mhurhangee/patent-ind-claim-en huggingface dataset:
A scroll-type fluid machine, comprising: a stationary scroll ; an orbiting scroll that is provided opposing the stationary scroll and undergoes turning movement; a casing provided on the outside of the orbiting scroll ; a drive shaft that drives and turns the orbiting scroll ; a boss plate part that is provided separated from the orbiting scroll and is connected to the drive shaft ; and a plurality of rotation prevention mechanisms provided between the boss plate part and the casing , wherein: the boss plate part includes a plurality of rotation prevention mechanism-side boss plate parts connected to the rotation prevention mechanisms and a drive shaft-side boss plate part connected to the drive shaft , and spaces are provided between the rotation prevention mechanism-side boss plate parts and the drive shaft-side boss plate part , characterized in that : a plurality of the rotation prevention mechanism-side boss plate parts are connected to each other by support parts , and the support parts and the drive shaft-side boss plate part are connected to each other. a stationary scroll ; an orbiting scroll that is provided opposing the stationary scroll and undergoes turning movement; a casing provided on the outside of the orbiting scroll ; a drive shaft that drives and turns the orbiting scroll ; a boss plate part that is provided separated from the orbiting scroll and is connected to the drive shaft ; and a plurality of rotation prevention mechanisms provided between the boss plate part and the casing , wherein: the boss plate part includes a plurality of rotation prevention mechanism-side boss plate parts connected to the rotation prevention mechanisms and a drive shaft-side boss plate part connected to the drive shaft , and spaces are provided between the rotation prevention mechanism-side boss plate parts and the drive shaft-side boss plate part , characterized in that : a plurality of the rotation prevention mechanism-side boss plate parts are connected to each other by support parts , and the support parts and the drive shaft-side boss plate part are connected to each other. the boss plate part includes a plurality of rotation prevention mechanism-side boss plate parts connected to the rotation prevention mechanisms and a drive shaft-side boss plate part connected to the drive shaft , and spaces are provided between the rotation prevention mechanism-side boss plate parts and the drive shaft-side boss plate part , characterized in that : a plurality of the rotation prevention mechanism-side boss plate parts are connected to each other by support parts , and the support parts and the drive shaft-side boss plate part are connected to each other.
Device for taking samples from containers which comprises: - a receptacle for at least one container ; - a container bar code reader associated with the container positioned in the container receptacle ; - a receptacle for at least one test tube with the ability to move; and - a bar code reader associated with the test tube positioned in the test tube receptacle ; - fluid communication means between the container and the test tube ; in which the test tube receptacle comprises at least a loading position and a sample-taking position, characterised in that it comprises means for controlling the position of the test tube receptacle which, in turn, comprises at least one test tube receptacle position sensor and means for blocking the position of said test tube receptacle . - a receptacle for at least one container ; - a container bar code reader associated with the container positioned in the container receptacle ; - a receptacle for at least one test tube with the ability to move; and - a bar code reader associated with the test tube positioned in the test tube receptacle ; - fluid communication means between the container and the test tube ;
Use of a mineral, hydraulic binder in powder form in a fresh composition in order to ensure that the fresh mass likewise sets, solidifies and cures at subzero temperatures as in the case of positive temperatures and results in comparable or only insignificantly lower early strengths and final strengths, with the solidification and curing time usually also being the same or virtually the same, characterized in that the binder is based on a ground calcium sulfoaluminate clinker and contains as additive at least one activator component for the hydraulic reaction of the calcium sulfoaluminate of the ground clinker, which activator component has an alkaline reaction in the aqueous medium of the fresh composition, and at least one zinc component which liberates zinc ions in the aqueous medium of the fresh composition.
An arrangement for providing sterile water for injection purposes, the arrangement comprising a device for maintaining the chamber at an inner pressure that is less than atmospheric pressure in order to reduce a boiling point of feed water, a device for heating the feed water above the boiling point within the chamber , and further comprising the chamber , wherein the chamber is equipped with at least one membrane which is impermeable for liquids, and a condensation surface , in particular a film or a plate, which is arranged at a distance from the at least one membrane , wherein steam which has permeated through the at least one membrane is condensed on the condensation surface , wherein the steam that has condensated on the condensation surface is removable via a drain or conduit as sterile water for injection purposes, characterized in that at least one drain is provided for removing drainage which has condensed in the chamber prior to reaching the condensation surface from the chamber , wherein the drain for removing drainage comprises a drainage line in which - for detection of damage to the membrane - a sensor is arranged for determining the electric conductivity and/or the specific electrical resistance of the drainage.
