mhurhangee/ep-ind-claims huggingface dataset:
Controller structure for positioning a load by means of an electric motor, comprising a device for actively damping undesired low-frequency vibrations, - with a position controller, to which a deviation of an actual position (x_act) of the load from a setpoint position (x_nom) is fed, and which outputs a setpoint speed (v_nom), - with a speed controller, to which a deviation of an actual speed (v_act) of the load from the setpoint speed (v_nom) is fed, and which outputs a setpoint current (i_nom), - and with a current controller, to which a deviation of an actual current (i_act) of the motor from the setpoint current (i_nom) is fed, and which outputs a setpoint voltage for operating the motor, - wherein damping signals (v-FF, a-FF) that counteract undesired low-frequency vibrations are injected in the control loop, characterized in that - at least a first and a second damping signal (v-FF, a-FF) of different phase angles are derived from a single sensor signal (x_act, a_act), - in that the first damping signal (v-FF) is injected between the position controller and the speed controller, and in that the second damping signal (a-FF) is injected between the speed controller and the current controller. - with a position controller, to which a deviation of an actual position (x_act) of the load from a setpoint position (x_nom) is fed, and which outputs a setpoint speed (v_nom), - with a speed controller, to which a deviation of an actual speed (v_act) of the load from the setpoint speed (v_nom) is fed, and which outputs a setpoint current (i_nom), - and with a current controller, to which a deviation of an actual current (i_act) of the motor from the setpoint current (i_nom) is fed, and which outputs a setpoint voltage for operating the motor, - wherein damping signals (v-FF, a-FF) that counteract undesired low-frequency vibrations are injected in the control loop, characterized in that - at least a first and a second damping signal (v-FF, a-FF) of different phase angles are derived from a single sensor signal (x_act, a_act), - in that the first damping signal (v-FF) is injected between the position controller and the speed controller, and in that the second damping signal (a-FF) is injected between the speed controller and the current controller.
A microbial detection device, the device comprising: a body member comprising a substrate having a first major surface and a second major surface; a substantially dry, first microbial growth nutrient composition disposed on a portion of the first major surface; a first adhesive composition adhered to the first microbial growth nutrient composition, wherein the first adhesive composition includes a pressure sensitive adhesive including an alkyl acrylate copolymer; a cold-water-soluble first hydrogel-forming composition adhered to the first adhesive composition; and a cover sheet attached to the body member, wherein the cover sheet comprises a first major surface facing the first major surface of the substrate comprised in the body member. a body member comprising a substrate having a first major surface and a second major surface; a substantially dry, first microbial growth nutrient composition disposed on a portion of the first major surface; a first adhesive composition adhered to the first microbial growth nutrient composition, wherein the first adhesive composition includes a pressure sensitive adhesive including an alkyl acrylate copolymer; a cold-water-soluble first hydrogel-forming composition adhered to the first adhesive composition; and a cover sheet attached to the body member, wherein the cover sheet comprises a first major surface facing the first major surface of the substrate comprised in the body member.
System comprising a robotised syringe actuator having: - a holding clamp (3, 51) adapted to hold the peripheral flange of a syringe tube opening by applying pressure simultaneously to both faces of the tube flange; or - a holding clamp (4, 51) adapted to hold the flange at the end of a syringe plunger by applying pressure simultaneously to both faces of the syringe plunger flange; said system further comprising a holder for the syringe tube, which has a housing for receiving the syringe tube, wherein said holder further comprises external projections to be handled by robotic arms of the robotised syringe actuator, said robotic arms being driven by an actuator of the syringe actuator to hold and release said external projections. - a holding clamp (3, 51) adapted to hold the peripheral flange of a syringe tube opening by applying pressure simultaneously to both faces of the tube flange; or - a holding clamp (4, 51) adapted to hold the flange at the end of a syringe plunger by applying pressure simultaneously to both faces of the syringe plunger flange; said system further comprising a holder for the syringe tube, which has a housing for receiving the syringe tube, wherein said holder further comprises external projections to be handled by robotic arms of the robotised syringe actuator, said robotic arms being driven by an actuator of the syringe actuator to hold and release said external projections.
