mhurhangee/ep-ind-claims huggingface dataset:
Ring suitable to select incoherent material in the form of wood-based chip and to eliminate inert materials contained in said incoherent material, said ring comprising a circumferential cusp and two circumferential base surfaces connected to said cusp by means of circumferential lateral surfaces, said base surfaces having a smaller diameter than that of said cusp, wherein said ring is configured to rotate around an axis of rotation and said lateral surfaces have a plurality of circumferential teeth each defined respectively by a conical annular surface, followed by a cylindrical annular surface, wherein said cylindrical annular surface is directed parallel to said axis of rotation of the ring, characterized in that the circumferential teeth have, with respect to said axis of rotation, a cross-section with a trapezoid shape defined, on the lateral surface, by a straight segment, parallel to the axis of rotation, and by an oblique segment connected to said straight segment and inclined with respect thereto in the direction of the cusp and wherein said straight segment and said oblique segment, in an axial symmetrical development of the ring around said axis of rotation, respectively define said cylindrical annular surface and said conical annular surface. said ring is configured to rotate around an axis of rotation and said lateral surfaces have a plurality of circumferential teeth each defined respectively by a conical annular surface, followed by a cylindrical annular surface, wherein said cylindrical annular surface is directed parallel to said axis of rotation of the ring, characterized in that the circumferential teeth have, with respect to said axis of rotation, a cross-section with a trapezoid shape defined, on the lateral surface, by a straight segment, parallel to the axis of rotation, and by an oblique segment connected to said straight segment and inclined with respect thereto in the direction of the cusp and wherein said straight segment and said oblique segment, in an axial symmetrical development of the ring around said axis of rotation, respectively define said cylindrical annular surface and said conical annular surface.
A current sensor inspection system that inspects a current sensor that has a core made of a magnetic material and having the shape of a ring with a gap and a magnetometric sensor disposed in the gap and measures a current passing through a plane surrounded by the core by measuring a magnetic flux inside the core with the magnetometric sensor, the current sensor inspection system comprising: a direct-current power supply device capable of supplying a direct current of 100 A or larger and outputting a value of a direct current; and an alternating-current power supply device capable of outputting a value of an alternating current, characterized by a first wire and a second wire passing through the plane surrounded by the core; wherein the first wire and the second wire are insulated from each other, only the direct-current power supply device is connected to the first wire, and only the alternating-current power supply device is connected to the second wire. a direct-current power supply device capable of supplying a direct current of 100 A or larger and outputting a value of a direct current; and an alternating-current power supply device capable of outputting a value of an alternating current, characterized by a first wire and a second wire passing through the plane surrounded by the core; wherein the first wire and the second wire are insulated from each other, only the direct-current power supply device is connected to the first wire, and only the alternating-current power supply device is connected to the second wire.
A device for obtaining a skin graft, the device comprising: a hollow body (401, 501), the hollow body (401, 501) having a distal end (403, 503) configured for placement on skin; an orifice plate (404, 504) fitted to the distal end (403, 503) of the hollow body (401, 501) and having a plurality of openings through which the donor's skin can be raised; a cutter (405, 505) integrated within the hollow body (401, 501) and being movable therein, the cutter (405, 505) comprising a cutter plate (406, 506) and a plurality of openings aligned with the plurality of openings in the orifice plate (404, 504); and a mechanism (402, 502) for raising at least one blister through said plurality of openings, the blister raising mechanism (402, 502) being one of: a vacuum source for creating suction, a heat source for generating heat, and a combination thereof. a hollow body (401, 501), the hollow body (401, 501) having a distal end (403, 503) configured for placement on skin; an orifice plate (404, 504) fitted to the distal end (403, 503) of the hollow body (401, 501) and having a plurality of openings through which the donor's skin can be raised; a cutter (405, 505) integrated within the hollow body (401, 501) and being movable therein, the cutter (405, 505) comprising a cutter plate (406, 506) and a plurality of openings aligned with the plurality of openings in the orifice plate (404, 504); and a mechanism (402, 502) for raising at least one blister through said plurality of openings, the blister raising mechanism (402, 502) being one of: a vacuum source for creating suction, a heat source for generating heat, and a combination thereof.
