mhurhangee/ep-ind-claims huggingface dataset:
Process for the production of a base for ragù or stuffings, comprising minced meat, vegetables and optional complementary ingredients, said process comprising a step a) of subjecting minced meat and optionally minced or chopped vegetables and complementary ingredients to a blanching in water at a temperature of 90°-100°C for 4-8 minutes and a subsequent step b) of browning said blanched minced meat and, optionally, said blanched vegetables and complementary ingredients.
An apparatus for discrimination of the constituents of a sample utilizing dielectrophoresis combined with magnetophoresis, the apparatus comprising: a chamber having at least one inlet and one outlet port; an array of electrodes (2, 3) in operative relation with the chamber, the array of electrodes (2, 3) generating a controllable dielectrophoretic force upon the constituents of the sample within the chamber; and an array of magnetrodes in operative relation with the chamber, the array of magnetrodes generating a controllable magnetic force upon the constituents of the sample within the chamber; said magnetic force opposing said dielectrophoretic force; whereby the constituents of the sample are displaced according to their magnetic and dielectric properties to positions within the chamber where said opposing forces balance each other.. a chamber having at least one inlet and one outlet port; an array of electrodes (2, 3) in operative relation with the chamber, the array of electrodes (2, 3) generating a controllable dielectrophoretic force upon the constituents of the sample within the chamber; and an array of magnetrodes in operative relation with the chamber, the array of magnetrodes generating a controllable magnetic force upon the constituents of the sample within the chamber; said magnetic force opposing said dielectrophoretic force;
Connection apparatus having a contact field for fastening and making contact with electronic devices and having an adapter for receiving electromechanical components, wherein the contact field has at least one busbar, wherein the busbar is accommodated in a plastic housing of the contact field, wherein the plastic housing has a plurality of first passage openings and second passage openings, wherein the first passage openings are configured to plug through contacts of electronic devices in order to connect the electronic devices to the busbar in an electrically conductive manner in a state installed on the contact field, wherein the adapter is fastened to the contact field, characterized in that the second passage openings are configured to receive fastening elements of electronic devices in order to releasably connect the electronic devices to the contact field, wherein the adapter has a plastic or wherein the adapter is composed of a plastic, wherein the adapter does not have any electrically conductive elements for making contact with and/or connecting electromechanical components or electronic devices, and wherein the adapter is configured to fasten terminal blocks.
An apparatus for tuning a radio frequency component having a wall with a bore through the wall, and a cavity, comprising: a bushing adapted to be fit into the bore in the wall; and a tuning element slidably mounted and received in the bushing, characterised in that the bushing has two ends and comprises an engagement surface at an end thereof, the engagement surface forming an interference fit with the tuning element. a bushing adapted to be fit into the bore in the wall; and a tuning element slidably mounted and received in the bushing, characterised in that the bushing has two ends and comprises an engagement surface at an end thereof, the engagement surface forming an interference fit with the tuning element.
An aircraft system, comprising: a line capture device body having a line slot, the line slot having an open end and a closed end; and a retainer coupled to the line capture device body, the retainer including a wire-shaped element positioned across the line slot, with the wire-shaped element positioned to at least restrict access to the line slot when in a first position, and positioned to allow a flexible recovery line to enter the line slot when in a second position, the wire-shaped element being spaced apart from the closed end of the line slot by a distance sufficient to receive the recovery line. a line capture device body having a line slot, the line slot having an open end and a closed end; and a retainer coupled to the line capture device body, the retainer including a wire-shaped element positioned across the line slot, with the wire-shaped element positioned to at least restrict access to the line slot when in a first position, and positioned to allow a flexible recovery line to enter the line slot when in a second position, the wire-shaped element being spaced apart from the closed end of the line slot by a distance sufficient to receive the recovery line.
An antibody that specifically binds to a 4Ig-B7-H3 polypeptide for use in the treatment of a patient with a tumor, wherein the antibody is capable of inducing lysis of a tumor cell to which the antibody binds, and said antibody comprises one or more modifications in the Fc region that enhances the affinity of the antibody for an activating FcγR relative to the antibody comprising a wild-type Fc region.