An air conditioner, comprising: an outdoor device including a compressor that circulates a refrigerant, a heat exchanger that performs heat exchange between the refrigerant and air, a fan that causes the air to flow; an air inlet through which the air is suctioned into the air conditioner, and an air outlet through which the air heat-exchanged in the heat exchanger is discharged; a first guide provided on at least one surface of the outdoor device to guide outdoor air to the air inlet; a second guide provided on at least one surface of the outdoor device to guide air discharged from the air outlet to an outside; and a third guide that guides the air discharged from the air outlet to flow from the second guide to the first guide, characterised in that the air conditioner is configured such that the third guide is open when the first guide and second guide are closed. an outdoor device including a compressor that circulates a refrigerant, a heat exchanger that performs heat exchange between the refrigerant and air, a fan that causes the air to flow; an air inlet through which the air is suctioned into the air conditioner, and an air outlet through which the air heat-exchanged in the heat exchanger is discharged; a first guide provided on at least one surface of the outdoor device to guide outdoor air to the air inlet; a second guide provided on at least one surface of the outdoor device to guide air discharged from the air outlet to an outside; and a third guide that guides the air discharged from the air outlet to flow from the second guide to the first guide, characterised in that the air conditioner is configured such that the third guide is open when the first guide and second guide are closed.
Method for operating a detection circuit for detecting photocurrent, said detection circuit comprising a photodiode, a pixel amplifier and a MOS transistor having a gate, a source and a drain, said photodiode being connected to an input of a pixel amplifier and said MOS transistor being connected between said input of said pixel amplifier and an output of said pixel amplifier, the method comprising the steps of - illuminating said photodiode, yielding a photocurrent, - applying to said pixel amplifier an input voltage derived from said photocurrent, - applying a current output by said pixel amplifier to said MOS transistor whereby said output current forms a current between said drain and source of said MOS transistor, said MOS transistor being supplied at said gate with a gate voltage (VLOG), until said current between said drain and source substantially equals said photocurrent, - exploiting a logarithmic portion of a gate-to-source voltage characteristic as a function of said current between said drain and source of said MOS transistor to obtain at the pixel amplifier output a voltage being a logarithmic function of said photocurrent. - illuminating said photodiode, yielding a photocurrent, - applying to said pixel amplifier an input voltage derived from said photocurrent, - applying a current output by said pixel amplifier to said MOS transistor whereby said output current forms a current between said drain and source of said MOS transistor, said MOS transistor being supplied at said gate with a gate voltage (VLOG), until said current between said drain and source substantially equals said photocurrent, - exploiting a logarithmic portion of a gate-to-source voltage characteristic as a function of said current between said drain and source of said MOS transistor to obtain at the pixel amplifier output a voltage being a logarithmic function of said photocurrent.
An adhesive film obtained from an adhesive composition comprising: a) a base resin comprising an epoxy resin; b) a first epoxy curative that is a polymercaptan; and c) a second epoxy curative that is a polyamine; wherein the first and second epoxy curatives are chosen such that the second epoxy curative remains substantially unreacted i.e. at least 70 % unreacted in the composition after 24 hours at 22°C (72°F) and the first epoxy curative becomes substantially reacted i.e. at least 70 % reacted with epoxy resin in the composition after 24 hours at 22°C (72°F); wherein in the film the first epoxy curative is substantially reacted with epoxy resin in the composition and the second epoxy curative is substantially unreacted in the composition. a) a base resin comprising an epoxy resin; b) a first epoxy curative that is a polymercaptan; and c) a second epoxy curative that is a polyamine;
User equipment, UE, configured to indicate a power headroom report, PHR, in a Narrowband Internet of Things, NB-IoT, system, wherein the UE comprises a processor and a transmitter; the processor is configured to determine a PHR; and the transmitter is configured to send a first message to a base station in a random access process, wherein the first message comprises an information segment, the information segment is used to indicate the PHR; wherein the PHR comprises a value of maximum subcarrier quantity supported by the UE, a value in a subcarrier quantity set, or any value in the subcarrier quantity set.
An isolated protein having alpha-amylase activity and at least 95% sequence identity to SEQ ID NO: 8 or a biologically active fragment of said protein having alpha-amylase activity.
A demodulator circuit comprising an input for receiving an envelope signal (Senv), a unit for providing a switched reference signal (Sref1) at its output, the switched reference signal (Sref1) being provided as a function of the envelope signal (Senv) and as a function of an output signal (Sout) of the demodulator circuit, the unit being coupled to the input, a filter component which is connected to the output of the unit for providing the switched reference signal (Sref1), the filter component being prepared to provide a filtered switched reference signal (Sref2) as a function of the switched reference signal (Sref1), and a comparator with a first input which is coupled to the input of the demodulator circuit, a second input which is coupled to an output of the filter component and with an output for providing the output signal (Sout), the output signal (Sout) depending on a difference between the filtered switched reference signal (Sref2) and the envelope signal (Senv) and wherein the unit for providing the switched reference signal (Sref1) comprises an up-converter block for providing an increased signal (Sup), the up-converter block being coupled to the input of the demodulator circuit and to the output of the unit via a first switch, and a down-converter block for providing a decreased signal (Sdwn), the down-converter block being coupled to the input of the demodulator circuit and to the output of the unit via a second switch.
