mhurhangee/ep-ind-claims huggingface dataset:
A deformable guide for partition walls consisting of a strip of sheet metal punched carved and bent in a U-shape along fold lines, the U-shape is formed from a central strip and two wings, said guide having first portions alternating in longitudinal direction of the guide with second portions provided with apertures, wherein: a) each second portion has: - two holes (18, 118) each one of the holes (18, 118) along one of the fold lines, - a further hole (22, 122) disposed along the longitudinal axis of the guide, - the remaining surface of the second portion provided with a plurality of small holes, and b) each first portion presents in correspondence of the central strip a hole (14, 114), characterised in that - each one of the said two holes (18, 118) of each second portion has an axis of symmetry along one of the fold lines, - the edges of the wings of each second portion are provided with a semicircular seat (20, 120) with diameter equal to the diameter of the said two holes (18, 118), and - each first portion additionally presents in correspondence of the central strip four cusps pointed facing outwards of the guide. a) each second portion has: - two holes (18, 118) each one of the holes (18, 118) along one of the fold lines, - a further hole (22, 122) disposed along the longitudinal axis of the guide, - the remaining surface of the second portion provided with a plurality of small holes, and - two holes (18, 118) each one of the holes (18, 118) along one of the fold lines, - a further hole (22, 122) disposed along the longitudinal axis of the guide, - the remaining surface of the second portion provided with a plurality of small holes, and b) each first portion presents in correspondence of the central strip a hole (14, 114), - each one of the said two holes (18, 118) of each second portion has an axis of symmetry along one of the fold lines, - the edges of the wings of each second portion are provided with a semicircular seat (20, 120) with diameter equal to the diameter of the said two holes (18, 118), and - each first portion additionally presents in correspondence of the central strip four cusps pointed facing outwards of the guide.
An anti-false threading fastener system comprising: a female fastener member comprising: at least one female fastening thread formed in an interior of the female fastener member; at least one female lead thread formed in the interior of the female fastener member; a male fastener member comprising: a shank that has a lead end for insertion into the interior of the female fastener member; at least one male fastening thread formed on the exterior of the shank as a plurality of thread windings adapted to mate with the female fastening thread; characterized by at least one male lead thread formed on the exterior of the shank at the lead end that is at least a half winding around the shank and comprises a curved profile defined by an arc having a radius approximately equal to a radius of an arc that is tangent to both flanks of a thread profile of the at least one male fastening thread and below the pitch line of the at least one male fastening thread. at least one female fastening thread formed in an interior of the female fastener member; at least one female lead thread formed in the interior of the female fastener member; a male fastener member comprising: a shank that has a lead end for insertion into the interior of the female fastener member; at least one male fastening thread formed on the exterior of the shank as a plurality of thread windings adapted to mate with the female fastening thread; characterized by at least one male lead thread formed on the exterior of the shank at the lead end that is at least a half winding around the shank and comprises a curved profile defined by an arc having a radius approximately equal to a radius of an arc that is tangent to both flanks of a thread profile of the at least one male fastening thread and below the pitch line of the at least one male fastening thread. a shank that has a lead end for insertion into the interior of the female fastener member; at least one male fastening thread formed on the exterior of the shank as a plurality of thread windings adapted to mate with the female fastening thread; characterized by at least one male lead thread formed on the exterior of the shank at the lead end that is at least a half winding around the shank and comprises a curved profile defined by an arc having a radius approximately equal to a radius of an arc that is tangent to both flanks of a thread profile of the at least one male fastening thread and below the pitch line of the at least one male fastening thread.
A method operational on a transmitting device (404, 504), comprising: encoding data into one or more transport blocks (304, 610), each transport block including a plurality of code blocks (306, 604, 716, 718) in which the data is encoded; wirelessly transmitting the one or more transport blocks (304, 610) over a channel specific to a receiving device (402, 502), wherein the code blocks within the transport blocks (304, 610) are transmitted without redundancy information or with a desired amount of redundancy information; receiving, from the receiving device (402, 502), a total number of failed code blocks (716, 718) from the transmitted one or more transport blocks (304, 610); generating an error correction code over the code blocks within the one or more transport blocks (304, 610), wherein the error correction code is sufficient to recover the total number of failed code blocks (716, 718); transmitting the error correction code within a new transport block; the method being characterised by: receiving, from the receiving device (402, 502), a transmission indicating that the one or more transport blocks (304, 610) should be retransmitted in whole; and retransmitting the one or more transport blocks (304, 610) in whole to the receiving device (402, 502). receiving, from the receiving device (402, 502), a transmission indicating that the one or more transport blocks (304, 610) should be retransmitted in whole; and retransmitting the one or more transport blocks (304, 610) in whole to the receiving device (402, 502).
