mhurhangee/patent-ind-claim-en huggingface dataset:
A gripper for storing and retrieving small piece goods into or from a picking apparatus, having: a delivery table extending in a first horizontal direction (X direction) and a second horizontal direction (Y direction) which is orthogonal to the first horizontal direction, having at least one storage and retrieval end face , two elongate gripping jaws arranged above the delivery table , extending in the X direction and fixed to a gripping jaw guide arrangement , both gripping jaws being movable in the X direction, and at least one of the gripping jaws being movable in the Y direction, characterized in that at least one of the gripping jaws has an at least partially elastic longitudinal guide with a free end portion facing away from the gripping jaw guide arrangement , and an opposite fastening end portion , as well as a gripping jaw cord which extends in an untensioned state in parallel along a portion of the elastic longitudinal guide , wherein a first end portion of the gripping jaw cord is fastened to the free end portion of the elastic longitudinal guide, and a second end portion of the gripping jaw cord is coupled to a traction means arranged on the fastening end portion in such a manner that the gripping jaw cord can be moved in the X direction, wherein a movement of the gripping jaw cord in the X direction causes a movement of the free end portion of the elastic longitudinal guide in the Y direction. a delivery table extending in a first horizontal direction (X direction) and a second horizontal direction (Y direction) which is orthogonal to the first horizontal direction, having at least one storage and retrieval end face , two elongate gripping jaws arranged above the delivery table , extending in the X direction and fixed to a gripping jaw guide arrangement , both gripping jaws being movable in the X direction, and at least one of the gripping jaws being movable in the Y direction, characterized in that at least one of the gripping jaws has an at least partially elastic longitudinal guide with a free end portion facing away from the gripping jaw guide arrangement , and an opposite fastening end portion , as well as a gripping jaw cord which extends in an untensioned state in parallel along a portion of the elastic longitudinal guide , wherein a first end portion of the gripping jaw cord is fastened to the free end portion of the elastic longitudinal guide, and a second end portion of the gripping jaw cord is coupled to a traction means arranged on the fastening end portion in such a manner that the gripping jaw cord can be moved in the X direction, wherein a movement of the gripping jaw cord in the X direction causes a movement of the free end portion of the elastic longitudinal guide in the Y direction.
Sill assembly, for example for a window or door, said sill assembly comprising a sill and at least one plinth block , wherein said sill comprises a basic sill part and at least one further sill part , for example a stop element or an extension element, wherein said basic sill part and said plinth block comprise mutually cooperating connecting means for connecting the at least one plinth block to the basic sill part, wherein said basic sill part and said at least one further sill part comprise mutually cooperating connecting means for connecting the at least one further sill part to the basic sill part , wherein the mutually cooperating connecting means for connecting the at least one plinth block to the basic sill part and/or the mutually cooperating connecting at means for connecting the at least one further sill part to the basic sill part comprise a recess and a snap projection , wherein the recess is arranged to receive the snap projection , the recess comprising a neck part , which defines a local narrowing of said recess , wherein the snap projection is arranged to be forced by the neck part from a normal, spread position into a squeezed position during connection of the basic sill part to the plinth block and/or the further sill part, and to move back to its spread position after connection thereof, characterized in that said snap projection and/or said neck part is formed by a profile that is attached to one of the basic sill part and the further sill part and the at least one plinth block . wherein said sill comprises a basic sill part and at least one further sill part , for example a stop element or an extension element, wherein said basic sill part and said plinth block comprise mutually cooperating connecting means for connecting the at least one plinth block to the basic sill part, wherein said basic sill part and said at least one further sill part comprise mutually cooperating connecting means for connecting the at least one further sill part to the basic sill part , wherein the mutually cooperating connecting means for connecting the at least one plinth block to the basic sill part and/or the mutually cooperating connecting at means for connecting the at least one further sill part to the basic sill part comprise a recess and a snap projection , wherein the recess is arranged to receive the snap projection , the recess comprising a neck part , which defines a local narrowing of said recess , wherein the snap projection is arranged to be forced by the neck part from a normal, spread position into a squeezed position during connection of the basic sill part to the plinth block and/or the further sill part, and to move back to its spread position after connection thereof, characterized in that said snap projection and/or said neck part is formed by a profile that is attached to one of the basic sill part and the further sill part and the at least one plinth block .