An atomization assembly, comprising an e-liquid tank, an air admission assembly, and a ceramic module; wherein the air admission assembly comprises an air duct and a silicone seat; the silicone seat is disposed on a bottom end of the e-liquid tank to seal the e-liquid tank; the air duct is disposed in the e-liquid tank and passes through the silicone seat; characterized in that: the air admission assembly further comprises an air vent, the air vent being disposed on the e-liquid tank; the air duct communicates with the air vent; the ceramic module comprises a U-shaped ceramic core and a strip of inert cotton; and the strip of inert cotton is disposed in the U-shaped ceramic core to absorb an e-liquid condensate. the air admission assembly further comprises an air vent, the air vent being disposed on the e-liquid tank; the air duct communicates with the air vent; the ceramic module comprises a U-shaped ceramic core and a strip of inert cotton; and the strip of inert cotton is disposed in the U-shaped ceramic core to absorb an e-liquid condensate.
A method of operating an electronic device, wherein the electronic device implements a messaging security policy having at least two security policy levels, wherein the security policy levels provide a gradient of cryptographic security according to the applied policy level, the method comprising: receiving a policy downgrade instruction from a policy authority; determining that the messaging security policy for the electronic device has been downgraded from a higher security level to a lower security level; notifying a messaging infrastructure of the downgrade to enable the messaging infrastructure to notify at least one contact, at least one group, or both to be notified of the downgrade; removing protected content from a messaging application on the electronic device that was subjected to the higher security level of the messaging security policy and further deleting cryptographic keys used under the policy being downgraded. receiving a policy downgrade instruction from a policy authority; determining that the messaging security policy for the electronic device has been downgraded from a higher security level to a lower security level; notifying a messaging infrastructure of the downgrade to enable the messaging infrastructure to notify at least one contact, at least one group, or both to be notified of the downgrade; removing protected content from a messaging application on the electronic device that was subjected to the higher security level of the messaging security policy and further deleting cryptographic keys used under the policy being downgraded.
Watch or piece of jewellery, in particular a watch or piece of jewellery in kit form, comprising a smart bracelet and at least one smart screen comprised, if applicable, in a precious or synthetic stone, and configured to be moved and arranged at a given location along the smart bracelet, the smart bracelet comprising: - a bracelet; - a processing unit configured to process data and to supply processed data; - a transmitter configured to transmit, via a second communication interface and at least one transmission medium or guide, the processed data to a first communication interface comprising a receiver of said smart screen, this receiver being configured to receive the processed data, the transmission medium being arranged to ensure continuous transmission of the processed data by electromagnetic or acoustic waves or by electrical signals to the receiver of the smart screen arranged at a given point along the bracelet; the smart screen comprising: - a display configured to run and/or slide along said smart bracelet; - a control unit configured to control the display according to the processed data. - a bracelet; - a processing unit configured to process data and to supply processed data; - a transmitter configured to transmit, via a second communication interface and at least one transmission medium or guide, the processed data to a first communication interface comprising a receiver of said smart screen, this receiver being configured to receive the processed data, the transmission medium being arranged to ensure continuous transmission of the processed data by electromagnetic or acoustic waves or by electrical signals to the receiver of the smart screen arranged at a given point along the bracelet; - a display configured to run and/or slide along said smart bracelet; - a control unit configured to control the display according to the processed data.
Method for electrical control of a motor, in particular a fan motor, with several winding strands, wherein the motor has a means for detecting a rotor speed (Tist) and/or a rotor position of a rotor of the motor, wherein current pulses are alternately applied to the individual winding strands by means of a control electronics of the motor, characterized in that no current pulse is supplied to at least one of the winding strands for coarse adjustment of the rotor speed (Tist) during the full rotation of the rotor if the detected rotor speed (Tist) is greater than the predetermined target speed (Tsoll) and a difference between the detected rotor speed (T ist) and the predetermined target speed (T soll) exceeds the predetermined threshold; and for fine adjustment of the rotor speed (Tist), a switchable electrical resistor is connected thereto for at least one subsequent commutation phase by means of an electronic switching element, if the detected rotor speed (Tist) is greater than the predetermined target speed (Tsoll) and the difference between the determined rotor speed (T ist) and the predetermined target speed (T soll) falls below the predetermined threshold, wherein the electrical resistor is connected in series with the winding strand of the respective commutation phase. no current pulse is supplied to at least one of the winding strands for coarse adjustment of the rotor speed (Tist) during the full rotation of the rotor if the detected rotor speed (Tist) is greater than the predetermined target speed (Tsoll) and a difference between the detected rotor speed (T ist) and the predetermined target speed (T soll) exceeds the predetermined threshold; and for fine adjustment of the rotor speed (Tist), a switchable electrical resistor is connected thereto for at least one subsequent commutation phase by means of an electronic switching element, if the detected rotor speed (Tist) is greater than the predetermined target speed (Tsoll) and the difference between the determined rotor speed (T ist) and the predetermined target speed (T soll) falls below the predetermined threshold, wherein the electrical resistor is connected in series with the winding strand of the respective commutation phase.