Apparatus, comprising: an oral surgical guide comprising: an arch portion configured to be placed on a dental arch of a subject; an extension portion extending from the arch portion, and shaped to define a guide hole; and a steerable implantable neural stimulator configured to apply electrical stimulation to a sphenopalatine ganglion of the subject, wherein the guide hole is configured to guide the stimulator through a greater palatine foramen of a palate of an oral cavity of the subject and into a greater palatine canal of the subject, and wherein the guide hole is configured to guide the stimulator through the greater palatine foramen at an angle that is suitable for entering the greater palatine canal. an oral surgical guide comprising: an arch portion configured to be placed on a dental arch of a subject; an extension portion extending from the arch portion, and shaped to define a guide hole; and an arch portion configured to be placed on a dental arch of a subject; an extension portion extending from the arch portion, and shaped to define a guide hole; and a steerable implantable neural stimulator configured to apply electrical stimulation to a sphenopalatine ganglion of the subject, wherein the guide hole is configured to guide the stimulator through a greater palatine foramen of a palate of an oral cavity of the subject and into a greater palatine canal of the subject, and wherein the guide hole is configured to guide the stimulator through the greater palatine foramen at an angle that is suitable for entering the greater palatine canal.
Bracelet clasp comprising a strip, a first end whereof is capable of being hinged to a first end of a first bracelet strand, and the second end of the strip is free, said strip having a cut-out forming at least a rigid portion and two opposing deformable portions (23, 24), each comprising a hook (6, 6') arranged to engage with a hole in a second bracelet strand and to lock the clasp on said second strand, simultaneous pressures exerted on the deformable portions (23, 24) resulting in the unlocking of the clasp, characterised in that the strip comprises machined edges to form push-pieces and facilitate the deformation of the deformable portions.
A barrier assembly, the assembly comprising: a bracket member which comprises a first mounting part and a second barrier part, the second barrier part extending in use at an angle inclined from the vertical relative to the first mounting part; and an alignment adaptor mountable to a surface of a fence post, wherein the alignment adaptor comprises an open surface engageable against the surface of the fence post and a flat engagement face inclined relative to the open surface at substantially 45°; wherein the bracket member is mountable to the open surface of the alignment adaptor, such that the mounting part is inclined relative to the surface of the fence post, about a vertical axis. a bracket member which comprises a first mounting part and a second barrier part, the second barrier part extending in use at an angle inclined from the vertical relative to the first mounting part; and an alignment adaptor mountable to a surface of a fence post, wherein the alignment adaptor comprises an open surface engageable against the surface of the fence post and a flat engagement face inclined relative to the open surface at substantially 45°; wherein the bracket member is mountable to the open surface of the alignment adaptor, such that the mounting part is inclined relative to the surface of the fence post, about a vertical axis.
A method performed by a user equipment of establishing communication between said user equipment and a network node, said method comprising: receiving a control channel message from said network node; decoding the control channel message using blind decoding; said method being characterized by: based on the blind decoding, determining a first number of transmit antenna ports used by said network node to transmit the control channel message and to indicate antenna capability of the network node; sending an information element to said network node comprising a one-bit indication of capability of receiving signals from a second number of antenna ports; and after sending the information element, receiving from said network node a radio resource control message including antenna port information. receiving a control channel message from said network node; decoding the control channel message using blind decoding; said method being characterized by: based on the blind decoding, determining a first number of transmit antenna ports used by said network node to transmit the control channel message and to indicate antenna capability of the network node; sending an information element to said network node comprising a one-bit indication of capability of receiving signals from a second number of antenna ports; and after sending the information element, receiving from said network node a radio resource control message including antenna port information. based on the blind decoding, determining a first number of transmit antenna ports used by said network node to transmit the control channel message and to indicate antenna capability of the network node; sending an information element to said network node comprising a one-bit indication of capability of receiving signals from a second number of antenna ports; and after sending the information element, receiving from said network node a radio resource control message including antenna port information.
