mhurhangee/ep-ind-claims huggingface dataset:
An appliance for orthodontic correction of setting of one or more anterior teeth in the patient's jaw or mandible, the appliance comprising: a labial arch having a correcting plate and two arms (8, 8') equipped with tensioning means (10,10'); and a base consisting of two opposite mounting elements (4, 4') linked by a connector and provided for attaching the appliance onto the teeth on both sides of the patient's jaw or mandible, wherein the arms (8, 8') of the labial arch are mounted in the mounting elements (4, 4') of the base, characterised in that each of the mounting elements (4, 4') is in the form of a plate reproducing the shape of at least two consecutive premolar teeth of the patient, preferably two premolar teeth and a following molar tooth, most preferably two premolar teeth and two following molar teeth, and wherein the mounting elements (4,4') are so arranged that when placed onto the patient's jaw or mandible, the mounting elements (4, 4') cover the upper and lateral surfaces of the patient's tooth crowns. a labial arch having a correcting plate and two arms (8, 8') equipped with tensioning means (10,10'); and a base consisting of two opposite mounting elements (4, 4') linked by a connector and provided for attaching the appliance onto the teeth on both sides of the patient's jaw or mandible, wherein the arms (8, 8') of the labial arch are mounted in the mounting elements (4, 4') of the base, characterised in that each of the mounting elements (4, 4') is in the form of a plate reproducing the shape of at least two consecutive premolar teeth of the patient, preferably two premolar teeth and a following molar tooth, most preferably two premolar teeth and two following molar teeth, and wherein the mounting elements (4,4') are so arranged that when placed onto the patient's jaw or mandible, the mounting elements (4, 4') cover the upper and lateral surfaces of the patient's tooth crowns.
A mower blade assembly comprising: a curved shell including a substantially circular disc portion and a receiving portion connected to the disc portion by way of an edge portion; and a plurality of blades releasably attachable to said shell, wherein the shell includes a curved portion extending from the receiving portion, and the outer peripheral edge of the curved portion defining a lip, wherein the curved portion extends continuously from the receiving portion, characterized in that the curved portion is curved upwardly and then downwardly, forming a general U-shaped curve. a curved shell including a substantially circular disc portion and a receiving portion connected to the disc portion by way of an edge portion; and a plurality of blades releasably attachable to said shell, wherein the shell includes a curved portion extending from the receiving portion, and the outer peripheral edge of the curved portion defining a lip, wherein the curved portion extends continuously from the receiving portion, characterized in that the curved portion is curved upwardly and then downwardly, forming a general U-shaped curve.
Apparatus for producing paving blocks having ornamented surface, comprising a starting table, and a filling carriage movable along a guide rail towards and above a forming mould comprising at least one mould cavity and connected to the starting table is arranged; and in an interior space of the filling carriage a first chamber for receiving base material and at least one second chamber for receiving ornamenting material are formed and separated by a septum (v), and a feeding device for dispensing a mixture of ornamenting material is arranged in said second chamber, the feeding device is formed by a metering plate (9,91,92,93) provided with holes and a metering member (10,101,102,103) fitted to and movable along the metering plate (9,91,92,93), and further provided by an actuator for moving the metering member (10,101,102,103), characterized in that the feeding device is arranged in a frame that can be placed into and removed from the second chamber.
Spool fixation device for use in a wire winding installation comprising a rotatable flange for holding a spool with a spool flange that is magnetically attractable, said rotatable flange being provided with one or more magnet assemblies (104, 104', 104", 104"') wherein said magnet assemblies are attached directionally compliant to said rotatable flange, characterised in that said one or more magnet assemblies (104, 104', 104", 104'") can be selectively set to a 'hold' state for magnetically holding said spool flange to said rotatable flange or to a 'release' state for releasing said spool flange from said rotatable flange wherein said magnet assemblies (104, 104', 104", 104'") comprise permanent magnet arrays (203, 303) that are sealed from the outside by a housing wherein said magnet assemblies only require energy input when in the 'release' state or when switching state, said spool fixation device further comprising an energy coupling for coupling said energy input from the wire winding installation to said magnet assembly (104, 104', 104", 104'") wherein said energy coupling is a rotatable energy coupling that can be established when said spool fixation device is stationary and can be broken when said spool fixation device is rotating.
