative to one another, one of which components being configured as a brake component rotatable relative to the base plate , characterized in that the stationary center part is fastened to the base plate by means of a supporting arm , and that the transmission device and the supporting arm are disposed adjacent to one another and accommodated radially inwardly of the rotary knob , and that the supporting arm is disposed off-center relative to the rotary knob , and that the rotary knob , via a coupling device , is non-rotatably coupled with the rotatable brake component of the transmission device , such that in the case of a rotary motion of the rotary knob , the spatial orientation of the rotary knob changes relative to the rotatable brake component .
Harvesting appliance, in particular an agricultural or industrial baler, preferably a press for forming round cylindrical pressed bales or a wrapping device for wrapping a pressed bale with an enveloping material , for example of the net or film type, having at least one roller for supporting a pressed bale , and at least one weighing device for detecting the weight force of a pressed bale on the roller , having at least one weighing means , wherein the weighing means is integrated into a bearing device of the roller , characterized in that the weighing means is received at one end in a rotationally fixed manner in a supporting flange connected to a frame of the harvesting appliance .
A computer implemented system for automatically generating a mowing timetable for an automatic lawnmower, the system being arranged to: obtain information identifying a location and size of an area to be mowed by the automatic lawnmower; obtain information regarding past and predicted future weather conditions at the location of the area; calculate a mowing timetable for the automatic lawnmower, the mowing timetable comprising a mowing duration for each of a number of days, the system being arranged to calculate each mowing duration based upon the location and size of the area to be mowed by the automatic lawnmower and the past and predicted future weather conditions at the location of the area to be mowed by the automatic lawnmower; store the mowing timetable; and send the mowing timetable to the automatic lawnmower arranged to receive the mowing timetable and to carry out mowing according to the mowing timetable, wherein the system is arranged to obtain information identifying the location and size from a position sensing element of a smartphone. obtain information identifying a location and size of an area to be mowed by the automatic lawnmower; obtain information regarding past and predicted future weather conditions at the location of the area; calculate a mowing timetable for the automatic lawnmower, the mowing timetable comprising a mowing duration for each of a number of days, the system being arranged to calculate each mowing duration based upon the location and size of the area to be mowed by the automatic lawnmower and the past and predicted future weather conditions at the location of the area to be mowed by the automatic lawnmower; store the mowing timetable; and send the mowing timetable to the automatic lawnmower arranged to receive the mowing timetable and to carry out mowing according to the mowing timetable, wherein the system is arranged to obtain information identifying the location and size from a position sensing element of a smartphone.
Process for the purification of a sialic acid from a fermentation broth, comprising the following steps: removing biomass from a fermentation broth comprising a sialic acid, wherein a clarified solution is provided, providing a purified solution by subjecting the clarified solution to a cationic ion exchanger treatment with a cationic ion exchanger material, wherein the cationic ion exchanger treatment is performed under conditions in which the sialic acid passes the cationic ion exchanger material and is present in the flowthrough; and an anionic ion exchanger treatment with an anionic ion exchange material, wherein the anionic ion exchanger treatment is performed under conditions in which the sialic acid passes the anionic ion exchanger material and is present in the flowthrough; and removing salts from the purified solution by electrodialysis. removing biomass from a fermentation broth comprising a sialic acid, wherein a clarified solution is provided, providing a purified solution by subjecting the clarified solution to a cationic ion exchanger treatment with a cationic ion exchanger material, wherein the cationic ion exchanger treatment is performed under conditions in which the sialic acid passes the cationic ion exchanger material and is present in the flowthrough; and an anionic ion exchanger treatment with an anionic ion exchange material, wherein the anionic ion exchanger treatment is performed under conditions in which the sialic acid passes the anionic ion exchanger material and is present in the flowthrough; and a cationic ion exchanger treatment with a cationic ion exchanger material, wherein the cationic ion exchanger treatment is performed under conditions in which the sialic acid passes the cationic ion exchanger material and is present in the flowthrough; and an anionic ion exchanger treatment with an anionic ion exchange material, wherein the anionic ion exchanger treatment is performed under conditions in which the sialic acid passes the anionic ion exchanger material and is present in the flowthrough; and removing salts from the purified solution by electrodialysis.
A microprojection light module for a motor vehicle headlamp, comprising (*) at least one light source ; and *) at least one projection device which images the light emerging from the at least one light source into an area in front of the motor vehicle in the form of at least one light distribution, wherein the projection device : -) an entrance optic comprising one, two or more micro entrance optics , preferably arranged in an array -) an exit optic comprising one, two or more micro exit optics , preferably arranged in an array, wherein each micro-entry optic is assigned exactly one micro-exit optic , wherein the micro-entry optics are designed and/or the micro-entry optics and the micro-exit optics are arranged relative to one another in such a way that substantially all the light emerging from a micro-entry optic enters exactly only the associated micro-exit optic , and wherein the light preformed by the micro-entry optics is imaged by the micro-exit optics into an area in front of the motor vehicle as at least one light distribution (LV1 - LV5; GLV), wherein a micro-entry optic and a micro-exit optic associated with the one micro-entry optic form a micro-optical system, which micro-optical system has at least one micro-optic focal point (F1), wherein preferably optical axes of the mutually associated micro-entry optics and micro-exit optics extend parallel to one another, in particular coincide, wherein a first diaphragm device is arranged between the entrance optics and the exit optics , the first diaphragm device lying in a plane spanned by the micro-optics focal points (F1), wherein the first diaphragm device has a diaphragm (51 to 55) with in each case at least one, for example exactly one optically effective diaphragm edge for at least one pair of micro-entry and micro-exit optics associated with one another, preferably for several pairs and in particular for all pairs, characterized in that at least one second diaphragm device is arranged between the entrance optics and the exit optics , which second diaphragm device has a diaphragm (61 to 65, 71 to 75, 81 to 89) with in each case at least one optically active diaphragm edge (61' to 65', 71' to 75', 81' to 89') for at least one pair of micro-entry and micro-exit optics assigned to one another, wherein the second diaphragm device is arranged with respect to the first diaphragm device in such a way that the diaphragms (61 to 65, 71 to 75, 81 to 89) of the second diaphragm device are arranged vertically, d. i.e. parallel to the vertical direction (V). -) an entrance optic comprising one, two or more micro entrance optics , preferably arranged in an array -) an exit optic comprising one, two or more micro exit optics , preferably arranged in an array, wherein