Portable device for analysing pH of a sample by electrochemical measurement, which comprises: • a specimen collection cup configured to contain the sample, • a lid (T) configured to be affixed to the specimen collection cup , and • a pH electrochemical sensor , wherein the portable device is characterized in that the lid (T) comprises: ∘ a microprocessor connected to the pH electrochemical sensor and configured to analyse the pH of the sample based on a measurement from the pH electrochemical sensor , ∘ display means connected to the microprocessor to display the results of the analysis, ∘ a power source (F) and/or a battery (B) connected to the microprocessor and the display means , and wherein the pH electrochemical sensor protrudes from the lid (T) to be arranged to enter into contact with the sample contained in the specimen collection cup , the pH electrochemical sensor comprising: ∘ a pH electrode , and ∘ a reference electrode . • a specimen collection cup configured to contain the sample, • a lid (T) configured to be affixed to the specimen collection cup , and • a pH electrochemical sensor , wherein the portable device is characterized in that the lid (T) comprises: ∘ a microprocessor connected to the pH electrochemical sensor and configured to analyse the pH of the sample based on a measurement from the pH electrochemical sensor , ∘ display means connected to the microprocessor to display the results of the analysis, ∘ a power source (F) and/or a battery (B) connected to the microprocessor and the display means , and wherein the pH electrochemical sensor protrudes from the lid (T) to be arranged to enter into contact with the sample contained in the specimen collection cup , the pH electrochemical sensor comprising: ∘ a pH electrode , and ∘ a reference electrode . wherein the portable device is characterized in that the lid (T) comprises: ∘ a microprocessor connected to the pH electrochemical sensor and configured to analyse the pH of the sample based on a measurement from the pH electrochemical sensor , ∘ display means connected to the microprocessor to display the results of the analysis, ∘ a power source (F) and/or a battery (B) connected to the microprocessor and the display means , and ∘ a microprocessor connected to the pH electrochemical sensor and configured to analyse the pH of the sample based on a measurement from the pH electrochemical sensor , ∘ display means connected to the microprocessor to display the results of the analysis, ∘ a power source (F) and/or a battery (B) connected to the microprocessor and the display means , and wherein the pH electrochemical sensor protrudes from the lid (T) to be arranged to enter into contact with the sample contained in the specimen collection cup , the pH electrochemical sensor comprising: ∘ a pH electrode , and ∘ a reference electrode . ∘ a pH electrode , and ∘ a reference electrode .
An interventional device for being tracked in an ultrasound beam of a beamforming ultrasound imaging system by correlating transmitted ultrasound signals from the beamforming ultrasound imaging system as detected by ultrasound receivers attached to the interventional device with the beamforming beam sequence of the ultrasound signals; the interventional device comprising: a longitudinal axis (A - A'); a first linear sensor array comprising a plurality of ultrasound receivers (R 1..n ) wherein each ultrasound receiver has a length (L) and a width (W), and wherein the array extends along the width (W) direction; wherein the first linear sensor array is wrapped circumferentially around the interventional device with respect to the axis (A - A') such that the length (L) of each ultrasound receiver is arranged lengthwise with respect to the axis (A - A'), wherein the first linear sensor array is attached to a substrate and the substrate is wrapped around the interventional device in the form of a spiral. a longitudinal axis (A - A'); a first linear sensor array comprising a plurality of ultrasound receivers (R 1..n ) wherein each ultrasound receiver has a length (L) and a width (W), and wherein the array extends along the width (W) direction; wherein the first linear sensor array is wrapped circumferentially around the interventional device with respect to the axis (A - A') such that the length (L) of each ultrasound receiver is arranged lengthwise with respect to the axis (A - A'), wherein the first linear sensor array is attached to a substrate and the substrate is wrapped around the interventional device in the form of a spiral.
A disk brake system, comprising: a pressure plate coupled axially to a rotor friction disk having a rotor density; a stator friction disk having a stator density, located axially between the pressure plate and an end plate , wherein the rotor friction disk and the stator friction disk are annular disks, and the rotor friction disk and the stator friction disk are adjacent to one another and disposed coaxially, wherein at least one of the rotor friction disk and the stator friction disk is a split friction disk comprising a split friction disk first half and a split friction disk second half ; and a damping feature , having a dampening feature density, located axially between the split friction disk first half and the split friction disk second half; characterised in that the end plate comprises an end plate thickness , the rotor friction disk comprises a rotor thickness , the stator friction disk comprises a stator thickness , and the end plate thickness is greater than the rotor thickness, and the stator thickness is less than 15% greater than the end plate thickness. a pressure plate coupled axially to a rotor friction disk having a rotor density; a stator friction disk having a stator density, located axially between the pressure plate and an end plate , wherein the rotor friction disk and the stator friction disk are annular disks, and the rotor friction disk and the stator friction disk are adjacent to one another and disposed coaxially, wherein at least one of the rotor friction disk and the stator friction disk is a split friction disk comprising a split friction disk first half and a split friction disk second half ; and a damping feature , having a dampening feature density, located axially between the split friction disk first half and the split friction disk second half; characterised in that the end plate comprises an end plate thickness , the rotor friction disk comprises a rotor thickness , the stator friction disk comprises a stator thickness , and the end plate thickness is greater than the rotor thickness, and the stator thickness is less than 15% greater than the end plate thickness.