A scattering film to be used in an organic EL light-emitting device and disposed on the side of the light-emitting surface of the organic EL light-emitting device, the scattering film including a scattering layer that contains: a binder resin; microparticles having an average particle diameter of 1 μm or smaller and having a different refractive index from the binder resin, the difference in refractive index being 0.03 or more; and resin particles having a larger average particle diameter than the microparticles, the average particle diameter of the resin particles being 1 μm or larger, wherein the scattering layer contains 5 to 90 parts by weight of the microparticles and 100 to 300 parts by weight of the resin particles per 100 parts by weight of the binder resin. a binder resin; microparticles having an average particle diameter of 1 μm or smaller and having a different refractive index from the binder resin, the difference in refractive index being 0.03 or more; and resin particles having a larger average particle diameter than the microparticles, the average particle diameter of the resin particles being 1 μm or larger, wherein the scattering layer contains 5 to 90 parts by weight of the microparticles and 100 to 300 parts by weight of the resin particles per 100 parts by weight of the binder resin.
A voltage control system for a wind turbine generator, the system comprising: a reactive power regulator configured to control reactive power production by adjusting a voltage setpoint for the wind turbine generator, the reactive power regulator having a first time constant, the voltage setpoint being defined between an upper limit and a lower limit, wherein the upper and lower limits for the voltage setpoint are initially set as a function of generator terminal voltage; a voltage regulator coupled to the reactive power regulator, the voltage regulator configured to control real power production by the wind turbine generator based on the voltage setpoint, wherein an input signal to the voltage regulator comprises an error signal indicating a difference between the voltage setpoint and a signal indicating measured terminal voltage, the voltage regulator having a second time constant, wherein the first time constant is numerically greater than the second time constant wherein the system further comprises a voltage limit regulator configured to dynamically adjust at the upper limit of the voltage setpoint based on a maximum, instantaneous rotor voltage of one or more of the generators to prevent the occurrence of an overvoltage tripping action. a reactive power regulator configured to control reactive power production by adjusting a voltage setpoint for the wind turbine generator, the reactive power regulator having a first time constant, the voltage setpoint being defined between an upper limit and a lower limit, wherein the upper and lower limits for the voltage setpoint are initially set as a function of generator terminal voltage; a voltage regulator coupled to the reactive power regulator, the voltage regulator configured to control real power production by the wind turbine generator based on the voltage setpoint, wherein an input signal to the voltage regulator comprises an error signal indicating a difference between the voltage setpoint and a signal indicating measured terminal voltage, the voltage regulator having a second time constant, wherein the first time constant is numerically greater than the second time constant wherein the system further comprises a voltage limit regulator configured to dynamically adjust at the upper limit of the voltage setpoint based on a maximum, instantaneous rotor voltage of one or more of the generators to prevent the occurrence of an overvoltage tripping action.
A hearing device comprising - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory unit; and - an interface, the memory unit has a hearing device certificate stored thereon by a manufacturing device, the hearing device certificate of the hearing device comprising: - a hearing device identifier of the hearing device; characterized in that the hearing device certificate comprises: - a plurality of cryptographic hearing device keys of the hearing device (115A, 115B, 115C, 115D) configured for secure communication with a client device, wherein the cryptographic hearing device keys are symmetric keys; and - at least one hearing device key identifier (114, 116) indicative of a hearing device key of the hearing device amongst the plurality of hearing device keys. - a processing unit configured to compensate for hearing loss of a user of the hearing device; - a memory unit; and - an interface, - a hearing device identifier of the hearing device; - a plurality of cryptographic hearing device keys of the hearing device (115A, 115B, 115C, 115D) configured for secure communication with a client device, wherein the cryptographic hearing device keys are symmetric keys; and - at least one hearing device key identifier (114, 116) indicative of a hearing device key of the hearing device amongst the plurality of hearing device keys.
