mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for controlling brightness of a LED lamp, comprising: a sensing switch, configured to sense a current signal generated due to environmental change, wherein the current signal is output from the sensor switch through a sensor switch output wire; and at least one LED control device connected to the sensing switch output wire, wherein the at least one LED control device comprises a current rectifying unit connected to said wire, and a current limiting unit, the rectifying unit output being connected to the input of the current limiting unit, characterized in that the at least one LED control device further comprises a transimpedance amplification unit and a Schmidt circuit; the output of the rectifying unit is connected to the transimpedance amplification unit, the output of which being connected to the input of a Schmidt circuit; wherein the transimpedance amplification unit converts the current signal into a voltage signal, and the Schmidt circuit is adapted to convert the voltage signal into a square wave signal and output said square wave signal to a microcontroller for controlling the LED lamp. a sensing switch, configured to sense a current signal generated due to environmental change, wherein the current signal is output from the sensor switch through a sensor switch output wire; and at least one LED control device connected to the sensing switch output wire, wherein the at least one LED control device comprises a current rectifying unit connected to said wire, and a current limiting unit, the rectifying unit output being connected to the input of the current limiting unit, characterized in that the at least one LED control device further comprises a transimpedance amplification unit and a Schmidt circuit; the output of the rectifying unit is connected to the transimpedance amplification unit, the output of which being connected to the input of a Schmidt circuit; wherein the transimpedance amplification unit converts the current signal into a voltage signal, and the Schmidt circuit is adapted to convert the voltage signal into a square wave signal and output said square wave signal to a microcontroller for controlling the LED lamp.
A blood plasma collecting flask made of plastic for the storage of blood plasma in the frozen state, comprising a flask body which has on its upper side a flask neck, wherein connection points (7c, 7d) with connection ports are provided on the upper side of the flask body on opposite sides of the flask neck and spaced apart from the latter to the side, wherein one connection point is used for filling the flask body with blood plasma and the taking of samples and a substantially L-shaped connector is provided at this connection point, the one connector arm of which being connected to the connecting port, and the other connector arm being directed towards the flask neck and bearing a tube and wherein the other connection point is used for ventilation, characterized in that a preferably hydrophilic sterile filter is provided on the connection port of this connection point.
A method for testing the uniqueness of a Physically Unclonable Function batch comprising a set of PUF instances, the method being implemented in a device, wherein the method comprises testing the uniqueness of the PUF batch by testing a PUF instance belonging to said PUF batch, said PUF instance being configured to receive at least one challenge, each challenge comprising a set of bits, and to produce a set of responses, each response comprising at least one bit and corresponding to one challenge, said PUF instance comprising a circuitry including a set of PUF elements, corresponding to repeated patterns, each pattern including a set of physical components, each PUF element being controlled by at least one input bit corresponding to at least one bit of said challenge, wherein the step of testing the PUF instance comprises: - applying at least one bit of the challenge to the PUF instance; - determining identifiers for at least some of the PUF elements, the identifier of each PUF element being determined from the response output by said each PUF element in response to said at least one bit of the challenge, the response output by said each PUF element being read using auxiliary components arranged to read said response, said step of determining identifiers for at least some of the PUF elements comprises reading the output of said at least some PUF elements, according to a reading protocol; - applying a statistical randomness test to a group of identifiers comprising at least some of the identifiers determined for said PUF elements, which provides a test indicator, wherein the test indicator is assigned to a first value if it is detected in said step of applying a statistical randomness test that at least one PUF identifier is redundant within said group of PUF element identifiers, the method further comprising a step of triggering an action in response to the test indicator being assigned said first value. - applying at least one bit of the challenge to the PUF instance; - determining identifiers for at least some of the PUF elements, the identifier of each PUF element being determined from the response output by said each PUF element in response to said at least one bit of the challenge, the response output by said each PUF element being read using auxiliary components arranged to read said response, said step of determining identifiers for at least some of the PUF elements comprises reading the output of said at least some PUF elements, according to a reading protocol; - applying a statistical randomness test to a group of identifiers comprising at least some of the identifiers determined for said PUF elements, which provides a test indicator,
