mhurhangee/ep-ind-claims huggingface dataset:
Sheath for a soil working roller of a soil processing machine, rotatable about a roller axis of rotation, comprising a plurality of sheath segments, mounted or mountable to surround a roller body of the soil working roller and following one another in the circumferential direction, wherein a plurality of roller tools is arranged on an outer side of the sheath segments to be positioned facing away from the roller body, characterized in that at least part of the roller tools comprise an interchangeable holder mounted on an outer side of a respective sheath segment and a replaceable tool detachably mounted or mountable on the interchangeable holder, wherein a fastening opening is formed in the interchangeable holder for accommodating a fastening shaft of a replaceable tool mounted or to be mounted on the interchangeable holder, wherein a tool through opening is provided in association with the at least one interchangeable holder in the sheath segment supporting the same.
Driver device for switching a circuit breaker comprising: - a signal interface designed to receive an input signal, - an output interface designed for an electrically conductive connection to the switching input of a circuit breaker, - a cascade circuit with an emitter level (2 E) and a base level (2 B), wherein the emitter level (2 E) is interconnected with the signal interface and the base level (2 B) is interconnected with the output interface, and - a voltage regulator which is configured to operate the cascade circuit in the linear range, wherein a voltage divider (R1, R2) is provided, which is dimensioned such that, during intended operation of the driver device, at a control input of the base level, the voltage is set to the linear range of the transistor of the base level. - a signal interface designed to receive an input signal, - an output interface designed for an electrically conductive connection to the switching input of a circuit breaker, - a cascade circuit with an emitter level (2 E) and a base level (2 B), wherein the emitter level (2 E) is interconnected with the signal interface and the base level (2 B) is interconnected with the output interface, and - a voltage regulator which is configured to operate the cascade circuit in the linear range, wherein a voltage divider (R1, R2) is provided, which is dimensioned such that, during intended operation of the driver device, at a control input of the base level, the voltage is set to the linear range of the transistor of the base level.
A ventilation and breath sensing apparatus comprising: a ventilation gas delivery circuit; a ventilation tube coupled to the ventilation gas delivery circuit and further defined by a patient airway end adapted to be placed inside a tracheal, nasal, or oral airway of a patient; a plurality of pressure sensing elements disposed on the patient airway end of the ventilation tube and separated by a distance, each configured to produce independent signals, airflow through the tracheal, nasal, or oral airway being derived from measurements of pressure differentials between the plurality of pressure sensing elements; and at least one thermal sensor disposed on or near the patient airway end of the ventilation tube; wherein control over at least one of ventilation gas delivery timing, amplitude, speed, waveform shape, frequency, and composition is based upon a combination of the signals from the at least one thermal sensor, the pressure sensing elements, and the derived airflow. a ventilation gas delivery circuit; a ventilation tube coupled to the ventilation gas delivery circuit and further defined by a patient airway end adapted to be placed inside a tracheal, nasal, or oral airway of a patient; a plurality of pressure sensing elements disposed on the patient airway end of the ventilation tube and separated by a distance, each configured to produce independent signals, airflow through the tracheal, nasal, or oral airway being derived from measurements of pressure differentials between the plurality of pressure sensing elements; and at least one thermal sensor disposed on or near the patient airway end of the ventilation tube; wherein control over at least one of ventilation gas delivery timing, amplitude, speed, waveform shape, frequency, and composition is based upon a combination of the signals from the at least one thermal sensor, the pressure sensing elements, and the derived airflow.
A converter for driving a load, comprising: an input line (Vbus) for receiving power; a power inductor coupled with the input line; a main switch for controlling, at a switching frequency, the path of current flow through the power inductor and power commutation thereof so as to provide an output; a hysteretic control circuit for turning off the power commutation when a feedback signal relating to the output reaches an upper threshold of the hysteresis control, and for turning on the power commutation when the feedback signal relating to the output drops to a lower threshold of the hysteresis control, wherein the hysteretic control circuit provides a burst signal (Vsch) for switching on and off of the power commutation to implement a burst mode operation with a burst frequency lower than the switching frequency, wherein the converter further comprises an adjusting circuit adapted to: detect the burst signal (Vsch); characterized in that the adjusting circuit is further adapted to adjust the upper threshold and/or the lower threshold in dependence on the detected burst signal. an input line (Vbus) for receiving power; a power inductor coupled with the input line; a main switch for controlling, at a switching frequency, the path of current flow through the power inductor and power commutation thereof so as to provide an output; a hysteretic control circuit for turning off the power commutation when a feedback signal relating to the output reaches an upper threshold of the hysteresis control, and for turning on the power commutation when the feedback signal relating to the output drops to a lower threshold of the hysteresis control, wherein the hysteretic control circuit provides a burst signal (Vsch) for switching on and off of the power commutation to implement a burst mode operation with a burst frequency lower than the switching frequency, wherein the converter further comprises an adjusting circuit adapted to: detect the burst signal (Vsch); characterized in that the adjusting circuit is further adapted to adjust the upper threshold and/or the lower threshold in dependence on the detected burst signal. detect the burst signal (Vsch); characterized in that the adjusting circuit is further adapted to adjust the upper threshold and/or the lower threshold in dependence on the detected burst signal.
