mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for treating a tooth, the apparatus comprising: a tooth cap configured to be attached to a tooth such that a chamber is defined between the tooth cap and the tooth, said tooth cap comprising an access port to provide a portion of the apparatus with access to a treatment region of the tooth within said chamber; and a treatment device comprising a pressure wave generator configured to generate pressure waves through the chamber in the tooth cap to said tooth via the access port and said pressure wave generator is configured to be in fluid communication with said tooth, wherein the pressure wave generator is disposed outside the access port and the tooth cap. a tooth cap configured to be attached to a tooth such that a chamber is defined between the tooth cap and the tooth, said tooth cap comprising an access port to provide a portion of the apparatus with access to a treatment region of the tooth within said chamber; and a treatment device comprising a pressure wave generator configured to generate pressure waves through the chamber in the tooth cap to said tooth via the access port and said pressure wave generator is configured to be in fluid communication with said tooth, wherein the pressure wave generator is disposed outside the access port and the tooth cap.
Use, in an electric vehicle, of a fluid having a boiling point in the range of from 200°C to 400°C and a boiling range below 80°C, said fluid comprising more than 95% by weight isoparaffins and less than 3% by weight of naphthens, a biocarbon content of at least 95% by weight, containing less than 100ppm by weight aromatics, wherein the fluid has a biodegradability at 28 days of at least 60%, as measured according to the OECD 306 standard, the amount of isoparaffins and naphthens being determined by gas chromatography, the amount of aromatics being determined by a UV method, the boiling point being measured according to ASTM D86 standard, the biocarbon content being given pursuant to standards ASTM D 6866-12, method B (ASTM D 6866-06) and ASTM D 7026 (ASTM D 7026-04). the amount of isoparaffins and naphthens being determined by gas chromatography, the amount of aromatics being determined by a UV method, the boiling point being measured according to ASTM D86 standard, the biocarbon content being given pursuant to standards ASTM D 6866-12, method B (ASTM D 6866-06) and ASTM D 7026 (ASTM D 7026-04).
A wheel hub arrangement comprising a hub and a wheel cover, wherein the wheel cover can be fixed in a recess in the hub in such a way that the wheel cover delimits an outer region with respect to an inner region of the hub, wherein a gap is formed between the hub and the wheel cover, characterized in that a seal element is arranged in the gap, said seal element has a main body and a sealing lip, wherein the sealing lip projects from the main body and faces the outer region.
A computer-implemented method comprising: receiving an artefact; extracting features from the artefact and populating a vector; inputting the vector into a classification model to generate a score; modifying the score using a step function to add noise to the score to obfuscate its actual value so that a classification of said modified score does not differ from a classification of said score generated by said classification model, wherein said classification is one of a numeric value, a classification type or cluster, or other alphanumeric output; and providing the modified score to a consuming application or process. receiving an artefact; extracting features from the artefact and populating a vector; inputting the vector into a classification model to generate a score; modifying the score using a step function to add noise to the score to obfuscate its actual value so that a classification of said modified score does not differ from a classification of said score generated by said classification model, wherein said classification is one of a numeric value, a classification type or cluster, or other alphanumeric output; and providing the modified score to a consuming application or process.
A power saving method for a base station, comprising: sending an intermediate state activation request to a capacity boosting base station if the number of user equipment sending a service request within coverage of a coverage base station is greater than a first threshold, wherein the intermediate state activation request is configured to request the capacity boosting base station in a dormant state to enter an intermediate state from the dormant state, and the intermediate state indicates a state in which the capacity boosting base station bears user equipment in a connection state but does not bear user equipment in an idle state; and transferring a connection of the user equipment to the capacity boosting base station in the intermediate state after the capacity boosting base station enters the intermediate state. sending an intermediate state activation request to a capacity boosting base station if the number of user equipment sending a service request within coverage of a coverage base station is greater than a first threshold, wherein the intermediate state activation request is configured to request the capacity boosting base station in a dormant state to enter an intermediate state from the dormant state, and the intermediate state indicates a state in which the capacity boosting base station bears user equipment in a connection state but does not bear user equipment in an idle state; and transferring a connection of the user equipment to the capacity boosting base station in the intermediate state after the capacity boosting base station enters the intermediate state.