A thermally conductive encapsulate, comprising a thermally conductive composite layer and an adhesive resin layer disposed on the thermally conductive composite layer, and the thermally conductive encapsulate characterized in that: the thermally conductive composite layer includes a thermoplastic resin and inorganic powders dispersed in the thermoplastic resin in an amount of 40 vol% to 70 vol% based on a volume of the thermally conductive composite layer, the thermally conductive composite layer having a thermal conductivity ranging from 0.5 W/m*K to 8 W/m*K; and the adhesive resin layer has a thermal conductivity ranging from 0.05 W/m*K to 0.4 W/m*K; and a percentage of a thickness of the adhesive resin layer relative to a total thickness of the thermally conductive encapsulate ranges from 0.1% to 10%, and the thermally conductive encapsulate has an overall thermal impedance ranging from 0.01 °C*in 2 /W to 0.72 °C*in 2 /W, wherein the thermal conductivities are measured according to ASTM E1461. the thermally conductive composite layer includes a thermoplastic resin and inorganic powders dispersed in the thermoplastic resin in an amount of 40 vol% to 70 vol% based on a volume of the thermally conductive composite layer, the thermally conductive composite layer having a thermal conductivity ranging from 0.5 W/m*K to 8 W/m*K; and the adhesive resin layer has a thermal conductivity ranging from 0.05 W/m*K to 0.4 W/m*K; and a percentage of a thickness of the adhesive resin layer relative to a total thickness of the thermally conductive encapsulate ranges from 0.1% to 10%, and the thermally conductive encapsulate has an overall thermal impedance ranging from 0.01 °C*in 2 /W to 0.72 °C*in 2 /W,
A rotor for an electric motor, wherein the rotor can be rotated about a rotational axis and has a first outer circumference and a magnetic field element arranged in the region of the first outer circumference for generating a magnetic field for effecting a rotational movement of the rotor, and the rotor is assigned a thread for form-fitting connection with a translationally moveable actuation element, wherein the thread is integrally formed with the rotor, characterised in that the rotor is designed as a formed part, having a radially outer first bending section defining the first outer circumference and a radially inner second bending section, and the first and second bending sections (78, 80) are integrally connected to one another on a first axial side of the rotor and the thread is integrally formed from the second bending section. the rotor can be rotated about a rotational axis and has a first outer circumference and a magnetic field element arranged in the region of the first outer circumference for generating a magnetic field for effecting a rotational movement of the rotor, and the rotor is assigned a thread for form-fitting connection with a translationally moveable actuation element, wherein the thread is integrally formed with the rotor, characterised in that the rotor is designed as a formed part, having a radially outer first bending section defining the first outer circumference and a radially inner second bending section, and the first and second bending sections (78, 80) are integrally connected to one another on a first axial side of the rotor and the thread is integrally formed from the second bending section.
Process of grinding and polishing a flank surface of a tooth of a first toothed wheel, the process comprising the steps, in this sequence, of a) providing a rotational grinding device for grinding a first portion and a second portion of a flank surface of a tooth of the first toothed wheel; providing a polishing device comprising a stationary axis and a polishing body rotatable about the stationary axis, the polishing body being adapted for polishing flank surfaces of teeth of a toothed wheel; and providing a dynamic positioning device for holding the toothed wheel and for dynamically adjusting position and attitude of the toothed wheel, relative to the stationary axis, during polishing; and providing the first toothed wheel; b) having the grinding device grind a first portion and a second portion of a flank surface of a tooth of the first toothed wheel; c) removing the first toothed wheel from the grinding device; d) having the dynamic positioning device bring the first portion of the flank surface in contact with the rotating polishing body such that the first portion of the flank surface is polished by the polishing body; and e) having the dynamic positioning device dynamically adjust position and attitude of the first toothed wheel relative to the stationary axis, such that the second portion of the flank surface is polished by the polishing body. a) providing a rotational grinding device for grinding a first portion and a second portion of a flank surface of a tooth of the first toothed wheel; providing a polishing device comprising a stationary axis and a polishing body rotatable about the stationary axis, the polishing body being adapted for polishing flank surfaces of teeth of a toothed wheel; and providing a dynamic positioning device for holding the toothed wheel and for dynamically adjusting position and attitude of the toothed wheel, relative to the stationary axis, during polishing; and providing the first toothed wheel; b) having the grinding device grind a first portion and a second portion of a flank surface of a tooth of the first toothed wheel; c) removing the first toothed wheel from the grinding device; d) having the dynamic positioning device bring the first portion of the flank surface in contact with the rotating polishing body such that the first portion of the flank surface is polished by the polishing body; and e) having the dynamic positioning device dynamically adjust position and attitude of the first toothed wheel relative to the stationary axis, such that the second portion of the flank surface is polished by the polishing body.
