mhurhangee/patent-ind-claim-en huggingface dataset:
Pipetting device comprising a multi-pipette head of a liquid handling apparatus and a plurality of pipette cones , wherein the pipetting device comprises: a) a block for: - holding a plurality of identically configured tubular pipette tips having a tip axis and a wall extending along said tip axis ; and - connecting these pipette tips to a plurality of pipette cones of the multi-pipette head ; and b) devices for connecting and separating block and multi-pipette head , characterized in that the block comprises a plurality of receptacles arranged parallel to one another, extending concentrically to the tip axes , penetrating the block and each comprising a shoulder ; and in that the pipetting device comprises a plurality of inserts extending concentrically to the tip axes for insertion into the receptacles of the block , wherein • each insert comprises a cavity , a cylindrical insertion opening with inserted pipette tip , and a conical insertion opening for sealingly inserting a pipette cone of the multi-pipette head , wherein • each insert has a support with which it rests, when inserted into the block , on the shoulder of the corresponding receptacle , and wherein • the pipetting device further comprises a retention device for preventing an insert from being inadvertently withdrawn from a receptacle during separation of the block and multi-pipette head , wherein the retention device is configured as a rib-groove combination . a) a block for: - holding a plurality of identically configured tubular pipette tips having a tip axis and a wall extending along said tip axis ; and - connecting these pipette tips to a plurality of pipette cones of the multi-pipette head ; and - holding a plurality of identically configured tubular pipette tips having a tip axis and a wall extending along said tip axis ; and - connecting these pipette tips to a plurality of pipette cones of the multi-pipette head ; and b) devices for connecting and separating block and multi-pipette head , • each insert comprises a cavity , a cylindrical insertion opening with inserted pipette tip , and a conical insertion opening for sealingly inserting a pipette cone of the multi-pipette head , wherein • each insert has a support with which it rests, when inserted into the block , on the shoulder of the corresponding receptacle , and wherein • the pipetting device further comprises a retention device for preventing an insert from being inadvertently withdrawn from a receptacle during separation of the block and multi-pipette head , wherein the retention device is configured as a rib-groove combination .
A light-emitting device (10; 40; 60; 70; 80; 85; 90) comprising: an at least partially doped substrate of a first conductivity type, comprising a first surface ; light-emitting diodes (DEL) each comprising at least one non-doped or doped three-dimensional semiconductor element of the first conductivity type, the three-dimensional semiconductor elements resting on a first continuous portion of the first surface, the three-dimensional semiconductor elements being nanowires, microwires, and/or nanometer- or micrometer-range pyramidal structures; and at least one at least partially doped semiconductor region forming a photodiode (PH), of a second conductivity type opposite to the first conductivity type, wherein the light-emitting diodes (DEL) are distributed in assemblies of light-emitting diodes (E), the light-emitting device comprising, for at least some of the assemblies (E), at least two semiconductor regions forming first and second photodiodes (PH, PH'), each of the two semiconductor regions being at least partially doped with a second conductivity type opposite to the first conductivity type and extending in the substrate from a second portion of the first surface different from the first portion, characterized in that the semiconductor region extends in the substrate from a second portion of the first surface different from the first portion; in that the semiconductor region is covered with a colored filter ; and in that the first and second photodiodes (PH, PH') have different junction depths and/or being covered with filters of different colors . an at least partially doped substrate of a first conductivity type, comprising a first surface ; light-emitting diodes (DEL) each comprising at least one non-doped or doped three-dimensional semiconductor element of the first conductivity type, the three-dimensional semiconductor elements resting on a first continuous portion of the first surface, the three-dimensional semiconductor elements being nanowires, microwires, and/or nanometer- or micrometer-range pyramidal structures; and at least one at least partially doped semiconductor region forming a photodiode (PH), of a second conductivity type opposite to the first conductivity type, wherein the light-emitting diodes (DEL) are distributed in assemblies of light-emitting diodes (E), the light-emitting device comprising, for at least some of the assemblies (E), at least two semiconductor regions forming first and second photodiodes (PH, PH'), each of the two semiconductor regions being at least partially doped with a second conductivity type opposite to the first conductivity type and extending in the substrate from a second portion of the first surface different from the first portion, characterized in that the semiconductor region extends in the substrate from a second portion of the first surface different from the first portion; in that the semiconductor region is covered with a colored filter ; and in that the first and second photodiodes (PH, PH') have different junction depths and/or being covered with filters of different colors .