Screw vacuum pump, comprising a housing forming a suction chamber and two screw rotors arranged in the suction chamber, each comprising one rotor shaft and at least two displacement elements (12, 14) connected with the rotor shaft, each having at least one helical recess (26, 34), wherein a suction-side displacement element is designed tapering in the conveying direction, and a pressure-side displacement element is designed substantially cylindrically, characterized in that the interior volume ratio is greater than 6, the internal volume ratio being the ratio of the volume at the inlet of the vacuum pump to the volume at the outlet of the vacuum pump. comprising a housing forming a suction chamber and two screw rotors arranged in the suction chamber, each comprising one rotor shaft and at least two displacement elements (12, 14) connected with the rotor shaft, each having at least one helical recess (26, 34), each comprising one rotor shaft and at least two displacement elements (12, 14) connected with the rotor shaft, each having at least one helical recess (26, 34), wherein a suction-side displacement element is designed tapering in the conveying direction, and a pressure-side displacement element is designed substantially cylindrically, characterized in that the interior volume ratio is greater than 6, the internal volume ratio being the ratio of the volume at the inlet of the vacuum pump to the volume at the outlet of the vacuum pump.
Coppice-with-standard with at least three permanent forest strips comprising permanent forest trees and at least two coppice strips comprising coppice trees; wherein coppice strips and permanent forest strips are arranged alternately, so that recurrently at least one coppice strip is arranged between two permanent forest strips immediately adjacent thereto; wherein the permanent forest trees in the permanent forest strips each form a permanent forest corridor; wherein the coppice trees in the coppice strips each form a coppice corridor; wherein the shortest distance between adjacent permanent forest corridors is 4 to 11 m, characterized in that the shortest distance between an outer boundary of a permanent forest corridor and the closest outer boundary of an immediately adjacent coppice corridor is 2.0 to 7 m. wherein coppice strips and permanent forest strips are arranged alternately, so that recurrently at least one coppice strip is arranged between two permanent forest strips immediately adjacent thereto; wherein the permanent forest trees in the permanent forest strips each form a permanent forest corridor; wherein the coppice trees in the coppice strips each form a coppice corridor; wherein the shortest distance between adjacent permanent forest corridors is 4 to 11 m, characterized in that the shortest distance between an outer boundary of a permanent forest corridor and the closest outer boundary of an immediately adjacent coppice corridor is 2.0 to 7 m.
A light receiving element comprising: a plurality of pixels; a photoelectric conversion layer common to the plurality of pixels; a first electrode layer provided on the side of a light incident surface of the photoelectric conversion layer; and a light-shielding section embedded between the plurality of pixels adjacent to each other of the first electrode layer, characterized in that the first electrode layer includes a plurality of slits in a plane. a plurality of pixels; a photoelectric conversion layer common to the plurality of pixels; a first electrode layer provided on the side of a light incident surface of the photoelectric conversion layer; and a light-shielding section embedded between the plurality of pixels adjacent to each other of the first electrode layer, characterized in that the first electrode layer includes a plurality of slits in a plane.
A vehicle height adjustment apparatus comprising: a front wheel-side change unit including a front wheel electromagnetic valve and a front wheel relative position changing device that can change a front wheel relative position, which is a relative position between a body of a vehicle and a front wheel of the vehicle, by controlling the degree of opening of the front wheel electromagnetic valve; a rear wheel-side change unit including a rear wheel electromagnetic valve and a rear wheel relative position changing device that can change a rear wheel relative position, which is a relative position between the body and a rear wheel of the vehicle, by controlling the degree of opening of the rear wheel electromagnetic valve; and a control unit that controls the front wheel-side change unit and the rear wheel-side change unit so as to change the front wheel and the rear wheel relative positions to adjust a vehicle height, which is a height of the body of the vehicle, wherein the control unit increases the vehicle height while maintaining a ratio of a displacement of the front wheel relative position to a displacement of the rear wheel relative position within a predetermined range, wherein the control device determines a target current based on the target vehicle height associated with an operation position of a vehicle height adjustment switch, and performs PWM control in such a manner that an actual current supplied to the front wheel electromagnetic valve and the rear wheel electromagnetic valve becomes equal to the determined target current. a front wheel-side change unit including a front wheel electromagnetic valve and a front wheel relative position changing device that can change a front wheel relative position, which is a relative position between a body of a vehicle and a front wheel of the vehicle, by controlling the degree of opening of the front wheel electromagnetic valve; a rear wheel-side change unit including a rear wheel electromagnetic valve and a rear wheel relative position changing device that can change a rear wheel relative position, which is a relative position between the body and a rear wheel of the vehicle, by controlling the degree of opening of the rear wheel electromagnetic valve; and a control unit that controls the front wheel-side change unit and the rear wheel-side change unit so as to change the front wheel and the rear wheel relative positions to adjust a vehicle height, which is a height of the body of the vehicle, wherein the control unit increases the vehicle height while maintaining a ratio of a displacement of the front wheel relative position to a displacement of the rear wheel relative position within a predetermined range, wherein the control device determines a target current based on the target vehicle height associated with an operation position of a vehicle height adjustment switch, and performs PWM control in such a manner that an actual current supplied to the front wheel electromagnetic valve and the rear wheel electromagnetic valve becomes equal to the determined target current.