A reduced pressure treatment system comprising: a reduced pressure source; a vent source; a reduced pressure manifold comprising: a first conduit (250, 905) forming a closed loop and being shaped to define an interior region (290, 910) and being in fluid communication with one of the reduced pressure source and the vent source, the first conduit (250, 905) having at least one opening (286, 288, 950) in fluid communication with the interior region (290, 910); and a second conduit (230, 830, 915) being at least partially disposed within the interior region (290, 910), the second conduit (230, 830, 915) being in fluid communication with another of the reduced pressure source and the vent source, the second conduit (230, 830, 915) having at least one opening (236, 238, 832, 833, 952) in fluid communication with the interior region (290, 910); and a barrier, wherein the first conduit (250, 905), the second conduit (230, 830, 915), and the interior region (290, 910) are positioned on a first side of the barrier; and a controller to control the introduction of fluid by the vent source to the interior region (290, 910). a reduced pressure source; a vent source; a reduced pressure manifold comprising: a first conduit (250, 905) forming a closed loop and being shaped to define an interior region (290, 910) and being in fluid communication with one of the reduced pressure source and the vent source, the first conduit (250, 905) having at least one opening (286, 288, 950) in fluid communication with the interior region (290, 910); and a second conduit (230, 830, 915) being at least partially disposed within the interior region (290, 910), the second conduit (230, 830, 915) being in fluid communication with another of the reduced pressure source and the vent source, the second conduit (230, 830, 915) having at least one opening (236, 238, 832, 833, 952) in fluid communication with the interior region (290, 910); and a barrier, wherein the first conduit (250, 905), the second conduit (230, 830, 915), and the interior region (290, 910) are positioned on a first side of the barrier; and a first conduit (250, 905) forming a closed loop and being shaped to define an interior region (290, 910) and being in fluid communication with one of the reduced pressure source and the vent source, the first conduit (250, 905) having at least one opening (286, 288, 950) in fluid communication with the interior region (290, 910); and a second conduit (230, 830, 915) being at least partially disposed within the interior region (290, 910), the second conduit (230, 830, 915) being in fluid communication with another of the reduced pressure source and the vent source, the second conduit (230, 830, 915) having at least one opening (236, 238, 832, 833, 952) in fluid communication with the interior region (290, 910); and a barrier, wherein the first conduit (250, 905), the second conduit (230, 830, 915), and the interior region (290, 910) are positioned on a first side of the barrier; and a controller to control the introduction of fluid by the vent source to the interior region (290, 910).
An article of manufacture, being a component for use in an electro-optic display, the article comprising: a layer of a solid electro-optic medium having first and second surfaces on opposed sides thereof; a first adhesive layer in contact with the first surface of the layer of solid electro-optic medium; a first release sheet disposed on the opposed side of the first adhesive layer from the layer of solid electro-optic medium; and a second release sheet disposed over the second surface of the layer of solid electro-optic medium, the article being characterized by a second adhesive layer in contact with the second surface of the layer of solid electro-optic medium, the second release sheet disposed on the opposed side of the second adhesive layer from the layer of solid electro-optic medium, the first and second release sheets being removable from the first and second adhesive layers respectively leaving the first and second adhesive layers still in contact with the layer of solid electro-optic medium. a layer of a solid electro-optic medium having first and second surfaces on opposed sides thereof; a first adhesive layer in contact with the first surface of the layer of solid electro-optic medium; a first release sheet disposed on the opposed side of the first adhesive layer from the layer of solid electro-optic medium; and a second release sheet disposed over the second surface of the layer of solid electro-optic medium, the article being characterized by a second adhesive layer in contact with the second surface of the layer of solid electro-optic medium, the second release sheet disposed on the opposed side of the second adhesive layer from the layer of solid electro-optic medium, the first and second release sheets being removable from the first and second adhesive layers respectively leaving the first and second adhesive layers still in contact with the layer of solid electro-optic medium.