A porous composite venting element that is gas permeable, comprising: (a) a porous membrane having a structure defining a plurality of pores extending therethrough, (b) a nonporous discontinuous surface layer affixed to said porous membrane, said nonporous discontinuous surface layer made of a nonporous material having openings therein defined by rents, wherein said nonporous discontinuous surface layer is configured to form a surface over the porous membrane such that some of the pores of the porous membrane are blocked, wherein said porous composite venting element has regions of gas permeability corresponding with said openings and regions of gas impermeability corresponding with the blocked pores, and (c) a coating which renders at least a portion of the porous composite oleophobic, wherein said porous membrane and said nonporous discontinuous surface layer are formed by a process of lamination and co-expansion, wherein a nonporous thermoplastic film is laminated to PTFE and subsequently expanded to form a composite of ePTFE membrane and said nonporous discontinuous surface layer comprised of fluorinated thermoplastic, wherein the thermoplastic film fractures to form said rents. (a) a porous membrane having a structure defining a plurality of pores extending therethrough, (b) a nonporous discontinuous surface layer affixed to said porous membrane, said nonporous discontinuous surface layer made of a nonporous material having openings therein defined by rents, wherein said nonporous discontinuous surface layer is configured to form a surface over the porous membrane such that some of the pores of the porous membrane are blocked, wherein said porous composite venting element has regions of gas permeability corresponding with said openings and regions of gas impermeability corresponding with the blocked pores, and (c) a coating which renders at least a portion of the porous composite oleophobic,
Disc brake disc with a parking brake cylindrical surface suitable to cooperate with shoes (3, 4) of a parking brake, wherein said disc brake disc comprises: - a braking band comprising opposite braking surfaces (6, 7) and a geometric connection portion of band connecting the braking band to a bell; - said bell comprising a connection plate with a wheel hub and an annular geometric connection portion of bell connecting the bell to the geometric connection portion of band; - said braking band and said bell being separate pieces from each other and coupled to each other by said geometric connection portions of band and bell so as to transfer the braking action exerted by a brake caliper on said opposite braking surfaces (6, 7) from said braking band to said bell and thus to said hub; - said bell comprising a bell connection surface opposite to said braking band; wherein - said disc brake disc comprises a parking ring comprising radially internally a portion of inner ring delimited internally by said parking brake cylindrical surface and radially externally by a ring connection portion; - said ring connection portion being coupled to said bell connection surface to transfer the parking braking action exerted by the shoes (3, 4) on the parking brake cylindrical surface to said bell and thus to the hub, characterized in that - said braking band and said bell are geometrically coupled to each other by said geometric connection portions of band and bell and in that - said parking ring is in a separate piece from said bell and from said braking band. - a braking band comprising opposite braking surfaces (6, 7) and a geometric connection portion of band connecting the braking band to a bell; - said bell comprising a connection plate with a wheel hub and an annular geometric connection portion of bell connecting the bell to the geometric connection portion of band; - said braking band and said bell being separate pieces from each other and coupled to each other by said geometric connection portions of band and bell so as to transfer the braking action exerted by a brake caliper on said opposite braking surfaces (6, 7) from said braking band to said bell and thus to said hub; - said bell comprising a bell connection surface opposite to said braking band; wherein - said disc brake disc comprises a parking ring comprising radially internally a portion of inner ring delimited internally by said parking brake cylindrical surface and radially externally by a ring connection portion; - said ring connection portion being coupled to said bell connection surface to transfer the parking braking action exerted by the shoes (3, 4) on the parking brake cylindrical surface to said bell and thus to the hub, characterized in that - said braking band and said bell are geometrically coupled to each other by said geometric connection portions of band and bell and in that - said parking ring is in a separate piece from said bell and from said braking band.