System for visualization of biological tissue, comprising: a first device for acquiring a first three-dimensional image data set, a second device for acquiring a second three-dimensional image data set, a data receiving and processing unit configured to receive the first and second data sets, and visual output means, wherein the data receiving and processing unit further comprises: a first segmentation unit (SSEG) configured to segment skull/bone information from the first data set, a second segmentation unit (ASEG) configured to segment artery/vessel information, and a 3D masking unit configured to merge the first and second data sets using the segmented skull/bone information as a mask. a first device for acquiring a first three-dimensional image data set, a second device for acquiring a second three-dimensional image data set, a data receiving and processing unit configured to receive the first and second data sets, and visual output means, wherein the data receiving and processing unit further comprises: a first segmentation unit (SSEG) configured to segment skull/bone information from the first data set, a second segmentation unit (ASEG) configured to segment artery/vessel information, and a 3D masking unit configured to merge the first and second data sets using the segmented skull/bone information as a mask. a first segmentation unit (SSEG) configured to segment skull/bone information from the first data set, a second segmentation unit (ASEG) configured to segment artery/vessel information, and a 3D masking unit configured to merge the first and second data sets using the segmented skull/bone information as a mask.
Method for erecting a mobile bridge (1, 2), wherein a bridge body and at least two support elements for supporting the bridge body on the ground are provided, wherein the bridge body and the support elements are first put in a starting position in which the support elements are moveably associated with the bridge body, and in which the whole of the bridge body and the support elements is positioned on the ground, and wherein the bridge body and the support elements are subsequently put in a final position in which the bridge body is at a higher level than ground level, and in which ends of the support elements are positioned on the ground, by providing a separate device, letting the device engage with the whole of the bridge body and the support elements, and activating the device for exerting a force on the whole of the bridge body and the support elements in an upward direction, while allowing the support elements to perform a movement with respect to the bridge body; wherein, in the starting position, the support elements are hingeably connected to opposite sides of the bridge body; and the bridge body is oriented substantially horizontally and the support elements are oriented substantially horizontally.
A cleaning appliance for cleaning a surface in a forward direction, comprising an appliance body with an underside, which underside during a cleaning procedure faces the surface to be cleaned, at least one cleaning tool (44; 46), which is arranged on the appliance body and at least in a partial region projects beyond the underside of the appliance body, and a dirty-fluid guide element, which is associated with the at least one cleaning tool (44; 46) and related to the forward direction is arranged on the appliance body so as to be behind the at least one cleaning tool (44; 46), wherein the guide element is movably arranged on the appliance body and/or is movable in design and has at least one first position, in which with contact with the surface to be cleaned there can be covered a gap between the underside of the appliance body and the surface to be cleaned, and at least one second position, in which the guide element frees a gap to the surface to be cleaned, and wherein a path-indicator device is arranged on the guide element and is provided for support on the surface to be cleaned and upon motion in the forward direction on the surface to be cleaned brings the guide element into the at least one first position and keeps it in the at least one first position and upon motion in a rearward direction counter to the forward direction brings the guide element into the at least one second position and keeps it in the at least one second position, characterised in that the end face of the guide element is provided with at least one ramp for step regions at the surface to be cleaned and in that the at least one ramp has an inclined surface which faces the surface to be cleaned and which is oriented at a first acute angle to an encasing plane of a placement device on the surface to be cleaned.