A method for receiving, by a user equipment, UE, , assistance signaling, the method comprising: receiving a broadcast message, comprising transmission parameters for a resource block, RB, of a physical downlink shared channel, PDSCH, associated with an interfering evolved universal terrestrial radio access network, eUTRAN, eNB; receiving a signal including a transmission from a serving eNB , wherein the transmission comprises a PDSCH from the serving eNB ; and canceling the PDSCH associated with the interfering eNB from the signal based on the transmission parameters; characterized in the step of receiving an indication from the interfering eNB of whether the interfering eNB is transmitting the transmission parameters. receiving a broadcast message, comprising transmission parameters for a resource block, RB, of a physical downlink shared channel, PDSCH, associated with an interfering evolved universal terrestrial radio access network, eUTRAN, eNB; receiving a signal including a transmission from a serving eNB , wherein the transmission comprises a PDSCH from the serving eNB ; and canceling the PDSCH associated with the interfering eNB from the signal based on the transmission parameters; characterized in the step of receiving an indication from the interfering eNB of whether the interfering eNB is transmitting the transmission parameters.
Method for addressing at least one qubit from a set of two or more qubits , characterised in that the qubit to be addressed is exposed to an electromagnetic field in the form of a magnetic near field in order to change the state of the qubit while at least one other qubit of the set of qubits is exposed to an opposing electromagnetic field in the form of a magnetic near field in such a way that the electromagnetic field does not have an effect on the other qubit or in such a way that the electromagnetic field has another effect on the other qubit than on the qubit to be addressed, wherein electrically conductive structures are arranged in different planes , wherein the electrically conductive structures of different planes are arranged at an angle to one another, wherein the qubits are located in the vicinity of crossing points of first wires with respect to a projection onto the planes , wherein the qubits are provided in a diamond layer as surrounding material, wherein the surrounding material has been doped with sulphur, phosphorus or oxygen, wherein NV centres in diamond are used as qubits .
A neurostimulation system , comprising: a storage device configured to store a stimulation waveform representing a pattern of neurostimulation pulses during a stimulation period, the neurostimulation pulses each including a charge injection phase; a programming control circuit configured to generate a plurality of stimulation parameters controlling delivery of the neurostimulation pulses according to the stimulation waveform; and a waveform definition circuit coupled to the storage device and the control circuit and configured to adjust the stimulation waveform, the waveform definition circuit including a charge recovery module , characterized in that the charge recovery module includes a charge recovery scheme input configured to receive a charge recovery scheme; and a waveform adjuster configured to identify a need for adding charge recovery phases to recover charges injected during the charge injection phases and adjust the stimulation waveform by automatically inserting the needed charge recovery phases into the stimulation waveform according to the received charge recovery scheme. a storage device configured to store a stimulation waveform representing a pattern of neurostimulation pulses during a stimulation period, the neurostimulation pulses each including a charge injection phase; a programming control circuit configured to generate a plurality of stimulation parameters controlling delivery of the neurostimulation pulses according to the stimulation waveform; and a waveform definition circuit coupled to the storage device and the control circuit and configured to adjust the stimulation waveform, the waveform definition circuit including a charge recovery module , characterized in that the charge recovery module includes a charge recovery scheme input configured to receive a charge recovery scheme; and a waveform adjuster configured to identify a need for adding charge recovery phases to recover charges injected during the charge injection phases and adjust the stimulation waveform by automatically inserting the needed charge recovery phases into the stimulation waveform according to the received charge recovery scheme.
A silicon-oxygen compound, having a formula of SiO x , in which 0 <x <2, characterized in that , the silicon-oxygen compound contains both sulfur and aluminum element, and a content of the sulfur element is 20 ppm ~ 300 ppm; and a mass ratio of the sulfur element to the aluminum element is from 1.5 to 13.0.