A test system comprising: a first test device configured to transport and test a sample; and a second test device located adjacent to the first test device configured to transport and test a sample, the test system being characterized in that: the first test device includes a master control unit configured to perform assignment of samples to the first test device and the second test device, and controls of a transport operation of the sample assigned to the first test device, and the second test device includes a slave control unit configured to control a transport operation of the sample assigned to the second test device by the master control unit wherein each of the first test device and the second test device is operable in a stand-alone measurement mode to test samples independently and in a system measurement mode in which the first test device and the second test device test samples in cooperation with each other, wherein the master control unit and the slave control unit are built in the first test device and the second test device, respectively. a first test device configured to transport and test a sample; and a second test device located adjacent to the first test device configured to transport and test a sample, the test system being characterized in that: the first test device includes a master control unit configured to perform assignment of samples to the first test device and the second test device, and controls of a transport operation of the sample assigned to the first test device, and the second test device includes a slave control unit configured to control a transport operation of the sample assigned to the second test device by the master control unit wherein each of the first test device and the second test device is operable in a stand-alone measurement mode to test samples independently and in a system measurement mode in which the first test device and the second test device test samples in cooperation with each other, wherein the master control unit and the slave control unit are built in the first test device and the second test device, respectively. the first test device includes a master control unit configured to perform assignment of samples to the first test device and the second test device, and controls of a transport operation of the sample assigned to the first test device, and the second test device includes a slave control unit configured to control a transport operation of the sample assigned to the second test device by the master control unit wherein each of the first test device and the second test device is operable in a stand-alone measurement mode to test samples independently and in a system measurement mode in which the first test device and the second test device test samples in cooperation with each other, wherein the master control unit and the slave control unit are built in the first test device and the second test device, respectively.
A device for separating, storing, and dispensing dental picks, the device comprising: a container (50, 100, 130, 170, 200, 250) to receive a sheet of dental picks, wherein the sheet of dental picks includes multiple interconnected dental picks; a separating device to separate the sheet of dental picks into singular dental picks, wherein the separating device comprises at least one of a raised surface (114, 116, 122), a lever, or a button mechanism (206, 256)that is positioned to place pressure on a dental pick to separate the dental pick; and a dispensing device to dispense the singular dental picks one at a time. a container (50, 100, 130, 170, 200, 250) to receive a sheet of dental picks, wherein the sheet of dental picks includes multiple interconnected dental picks; a separating device to separate the sheet of dental picks into singular dental picks, wherein the separating device comprises at least one of a raised surface (114, 116, 122), a lever, or a button mechanism (206, 256)that is positioned to place pressure on a dental pick to separate the dental pick; and a dispensing device to dispense the singular dental picks one at a time.
Thin layer lithium-ion type battery comprising, on a substrate (20, 30), a cathode current collector layer (22, 36) and an active portion constituted by a stack of a cathode layer (23, 35) made of material suitable for inserting lithium ions, an electrolyte layer (24, 34), said electrolyte layer being made of LiPON, LiSiCON, LiSON or NaSiCON, and an anode layer (25, 33), wherein the cathode layer presents, across its thickness, porosity that varies between its interface with the cathode current collector layer and its interface with the electrolyte layer, the variation in the porosity being non-zero so as to improve cohesion at both interfaces.
