mhurhangee/patent-ind-claim-en huggingface dataset:
Imaging locating device , more particularly a hand-held locating device , comprising at least - a first locating apparatus , provided to detect locating data in relation to objects to be located (36, 36', 36") which are concealed under an examination surface , - a position sensor for detecting position data of the locating device in relation to the examination surface , wherein the position data also comprise data describing an orientation of the locating device in relation to the examination surface , - an evaluation apparatus , provided to determine a first at least two-dimensional map information item by assigning locating data of a first category from the first locating apparatus to position data, wherein the evaluation apparatus is provided to determine at least one further at least two-dimensional map information item which differs from the first at least two-dimensional map information item , - a display apparatus , which is provided to display the first at least two-dimensional map information item and/or the at least one further at least two-dimensional map information item as a map , - wherein the display apparatus is provided to overlay the first at least two-dimensional map information item and the at least one further at least two-dimensional map information item to form a common map , characterized in that in the case of a rotation of the locating device on the examination surface the display apparatus is provided to rotate the displayed map counter to the direction of the rotational movement, so that even in the case of a rotation of the locating device and independently of the orientation of the examination surface the displayed map faithfully reproduces the objects to be located (36, 36', 36") which are located under the examination surface . - a first locating apparatus , provided to detect locating data in relation to objects to be located (36, 36', 36") which are concealed under an examination surface , - a position sensor for detecting position data of the locating device in relation to the examination surface , wherein the position data also comprise data describing an orientation of the locating device in relation to the examination surface , - an evaluation apparatus , provided to determine a first at least two-dimensional map information item by assigning locating data of a first category from the first locating apparatus to position data, wherein the evaluation apparatus is provided to determine at least one further at least two-dimensional map information item which differs from the first at least two-dimensional map information item , - a display apparatus , which is provided to display the first at least two-dimensional map information item and/or the at least one further at least two-dimensional map information item as a map , - wherein the display apparatus is provided to overlay the first at least two-dimensional map information item and the at least one further at least two-dimensional map information item to form a common map ,
Hunting or sports weapon having a bolt consisting of several components, which belongs to the group of cylinder or straight-pull or rotating bolts, which consists at least of one firing pin or a hammer, a firing pin spring, an extractor and a bolt head , wherein the bolt head with a holding means is received interchangeably in a bolt-side receiving sleeve which is attached in a bolt slide which can be displaced and locked longitudinally of the weapon, wherein the bolt head is freely accessible from the front at least in firing direction when displacing the bolt slide in a then released ejection opening and can be removed from the bolt-side receiving sleeve or can be fixed, characterised in that a locking button arranged in the bolt head and manually actuatable from the front side of the bolt head cooperates with a locking wedge which is arranged to be radially displaceable in the bolt head and produces locking between the inner circumference of the receiving sleeve and the outer circumference of the bolt head .
A terminal device , comprising: a body , on which at least one accommodating groove for accommodating a wireless headset is arranged; a magnetic component , arranged in the accommodating groove and comprising an electromagnet ; and a first controller , which is arranged in the body and electrically connected with the electromagnet , the wireless headset comprising a magnetic element , the first controller being configured to control the electromagnet to connect to the magnetic element through attraction or separate from the magnetic element through repulsion by changing a polarity of the electromagnet , characterized in that the magnetic component further comprises a first permanent magnet arranged in the accommodating groove and configured to attract the magnetic element , the first permanent magnet , the electromagnet and the magnetic element being in form of a ring-shaped structure, the first permanent magnet being arranged around the electromagnet . a body , on which at least one accommodating groove for accommodating a wireless headset is arranged; a magnetic component , arranged in the accommodating groove and comprising an electromagnet ; and a first controller , which is arranged in the body and electrically connected with the electromagnet , the wireless headset comprising a magnetic element , the first controller being configured to control the electromagnet to connect to the magnetic element through attraction or separate from the magnetic element through repulsion by changing a polarity of the electromagnet , characterized in that the magnetic component further comprises a first permanent magnet arranged in the accommodating groove and configured to attract the magnetic element , the first permanent magnet , the electromagnet and the magnetic element being in form of a ring-shaped structure, the first permanent magnet being arranged around the electromagnet .