Method for providing security information (SI) about an application container (APP) for an Industrial Edge device (ED), wherein the application container (APP) comprises an application program, runtime libraries and/or parts of an execution environment (RT), in particular of an operating system, characterized in that a computer obtains first information about the data accessed by the application program, in particular data points of an industrial controller linked to the Edge device or of a cloud application in a public cloud network, from the application program or a source code (SRC) of the application program in a first step, in that the computer obtains second information about the runtime libraries used in the application container (APP) for accessing the data or for processing the data and/or about parts of the execution environment (RT) from the application program or the source code (SRC) of the application program in a second step, in that the computer ascertains confidentiality classes associated with the first information and processing classes associated with the second information in a third step, and in that the computer forms the security information (SI) by linking the arising confidentiality classes to the arising processing classes, and associates said security information with the application container (APP), in a fourth step. characterized in that a computer obtains first information about the data accessed by the application program, in particular data points of an industrial controller linked to the Edge device or of a cloud application in a public cloud network, from the application program or a source code (SRC) of the application program in a first step, in that the computer obtains second information about the runtime libraries used in the application container (APP) for accessing the data or for processing the data and/or about parts of the execution environment (RT) from the application program or the source code (SRC) of the application program in a second step, in that the computer ascertains confidentiality classes associated with the first information and processing classes associated with the second information in a third step, and in that the computer forms the security information (SI) by linking the arising confidentiality classes to the arising processing classes, and associates said security information with the application container (APP), in a fourth step.
A composition for use in preventing or treating one or more cardiac channelopathies or conditions resulting from irregularities or alterations in cardiac patterns caused by one or more active agents, when the one or more active agents are administered to a human or animal subject, the composition comprising: an amount of an oral lysophosphatidyl compound effective to reduce or prevent the one or more cardiac channelopathies or conditions resulting from irregularities or alterations in cardiac patterns caused by the active agent, wherein the lysophosphatidyl is selected from at least one of 10:0 LysoPG, 12:0 LysoPG, 14:0 LysoPG, 16:0 LysoPG, or 18:0 LysoPG.
Method for eliminating insects (G) comprising a step of spraying an insecticidal composition so as to eliminate wasps (G) and/or hornets, the spraying being carried out by means of a device for dispersing an aerosol, the insecticidal composition comprising: • an insecticidal product capable of killing wasps and/or hornets, and • a mixture of at least one liquefied gas and at least one compressed gas, the mixture being configured to allow the propelling of the insecticidal product during spraying thereof, the insecticidal composition being characterized in that the mixture comprises, in particular consists of, a mixture of 1,1,1,2-tetrafluoroethane and carbon dioxide, and in that the weight ratio between the weight of liquefied gas(es) and the weight of compressed gas(es) is between 5 and 30, in particular between 15 and 25. • an insecticidal product capable of killing wasps and/or hornets, and • a mixture of at least one liquefied gas and at least one compressed gas, the mixture being configured to allow the propelling of the insecticidal product during spraying thereof,
Grinding or cutting tool , in particular for processing the edges and rims of tiles and bricks, comprising at least one support body , wherein the support body is substantially circular or annular in shape in a cross-sectional plane and comprises at least two, preferably precisely three, support body segments which are substantially circular or annular in shape in the cross-sectional plane and are connected to one another at least through at least one form-locking connection , and at least one grinding or cutting layer , characterized in that the support body has at least one side surface which is arranged substantially parallel to the cross-sectional plane, and in that the at least one grinding or cutting layer is arranged on the at least one side surface , which is arranged substantially parallel to the cross-sectional plane of the at least one support body .
An information transmission method, comprising: receiving a pilot signal and data that are sent by a terminal device; determining a data processing mode based on the pilot signal, wherein the data processing mode comprises a modulation and coding mode; and processing data based on the data processing mode. receiving a pilot signal and data that are sent by a terminal device; determining a data processing mode based on the pilot signal, wherein the data processing mode comprises a modulation and coding mode; and processing data based on the data processing mode.
