mhurhangee/ep-ind-claims huggingface dataset:
Equipment for manufacturing a ceramic wire, comprising: a deposition unit configured to deposit the ceramic wire on a wire substrate; a loading/unloading unit (10, 50) comprising a release reel configured to provide the wire substrate to the deposition unit and a coiling reel configured to wind the wire substrate from the deposition unit; and at least one buffer unit (20, 40) disposed between the loading/unloading unit (10, 50) and the deposition unit, the at least one buffer unit (20,40) continuously providing the wire substrate to the deposition unit when the release reel or the coiling reel is replaced or continuously discharging the wire substrate from the deposition unit, a buffer chamber (22, 42) comprising a buffer port (21, 23) connected to the loading/unloading unit (10, 50); characterized in that the at least one buffer unit (20,40) comprises: a buffer reel-to-reel device (26, 46) disposed within the buffer chamber (22, 42) being configured to adjust a length of the wire substrate within the buffer chamber (22, 42); and a clamp part (28, 48) coupled to the buffer port (21, 23) being configured to fix the wire substrate when the release reel or the coiling reel is replaced and to maintain a vacuum pressure of the buffer chamber (22, 42). a deposition unit configured to deposit the ceramic wire on a wire substrate; a loading/unloading unit (10, 50) comprising a release reel configured to provide the wire substrate to the deposition unit and a coiling reel configured to wind the wire substrate from the deposition unit; and at least one buffer unit (20, 40) disposed between the loading/unloading unit (10, 50) and the deposition unit, the at least one buffer unit (20,40) continuously providing the wire substrate to the deposition unit when the release reel or the coiling reel is replaced or continuously discharging the wire substrate from the deposition unit, a buffer chamber (22, 42) comprising a buffer port (21, 23) connected to the loading/unloading unit (10, 50); characterized in that the at least one buffer unit (20,40) comprises: a buffer reel-to-reel device (26, 46) disposed within the buffer chamber (22, 42) being configured to adjust a length of the wire substrate within the buffer chamber (22, 42); and a clamp part (28, 48) coupled to the buffer port (21, 23) being configured to fix the wire substrate when the release reel or the coiling reel is replaced and to maintain a vacuum pressure of the buffer chamber (22, 42). a buffer reel-to-reel device (26, 46) disposed within the buffer chamber (22, 42) being configured to adjust a length of the wire substrate within the buffer chamber (22, 42); and a clamp part (28, 48) coupled to the buffer port (21, 23) being configured to fix the wire substrate when the release reel or the coiling reel is replaced and to maintain a vacuum pressure of the buffer chamber (22, 42).
A joint replacement system comprising: an artificial ligament; a prosthetic knee component; and a resilient element configured for connecting the prosthetic knee component to the ligament, the resilient element configured to resist loads transmitted between the prosthetic knee component and the ligament by virtue of the resistance to bending of the resilient element. an artificial ligament; a prosthetic knee component; and a resilient element configured for connecting the prosthetic knee component to the ligament, the resilient element configured to resist loads transmitted between the prosthetic knee component and the ligament by virtue of the resistance to bending of the resilient element.
A method for remoistening a web of a printing stock after an application of water-impermeable application elements, wherein the moistening is executed in a structured manner, wherein the structuring is adapted to position and size of the application elements, and regions in which the application elements are applied to the web are left out upon the moistening.
Automatic coffee maker comprising a system for making coffee and a water delivery system for delivering water to the system for making coffee comprising a housing disposed with a tank, a basin, an overflow duct having, an overflow tube with an overflow opening, and at the upper portion thereof, a water supply adapter, further comprising on the side thereof an housing opening for communicating the water tank having a spout, with the basin for transporting excess water from the tank to the basin, wherein the water delivery system additionally has a water inlet communicated with a valve electrically actuated by an actuator which is supplied by an electrical circuit provided with at least one electric overflow sensor, with a first electrical contact, disconnecting the actuator from the power supply for shifting the valve from open to close position, when the water delivered to a basin by an overflow duct achieved defined level, the electrical circuit further comprises a tank sensor provided with a second electrical contact for controlling the actuator, characterized in that the tank sensor is an electrical switch, which can be operated by contact with the water tank so the second electrical contact is closed only when the tank is in the contact with said electrical switch.