A flame retardant tile for ships , comprising: a base layer ; a printed layer formed on the base layer ; and a transparent layer formed on the printed layer , characterized in that the base layer is formed of a resin composition comprising 5 to 25% by weight of a polylactic acid (PLA) resin, 10 to 40% by weight of an inorganic flame retardant, and 30 to 70% by weight of a filler. a base layer ; a printed layer formed on the base layer ; and a transparent layer formed on the printed layer , characterized in that the base layer is formed of a resin composition comprising 5 to 25% by weight of a polylactic acid (PLA) resin, 10 to 40% by weight of an inorganic flame retardant, and 30 to 70% by weight of a filler.
An exercise machine comprising: a frame including: a base portion ; an upright portion coupled to the base portion at a single pivot point; a pivot joint connecting the upright portion to the base portion at the single pivot point, the pivot joint including: a drop-in axle connected to the upright portion ; and a drop-in receptacle connected to the base portion , wherein the drop-in axle is removably received in the drop-in receptacle by lowering the drop-in axle into the drop-in receptacle ; a tilt actuator connected to the upright portion and configured to change a tilt angle of the upright portion ; and a flywheel connected to the upright portion opposite the tilt actuator , wherein loads applied by the tilt actuator and a weight of the flywheel are balanced about the pivot joint . a base portion ; an upright portion coupled to the base portion at a single pivot point; a pivot joint connecting the upright portion to the base portion at the single pivot point, the pivot joint including: a drop-in axle connected to the upright portion ; and a drop-in receptacle connected to the base portion , wherein the drop-in axle is removably received in the drop-in receptacle by lowering the drop-in axle into the drop-in receptacle ; a drop-in axle connected to the upright portion ; and a drop-in receptacle connected to the base portion , wherein the drop-in axle is removably received in the drop-in receptacle by lowering the drop-in axle into the drop-in receptacle ; a tilt actuator connected to the upright portion and configured to change a tilt angle of the upright portion ; and a flywheel connected to the upright portion opposite the tilt actuator , wherein loads applied by the tilt actuator and a weight of the flywheel are balanced about the pivot joint .
Method for managing a right of access to a mobile access network for a communicating device , said method comprising the following steps implemented by the communicating device: - detection (E1) that the communicating device is connected to a charging unit ; - following said detection, transmission (E3) of a charging request to a processing device , said charging request (M1) comprising an estimate of a requested amount of energy, a battery identifier and a network identifier of the communicating device; - on receipt (E4) of a charging agreement (M2) from the processing device, supply (E5) of the battery identified by the charging unit with power according to the agreed amount of energy, - access to said network by the communicating device identified by said network identifier, said right of access being extended in the network according to the agreed amount of energy. - detection (E1) that the communicating device is connected to a charging unit ; - following said detection, transmission (E3) of a charging request to a processing device , said charging request (M1) comprising an estimate of a requested amount of energy, a battery identifier and a network identifier of the communicating device; - on receipt (E4) of a charging agreement (M2) from the processing device, supply (E5) of the battery identified by the charging unit with power according to the agreed amount of energy, - access to said network by the communicating device identified by said network identifier, said right of access being extended in the network according to the agreed amount of energy.
A method for remoting applications, the applications including one or more framework applications that have their respective visual components stored as a structural representation in a corresponding visual tree, such as Windows Presentation Foundation, WPF, applications, comprising: relating one or more visual components to be displayed, the one or more visual components corresponding to the visual output generated by one or more applications running in a desktop at a server computing device; upon creation of a framework application, transitioning a graphics system of the server computing device from a single immediate drawing mode to a structural redirection mode and creating a visual tree, wherein in the structural redirection mode, the one or more visual components corresponding to the visual output generated by the one or more applications running in the desktop and the visual components of the framework application are represented as structural representations in the visual tree; collecting structural information associated with the visual tree and transferring the structural information to a remote client to enable the remote client to construct a corresponding visual tree at the remote client based on the structural information, wherein the structural information includes data that specifies placement of the visual components on the desktop when displayed. relating one or more visual components to be displayed, the one or more visual components corresponding to the visual output generated by one or more applications running in a desktop at a server computing device; upon creation of a framework application, transitioning a graphics system of the server computing device from a single immediate drawing mode to a structural redirection mode and creating a visual tree, wherein in the structural redirection mode, the one or more visual components corresponding to the visual output generated by the one or more applications running in the desktop and the visual components of the framework application are represented as structural representations in the visual tree; collecting structural information associated with the visual tree and transferring the structural information to a remote client to enable the remote client to construct a corresponding visual tree at the remote client based on the structural information, wherein the structural information includes data that specifies placement of the visual components on the desktop when displayed.