A transport method for high-quality fresh milk (P) under transport- and environment-critical transport conditions, comprising • storing the high-quality fresh milk (P) • by filling a container that has an undivided volume (V) of several cubic meters, • at a fresh milk temperature (T) that is lowered with respect to an ambient temperature, • with a headspace (10.1) in the container to which a gaseous fluid (F*) is applied; • transporting the high-quality fresh milk (P) with a transport means (TM) that is designed as an earthbound transport means (TM1) and/or as a boat (TM2); • emptying the high-quality fresh milk (P) out of the container ; wherein the transport method comprises the following steps: (A) filling the container with the high-quality fresh milk (P) under sterile conditions and within a storage time (Δt) including a period of time between the filling and the emptying of the container , (B) detecting an angle of inclination (+/-w) that is formed between a free surface (N) of the high-quality fresh milk (P) formed towards the headspace (10.1) and a reference system (BS) pertaining to the container ; (C) detecting a pressure (p) in the headspace (10.1); (D) increasing the pressure (p) as a function of and in proportion to the value of the angle of inclination (+/-w) by supplying a gaseous, sterile fluid (F) into the headspace (10.1) under sterile conditions, and (E) emptying the high-quality fresh milk (P) out of the container under sterile conditions. • storing the high-quality fresh milk (P) • by filling a container that has an undivided volume (V) of several cubic meters, • at a fresh milk temperature (T) that is lowered with respect to an ambient temperature, • with a headspace (10.1) in the container to which a gaseous fluid (F*) is applied; • by filling a container that has an undivided volume (V) of several cubic meters, • at a fresh milk temperature (T) that is lowered with respect to an ambient temperature, • with a headspace (10.1) in the container to which a gaseous fluid (F*) is applied; • transporting the high-quality fresh milk (P) with a transport means (TM) that is designed as an earthbound transport means (TM1) and/or as a boat (TM2); • emptying the high-quality fresh milk (P) out of the container ; (A) filling the container with the high-quality fresh milk (P) under sterile conditions and within a storage time (Δt) including a period of time between the filling and the emptying of the container , (B) detecting an angle of inclination (+/-w) that is formed between a free surface (N) of the high-quality fresh milk (P) formed towards the headspace (10.1) and a reference system (BS) pertaining to the container ; (C) detecting a pressure (p) in the headspace (10.1); (D) increasing the pressure (p) as a function of and in proportion to the value of the angle of inclination (+/-w) by supplying a gaseous, sterile fluid (F) into the headspace (10.1) under sterile conditions, and (E) emptying the high-quality fresh milk (P) out of the container under sterile conditions.
A microplate for use with an electrochemical measurement device connected to a plurality of first probes and to a plurality of second probes , the microplate comprising a plurality of wells arranged in a matrix and which contain a respective plurality of types of solutions, wherein: each of the plurality of wells includes: a first electrode , a second electrode being attached to the bottom of each well of the plurality of wells , and a separator disposed between the first electrode and the second electrode , said separator being configured to prevent a contact between the first electrode and the second electrode , said first electrode being configured to be coupled to one of the plurality of first probes so as to press said first electrode toward the bottom of each well , and said second electrode being configured to be coupled, through a hole in the bottom of each well , to one of the plurality of second probes . each of the plurality of wells includes: a first electrode , a second electrode being attached to the bottom of each well of the plurality of wells , and a separator disposed between the first electrode and the second electrode , said separator being configured to prevent a contact between the first electrode and the second electrode , said first electrode being configured to be coupled to one of the plurality of first probes so as to press said first electrode toward the bottom of each well , and said second electrode being configured to be coupled, through a hole in the bottom of each well , to one of the plurality of second probes . a first electrode , a second electrode being attached to the bottom of each well of the plurality of wells , and a separator disposed between the first electrode and the second electrode , said separator being configured to prevent a contact between the first electrode and the second electrode , said first electrode being configured to be coupled to one of the plurality of first probes so as to press said first electrode toward the bottom of each well , and said second electrode being configured to be coupled, through a hole in the bottom of each well , to one of the plurality of second probes .
Clutch actuator of a motor vehicle comprising an actuation command of the clutch actuator and an actuator body housing at least partially - a pusher configured to be operatively connected to a clutch to determine its engagement and disengagement, the pusher moving in an actuation direction (S-S), - motor means suitable to move said pusher and operatively connected to the actuation command thereof to be operated by the latter, - transmission means which mechanically connect the motor means to the pusher , - wherein the motor means are arranged parallel to the transmission means in a transmission direction (X-X) perpendicular to said actuation direction(S-S), characterised in that the transmission means comprise a ball bearing screw mechanism , fitted with a ball bearing screw mechanically connected to the motor means , and a nut which meshes coaxially with said ball bearing screw , said nut being operatively connected to the pusher in order to move the pusher in the actuation direction (S-S). - a pusher configured to be operatively connected to a clutch to determine its engagement and disengagement, the pusher moving in an actuation direction (S-S), - motor means suitable to move said pusher and operatively connected to the actuation command thereof to be operated by the latter, - transmission means which mechanically connect the motor means to the pusher , - wherein the motor means are arranged parallel to the transmission means in a transmission direction (X-X) perpendicular to said actuation direction(S-S),