A miniature circuit breaker having a housing assembly, said miniature circuit breaker including an operating mechanism and conductor assembly, said miniature circuit breaker housing assembly comprising: a first body defining a first body cavity, wherein the first body is molded and includes a plurality of pin cavities; a second body defining a second body cavity, wherein the second body is molded so as to include a plurality of pins that are unitary to the second body, wherein said first body and said second body have complimentary shapes; said pins and pin cavities disposed in an alignment pattern; and said first body and said second body coupled to each other such that the first body cavity and the second body cavity cooperate to define an enclosed space, that is structured to accommodate the operating mechanism and conductor assembly of the miniature circuit breaker, wherein when the first body and the second body are coupled to each other, wherein the pins do not include a metallic bushing or have such a bushing coupled thereto, characterised in that a number of pins are latch pins that selectively couple said first body and said second body; and in that the plurality of latch pins are received in the respective plurality of pin cavities and are selectively engaged by the operating mechanism. a first body defining a first body cavity, wherein the first body is molded and includes a plurality of pin cavities; a second body defining a second body cavity, wherein the second body is molded so as to include a plurality of pins that are unitary to the second body, wherein said first body and said second body have complimentary shapes; said pins and pin cavities disposed in an alignment pattern; and said first body and said second body coupled to each other such that the first body cavity and the second body cavity cooperate to define an enclosed space, that is structured to accommodate the operating mechanism and conductor assembly of the miniature circuit breaker, wherein when the first body and the second body are coupled to each other, wherein the pins do not include a metallic bushing or have such a bushing coupled thereto, characterised in that a number of pins are latch pins that selectively couple said first body and said second body; and in that the plurality of latch pins are received in the respective plurality of pin cavities and are selectively engaged by the operating mechanism.
Haptic glove for providing haptic feedback to a user's hand, the haptic glove comprising: a base portion and one or more finger portions extending from the base portion, wherein each finger portion is pivotally movable relative to the base portion, and one or more cables, each comprising a distal end connected to a respective finger portion and a proximal end extending towards the base portion; and one or more cable control assemblies, at least one cable control assembly comprising: a constrain mechanism configured, when engaged, to constrain movement of the proximal end of a respective cable relative to the base portion, thereby constraining movement of a respective finger portion relative to the base portion, and characterised in that the at least one cable control assembly further comprising: an SMA wire arranged, on contraction, to engage or disengage the constrain mechanism. a base portion and one or more finger portions extending from the base portion, wherein each finger portion is pivotally movable relative to the base portion, and one or more cables, each comprising a distal end connected to a respective finger portion and a proximal end extending towards the base portion; and one or more cable control assemblies, at least one cable control assembly comprising: a constrain mechanism configured, when engaged, to constrain movement of the proximal end of a respective cable relative to the base portion, thereby constraining movement of a respective finger portion relative to the base portion, and a constrain mechanism configured, when engaged, to constrain movement of the proximal end of a respective cable relative to the base portion, thereby constraining movement of a respective finger portion relative to the base portion, and characterised in that the at least one cable control assembly further comprising: an SMA wire arranged, on contraction, to engage or disengage the constrain mechanism.
A pipeline comprising one or more pipes, the pipeline having: one or more sacrificial anodes thereon to provide cathodic protection; and one or more electrical connections attached to at least one sacrificial anode to allow an electrical current to flow between the pipeline and one or more of the sacrificial anodes; characterized in that the pipeline also has: one or more one-piece integral metallic rings around at least one pipe, and the one or more electrical connections are also attached to the or each metallic ring. one or more sacrificial anodes thereon to provide cathodic protection; and one or more electrical connections attached to at least one sacrificial anode to allow an electrical current to flow between the pipeline and one or more of the sacrificial anodes; characterized in that the pipeline also has: one or more one-piece integral metallic rings around at least one pipe, and the one or more electrical connections are also attached to the or each metallic ring. one or more one-piece integral metallic rings around at least one pipe, and the one or more electrical connections are also attached to the or each metallic ring.