An intraoral sensing system which is configured to sense a biological information using a sensor module installed in an oral cavity, comprising: a sensor module configured to be installed in an oral cavity of a patient and configured to store data acquired when the biological information is sensed; a storage configured to acquire the data and an identification information of the patient stored by the sensor module, associate the acquired data with the identification information of the patient, and store the association; a terminal apparatus for a dentist configured to analyze the data stored in the storage for each of the identification information of the patient; and a terminal apparatus for a doctor configured to acquire the data associated with a patient who has a developed disease among the data of patients stored in the storage, from the terminal apparatus for a dentist, characterized in that the terminal apparatus for a dentist further comprises a database constructed such that a disease name and sensor data relating to that disease are associated with each other. a sensor module configured to be installed in an oral cavity of a patient and configured to store data acquired when the biological information is sensed; a storage configured to acquire the data and an identification information of the patient stored by the sensor module, associate the acquired data with the identification information of the patient, and store the association; a terminal apparatus for a dentist configured to analyze the data stored in the storage for each of the identification information of the patient; and a terminal apparatus for a doctor configured to acquire the data associated with a patient who has a developed disease among the data of patients stored in the storage, from the terminal apparatus for a dentist, characterized in that the terminal apparatus for a dentist further comprises a database constructed such that a disease name and sensor data relating to that disease are associated with each other.
A method for retail item management, the method comprising: filtering sensor data obtained by a wireless sensor node, WSN, tag, which is associable or associated with an item in a retail store, the method further comprising applying, at the WSN tag, at least one event filter to sensor data, the sensor data being based at least in part on motion of the WSN tag; and the at least one event filter including at least one filter parameter, the at least one filter parameter including a minimum amount of movements of the WSN tag within a predetermined time threshold; determining, at the WSN tag, and based on the application of the at least one event filter to the sensor data, whether the at least one event filter is met; and in response to determining that the at least one event filter is met, causing event data associated with the event to be reported to a WSN access point; wherein the event data at least includes date/time of an event and type of event as determined by the at least one event filter capturing the salient characteristics of item handlings. filtering sensor data obtained by a wireless sensor node, WSN, tag, which is associable or associated with an item in a retail store, the method further comprising applying, at the WSN tag, at least one event filter to sensor data, the sensor data being based at least in part on motion of the WSN tag; and the at least one event filter including at least one filter parameter, the at least one filter parameter including a minimum amount of movements of the WSN tag within a predetermined time threshold; determining, at the WSN tag, and based on the application of the at least one event filter to the sensor data, whether the at least one event filter is met; and in response to determining that the at least one event filter is met, causing event data associated with the event to be reported to a WSN access point; wherein the event data at least includes date/time of an event and type of event as determined by the at least one event filter capturing the salient characteristics of item handlings.
A method of compressing a plurality of multi-dimensional keys, the method steps being executed by a computer, comprising: receiving the plurality of multi-dimensional keys, wherein the plurality of multi-dimensional keys has a first length; determining a first plurality of bit slots that are common among the plurality of multi-dimensional keys, wherein the first plurality of bit slots is not solely a prefix; forming a bit mask, the bit mask having as length the first length, each bit of the bit mask indicating a corresponding offset position of one bit-slot of the first plurality of bit slots that are common among the plurality of multi-dimensional keys; forming a bit pattern, the bit pattern having as length the first length, the bit pattern comprising bit values of the corresponding first plurality of bit slots that are common among the plurality of multi-dimensional keys; determining a second plurality of bit slots that vary among the plurality of multi-dimensional keys; forming a plurality of compressed multi-dimensional keys, the plurality of compressed multi-dimensional keys comprising columns of bit values corresponding to respective bit values of the second plurality of bit slots of the plurality of multi-dimensional keys that vary among the plurality of multi-dimensional keys; and storing the bit mask, the bit pattern, and the plurality of compressed multi-dimensional keys. receiving the plurality of multi-dimensional keys, wherein the plurality of multi-dimensional keys has a first length; determining a first plurality of bit slots that are common among the plurality of multi-dimensional keys, wherein the first plurality of bit slots is not solely a prefix; forming a bit mask, the bit mask having as length the first length, each bit of the bit mask indicating a corresponding offset position of one bit-slot of the first plurality of bit slots that are common among the plurality of multi-dimensional keys; forming a bit pattern, the bit pattern having as length the first length, the bit pattern comprising bit values of the corresponding first plurality of bit slots that are common among the plurality of multi-dimensional keys; determining a second plurality of bit slots that vary among the plurality of multi-dimensional keys; forming a plurality of compressed multi-dimensional keys, the plurality of compressed multi-dimensional keys comprising columns of bit values corresponding to respective bit values of the second plurality of bit slots of the plurality of multi-dimensional keys that vary among the plurality of multi-dimensional keys; and storing the bit mask, the bit pattern, and the plurality of compressed multi-dimensional keys.