A tunneling field-effect transistor (TFET) comprising: a substrate; a first electrode on the substrate comprising a body portion and an extension portion, wherein the extension portion is adjacent to a first area of the substrate and extends from the body portion toward the first area; a semiconductor layer on the extension portion of the first electrode; a graphene channel on the semiconductor layer, the semiconductor layer being between the graphene channel and the extension portion of the first electrode, the graphene channel extending beyond an edge of at least one of the semiconductor layer and the extension portion of the first electrode to cover the first area of the substrate; a second electrode on the graphene channel, the second electrode being over the first area of the substrate; a gate insulating layer on the graphene channel; and a gate electrode on the gate insulating layer; wherein a first energy barrier is formed at the interface between the semiconductor layer and the first electrode; and wherein the structure is a vertical structure having the semiconductor layer and graphene channel sequentially over the extension portion wherein the gate electrode, depending on a gate voltage that is applied to the gate electrode, is configured to change a tunneling thickness of an energy band of the semiconductor layer between the first electrode and the graphene channel. a substrate; a first electrode on the substrate comprising a body portion and an extension portion, wherein the extension portion is adjacent to a first area of the substrate and extends from the body portion toward the first area; a semiconductor layer on the extension portion of the first electrode; a graphene channel on the semiconductor layer, the semiconductor layer being between the graphene channel and the extension portion of the first electrode, the graphene channel extending beyond an edge of at least one of the semiconductor layer and the extension portion of the first electrode to cover the first area of the substrate; a second electrode on the graphene channel, the second electrode being over the first area of the substrate; a gate insulating layer on the graphene channel; and a gate electrode on the gate insulating layer; wherein a first energy barrier is formed at the interface between the semiconductor layer and the first electrode; and wherein the structure is a vertical structure having the semiconductor layer and graphene channel sequentially over the extension portion wherein the gate electrode, depending on a gate voltage that is applied to the gate electrode, is configured to change a tunneling thickness of an energy band of the semiconductor layer between the first electrode and the graphene channel.
Method for freewheeling compensation for a vehicle comprising a drive unit, wherein the vehicle is an electric bicycle, wherein the drive unit has at least one rotatable component, wherein the rotatable component can have a positive direction of rotation or a negative direction of rotation, wherein the positive direction of rotation is designed to drive a drive wheel of the vehicle for forward travel, wherein the method comprises the following step • detecting the negative direction of rotation of a rotatable component of the drive unit, characterized in that the method comprises the following step • generating a motor torque (M M), which is directed in the negative direction of rotation, by means of an electric motor of the drive unit when a negative direction of rotation is detected, wherein the generated motor torque (M M) is smaller than a drag torque (M B) of the electric motor and is designed to reduce a force of a rider of the vehicle for rotating the electric motor. • detecting the negative direction of rotation of a rotatable component of the drive unit, characterized in that the method comprises the following step • generating a motor torque (M M), which is directed in the negative direction of rotation, by means of an electric motor of the drive unit when a negative direction of rotation is detected, wherein the generated motor torque (M M) is smaller than a drag torque (M B) of the electric motor and is designed to reduce a force of a rider of the vehicle for rotating the electric motor.
A lamp assembly, comprising: a heat sink; a LED assembly (51, 20) in thermal communication with said heat sink to dissipate heat away from said LED assembly (51, 20), said LED assembly (51, 20) including at least one LED operable to emit a light in response to a flow of a LED current (I LED) through said at least one LED, and a LED driver circuit in electrical communication with said LED assembly (51, 20) to control the flow of the LED current (I LED) through said at least one LED, wherein said heat sink defines a circuit housing area and said LED driver circuit is disposed within said circuit housing area characterized in that said LED assembly is attached to said heat sink via thermal conductors (56,57); and said LED driver circuit comprises a controller (61, 31) mounted on a circuit board which is supported by a mounting board attached to said heat sink via said thermal conductors (56, 57). a heat sink; a LED assembly (51, 20) in thermal communication with said heat sink to dissipate heat away from said LED assembly (51, 20), said LED assembly (51, 20) including at least one LED operable to emit a light in response to a flow of a LED current (I LED) through said at least one LED, and a LED driver circuit in electrical communication with said LED assembly (51, 20) to control the flow of the LED current (I LED) through said at least one LED, wherein said heat sink defines a circuit housing area and said LED driver circuit is disposed within said circuit housing area characterized in that said LED assembly is attached to said heat sink via thermal conductors (56,57); and said LED driver circuit comprises a controller (61, 31) mounted on a circuit board which is supported by a mounting board attached to said heat sink via said thermal conductors (56, 57).