Sensor of a flowmeter designed for measuring a flow of a medium through an existing pipe system with - a sensor housing, - a measuring tube integrated into the sensor, - two process connections made from an insulator, via which the measuring tube can be connected to the pipe system, and - at least one electrode inserted into one of the process connections, -- said electrode ending in an interior chamber of the process connection, through said chamber medium flows during operation, and being connected to the sensor housing via an electrically conductive connection, and wherein the electrode is a pin electrode which leads through an outer wall of a tubular section of the process connection and into the interior chamber of the process connection, wherein medium flows through said tubular section of the process connection during operation. - a sensor housing, - a measuring tube integrated into the sensor, - two process connections made from an insulator, via which the measuring tube can be connected to the pipe system, and - at least one electrode inserted into one of the process connections, -- said electrode ending in an interior chamber of the process connection, through said chamber medium flows during operation, and being connected to the sensor housing via an electrically conductive connection, and wherein the electrode is a pin electrode which leads through an outer wall of a tubular section of the process connection and into the interior chamber of the process connection, wherein medium flows through said tubular section of the process connection during operation. -- said electrode ending in an interior chamber of the process connection, through said chamber medium flows during operation, and being connected to the sensor housing via an electrically conductive connection, and wherein the electrode is a pin electrode which leads through an outer wall of a tubular section of the process connection and into the interior chamber of the process connection, wherein medium flows through said tubular section of the process connection during operation.
A laboratory system comprising a laboratory device placed on a table surface of a laboratory bench, wherein the laboratory device comprises a microscope with at least one immersion objective, the laboratory bench having at least one receiving section below the table surface of the laboratory bench, which receiving section is adapted to receive at least one fluid reservoir which is connected to the laboratory device, and wherein the laboratory system further comprises an immersion fluid supply system that supplies an immersion fluid to the immersion objective, the immersion fluid supply system being connected to the at least one fluid reservoir in which said immersion fluid is storable. a laboratory device placed on a table surface of a laboratory bench, wherein the laboratory device comprises a microscope with at least one immersion objective, the laboratory bench having at least one receiving section below the table surface of the laboratory bench, which receiving section is adapted to receive at least one fluid reservoir which is connected to the laboratory device, and wherein the laboratory system further comprises an immersion fluid supply system that supplies an immersion fluid to the immersion objective, the immersion fluid supply system being connected to the at least one fluid reservoir in which said immersion fluid is storable.
Method for operating a sensor apparatus for detecting an object, wherein the sensor apparatus comprises a magnetic field sensor and a sensor device, which is embodied for a time-of-flight measurement, comprising the following step: - measuring a magnetic field in the vicinity of the sensor apparatus by means of the magnetic field sensor in order to ascertain a measurement value corresponding to the measured magnetic field, wherein the sensor device is deactivated during the measurement of the magnetic field, characterized in that the method furthermore comprises the following steps: - calculating a first distance of the measurement value from a first reference measurement value that corresponds to a magnetic field if a measurement region of the magnetic field sensor is free from an object, - calculating a second distance of the measurement value from a second reference measurement value that corresponds to a magnetic field if an object is located in the measurement region of the magnetic field sensor, - activating the deactivated sensor device in dependence on the calculated distances, - performing a time-of-flight measurement in the vicinity of the sensor apparatus by means of the activated sensor device in order to ascertain sensor data corresponding to the time-of-flight measurement, - ascertaining, based on the sensor data, whether an object is located in the vicinity of the sensor apparatus. - measuring a magnetic field in the vicinity of the sensor apparatus by means of the magnetic field sensor in order to ascertain a measurement value corresponding to the measured magnetic field, wherein the sensor device is deactivated during the measurement of the magnetic field, - calculating a first distance of the measurement value from a first reference measurement value that corresponds to a magnetic field if a measurement region of the magnetic field sensor is free from an object, - calculating a second distance of the measurement value from a second reference measurement value that corresponds to a magnetic field if an object is located in the measurement region of the magnetic field sensor, - activating the deactivated sensor device in dependence on the calculated distances, - performing a time-of-flight measurement in the vicinity of the sensor apparatus by means of the activated sensor device in order to ascertain sensor data corresponding to the time-of-flight measurement, - ascertaining, based on the sensor data, whether an object is located in the vicinity of the sensor apparatus.