A method for enrolling a plurality of target devices in a network comprising: obtaining, by an in situ enrolment device, that is not enrolled as an in situ device, in situ enrolment information from at least one of the target devices; securely providing, by the in situ enrolment device, the in situ enrolment information from the at least one target device to a security management device for the network that allows target device configuration certificate generation by the security management device for the at least one target device based on the provided in situ enrolment information; wherein the in situ enrolment information provided by the security management device comprises a device identifier for the target device and context information of the target device; and wherein the in situ enrolment device creates a record for the target device for a management database based on the obtained in situ enrolment information and wherein securely providing the in situ enrolment information comprises digitally signing the record using a signing key trusted by the security management device to create a secure enrolment record and providing the secure enrolment record to the security management device. obtaining, by an in situ enrolment device, that is not enrolled as an in situ device, in situ enrolment information from at least one of the target devices; securely providing, by the in situ enrolment device, the in situ enrolment information from the at least one target device to a security management device for the network that allows target device configuration certificate generation by the security management device for the at least one target device based on the provided in situ enrolment information; wherein the in situ enrolment information provided by the security management device comprises a device identifier for the target device and context information of the target device; and wherein the in situ enrolment device creates a record for the target device for a management database based on the obtained in situ enrolment information and wherein securely providing the in situ enrolment information comprises digitally signing the record using a signing key trusted by the security management device to create a secure enrolment record and providing the secure enrolment record to the security management device.
Trailer-train trailer having a carrying frame which serves for receiving at least one trolley carried along in a trailer train, the carrying frame having a chassis with at least two wheels, wherein a lifting device is provided for the adjustment of the height of at least one part of the carrying frame, said part serving to support the trolley, relative to the wheels, characterized in that the lifting device consists of at least one rotatable eccentric disc which is supported on a cam roller.
A mobile terminal, comprising: a display panel having flexibility; and a support plate configured to support the display panel and to include a curved edge, at least a part of which is surrounded by the display panel, wherein the display panel includes: a base substrate; a light-emitting layer provided on the base substrate and configured to include a light-emitting element, a thin-film encapsulation layer configured to seal the light-emitting element, and a thin-film transistor, TFT, film configured to supply a signal to the light-emitting element; a polarizing film provided on the light-emitting layer; and a protective film provided on the polarizing film, wherein the TFT film comprises a bent portion extended from the curved edge to a rear face of the curved edge to surround the curved edge and an edge of the base substrate, and wherein the protective film is extended to cover an edge of the polarizing film and the bent portion of the TFT film. a display panel having flexibility; and a support plate configured to support the display panel and to include a curved edge, at least a part of which is surrounded by the display panel, wherein the display panel includes: a base substrate; a light-emitting layer provided on the base substrate and configured to include a light-emitting element, a thin-film encapsulation layer configured to seal the light-emitting element, and a thin-film transistor, TFT, film configured to supply a signal to the light-emitting element; a polarizing film provided on the light-emitting layer; and a protective film provided on the polarizing film, wherein the TFT film comprises a bent portion extended from the curved edge to a rear face of the curved edge to surround the curved edge and an edge of the base substrate, and a base substrate; a light-emitting layer provided on the base substrate and configured to include a light-emitting element, a thin-film encapsulation layer configured to seal the light-emitting element, and a thin-film transistor, TFT, film configured to supply a signal to the light-emitting element; a polarizing film provided on the light-emitting layer; and a protective film provided on the polarizing film, wherein the TFT film comprises a bent portion extended from the curved edge to a rear face of the curved edge to surround the curved edge and an edge of the base substrate, and
A method for controlling at least one adjustable actuator of an orthopedic device including connection apparatuses to a lower limb, comprising the following steps carried out in a continuously repeating manner: - registering actual values of at least two movement parameters of the orthopedic device using at least two sensors, - comparing the registered actual values with defined movement patterns in order to select the movement pattern which fits best to the registered actual values, and - generating control signals for the actuator using a sequence of intended values defined for the best-fitting movement pattern, characterized in that the step of comparing the registered actual values with defined movement patterns includes the following steps: - establishing a functional relationship between a sequence of the actual values of the one of the at least two movement parameters and a sequence of the actual values of the other one of said parameters and - comparing this functional relationship with functional relationships in the defined movement patterns in order to select the movement pattern which fits best to the registered actual values. - registering actual values of at least two movement parameters of the orthopedic device using at least two sensors, - comparing the registered actual values with defined movement patterns in order to select the movement pattern which fits best to the registered actual values, and - generating control signals for the actuator using a sequence of intended values defined for the best-fitting movement pattern, - establishing a functional relationship between a sequence of the actual values of the one of the at least two movement parameters and a sequence of the actual values of the other one of said parameters and - comparing this functional relationship with functional relationships in the defined movement patterns in order to select the movement pattern which fits best to the registered actual values.