A sealing arrangement for use in forming a seal between a face of a patient and a patient interface device for use in delivering a flow of a treatment gas to the patient, the sealing arrangement comprising: a generally planar substrate body having a first side and a second side opposite the first side, the substrate body comprising a main portion having an opening defined therethrough, the opening being sized and configured to encompass the mouth and nose of the patient; a first adhesive layer disposed on the first side of the substrate body; and a second adhesive layer disposed on the second side of the substrate body, wherein the first adhesive layer is sized and configured to adhere to the skin of the patient adjacent the nose and mouth of the patient with a first adherence force, and wherein the second adhesive layer is sized and configured to adhere to a cushion of the patient interface device with a second adherence force less than the first adherence force, and characterized in that the substrate body further comprises an extension tab extending from the main portion and including a portion of the first adhesive layer thereon, and in that the extension tab does not include a portion of the second adhesive layer. a generally planar substrate body having a first side and a second side opposite the first side, the substrate body comprising a main portion having an opening defined therethrough, the opening being sized and configured to encompass the mouth and nose of the patient; a first adhesive layer disposed on the first side of the substrate body; and a second adhesive layer disposed on the second side of the substrate body, wherein the first adhesive layer is sized and configured to adhere to the skin of the patient adjacent the nose and mouth of the patient with a first adherence force, and wherein the second adhesive layer is sized and configured to adhere to a cushion of the patient interface device with a second adherence force less than the first adherence force, and
A method performed by a wireless communication node, the method comprising: transmitting, at a first layer, first configuration information to a wireless communication device, wherein the first configuration information comprises at least one parameter related to a discontinuous reception of the wireless communication device; transmitting, at a second layer lower than the first layer, second configuration information to the wireless communication device, wherein the second configuration information comprises an update to at least part of the first configuration information; and determining a modification step size for said DRX related parameter, wherein the second configuration information indicates an update to the at least one parameter according to the modification step size, wherein: an effective time of the update starts from at least one of: a next time slot after the wireless communication device receives the second configuration information, and a next DRX cycle after the wireless communication device receives the second configuration information; and the update is effective until at least one of: an end of a DRX cycle where the effective time starts, and a next update related to the DRX of the wireless communication device. transmitting, at a first layer, first configuration information to a wireless communication device, wherein the first configuration information comprises at least one parameter related to a discontinuous reception of the wireless communication device; transmitting, at a second layer lower than the first layer, second configuration information to the wireless communication device, wherein the second configuration information comprises an update to at least part of the first configuration information; and determining a modification step size for said DRX related parameter, wherein the second configuration information indicates an update to the at least one parameter according to the modification step size, wherein: an effective time of the update starts from at least one of: a next time slot after the wireless communication device receives the second configuration information, and a next DRX cycle after the wireless communication device receives the second configuration information; and the update is effective until at least one of: an end of a DRX cycle where the effective time starts, and a next update related to the DRX of the wireless communication device.
Method for detecting a faulty state on an FMCW-based level measuring device, wherein said measuring device serves to measure a level of a medium in a vessel, said method comprising the following steps: - Emission of a radar signal (S HF), - Reception of a response signal (E HF), - Generation of a measuring signal (s ZF) using at least the response signal (E HF), characterized by the following steps: - Determination of a correlation coefficient using a correlation of the measuring signal (s ZF) with a reference signal (s ref), and - Detection of the faulty state if the correlation coefficient drops below a predefined minimum value (K min). - Emission of a radar signal (S HF), - Reception of a response signal (E HF), - Generation of a measuring signal (s ZF) using at least the response signal (E HF), - Determination of a correlation coefficient using a correlation of the measuring signal (s ZF) with a reference signal (s ref), and - Detection of the faulty state if the correlation coefficient drops below a predefined minimum value (K min).
A method for releasing one or more identity attributes of one or more electronic identities stored on a mobile terminal for a reading computer system, wherein a plurality of electronic identities is stored on the mobile terminal, wherein the release of the identity attributes requires successful authentication of the reading computer system, wherein the authentication of the reading computer system comprises: • receiving a read request from the reading computer system for reading one or more identity attributes of one or more types of electronic identities to be read, together with a read certificate of the reading computer system, wherein the read certificate defines read rights of the reading computer system to identity attributes of a plurality of different types of electronic identities, • centrally performing authentication of the reading computer system, wherein the authentication comprises validating a signature of the read certificate using a root certificate stored on the mobile terminal, • upon successful authentication of the reading computer system, determining a group of one or more electronic identities with those electronic identities stored on the mobile terminal that belong to one of the types of electronic identities for which the read certificate defines read rights, • identifying one or more electronic identities within the particular group of electronic identities belonging to one of the types of electronic identities to be read out according to the read request, • sending authentication confirmations to one or more applications (108, 109) installed on the mobile terminal, each of which manages one or more of the identified electronic identities, thereby confirming read rights of the reading computer system to the corresponding electronic identities. • receiving a read request from the reading computer system for reading one or more identity attributes of one or more types of electronic identities to be read, together with a read certificate of the reading computer system, wherein the read certificate defines read rights of the reading computer system to identity attributes of a plurality of different types of electronic identities, • centrally performing authentication of the reading computer system, wherein the authentication comprises validating a signature of the read certificate using a root certificate stored on the mobile terminal, • upon successful authentication of the reading computer system, determining a group of one or more electronic identities with those electronic identities stored on the mobile terminal that belong to one of the types of electronic identities for which the read certificate defines read rights, • identifying one or more electronic identities within the particular group of electronic identities belonging to one of the types of electronic identities to be read out according to the read request, • sending authentication confirmations to one or more applications (108, 109) installed on the mobile terminal, each of which manages one or more of the identified electronic identities, thereby confirming read rights of the reading computer system to the corresponding electronic identities.