A method of manufacturing an epitaxial silicon wafer comprising a silicon wafer and an epitaxial film formed on a surface of the silicon wafer in a reaction chamber provided with a wafer-holding susceptor separating an upper and lower space communicating through a predetermined gap, the method comprising: forming a flow of a processing gas laterally along an upper surface of the wafer in the upper space and a flow of a main purging gas flowing towards the susceptor upwardly in the lower space is formed simultaneously; setting a flow rate ratio of the main purging gas flow rate to the processing gas flow rate to be 1.0/100 to 1.5/100, when the processing gas flow rate is set as 100; and controlling a pressure in the upper space to be within an atmospheric pressure ±0.2 kPa, at least. forming a flow of a processing gas laterally along an upper surface of the wafer in the upper space and a flow of a main purging gas flowing towards the susceptor upwardly in the lower space is formed simultaneously; setting a flow rate ratio of the main purging gas flow rate to the processing gas flow rate to be 1.0/100 to 1.5/100, when the processing gas flow rate is set as 100; and controlling a pressure in the upper space to be within an atmospheric pressure ±0.2 kPa, at least.
A valve having a body comprising one or more stops (12a, 12b) and a valve handle and comprising a locking mechanism for the valve handle, the locking mechanism comprising a slider arranged to slide back and forth in a slot in the valve handle, between a lock position, in which the slider engages with a stop (12a, 12b) on a valve body and an unlock position, in which the slider does not engage with the stop (12a, 12b); wherein the slider is formed in at least a first part and a second part, characterised in that the first part of the slider is inserted into the slot from one side and the second part of the slider is inserted into the slot from the other side.
A pharmaceutical formulation comprising: from 35 to 50 weight percent of a first active ingredient which comprises amoxicillin or a pharmaceutically acceptable salt thereof; from 2.0 to 12 weight percent of a second active ingredient which comprises clavulanic acid or a pharmaceutically acceptable salt thereof; from 30 to 40 weight percent mannitol; from 2 to 7 weight percent crospovidone; from 0.5 to 2.0 weight percent colloidal silicon dioxide; and from 2.0 to 5.0 weight percent sodium stearyl fumarate. from 35 to 50 weight percent of a first active ingredient which comprises amoxicillin or a pharmaceutically acceptable salt thereof; from 2.0 to 12 weight percent of a second active ingredient which comprises clavulanic acid or a pharmaceutically acceptable salt thereof; from 30 to 40 weight percent mannitol; from 2 to 7 weight percent crospovidone; from 0.5 to 2.0 weight percent colloidal silicon dioxide; and from 2.0 to 5.0 weight percent sodium stearyl fumarate.
Vacuum cleaner adapted for connection to a hand held or hand guided tool generating vibrations during its operation and transmitting these to an operator using the tool and for aspiring dust generated during operation of the tool, wherein the vacuum cleaner is automatically activated upon activation of the tool and automatically deactivated after deactivation of the tool by means of an electrical signal, characterized in that the vacuum cleaner comprises a monitoring device for calculating the overall vibration level the operator is exposed to during use of the tool, the calculation depending on a vibration value (A_set) indicative of the quantity of vibrations generated by the tool during its operation and on an exposure time value indicative of the duration the operator is exposed to the vibrations.
Screw spindle pump having a housing in which a drive spindle and at least one running spindle having profile assemblies which engage inside each other are received, the free end of the drive spindle and the end portion of the running spindle being supported on a plate (12, 21) which is arranged in the housing, characterised in that the plate (12, 21) has two faces (13, 14, 22, 23) which are inclined in opposing directions relative to each other and which form a V-shape and on which one of the spindles (7, 8) is supported, respectively.
Battery system for a motor vehicle, having battery modules which are arranged one behind the other, one next to the other and/or one on top of the other and preferably connected in parallel, and - at least two separate feed lines for feeding in cooling fluid to at least two cooling elements for cooling the battery modules and a distributor line which is connected to a cooling module and serves to supply the feed lines jointly with cooling fluid from the cooling module, and control means for influencing the cooling fluid volume flows to the cooling elements, and/or - at least two separate discharge lines for discharging cooling fluid from the at least two cooling elements and a collecting line which is connected to the discharge lines and serves to collect the cooling fluid from the discharge lines and to pass it on to the cooling module, and control means for influencing the cooling fluid volume flows from the cooling elements, and - at least one control means (ZV, AV) is closed by means of a control unit for controlling the control means (ZV, AV) if a cooling fluid leak is detected, so that the cooling fluid can therefore be held in at least one cooling element. - at least two separate feed lines for feeding in cooling fluid to at least two cooling elements for cooling the battery modules and a distributor line which is connected to a cooling module and serves to supply the feed lines jointly with cooling fluid from the cooling module, and control means for influencing the cooling fluid volume flows to the cooling elements, and/or - at least two separate discharge lines for discharging cooling fluid from the at least two cooling elements and a collecting line which is connected to the discharge lines and serves to collect the cooling fluid from the discharge lines and to pass it on to the cooling module, and control means for influencing the cooling fluid volume flows from the cooling elements, and - at least one control means (ZV, AV) is closed by means of a control unit for controlling the control means (ZV, AV) if a cooling fluid leak is detected, so that the cooling fluid can therefore be held in at least one cooling element.