A clamp assembly for securing a fixed portion of a vehicle, especially a support bracket , to a movable portion of a steering column, especially a steering column shroud , the clamp assembly comprising: a clamp pin which passes through an opening in the fixed portion and an opening in the moving portion, the clamp pin having a stopper located towards one end, a toothed block carried by the clamp pin having a set of rake teeth, the teeth of the block being urged into engagement with a rack of teeth fixed to the support bracket by the stopper when the clamp assembly is in the clamped condition, thereby securing the relative positions of the fixed and moving portions of the steering assembly; and a biasing means that provides a biasing force that acts in an unclamped condition of the clamp assembly to bias the stopper of the clamp pin away from the moving part to permit the rack of teeth on the block to move clear of the rack of the support bracket , thereby permitting relative movement of the fixed and moving portion of the steering assembly; wherein a substantial part of the biasing force provided by the biasing means acts upon the clamp pin without passing through the toothed block , such that the biasing force does not impede free movement of the toothed block relative to the clamp pin ; characterized by comprising at least one secondary biasing means , located between the biasing means and the toothed block , which maintains a clearance between the toothed block and the biasing means when in the unclamped condition. a clamp pin which passes through an opening in the fixed portion and an opening in the moving portion, the clamp pin having a stopper located towards one end, a toothed block carried by the clamp pin having a set of rake teeth, the teeth of the block being urged into engagement with a rack of teeth fixed to the support bracket by the stopper when the clamp assembly is in the clamped condition, thereby securing the relative positions of the fixed and moving portions of the steering assembly; and a biasing means that provides a biasing force that acts in an unclamped condition of the clamp assembly to bias the stopper of the clamp pin away from the moving part to permit the rack of teeth on the block to move clear of the rack of the support bracket , thereby permitting relative movement of the fixed and moving portion of the steering assembly; wherein a substantial part of the biasing force provided by the biasing means acts upon the clamp pin without passing through the toothed block , such that the biasing force does not impede free movement of the toothed block relative to the clamp pin ; characterized by comprising at least one secondary biasing means , located between the biasing means and the toothed block , which maintains a clearance between the toothed block and the biasing means when in the unclamped condition.
A process for removal of 99Tc from liquid intermediate level waste (ILW) of spent fuel reprocessing comprising: adding HNO 3 to ILW till the pH is 2 to destroy the carbonates; transferring the ILW deprived of carbonates to a tank containing mild steel wool (msw) for 4 to 48 hrs; subjecting the ILW and mild steel wool to the step of separation; discharging the supernatant solution free of 99Tc and retaining the corrosion products (goethite(FeOOH)/magnetite); subjecting the said corrosion products to the step of vitrification; and storing the said vitrified 99Tc bearing waste. adding HNO 3 to ILW till the pH is 2 to destroy the carbonates; transferring the ILW deprived of carbonates to a tank containing mild steel wool (msw) for 4 to 48 hrs; subjecting the ILW and mild steel wool to the step of separation; discharging the supernatant solution free of 99Tc and retaining the corrosion products (goethite(FeOOH)/magnetite); subjecting the said corrosion products to the step of vitrification; and storing the said vitrified 99Tc bearing waste.
A sports equipment article comprising a thermoplastic poly(carbonate-siloxane) elastomer, wherein the poly(carbonate-siloxane) elastomer comprises 50 to 90 weight percent of siloxane blocks, and the siloxane blocks comprise an average of 10 to 80 units.