An airbag assembly for disposition proximate a roof of a vehicle to shield a vehicle occupant from impacting at least one lateral surface of the vehicle, the airbag assembly comprising: an inflatable curtain airbag having a stowed configuration proximate the roof of the vehicle and a deployed configuration into which the inflatable curtain airbag deploys downward between the vehicle occupant and the at least one lateral surface of the vehicle, the inflatable curtain airbag comprising a peripheral juncture that defines, interior to the peripheral juncture, a first chamber , and, exterior to the peripheral juncture, a non-inflating peripheral region ; a fabric shield comprising a first fabric layer being formed as a single piece with the non-inflating peripheral region ; and a plurality of mounting assemblies , wherein each of the mounting assemblies comprises a tab securable to the vehicle; wherein, in the stowed configuration, the first fabric layer is wrapped at least partially around a length of the inflatable curtain airbag ; wherein the first chamber inflates to move the inflatable curtain airbag from the stowed configuration to the deployed configuration, characterized in that each of the mounting assemblies further comprises a wrapper that wraps around the fabric shield and the inflatable curtain airbag to keep the inflatable curtain airbag in the stowed configuration until deployment. an inflatable curtain airbag having a stowed configuration proximate the roof of the vehicle and a deployed configuration into which the inflatable curtain airbag deploys downward between the vehicle occupant and the at least one lateral surface of the vehicle, the inflatable curtain airbag comprising a peripheral juncture that defines, interior to the peripheral juncture, a first chamber , and, exterior to the peripheral juncture, a non-inflating peripheral region ; a fabric shield comprising a first fabric layer being formed as a single piece with the non-inflating peripheral region ; and a plurality of mounting assemblies , wherein each of the mounting assemblies comprises a tab securable to the vehicle; wherein, in the stowed configuration, the first fabric layer is wrapped at least partially around a length of the inflatable curtain airbag ; wherein the first chamber inflates to move the inflatable curtain airbag from the stowed configuration to the deployed configuration, characterized in that each of the mounting assemblies further comprises a wrapper that wraps around the fabric shield and the inflatable curtain airbag to keep the inflatable curtain airbag in the stowed configuration until deployment.
A method for obtaining cellulose, or a mixture containing at least cellulose and at least lignocellulose, from at least one aqueous substrate that contains at least cellulose, or at least a mixture containing cellulose and at least lignocellulose, and is at least partially accessible to fermentation, the method comprising at least the steps to and optionally , namely applying the aqueous substrate to at least one screen, pressing the aqueous substrate onto the screen by means of at least one pressing device while at least partially dewatering the substrate, and transferring this at least partially dewatered substrate onto and/or to the pressing device, after carrying out step , removing the at least partially dewatered substrate from the pressing device used, and optionally further dewatering the at least partially dewatered substrate obtained after step , wherein step is optionally repeated one or more times, wherein the method does not include a step which provides for ultrasonic treatment, and raw sludge or primary sludge originating from waste water is used as the at least one substrate at least partially accessible to fermentation. applying the aqueous substrate to at least one screen, pressing the aqueous substrate onto the screen by means of at least one pressing device while at least partially dewatering the substrate, and transferring this at least partially dewatered substrate onto and/or to the pressing device, after carrying out step , removing the at least partially dewatered substrate from the pressing device used, and optionally further dewatering the at least partially dewatered substrate obtained after step , wherein step is optionally repeated one or more times,
A system for performing orthopaedic surgery to repair a cartilage defect of a subject's bone, comprising a processor , configured to receive subject scan data of the cartilage defect and to transform the subject scan data into a three-dimensional virtual model of the bone and the cartilage defect with registration of the location of the bone intraoperatively within the workspace of a robot to determine the precise location and orientation of the bone within the workspace of the robot, and comprising a robotic milling tip , wherein the processor is capable of creating at least one customized shape around the cartilage defect, characterized in that the processor is capable of creating instructions for the robotic milling tip to mill out the at least one customized shape in the bone that matches with a cartilage replacement implant .
Pneumatic vehicle tyre with a profiled tread, which has two rows of shoulder bars with tread bars separated from one another by transverse channels, and a middle tread region with at least two rows of tread bars running around in the circumferential direction and delimited by circumferential channels , with tread bars lying next to one another substantially in pairs in the axial direction, wherein the tread bars in each row of tread bars are separated from one another by transverse channels running at an angle (β) to the circumferential direction of 65° to 80°, and wherein the tread bars lying next to one another substantially in pairs in the axial direction are separated from one another in each case by an oblique channel running straight in plan view, which respectively goes over into a transverse channel between the tread bars adjacent in the circumferential direction of the row of tread bars located further to the outside of the tread, wherein, instead of an acute-angled corner between the ends, on the inner side of the tread, of its tread bar edge delimiting the transverse channel and its tread bar edge delimiting the oblique channel , each tread bar is provided with a bar element that is triangular in plan view, characterized in that , in plan view, the oblique channel , which separates the tread bars lying next to one another substantially in pairs in the axial direction from one another, runs at an angle (α 2 ) to the circumferential direction of 20° to 45° and has at the periphery of the tread a width of 4.0 mm to 7.0 mm, wherein the bar element edge adjoining the tread bar edge delimiting the oblique channel is separated from a tread bar edge of a tread bar of the row of tread bars running further to the inside of the tread by a transverse channel , which is narrower than the transverse channels running between the tread bars adjacent in the circumferential direction of the row of tread bars located further to the outside of the tread, and runs substantially parallel thereto.