A method for generating several electronic access permission, in an environment comprising a system including server(s), database(s) and application (s) and further the environment comprises a mobile communication device, an electronic ID service a scanning device, internet and/or wireless communication networks and a customer, registering, using the mobile communication device, the customer on the system, using the electronic ID service, wherein the electronic ID service is accepted for identification by government authorities and wherein customer's identity data is sent to the system from the electronic ID service and thereby register the verified identity of the customer, storing the customer's identity data in the system and pairing the customer's identity data with a unique ID number, purchasing, using the mobile communication device, an electronic access permission to the event or venue, wherein the purchasing comprises associating a unique customer/event number with the unique ID number; and purchasing tickets for the person's friends, registered on the system, and the system is transmitting the unique customer/event numbers to the friends, after the person successfully has paid for both the person's ticket and for the person's friends' tickets, whereafter the person and the person's friends can generate their personal electronic access permissions. registering, using the mobile communication device, the customer on the system, using the electronic ID service, wherein the electronic ID service is accepted for identification by government authorities and wherein customer's identity data is sent to the system from the electronic ID service and thereby register the verified identity of the customer, storing the customer's identity data in the system and pairing the customer's identity data with a unique ID number, purchasing, using the mobile communication device, an electronic access permission to the event or venue, wherein the purchasing comprises associating a unique customer/event number with the unique ID number; and purchasing tickets for the person's friends, registered on the system, and the system is transmitting the unique customer/event numbers to the friends, after the person successfully has paid for both the person's ticket and for the person's friends' tickets, whereafter the person and the person's friends can generate their personal electronic access permissions.
A method for producing insulation sheets of expanded polystyrene and extruded polystyrene, comprising an insulating layer resp. a reflector sheet and at least one cover layer resp. cover sheet with an additional protective function, wherein, in a first step, the sheets (1, 2), which together have a greater thickness than the nominal dimension of the insulation sheet to be produced, are combined with one another, and the opposing surfaces of the sheets (1, 2) are heated at the same time and then the surfaces are pressed against one another, forming a contact surface, and the surfaces are thus joined together over the full area, resulting in an insulation sheet with the nominal dimensions, wherein the narrow slides of the reflection sheet are sealed and/or coated.
Cucumber plant of the species Cucumis sativus carrying a genetic determinant that leads to a darker green stem in the seedling stage that is predictive of a darker green colour of the fruits as compared to an isogenic cucumber plant not carrying the said genetic determinant, wherein said genetic determinant is genetically linked with molecular markers E13/M51-154.68 and/or E16/M60-086.74, and wherein the chlorophyll content in the stem of the plant at seedling stage is at least 40 μg/g higher or at least 30% higher than the chlorophyll content in the stem of an isogenic cucumber plant at seedling stage not carrying the said genetic determinant, that is grown under the same conditions, wherein the genetic determinant is as comprised in a cucumber plant of which representative seed has been deposited with the NCIMB under deposit number NCIMB 41859.
A method of coating a substrate comprising: providing a first coating die having a first slot width; providing a second coating die having a second slot width, wherein the second slot width is greater than the first slot width; applying a first coating fluid from the first coating die onto a substrate forming a first coating layer; applying a viscoelastic second coating fluid from the second coating die over the first coating layer on the substrate forming a second coating layer; and varying a gap between the second coating die and the substrate to increase the width and reduce the thickness of the first coating layer on the substrate; wherein the second slot width is greater than the first slot width, and wherein the gap is reduced until a width of the first coating layer is increased to substantially equal a width of the second coating layer. providing a first coating die having a first slot width; providing a second coating die having a second slot width, wherein the second slot width is greater than the first slot width; applying a first coating fluid from the first coating die onto a substrate forming a first coating layer; applying a viscoelastic second coating fluid from the second coating die over the first coating layer on the substrate forming a second coating layer; and varying a gap between the second coating die and the substrate to increase the width and reduce the thickness of the first coating layer on the substrate; wherein the second slot width is greater than the first slot width, and wherein the gap is reduced until a width of the first coating layer is increased to substantially equal a width of the second coating layer.
A method for estimating noise in an audio signal, the method comprising: determining an energy value for the audio signal; converting the energy value into the log2-domain; and estimating a noise level for the audio signal based on the converted energy value directly in the log2-domain, wherein the energy value is converted into the log2-domain as follows: E n _ log = ⌊ log 2 1 + E n _ lin ⋅ 2 N ⌋ 2 N └ x ┘ floor (x), indicating the largest integer less than or equal to x, E n_log energy value of band n in the log2-domain, E n_lin energy value of band n in the linear domain, N quantization resolution. determining an energy value for the audio signal; converting the energy value into the log2-domain; and estimating a noise level for the audio signal based on the converted energy value directly in the log2-domain, wherein the energy value is converted into the log2-domain as follows: E n _ log = ⌊ log 2 1 + E n _ lin ⋅ 2 N ⌋ 2 N └ x ┘ floor (x), indicating the largest integer less than or equal to x, E n_log energy value of band n in the log2-domain, E n_lin energy value of band n in the linear domain, N quantization resolution. └ x ┘ floor (x), indicating the largest integer less than or equal to x, E n_log energy value of band n in the log2-domain, E n_lin energy value of band n in the linear domain, N quantization resolution.