A capacitive pressure transducer for measuring the pressure of a medium adjacent to the transducer , the capacitive pressure transducer comprising: a measurement diaphragm having a first surface and a second surface , wherein the first surface is in contact with the medium, and wherein the second surface faces away from the medium; the measurement diaphragm further comprising a measurement electrode ; the capacitive pressure transducer also comprising a base body arranged opposite the second surface of the measurement diaphragm , the base body comprising a counter electrode , the counter electrode and the measurement electrode forming a measurement capacitance; the capacitive pressure transducer further comprising at least one spacer separating the measurement diaphragm from the base body ; the capacitive pressure transducer also comprising an electrically insulating chamber defined by the base body and by the measurement diaphragm ; wherein the counter electrode is in contact with the electrically insulating chamber ; wherein at least one of the measurement electrode or of the counter electrode comprises a meandering pattern layer ; wherein the meandering pattern layer is in direct contact with the electrically insulating chamber ; characterized in that the meandering pattern layer comprises a first conductor with a plurality of segments and a second conductor with a plurality of segments; and in that the segments of the first conductor mesh with the segments of the second conductor . a measurement diaphragm having a first surface and a second surface , wherein the first surface is in contact with the medium, and wherein the second surface faces away from the medium; the measurement diaphragm further comprising a measurement electrode ; the capacitive pressure transducer also comprising a base body arranged opposite the second surface of the measurement diaphragm , the base body comprising a counter electrode , the counter electrode and the measurement electrode forming a measurement capacitance; the capacitive pressure transducer further comprising at least one spacer separating the measurement diaphragm from the base body ; the capacitive pressure transducer also comprising an electrically insulating chamber defined by the base body and by the measurement diaphragm ; wherein the counter electrode is in contact with the electrically insulating chamber ; wherein at least one of the measurement electrode or of the counter electrode comprises a meandering pattern layer ; wherein the meandering pattern layer is in direct contact with the electrically insulating chamber ; characterized in that the meandering pattern layer comprises a first conductor with a plurality of segments and a second conductor with a plurality of segments; and in that the segments of the first conductor mesh with the segments of the second conductor .
A method for assessing a risk of interference between a first road user , and at least one second road user being located behind the first road user , the method comprising: - receiving at least one image (I) taken from a position of the first road user showing a traffic situation including the at least one second road user (S 1), - analyzing the received image (I) and deducting a current risk level indicator, RLI, wherein the current risk level indicator, RLI, describes a current risk of interference between the first road user and the at least one second road user (S2), - determining a current risk level threshold, RLT, wherein the current risk level threshold, RLT, is a function of a set of historic risk level indicators, HRLI (S3), - comparing the current risk level indicator, RLI, and the current risk level threshold, RLT (S4), and - triggering a notification for the first road user if the current risk level indicator, RLI, exceeds the current risk level threshold, RLT (S5). - receiving at least one image (I) taken from a position of the first road user showing a traffic situation including the at least one second road user (S 1), - analyzing the received image (I) and deducting a current risk level indicator, RLI, wherein the current risk level indicator, RLI, describes a current risk of interference between the first road user and the at least one second road user (S2), - determining a current risk level threshold, RLT, wherein the current risk level threshold, RLT, is a function of a set of historic risk level indicators, HRLI (S3), - comparing the current risk level indicator, RLI, and the current risk level threshold, RLT (S4), and - triggering a notification for the first road user if the current risk level indicator, RLI, exceeds the current risk level threshold, RLT (S5).
A transport refrigeration system comprising: a vehicle having a refrigerated cargo space ; a refrigeration unit in operative association with the refrigerated cargo space, the refrigeration unit providing conditioned air to the refrigerated cargo space; a first engine configured to power the refrigeration unit; a first exhaust passage fluidly connected to the first engine and configured to transport exhaust from the first engine; a second engine configured to power the vehicle; and a second exhaust passage fluidly connected to the second engine and configured to transport exhaust from the second engine to a single exhaust exit ; characterized in that the first exhaust passage fluidly connects to the second exhaust passage such that exhaust from the first engine is transported from the first exhaust passage to the single exhaust exit through the second exhaust passage . a vehicle having a refrigerated cargo space ; a refrigeration unit in operative association with the refrigerated cargo space, the refrigeration unit providing conditioned air to the refrigerated cargo space; a first engine configured to power the refrigeration unit; a first exhaust passage fluidly connected to the first engine and configured to transport exhaust from the first engine; a second engine configured to power the vehicle; and a second exhaust passage fluidly connected to the second engine and configured to transport exhaust from the second engine to a single exhaust exit ; characterized in that the first exhaust passage fluidly connects to the second exhaust passage such that exhaust from the first engine is transported from the first exhaust passage to the single exhaust exit through the second exhaust passage .
Arrangement for obliquely fixing a fixing flange of a housing of a thermal engine element to a fixing wall of a cylinder head of said engine, said cylinder head comprising a fixing track against which the fixing flange is fixed in abutment using a fixing device , characterized in that said fixing device comprises a fixing and guiding insert which is mounted in abutment against the wall of a notch which is formed in the cylinder head from the face of the fixing track .