Method for extracting sludge from a body of water with a variable water height, comprising the following successive steps: - extraction of the sludge (Bs) deposited at the bottom of the body of water; - distribution of the extracted sludge on means of conveyance; - displacement to a bank (L B) of the body of water of the distributed sludge in a plane substantially parallel to a plane of the body of water; - raising of the conveyed sludge on the bank (L B); and - depositing of the raised sludge on a means of terrestrial transport characterised in that the step of distribution comprises: - a sub-step of storing the extracted sludge; then - a sub-step of conveyance of the stored sludge on the means of conveyance. - extraction of the sludge (Bs) deposited at the bottom of the body of water; - distribution of the extracted sludge on means of conveyance; - displacement to a bank (L B) of the body of water of the distributed sludge in a plane substantially parallel to a plane of the body of water; - raising of the conveyed sludge on the bank (L B); and - depositing of the raised sludge on a means of terrestrial transport - a sub-step of storing the extracted sludge; then - a sub-step of conveyance of the stored sludge on the means of conveyance.
An exhaust gas purification system of an internal combustion engine, in which an exhaust gas after-treatment device including an oxidation catalyst and a DPF in order from an upstream side is provided in an exhaust passage of the internal combustion engine including an EGR system, characterized in that a control device that controls the EGR system is configured to set a target value of an EGR rate in EGR control to be a second EGR rate higher than a first EGR rate at the time of a normal operation of the internal combustion engine and perform the EGR control, in a case where a catalyst index temperature that indexes a temperature of the oxidation catalyst falls within a set temperature region between a lower limit set temperature and an upper limit set temperature which are preliminarily set in relation to an oxidation catalyst activation temperature, and where an estimated PM deposition amount of the DPF is less than a preliminarily set regeneration start threshold value, after an operation state of the internal combustion engine transitions from a traveling operation state to an idling operation state.
Device for treating a liquid, preferably milk, with a steam-conducting immersion tube which is provided with a temperature sensor for the liquid to be treated, which is spatially separated by a gap from a steam tube installed in the interior of the immersion tube, characterised in that the temperature sensor is mounted in the outer wall of the immersion tube or, in contact with the outer wall of the immersion tube, installed in a carrier element arranged in a recess in the outer wall.
A cyclic peptide of formula: (including all enantiomers, sterioisomers or diastereoisomers thereof, oral pharmaceutically acceptable salt of any of the foregoing, wherein: R is -C(=O)-OH or -C(=O)-NH 2; x is 1 or 2; and y is 3 or 4. R is -C(=O)-OH or -C(=O)-NH 2; x is 1 or 2; and y is 3 or 4.
EUV collector mirror - having a reflection surface to reflect usable EUV light which impinges on the reflection surface from a source region to a subsequent EUV optics (6, 7), - wherein the reflection surface carries a pump light grating structure being designed to retroreflect pump light which impinges upon the pump light grating structure from the source region back to the source region, the pump light having a wavelength (λ PL) deviating from the wavelength of the usable EUV light, - wherein a pitch of the pump light grating structure varies over the reflective surface of the EUV collector mirror. - having a reflection surface to reflect usable EUV light which impinges on the reflection surface from a source region to a subsequent EUV optics (6, 7), - wherein the reflection surface carries a pump light grating structure being designed to retroreflect pump light which impinges upon the pump light grating structure from the source region back to the source region, the pump light having a wavelength (λ PL) deviating from the wavelength of the usable EUV light, - wherein a pitch of the pump light grating structure varies over the reflective surface of the EUV collector mirror.
A dispensing system, comprising: a housing for coupling to a container, the housing having a first sidewall including an aperture; a trigger having a grip portion disposed outside of the housing, an arm extending through the aperture of the first sidewall and pivotably coupled to a fulcrum spaced apart from the first sidewall and a cam (430, 432); a cap coupled to the housing; and a manifold having a first end portion for fluidly coupling to a valve stem of the container and a protrusion (624, 626) for engaging with the cam (430, 432) of the trigger when the trigger moves from an unactuated position to an actuated position, wherein a first joint couples a first duct of the manifold and a second duct of the manifold and characterised in that, the manifold is suspended from the cap by way of a second joint at a second end portion of the manifold. a housing for coupling to a container, the housing having a first sidewall including an aperture; a trigger having a grip portion disposed outside of the housing, an arm extending through the aperture of the first sidewall and pivotably coupled to a fulcrum spaced apart from the first sidewall and a cam (430, 432); a cap coupled to the housing; and a manifold having a first end portion for fluidly coupling to a valve stem of the container and a protrusion (624, 626) for engaging with the cam (430, 432) of the trigger when the trigger moves from an unactuated position to an actuated position, wherein a first joint couples a first duct of the manifold and a second duct of the manifold and characterised in that, the manifold is suspended from the cap by way of a second joint at a second end portion of the manifold.