An electrically tunable Fabry-Perot interferometer, comprising - a substrate, including a portion defining an optical area, - a first mirror structure (102, 104, 105, 106) on the substrate, - a second, movable mirror structure (112, 114, 115, 116), whereby the first and second mirror structures comprise respective first and second mirrors which are substantially parallel to each other, and each of the first and second mirror extend along the optical area; - a Fabry-Perot cavity between the first and second mirrors, - electrodes (110a, 110b, 112) for electrical control of the distance between the mirrors, characterised in that - at least one mirror includes oppositely disposed mirror layers with an intermediate gap (104, 114), the gap defining an intermediate mirror layer between the oppositely disposed mirror layers, the interferometer comprising a plurality of necks (105, 115) extending between the oppositely disposed mirror layers (102,106, 112, 116), in the intermediate mirror layer, the necks (105,115) for maintaining a constant width of the gap (104, 114) defining the intermediate mirror layer, the necks (105, 115) covering only a small part, such as 1-10%, of the optical area in order to avoid significant attenuation of the interferometer, wherein the necks are formed from remaining sacrificial layer silicon oxide, the sacrificial layer etched through etching holes, the etching holes being distributed throughout the mirror. - a substrate, including a portion defining an optical area, - a first mirror structure (102, 104, 105, 106) on the substrate, - a second, movable mirror structure (112, 114, 115, 116), whereby the first and second mirror structures comprise respective first and second mirrors which are substantially parallel to each other, and each of the first and second mirror extend along the optical area; - a Fabry-Perot cavity between the first and second mirrors, - electrodes (110a, 110b, 112) for electrical control of the distance between the mirrors, characterised in that - at least one mirror includes oppositely disposed mirror layers with an intermediate gap (104, 114), the gap defining an intermediate mirror layer between the oppositely disposed mirror layers, the interferometer comprising a plurality of necks (105, 115) extending between the oppositely disposed mirror layers (102,106, 112, 116), in the intermediate mirror layer, the necks (105,115) for maintaining a constant width of the gap (104, 114) defining the intermediate mirror layer, the necks (105, 115) covering only a small part, such as 1-10%, of the optical area in order to avoid significant attenuation of the interferometer, wherein the necks are formed from remaining sacrificial layer silicon oxide, the sacrificial layer etched through etching holes, the etching holes being distributed throughout the mirror.
A method, comprising: receiving anatomic imaging data representative of a portion of a patient's blood vessel; defining a first digital representation of the anatomic imaging data, the first digital representation including data representative of a first configuration of an anatomic feature of the portion of the patient's blood vessel; modifying the first digital representation of the anatomic imaging data to generate a second digital representation of the portion of the patient's blood vessel, the second digital representation including data representative of a second configuration of the anatomic feature of the patient's blood vessel, the second configuration different than the first configuration; and generating a patient-specific prosthesis based at least in part on the second digital representation of the anatomic imaging data. receiving anatomic imaging data representative of a portion of a patient's blood vessel; defining a first digital representation of the anatomic imaging data, the first digital representation including data representative of a first configuration of an anatomic feature of the portion of the patient's blood vessel; modifying the first digital representation of the anatomic imaging data to generate a second digital representation of the portion of the patient's blood vessel, the second digital representation including data representative of a second configuration of the anatomic feature of the patient's blood vessel, the second configuration different than the first configuration; and generating a patient-specific prosthesis based at least in part on the second digital representation of the anatomic imaging data.
A method by a mobility management entity, MME, in a wireless communication system, the method comprising: receiving (302, 702), from a home evolved node B, HeNB, an initial user equipment, UE, message related to a UE; identifying whether an address of a packet data network gateway located on the HeNB is included in the initial UE message; receiving, from the UE, information on a requested access point name, APN; and rejecting a connection establishment if the HeNB is incapable of supporting local route optimization and the information on the requested APN corresponds to the local route optimization. receiving (302, 702), from a home evolved node B, HeNB, an initial user equipment, UE, message related to a UE; identifying whether an address of a packet data network gateway located on the HeNB is included in the initial UE message; receiving, from the UE, information on a requested access point name, APN; and rejecting a connection establishment if the HeNB is incapable of supporting local route optimization and the information on the requested APN corresponds to the local route optimization.