A cap unit for puncture repair comprising: a cap main body which is capable of being attached to a mouth portion of a bottle container containing a puncture repair liquid, and which has a first flow path for taking compressed air from a compressor into the bottle container , and a second flow path for taking out the puncture repair liquid and the compressed air sequentially from the bottle container by the taking-in of the compressed air, and a check valve which is disposed in the first flow path to prevent a back-flow of the puncture repair liquid from the bottle container , in a reference attitude of the bottle container whose mouth portion is directed downward, the first flow path has a vertical passage part extending downward from a top opening which opens within the bottle container , and a valve seat portion formed in the vertical passage part , wherein the check valve is a ball valve disposed in a valve housing zone (Y) which is within the vertical passage part and on the upper side of the valve seat portion , and the ball valve is made of a rubber elastic body, characterized in that the rubber elastic body has a specific gravity of 1.1 or more, and a rebound resilience of 15% or less. a cap main body which is capable of being attached to a mouth portion of a bottle container containing a puncture repair liquid, and which has a first flow path for taking compressed air from a compressor into the bottle container , and a second flow path for taking out the puncture repair liquid and the compressed air sequentially from the bottle container by the taking-in of the compressed air, and a check valve which is disposed in the first flow path to prevent a back-flow of the puncture repair liquid from the bottle container , in a reference attitude of the bottle container whose mouth portion is directed downward, the first flow path has a vertical passage part extending downward from a top opening which opens within the bottle container , and a valve seat portion formed in the vertical passage part , wherein the check valve is a ball valve disposed in a valve housing zone (Y) which is within the vertical passage part and on the upper side of the valve seat portion , and the ball valve is made of a rubber elastic body, characterized in that the rubber elastic body has a specific gravity of 1.1 or more, and a rebound resilience of 15% or less.
An electricity generator with drinkable water comprising an electrical insulator container split into several compartments air-sealed between them, each compartment being filled with drinkable water and having inside at least one pair of concentric electrodes made from different metals or metal alloys, one electrode of said at least one pair being more electronegative than the other, the electrodes being connected in series or parallel, wherein at a container's exit point an electrolytic condenser and an impulse generator or an oscillator are connected, at the exit of which a doubler or a voltage multiplier is connected.
A firewall device, comprising: a storage unit that stores therein, independently for each WEB server of a plurality of WEB servers , one or more rules related to blocking a request, wherein the plurality of WEB servers includes a target WEB server , characterized by : a feature-amount calculating unit that calculates a feature amount for each WEB server of the plurality of WEB servers based on a number of detections with regard to each index of one or more indexes for each of the WEB servers of the plurality of WEB servers ; and a rule updating unit that updates a rule of the one or more rules stored in the storage unit for each of the web servers by adding one or more rules that are not stored in the storage unit for the target WEB server but are stored in the storage unit for another WEB server of the plurality of WEB servers as one or more rules for the target WEB server to the storage unit based on the feature amounts of the plurality of WEB servers calculated by the feature-amount calculating unit . a feature-amount calculating unit that calculates a feature amount for each WEB server of the plurality of WEB servers based on a number of detections with regard to each index of one or more indexes for each of the WEB servers of the plurality of WEB servers ; and a rule updating unit that updates a rule of the one or more rules stored in the storage unit for each of the web servers by adding one or more rules that are not stored in the storage unit for the target WEB server but are stored in the storage unit for another WEB server of the plurality of WEB servers as one or more rules for the target WEB server to the storage unit based on the feature amounts of the plurality of WEB servers calculated by the feature-amount calculating unit .