A semiconductor device manufacturing method comprising: a semiconductor substrate preparing step of preparing a semiconductor substrate (100b, 200a) having an exposed surface (111, 211) where a pn junction is exposed, the pn junction being formed at a junction portion between a first semiconductor layer (110, 210) of a first conductivity type and a second semiconductor layer (112, 212) of a second conductivity type opposite to the first conductivity type; a pretreatment step of performing a hydrophobic treatment on a first exposed region (111a, 211a) of the exposed surface (111, 211) where the first semiconductor layer (110, 210) is exposed; an impurity supplying step of supplying an impurity (10, 20) of the first conductivity type to the first exposed region (111a, 211a); a channel stopper forming step of irradiating the first exposed region (111a, 211a) with a laser beam to introduce the impurity (10, 20) of the first conductivity type into the first semiconductor layer (110, 210), thus forming a channel stopper (124, 224); and a glass layer forming step of forming a glass layer (128, 228) using a glass composition so as to cover the exposed surface (111, 211). a semiconductor substrate preparing step of preparing a semiconductor substrate (100b, 200a) having an exposed surface (111, 211) where a pn junction is exposed, the pn junction being formed at a junction portion between a first semiconductor layer (110, 210) of a first conductivity type and a second semiconductor layer (112, 212) of a second conductivity type opposite to the first conductivity type; a pretreatment step of performing a hydrophobic treatment on a first exposed region (111a, 211a) of the exposed surface (111, 211) where the first semiconductor layer (110, 210) is exposed; an impurity supplying step of supplying an impurity (10, 20) of the first conductivity type to the first exposed region (111a, 211a); a channel stopper forming step of irradiating the first exposed region (111a, 211a) with a laser beam to introduce the impurity (10, 20) of the first conductivity type into the first semiconductor layer (110, 210), thus forming a channel stopper (124, 224); and a glass layer forming step of forming a glass layer (128, 228) using a glass composition so as to cover the exposed surface (111, 211).
A waterborne adhesive composition comprising a vinyl polymer, that is a polymer in which 90% or more by weight, based on the weight of the polymer, is polymerized units of one or more vinyl monomer, wherein said vinyl polymer comprises (a) 0 to 0.4% polymerized units of ionic monomer, by weight based on the weight of said vinyl polymer, said ionic monomer being a monomer for which there is a pH condition between pH 2.5 and pH 9 at which said polymerized units are ionized; and (b) 0.1% to 10% polymerized units of one or more monomer selected from the group consisting of acrylamide, methacrylamide, and mixtures thereof, by weight based on the weight of said vinyl polymer. (a) 0 to 0.4% polymerized units of ionic monomer, by weight based on the weight of said vinyl polymer, said ionic monomer being a monomer for which there is a pH condition between pH 2.5 and pH 9 at which said polymerized units are ionized; and (b) 0.1% to 10% polymerized units of one or more monomer selected from the group consisting of acrylamide, methacrylamide, and mixtures thereof, by weight based on the weight of said vinyl polymer.
A positioning device for determining a site of an exchangeable wear part (101, 102, 201a-d, 141, 142) of a handler, wherein the positioning device comprises: an electronic component (300, 600) arranged on or at the wear part (101, 102, 201a-d, 141, 142), and an electrical addressing device being readable for the electronic component (300, 600), wherein the electronic component (300, 600) is electrically connected to the electrical addressing device and wherein the electronic component (300, 600) fulfils specifications of a bus, wherein the electronic component (300, 600) is configured to read out electrical characteristics of the electrical addressing device so that by the electronic component (300, 600) the site which corresponds to the electrical addressing device is obtainable. an electronic component (300, 600) arranged on or at the wear part (101, 102, 201a-d, 141, 142), and an electrical addressing device being readable for the electronic component (300, 600), wherein