A digital signage system comprising: a transducer configured to transform pressure into an electrical signal; a control apparatus configured to change information in association with the intensity of the electrical signal; and an output apparatus configured to output the information to an output target based on a command of the control apparatus; characterized in that: the transducer including a first electrode, a second electrode, and an intermediate layer that is provided between the first electrode and the second electrode, the intermediate layer being made from silicone rubber whose surface is provided with surface modification; wherein a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the first electrode is different from a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the second electrode. a transducer configured to transform pressure into an electrical signal; a control apparatus configured to change information in association with the intensity of the electrical signal; and an output apparatus configured to output the information to an output target based on a command of the control apparatus; characterized in that: the transducer including a first electrode, a second electrode, and an intermediate layer that is provided between the first electrode and the second electrode, the intermediate layer being made from silicone rubber whose surface is provided with surface modification; wherein a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the first electrode is different from a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the second electrode. the transducer including a first electrode, a second electrode, and an intermediate layer that is provided between the first electrode and the second electrode, a first electrode, a second electrode, and an intermediate layer that is provided between the first electrode and the second electrode, the intermediate layer being made from silicone rubber whose surface is provided with surface modification; wherein a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the first electrode is different from a hardness of the intermediate layer at a time of pressurizing the intermediate layer on the side of the second electrode.
Motor vehicle door latch (5, 11) comprising a locking mechanism, the locking mechanism comprising a catch and at least one pawl, a housing having an electrical contact and a lighting means (6, 12) integrated into the housing, wherein the lighting means (6, 12) interacts with a means for transporting the light emitted by means of the lighting means (6, 12), characterized in that the lighting means is arranged on an electrical component carrier, wherein a flexible means is used for transporting the light (25, 26), wherein the flexible means (25, 26) is designed as a light guide (25, 26), wherein separate light guides (25, 26) are arranged in the motor vehicle door latch, wherein the light guides (25, 26) each have a light exit surface (23, 24), wherein a light exit surface is arranged as a light exit surface extending around the inlet mouth of the motor vehicle door lock and a further light exit surface forms a circular light exit surface which emits light in the direction of the rear region of the motor vehicle when the driver door is open.
An implantable medical device configured for deployment within a chamber of a patient's heart, the chamber including a chamber wall, the IMD comprising: a housing configured to be positioned within the chamber of the patient's heart proximate the chamber wall once the IMD is implanted, the housing extending from a distal end to a proximal end; a power source disposed within the housing; circuitry disposed within the housing and operatively coupled to the power source; an electrode fixed relative to the housing and positioned to contact the chamber wall once the IMD is implanted, the circuitry configured to pace the patient's heart via the electrode; a fixation element for extending into the chamber wall at the implantation site to fix the IMD relative to the chamber wall at the implantation site, the fixation element disposed at or near the distal end of the housing; a retrieval feature for retrieving the IMD after implantation, the retrieval feature disposed at or near the proximal end of the housing; and the retrieval feature including an ablating region that is operatively coupled to the circuitry, wherein the circuitry is configured to selectively provide sufficient energy from the power source to the ablating region to cause tissue proximate the retrieval feature to ablate and to expose the IMD to a surrounding blood pool. a housing configured to be positioned within the chamber of the patient's heart proximate the chamber wall once the IMD is implanted, the housing extending from a distal end to a proximal end; a power source disposed within the housing; circuitry disposed within the housing and operatively coupled to the power source; an electrode fixed relative to the housing and positioned to contact the chamber wall once the IMD is implanted, the circuitry configured to pace the patient's heart via the electrode; a fixation element for extending into the chamber wall at the implantation site to fix the IMD relative to the chamber wall at the implantation site, the fixation element disposed at or near the distal end of the housing; a retrieval feature for retrieving the IMD after implantation, the retrieval feature disposed at or near the proximal end of the housing; and the retrieval feature including an ablating region that is operatively coupled to the circuitry, wherein the circuitry is configured to selectively provide sufficient energy from the power source to the ablating region to cause tissue proximate the retrieval feature to ablate and to expose the IMD to a surrounding blood pool.
Device for treating adipose tissues connectable to a suctioning means, characterised in that it consists of a mechanical and hermetically sealed treatment chamber, comprising a connection means to said suctioning means, an input means for said adipose tissues before processing, a filtration means and at least one output means for said adipose tissues after processing, the said filtration means comprising at least one conically shaped wall (31,31') comprising a narrowed base fixed on an impeller and a screening means connected to the output means, wherein said impeller is subjected to the air vacuum created by the suctioning means and forming a rotating mechanical activation means of said filtration means.