A method of forming a visual representation of an object from a plurality of image frames acquired by moving a portable electronic device so as to scan multiple portions of the object, the method comprising: determining at least one parameter of motion of the portable electronic device; determining at least one capture condition for at least one first image frame of the plurality of image frames; computing, based on the at least one parameter of motion and the at least one capture condition, an indication of blur in the first image frame; based on the indication of blur, conditionally taking a corrective action, wherein the corrective action comprises: a step of changing a capture condition which comprises the step of changing an exposure time based on the determined parameter of motion so that the blur in at least a second subsequently captured image frame is below a predefined threshold, wherein conditionally taking the corrective action further comprises: computing an exposure time and a gain based on the at least one determined parameter of motion; and selecting to provide user feedback when the computed gain is above a threshold. determining at least one parameter of motion of the portable electronic device; determining at least one capture condition for at least one first image frame of the plurality of image frames; computing, based on the at least one parameter of motion and the at least one capture condition, an indication of blur in the first image frame; based on the indication of blur, conditionally taking a corrective action, wherein the corrective action comprises: a step of changing a capture condition which comprises the step of changing an exposure time based on the determined parameter of motion so that the blur in at least a second subsequently captured image frame is below a predefined threshold, wherein conditionally taking the corrective action further comprises: computing an exposure time and a gain based on the at least one determined parameter of motion; and selecting to provide user feedback when the computed gain is above a threshold. a step of changing a capture condition which comprises the step of changing an exposure time based on the determined parameter of motion so that the blur in at least a second subsequently captured image frame is below a predefined threshold, wherein conditionally taking the corrective action further comprises: computing an exposure time and a gain based on the at least one determined parameter of motion; and selecting to provide user feedback when the computed gain is above a threshold. computing an exposure time and a gain based on the at least one determined parameter of motion; and selecting to provide user feedback when the computed gain is above a threshold.
A Papaver plant species wherein the plant is modified by deletion for all or part of three linked genes encoding codeine 3-O-demethylase comprising the nucleotide sequence set forth in SEQ ID NO: 7, or a nucleotide sequence that is 99% identical to SEQ ID NO: 7, characterised in that the activity of said codeine 3-O-demethylase is undetectable and wherein the plant has a codeine content of at least 45% of the total alkaloid content of latex or dried straw extracted from the modified plant.
A white light emitting device, comprising a blue LED chip having an excitation wavelength of 440 ∼ 460 nm and a phosphor layer excited by the excitation wavelength of the blue LED chip to emit light, which comprises mixtures of phosphor powder, - wherein the phosphor powder comprises: - a first phosphor having an emission peak wavelength of 480 ∼ 499 nm including a fluorescent material represented by chemical formula of (Ba,Eu)Si x (O,Cl) x N x (1 < x < 5); - a second phosphor having an emission peak wavelength of 500 ∼ 560 nm; and - a third phosphor having an emission peak wavelength of 600 ∼ 650 nm wherein the weight ratio between the first phosphor powder, the second phosphor powder, and the third phosphor powder in the mixtures of phosphors powder falls within 2.9-5.6 : 7.5-9.7 : 1.2-2.7, - wherein the white light emitting device has an average color rendering index of 90% or more and a color rendering index R12 of 90% or more. - wherein the phosphor powder comprises: - a first phosphor having an emission peak wavelength of 480 ∼ 499 nm including a fluorescent material represented by chemical formula of (Ba,Eu)Si x (O,Cl) x N x (1 < x < 5); - a second phosphor having an emission peak wavelength of 500 ∼ 560 nm; and - a third phosphor having an emission peak wavelength of 600 ∼ 650 nm wherein the weight ratio between the first phosphor powder, the second phosphor powder, and the third phosphor powder in the mixtures of phosphors powder falls within 2.9-5.6 : 7.5-9.7 : 1.2-2.7, - wherein the white light emitting device has an average color rendering index of 90% or more and a color rendering index R12 of 90% or more.