Method for producing an electronic device comprising semiconductors and a cooling body for heat dissipation thereof to the surroundings or a further medium, wherein a part of high thermal conductivity, in particular for conducting the heat of the semiconductors to the cooling body, is arranged on the cooling body, wherein the following method steps are carried out, in particular in the following order: - a printed circuit board is populated with the semiconductors in an SMD populating method, wherein cooling surfaces of the semiconductors are placed on a partial region of the printed circuit board, in particular for alignment, - the partial region of the printed circuit board is removed, - the printed circuit board is connected to the cooling body, in particular detachably connected, wherein - the cooling surfaces lie on the part of high thermal conductivity, in particular in a flat manner, and characterised in that - an element of good thermal conductivity is arranged between cooling body and the cooling surfaces of the semiconductors, and - a holding-down device formed as a sprung element or connected to such an element is attached, which device presses the semiconductors against the element of good thermal conductivity. - a printed circuit board is populated with the semiconductors in an SMD populating method, wherein cooling surfaces of the semiconductors are placed on a partial region of the printed circuit board, in particular for alignment, - the partial region of the printed circuit board is removed, - the printed circuit board is connected to the cooling body, in particular detachably connected, wherein - the cooling surfaces lie on the part of high thermal conductivity, in particular in a flat manner, - an element of good thermal conductivity is arranged between cooling body and the cooling surfaces of the semiconductors, and - a holding-down device formed as a sprung element or connected to such an element is attached, which device presses the semiconductors against the element of good thermal conductivity.
A computer-implemented method for eliminating vulnerabilities on a data network including a router for directing data in the data network, the method comprising: transmitting, by a crawler executing on a computer, a broadcast request through the data network to obtain access to at least one device (100, 151-153) communicatively coupled to the data network; accessing, by the crawler, a web interface of at least one device wherein the web interface comprises at least one web page containing parameters and attributes of the at least one device; obtaining, by the crawler, using the web interface a list of available resources of the at least one device that can be remotely accessed or adjusted, wherein the list of available resources includes one or both of a parameter or an attribute of the at least one device; comparing, by the crawler, each of the available resources of the at least one device with resource rules in a database to identify at least one network vulnerability of the at least one device by identifying a resource with a similar vulnerable status in the database; determining, by the crawler, an action for repairing the at least one network vulnerability associated with the one available resource of the at least one device based on comparing of each of the available resources with the resource rules in the database to identify the resource with the similar vulnerable status in the database; and transmitting, by the crawler, instructions to the at least one device to perform the action for repairing the at least one network vulnerability associated with the one available resource by adjusting the device through the web interface of the device. transmitting, by a crawler executing on a computer, a broadcast request through the data network to obtain access to at least one device (100, 151-153) communicatively coupled to the data network; accessing, by the crawler, a web interface of at least one device wherein the web interface comprises at least one web page containing parameters and attributes of the at least one device; obtaining, by the crawler, using the web interface a list of available resources of the at least one device that can be remotely accessed or adjusted, wherein the list of available resources includes one or both of a parameter or an attribute of the at least one device; comparing, by the crawler, each of the available resources of the at least one device with resource rules in a database to identify at least one network vulnerability of the at least one device by identifying a resource with a similar vulnerable status in the database; determining, by the crawler, an action for repairing the at least one network vulnerability associated with the one available resource of the at least one device based on comparing of each of the available resources with the resource rules in the database to identify the resource with the similar vulnerable status in the database; and transmitting, by the crawler, instructions to the at least one device to perform the action for repairing the at least one network vulnerability associated with the one available resource by adjusting the device through the web interface of the device.