A system (100, 200, 300) for stimulating a respiratory muscle of a patient, comprising: a stimulator for positioning adjacent a nerve (26, 28) capable of activating the respiratory muscle; a signal generator for providing stimulation energy to the stimulator; a sensor for detecting a response of the respiratory muscle to the stimulation energy; characterized in that the controller (18, 64) is programmed to: i. cause the signal generator to provide stimulation energy to the stimulator to cause only 100 or less contractions of the respiratory muscle; and ii. cause the signal generator to provide a rest period of one hour or more after causing the 100 or less contractions. a stimulator for positioning adjacent a nerve (26, 28) capable of activating the respiratory muscle; a signal generator for providing stimulation energy to the stimulator; a sensor for detecting a response of the respiratory muscle to the stimulation energy; characterized in that the controller (18, 64) is programmed to: i. cause the signal generator to provide stimulation energy to the stimulator to cause only 100 or less contractions of the respiratory muscle; and ii. cause the signal generator to provide a rest period of one hour or more after causing the 100 or less contractions. i. cause the signal generator to provide stimulation energy to the stimulator to cause only 100 or less contractions of the respiratory muscle; and ii. cause the signal generator to provide a rest period of one hour or more after causing the 100 or less contractions.
An LED based lighting application comprising: - an LED driver for powering an LED fixture, the LED driver comprising: - a power converter for converting an input power to an output power for powering the LED fixture; - a control unit (uC) arranged to control an output characteristic of the power converter; - an application terminal connected to the control unit (uC) for connecting the control unit (uC) to a lighting device; - a lighting device comprising: - an LED fixture and/or a sensor - an i/o terminal connectable to the application terminal of the LED driver; - a control unit connected to the i/o terminal and configured to provide a control signal to the application terminal of the LED driver; wherein the control unit (uC) of the LED driver is further arranged to receive the control signal via the application terminal and control an output characteristic of the LED driver, based on the control signal, characterized in that the output characteristic is controlled by converting the control signal to a network command and provide the network command to a protocol stack of the control unit (uC), the stack further being accessible via a network terminal of the LED driver. - an LED driver for powering an LED fixture, the LED driver comprising: - a power converter for converting an input power to an output power for powering the LED fixture; - a control unit (uC) arranged to control an output characteristic of the power converter; - an application terminal connected to the control unit (uC) for connecting the control unit (uC) to a lighting device; - a power converter for converting an input power to an output power for powering the LED fixture; - a control unit (uC) arranged to control an output characteristic of the power converter; - an application terminal connected to the control unit (uC) for connecting the control unit (uC) to a lighting device; - a lighting device comprising: - an LED fixture and/or a sensor - an i/o terminal connectable to the application terminal of the LED driver; - a control unit connected to the i/o terminal and configured to provide a control signal to the application terminal of the LED driver; - an LED fixture and/or a sensor - an i/o terminal connectable to the application terminal of the LED driver; - a control unit connected to the i/o terminal and configured to provide a control signal to the application terminal of the LED driver;
Sensor system comprising - a LiDAR unit having a transmitter for laser light having a wavelength of 800 nm to 1600 nm and a receiver for light having a wavelength of 800 nm to 1600 nm and - a cover arranged such that IR light transmitted by the LiDAR unit and received thereby passes through the cover, characterized in that the cover comprises a layer of a thermoplastic material, wherein the thermoplastic material contains a transparent thermoplastic polymer and a monoester of a monocarboxylic acid having ≥ 10 C atoms with an alcohol having ≥ 3 C atoms, wherein the monoester is a monoester of a monocarboxylic acid having 15 to 20 C atoms with glycerol or with a monoalcohol having ≥ 15 C atoms, with the proviso that the thermoplastic material is free from mono-, di-, tri- and tetraesters of stearic acid with pentaerythritol. - a LiDAR unit having a transmitter for laser light having a wavelength of 800 nm to 1600 nm and a receiver for light having a wavelength of 800 nm to 1600 nm and - a cover arranged such that IR light transmitted by the LiDAR unit and received thereby passes through the cover, the cover comprises a layer of a thermoplastic material, wherein the thermoplastic material contains a transparent thermoplastic polymer and a monoester of a monocarboxylic acid having ≥ 10 C atoms with an alcohol having ≥ 3 C atoms, wherein the monoester is a monoester of a monocarboxylic acid having 15 to 20 C atoms with glycerol or with a monoalcohol having ≥ 15 C atoms, with the proviso that the thermoplastic material is free from mono-, di-, tri- and tetraesters of stearic acid with pentaerythritol.