A method for requesting, by a communications device , provision of a first service and a second service in a wireless communications network , the method comprising: transmitting to an infrastructure equipment of the wireless communications network a service preference indication, SPI, the SPI requesting the infrastructure equipment to provide to the communications device the first service and the second service in accordance with a bandwidth parts capability of the communications device, wherein in accordance with the bandwidth parts capability, the communications device is unable to receive and decode first data transmitted using a first bandwidth part of a carrier bandwidth of a wireless access interface provided by the infrastructure equipment in a cell and second data transmitted using a second bandwidth part of the carrier bandwidth, if the first data and the second data are transmitted simultaneously. transmitting to an infrastructure equipment of the wireless communications network a service preference indication, SPI, the SPI requesting the infrastructure equipment to provide to the communications device the first service and the second service in accordance with a bandwidth parts capability of the communications device, wherein in accordance with the bandwidth parts capability, the communications device is unable to receive and decode first data transmitted using a first bandwidth part of a carrier bandwidth of a wireless access interface provided by the infrastructure equipment in a cell and second data transmitted using a second bandwidth part of the carrier bandwidth, if the first data and the second data are transmitted simultaneously.
A device for applying a fluid sealant comprising a wand with a fluid sealant supply either as part of the wand or as a separate supply tube and an applicator head , wherein, the wand is attached to the top of an applicator head via a universal joint , further wherein, the applicator head includes a chamber on its underside which is sufficiently large to enable a constant supply of a fluid sealant to a substrate that is to be sealed, and, still further wherein, the applicator head has disposed around its lower periphery a chamber edge adapted to strike the sealant flat, which lower periphery is a beveled edge or which chamber edge has short brush bristles disposed within it in a normal relation to the bottom plane of the applicator head .
An integrated circuit , comprising: an output terminal ; a power transistor having a first current electrode coupled to the output terminal and a second current electrode coupled to a power supply terminal; a driver having an output coupled to a control electrode of the power transistor ; a capacitor having a first terminal coupled to the output terminal and a second terminal coupled to a circuit node; a first low pass filter coupled between the circuit node and an input of the driver , the first low pass filter having a first cut off frequency; a set of current sources having an output; and a second low pass filter coupled between the circuit node and the output of the set of current sources, the second low pass filter having a second cut off frequency, higher than the first cut off frequency. an output terminal ; a power transistor having a first current electrode coupled to the output terminal and a second current electrode coupled to a power supply terminal; a driver having an output coupled to a control electrode of the power transistor ; a capacitor having a first terminal coupled to the output terminal and a second terminal coupled to a circuit node; a first low pass filter coupled between the circuit node and an input of the driver , the first low pass filter having a first cut off frequency; a set of current sources having an output; and a second low pass filter coupled between the circuit node and the output of the set of current sources, the second low pass filter having a second cut off frequency, higher than the first cut off frequency.
A method for generating random numbers which are based on quantum noise, - wherein a first sequence of numbers is generated on the basis of a repeated measurement of a quantum mechanical random process, - wherein a random number is generated on the basis of the first sequence of numbers , - wherein the measurement of the quantum mechanical random process is performed by a measuring apparatus for balanced homodyne detection of an optical input signal (|0, |μ) by means of a laser beam , generated by a laser , as a local oscillator, characterized in that for monitoring the entropy of the first sequence of numbers - a radiation power radiated onto the laser and/or the measuring apparatus is determined by means of an antenna device arranged at least in an immediate vicinity of the laser and/or the measuring device , and/or a share of quantum noise in an output signal of the measuring apparatus is determined at randomly selected times. - wherein a first sequence of numbers is generated on the basis of a repeated measurement of a quantum mechanical random process, - wherein a random number is generated on the basis of the first sequence of numbers , - wherein the measurement of the quantum mechanical random process is performed by a measuring apparatus for balanced homodyne detection of an optical input signal (|0, |μ) by means of a laser beam , generated by a laser , as a local oscillator, characterized in that for monitoring the entropy of the first sequence of numbers - a radiation power radiated onto the laser and/or the measuring apparatus is determined by means of an antenna device arranged at least in an immediate vicinity of the laser and/or the measuring device , and/or a share of quantum noise in an output signal of the measuring apparatus is determined at randomly selected times.