An accessory assembly for an electrical switching apparatus including a housing and a trip mechanism, the housing including a cavity, said accessory assembly comprising: at least one accessory (150,150',160,160'); and a mounting member structured to mount said at least one accessory (150,150',160,160') within said housing of said electrical switching apparatus, said mounting member including at least one mounting portion (130,132), wherein said at least one mounting portion (130,132) receives and secures a corresponding one of said at least one accessory (150,150',160,160'), without any fasteners, in order to install said accessory (150,150',160,160') within said cavity beneath said trip mechanism, wherein said corresponding one of said at least one accessory (150,150',160,160') is removable from said at least one mounting portion (130,132), without any separate tools, characterized in that wherein said at least one accessory (150,150',160,160') includes a first end (152,152') and a second end (154,154') disposed opposite and distal from the first end (152,152'), in that said at least one mounting portion (130,132) includes a receptacle (142,142') and a resilient member (144,144') disposed opposite and distal from said receptacle (142,142'), in that said receptacle (142,142') receives and secures the first end (152,152') of a corresponding one of said at least one accessory (150, 150'), and in that said resilient member (144,144') releasably secures the second end (154,154') of said corresponding one of said at least one accessory (150,150'). at least one accessory (150,150',160,160'); and a mounting member structured to mount said at least one accessory (150,150',160,160') within said housing of said electrical switching apparatus, said mounting member including at least one mounting portion (130,132), wherein said at least one mounting portion (130,132) receives and secures a corresponding one of said at least one accessory (150,150',160,160'), without any fasteners, in order to install said accessory (150,150',160,160') within said cavity beneath said trip mechanism, wherein said corresponding one of said at least one accessory (150,150',160,160') is removable from said at least one mounting portion (130,132), without any separate tools, characterized in that wherein said at least one accessory (150,150',160,160') includes a first end (152,152') and a second end (154,154') disposed opposite and distal from the first end (152,152'), in that said at least one mounting portion (130,132) includes a receptacle (142,142') and a resilient member (144,144') disposed opposite and distal from said receptacle (142,142'), in that said receptacle (142,142') receives and secures the first end (152,152') of a corresponding one of said at least one accessory (150, 150'), and in that said resilient member (144,144') releasably secures the second end (154,154') of said corresponding one of said at least one accessory (150,150').
A compliant assembly comprising: an airfoil; and a platform section from which the airfoil extends, the platform section including a compliant attachment (70;170;270) configured to secure the platform section to another structure different than the airfoil to compliantly restrain movement of the platform section relative to said another structure, the compliant attachment (70;170;270) including a bracket (172;272) and a compliant material, wherein the compliant material is a non-metal, wherein the bracket defines a cavity therein, and the compliant material being disposed in the cavity, characterised in that: a tab extends into the cavity such that a portion of the tab is embedded in the compliant material, the tab extending from the platform section and being located on a first side of the platform section, the airfoil extending substantially from a second, opposite side of the platform section, the tab includes a protrusion that is located outside of the cavity and that extends from a base where the tab connects to the platform section, the protrusion projecting adjacent the bracket (172;272) and being spaced from the bracket by defining a gap, the protrusion acting as a stop to limit movement of the tab and of the platform section relative to the bracket (172;272) by an amount equal to the size of the gap, the bracket being rigidly secured to said another structure. an airfoil; and a platform section from which the airfoil extends, the platform section including a compliant attachment (70;170;270) configured to secure the platform section to another structure different than the airfoil to compliantly restrain movement of the platform section relative to said another structure, the compliant attachment (70;170;270) including a bracket (172;272) and a compliant material, wherein the compliant material is a non-metal, wherein the bracket defines a cavity therein, and the compliant material being disposed in the cavity, characterised in that: a tab extends into the cavity such that a portion of the tab is embedded in the compliant material, the tab extending from the platform section and being located on a first side of the platform section, the airfoil extending substantially from a second, opposite side of the platform section, the tab includes a protrusion that is located outside of the cavity and that extends from a base where the tab connects to the platform section, the protrusion projecting adjacent the bracket (172;272) and being spaced from the bracket by defining a gap, the protrusion acting as a stop to limit movement of the tab and of the platform section relative to the bracket (172;272) by an amount equal to the size of the gap, the bracket being rigidly secured to said another structure.
Bottle for dispensing a fluid product comprising a body wherein a container for packaging said product is formed, said bottle further comprising an extraction device of said packaged product which is tightly mounted in said body, said extraction device being equipped with a push button which is provided with a dispensing orifice of said product, said push button being reversibly movable along an actuation stroke of said device between an idle position and an engaged position wherein the dispensing orifice is connected to the container via said extraction device, said body being equipped with a filling valve of said container which is arranged to enable the connection of a product source with said container, the container having a negative air pressure which is arranged to be able to carry out the filling of the container with product by suction of the product contained in said source, said bottle being characterised in that an upper wall is integrated in the body by means of tight linking means which can be manually destroyed, said extraction device being mounted in said body with the push button held in the engaged position on said upper wall so as to connect the tight linking means with said container.