An illuminated surgical access system for providing access to a patient during surgery, comprising: a surgical access device comprising at least one sidewall, defining an interior path forming a port for accessing the patient and an elongated channel formed in the side wall on an exterior surface of the surgical access device; and an elongated light-emitting shaft (50; 150) inserted in the elongated channel, the elongated light-emitting shaft including a light transmitting element (52; 152) for emitting light to illuminate the port of the access device, wherein the elongated channel includes a window to the interior path to transmit light produced by the light transmitting element to the interior path; characterised in that: the light-emitting shaft includes a plurality of outlets (155a-e) for a plurality of light transmitting elements along the length of the shaft for emitting light along the length of the light-emitting shaft. a surgical access device comprising at least one sidewall, defining an interior path forming a port for accessing the patient and an elongated channel formed in the side wall on an exterior surface of the surgical access device; and an elongated light-emitting shaft (50; 150) inserted in the elongated channel, the elongated light-emitting shaft including a light transmitting element (52; 152) for emitting light to illuminate the port of the access device, wherein the elongated channel includes a window to the interior path to transmit light produced by the light transmitting element to the interior path; characterised in that: the light-emitting shaft includes a plurality of outlets (155a-e) for a plurality of light transmitting elements along the length of the shaft for emitting light along the length of the light-emitting shaft.
Aircraft thermal control system comprising: - a first and a second cooling energy consumer, - a first and a second heating energy consumer, - a thermal control unit including an internal circuit, an evaporator and a condenser, the evaporator and the condenser being disposed in the internal circuit, - a cooling circuit which is thermally coupled to the evaporator of the thermal control unit and thermally connected to the first and the second cooling energy consumer, and - a heating circuit which is thermally coupled to the condenser of the thermal control unit and which is thermally connected to the first and the second heating energy consumer, - a coolant supply line of the cooling circuit exiting the thermal control unit and comprising a first line branch thermally connected to the first cooling energy consumer and a second line branch thermally connected to the second cooling energy consumer, wherein a control valve is adapted to control a flow of coolant from the thermal control unit to the first and the second cooling energy consumer, and - a heating medium supply line of the heating circuit exiting the thermal control unit and comprising a first line branch thermally connected to the first heating energy consumer and a second line branch thermally connected to the second heating energy consumer, wherein a control valve is adapted to control a flow of heating medium from the thermal control unit to the first and the second heating energy consumer, wherein the first cooling energy consumer and the first heating energy consumer is an aircraft cabin. - a first and a second cooling energy consumer, - a first and a second heating energy consumer, - a thermal control unit including an internal circuit, an evaporator and a condenser, the evaporator and the condenser being disposed in the internal circuit, - a cooling circuit which is thermally coupled to the evaporator of the thermal control unit and thermally connected to the first and the second cooling energy consumer, and - a heating circuit which is thermally coupled to the condenser of the thermal control unit and which is thermally connected to the first and the second heating energy consumer, - a coolant supply line of the cooling circuit exiting the thermal control unit and comprising a first line branch thermally connected to the first cooling energy consumer and a second line branch thermally connected to the second cooling energy consumer, wherein a control valve is adapted to control a flow of coolant from the thermal control unit to the first and the second cooling energy consumer, and - a heating medium supply line of the heating circuit exiting the thermal control unit and comprising a first line branch thermally connected to the first heating energy consumer and a second line branch thermally connected to the second heating energy consumer, wherein a control valve is adapted to control a flow of heating medium from the thermal control unit to the first and the second heating energy consumer,