Oil filtration system for off-line filtering of contaminated oil from diesel machinery, the oil filtration system comprising - a system inlet for receiving an inlet flow of contaminated oil from the diesel machinery, - a system outlet for releasing an outlet flow of filtered oil to the diesel machinery, - an oil filtration unit which is in fluid communication with the system inlet and the system outlet, the oil filtration unit comprising an oil filter which is a fine filter and is adapted to receive the contaminated oil and to release the filtered oil, - a pumping unit which is arranged upstream of the oil filtration unit, the pumping unit being adapted to provide a flow of contaminated oil in a direction from the system inlet to the oil filtration unit, - a temperature sensor for measuring an oil temperature, the temperature sensor comprising a signal transmitter adapted to transmit a first electrical signal reflecting the measured oil temperature, and - a control unit adapted to receive the first electrical signal, characterised in that - the oil filtration system is adapted to be operated both when the diesel machinery is running and at standstill, - the control unit is adapted to compare the measured oil temperature with at least one reference temperature and to adjust the pumping flow rate of the pumping unit according to the comparison of the measured oil temperature and the at least one reference temperature, and in that - the temperature sensor is positioned at the inlet of the oil filter in order to measure the oil temperature of the contaminated oil when it is received by the oil filter. - a system inlet for receiving an inlet flow of contaminated oil from the diesel machinery, - a system outlet for releasing an outlet flow of filtered oil to the diesel machinery, - an oil filtration unit which is in fluid communication with the system inlet and the system outlet, the oil filtration unit comprising an oil filter which is a fine filter and is adapted to receive the contaminated oil and to release the filtered oil, - a pumping unit which is arranged upstream of the oil filtration unit, the pumping unit being adapted to provide a flow of contaminated oil in a direction from the system inlet to the oil filtration unit, - a temperature sensor for measuring an oil temperature, the temperature sensor comprising a signal transmitter adapted to transmit a first electrical signal reflecting the measured oil temperature, and - a control unit adapted to receive the first electrical signal, characterised in that - the oil filtration system is adapted to be operated both when the diesel machinery is running and at standstill, - the control unit is adapted to compare the measured oil temperature with at least one reference temperature and to adjust the pumping flow rate of the pumping unit according to the comparison of the measured oil temperature and the at least one reference temperature, and in that - the temperature sensor is positioned at the inlet of the oil filter in order to measure the oil temperature of the contaminated oil when it is received by the oil filter.
A compound having the structure of Formula II(c): wherein, R 16, R 17, R 19 and R 20 are independently selected from H, D, optionally substituted (C 1 -C 6)alkyl, optionally substituted (C 1 -C 5)heteroalkyl, optionally substituted (C 1 -C 6)alkenyl, optionally substituted (C 1 -C 5)heteroalkenyl, optionally substituted (C 1 -C 6)alkynyl, optionally substituted (C 1 -C 5)heteroalkynyl, optionally substituted cycloalkyl, optionally substituted cycloalkenyl, optionally substituted aryl, optionally substituted heterocycle, optionally substituted mixed ring system, wherein one or more adjacent R groups can be linked together to form one or more substituted rings selected from cycloalkyl, cycloalkenyl, heterocycle, aryl, and mixed ring system; n 1 is an integer from 0 to 5. R 16, R 17, R 19 and R 20 are independently selected from H, D, optionally substituted (C 1 -C 6)alkyl, optionally substituted (C 1 -C 5)heteroalkyl, optionally substituted (C 1 -C 6)alkenyl, optionally substituted (C 1 -C 5)heteroalkenyl, optionally substituted (C 1 -C 6)alkynyl, optionally substituted (C 1 -C 5)heteroalkynyl, optionally substituted cycloalkyl, optionally substituted cycloalkenyl, optionally substituted aryl, optionally substituted heterocycle, optionally substituted mixed ring system, wherein one or more adjacent R groups can be linked together to form one or more substituted rings selected from cycloalkyl, cycloalkenyl, heterocycle, aryl, and mixed ring system; n 1 is an integer from 0 to 5.
Use of a composition comprising 1,1,1 -trifluoro-3-chloropropene (HFCO-1233zd), in a method of suppressing a flame, said method comprising contacting said flame with said composition.
Door for a cooking appliance with an inner side which faces a cooking chamber, comprising at least one collection apparatus for a liquid, which collection apparatus is associated with the inner side and has a longitudinal extent, wherein the collection apparatus is arranged on the bottom side of the door, characterized in that the collection apparatus is integrated in a termination on the bottom side of the door, wherein the termination is fastened to frame parts of the door and closes an interior of the door on the bottom side of the door.