A polymer particle having a multi-block vinylic polymer bound to the outside of its surface, wherein: the multi-block vinylic polymer comprises a plurality of block polymers, including a first block polymer and a second block polymer; the first block polymer is the block nearest the surface of the polymer particle and is hydrophilic and uncharged; and the second block polymer comprises one or more functional groups capable of forming a covalent bond with a binding partner, and the second block polymer is charged or capable of being charged. the multi-block vinylic polymer comprises a plurality of block polymers, including a first block polymer and a second block polymer; the first block polymer is the block nearest the surface of the polymer particle and is hydrophilic and uncharged; and the second block polymer comprises one or more functional groups capable of forming a covalent bond with a binding partner, and the second block polymer is charged or capable of being charged.
A method of reducing a magnetic scattering vector field of a vacuum pump, in particular of a turbomolecular pump, or of a rotation unit for a vacuum pump, in particular for a turbomolecular pump, wherein the magnetic scattering vector field is at least partly generated by at least one permanent magnet bearing which is configured for the mutual rotatable support of a rotor and a stator of the vacuum pump or of the rotation unit and which is formed from a plurality of pairs of ring magnets ; wherein a respective one ring magnet of a pair is arranged at the stator and the other ring magnet of the pair is arranged at the rotor ; and wherein - at least one component (K r ) of the scattering vector field is determined at at least one reference point (P) and - the magnetic field (M) of a compensation magnet is selected or permanently changed such that it reduces or preferably compensates the component (K r ) of the scattering vector field at least at the reference point (P), characterized in that the compensation magnet is a permanent magnet provided in addition to the ring magnet pairs of the permanent magnet bearing . - at least one component (K r ) of the scattering vector field is determined at at least one reference point (P) and - the magnetic field (M) of a compensation magnet is selected or permanently changed such that it reduces or preferably compensates the component (K r ) of the scattering vector field at least at the reference point (P),
An electric discharge machine configured to perform electric discharge machining on a workpiece (W) in a working fluid stored in a work-pan , comprising: a measurement pipe coupled to the work-pan and having an air space (SP) inside; and a pressure sensor configured to detect a pressure at the air space (SP); characterized in that the electric discharge machine further includes a working fluid supply portion configured to supply the working fluid to the measurement pipe , wherein the working fluid supply portion is a pipe that branches off from a supply pipe of a dielectric fluid unit configured to remove, from the working fluid, sludge produced in the work-pan and return the sludge-removed working fluid back to the work-pan , the pipe being connected to the measurement pipe . a measurement pipe coupled to the work-pan and having an air space (SP) inside; and a pressure sensor configured to detect a pressure at the air space (SP); characterized in that the electric discharge machine further includes a working fluid supply portion configured to supply the working fluid to the measurement pipe , wherein the working fluid supply portion is a pipe that branches off from a supply pipe of a dielectric fluid unit configured to remove, from the working fluid, sludge produced in the work-pan and return the sludge-removed working fluid back to the work-pan , the pipe being connected to the measurement pipe .
Coupling device with an integrated stopcock for placement in a flow connection between a first line and a second line , having a carrier body which has a connection for the second line , a plug part furnished with a connection for the first line , and a cylindrical rotary part arranged in the carrier body between the connections , which rotary part has a receiving space for the plug part accessible via the cut-out of the carrier body and an opening , and which, together with the rotary part , may be rotated in the carrier body by means of the plug part detachably inserted into the rotary part , wherein the two connections are connected for flow in the rotated end position of the rotary part via the opening , and wherein a plug-and-rotate lock is formed between the plug part and the carrier body , characterized in that the rotary part has a through hole associated with the plug-and-rotate lock, and the plug-and-rotate lock comprises a slot in the carrier body and a bolt that projects from the plug part and engages behind the slot of the carrier body via the through hole in the rotary part .
A releasing laminate comprising: a substrate; on the substrate, (A) a silicone release layer formed by curing a releasing cured film-forming organopolysiloxane composition comprising: (a) an organopolysiloxane having at least two silicon-bonded alkenyl groups in the molecule, and having a tetra mer to deca mer cyclic siloxane content of less than or equal to 20 ppm in terms of mass units, and having a tetra mer to eicosa mer cyclic siloxane content of less than or equal to 500 ppm in terms of mass units; (b) an organohydrogenpolysiloxane having at least two silicon-bonded hydrogen atoms in the molecule; and (c) a hydrosilylation reaction catalyst; and on the silicone release layer, (B) an adhesive layer comprising an aqueous adhesive composition; wherein the tetra mer to eicosa mer cyclic siloxane content of less than or equal to 500 ppm in terms of mass units improves wettability of the aqueous adhesive composition on the cured silicone release layer, such that a thin and uniform layer of adhesive is formed having a coating thickness less than or equal to 100μm.