mhurhangee/ep-ind-claims huggingface dataset:
A mounting apparatus comprising: a frame; and features to enable mounting first and second jetting assemblies (18, 20) on the frame, the features comprising first and second alignment datums (42, 44, 66, 70) pre-fixed with respect to the frame for establishing respective positions of the first and second jetting assemblies (18, 20), when mounted, so that at least some of the nozzles (36, 38) along a length of one of the jetting assemblies (18, 20) have predetermined offsets relative to at least some of the nozzles (36, 38) along a length of the other of the jetting assemblies (18, 20), and an opening exposing all of the nozzles (36, 38) along the lengths of the first and second jetting assemblies (18, 20) are exposed to permit jetting of a fluid onto a substrate, characterized in that the frame is coated with a Teflon-nickel coating including a homogeneous mixture of Teflon and nickel. a frame; and features to enable mounting first and second jetting assemblies (18, 20) on the frame, the features comprising first and second alignment datums (42, 44, 66, 70) pre-fixed with respect to the frame for establishing respective positions of the first and second jetting assemblies (18, 20), when mounted, so that at least some of the nozzles (36, 38) along a length of one of the jetting assemblies (18, 20) have predetermined offsets relative to at least some of the nozzles (36, 38) along a length of the other of the jetting assemblies (18, 20), and an opening exposing all of the nozzles (36, 38) along the lengths of the first and second jetting assemblies (18, 20) are exposed to permit jetting of a fluid onto a substrate, characterized in that the frame is coated with a Teflon-nickel coating including a homogeneous mixture of Teflon and nickel.
Method for treatment of a wire with at least one active substance comprising the steps: providing a textile material strand which is at least partially impregnated with a first active substance, providing a wire to be treated with the first active substance, engaging the textile material strand with the wire to be treated, such that a process zone is formed in which the textile material strand and the wire to be treated are in engagement with each other, and carrying out a relative movement between the textile material strand and the wire to be treated in the process zone, characterized in that the method additionally comprises the step introducing a liquid extractant into the textile material strand in or in front of the process zone, wherein the extractant is configured in such a way that it extracts the first active substance from the textile material strand, such that it is transferred onto the wire to be treated. providing a textile material strand which is at least partially impregnated with a first active substance, providing a wire to be treated with the first active substance, engaging the textile material strand with the wire to be treated, such that a process zone is formed in which the textile material strand and the wire to be treated are in engagement with each other, and carrying out a relative movement between the textile material strand and the wire to be treated in the process zone, characterized in that the method additionally comprises the step introducing a liquid extractant into the textile material strand in or in front of the process zone, wherein the extractant is configured in such a way that it extracts the first active substance from the textile material strand, such that it is transferred onto the wire to be treated.
A device identification apparatus for a touch screen device, the device identification apparatus comprising: a touch sensing unit which generates a signal induced by touching a touch screen surface of the touch screen device, wherein the signal is a micro-current signal including a scan frequency component; a reception unit which receives information about the signal propagated to an external device through a person and detected by the external device and an identification of the external device through a communication channel; and an identification unit which identifies the external device based on the received information about the signal and the received ID of the external device. a touch sensing unit which generates a signal induced by touching a touch screen surface of the touch screen device, wherein the signal is a micro-current signal including a scan frequency component; a reception unit which receives information about the signal propagated to an external device through a person and detected by the external device and an identification of the external device through a communication channel; and an identification unit which identifies the external device based on the received information about the signal and the received ID of the external device.
Methanation method for reacting hydrogen in gaseous form with at least one carbon-based compound in gaseous form and producing methane, which comprises: - a step of inputting each carbon-based compound and hydrogen into a hollow body configured to receive a fluidized bed of catalytic particles; - a step of methanation reaction between the hydrogen and each carbon-based compound; and - a step of methane and water exiting; characterized in that it also comprises: - a step of injecting liquid-phase cooling water into the fluidized bed during the methanation reaction step; - a step of capturing the temperature in the reactor; and - a step of regulating the flow rate of the water introduced into the hollow body as a function of the temperature measured during the temperature capture step. - a step of inputting each carbon-based compound and hydrogen into a hollow body configured to receive a fluidized bed of catalytic particles; - a step of methanation reaction between the hydrogen and each carbon-based compound; and - a step of methane and water exiting; - a step of injecting liquid-phase cooling water into the fluidized bed during the methanation reaction step; - a step of capturing the temperature in the reactor; and - a step of regulating the flow rate of the water introduced into the hollow body as a function of the temperature measured during the temperature capture step.
An incubator comprising a mattress tray configured to accommodate an infant laid thereon, and a plurality of baby guards (23 to 26) configured to surround a vicinity of an outer periphery of the mattress tray, wherein: a first baby guard of the plurality of baby guards (23 to 26) includes a grommet; the first baby guard is detachably attached to a first attachment location installed at a vicinity of the outer periphery of the mattress tray; a second baby guard of the plurality of baby guards (23 to 26) is detachably attached to a second attachment location installed at a vicinity of the outer periphery of the mattress tray; and the first baby guard is detachable from the first attachment location and attachable to the second attachment location, and the second baby guard is detachable from the second attachment location and attachable to the first attachment location, characterized in that, the second baby guard does not include a grommet. a first baby guard of the plurality of baby guards (23 to 26) includes a grommet; the first baby guard is detachably attached to a first attachment location installed at a vicinity of the outer periphery of the mattress tray; a second baby guard of the plurality of baby guards (23 to 26) is detachably attached to a second attachment location installed at a vicinity of the outer periphery of the mattress tray; and the first baby guard is detachable from the first attachment location and attachable to the second attachment location, and the second baby guard is detachable from the second attachment location and attachable to the first attachment location, characterized in that, the second baby guard does not include a grommet.
A hermetic type compressor having a noise reducing device, the compressor comprising: a hermetic container to which a suction pipe is penetratingly coupled; a compressor main body disposed in the hermetic container; a suction muffler disposed at a suction side of the compressor main body; and a connection member disposed between the suction pipe and an inlet of the suction muffler, wherein a plate film is provided within the connection member so as to open or close a refrigerant passage, wherein the plate film is formed of a flexible material so as to be bent by a sucked refrigerant, wherein the plate film is integrally formed with an inner circumferential surfarce of the connection member, and wherein the plate film is cut into multiple plate film pieces to be bent by the sucked refrigerant so as to open the refrigerant passage. a hermetic container to which a suction pipe is penetratingly coupled; a compressor main body disposed in the hermetic container; a suction muffler disposed at a suction side of the compressor main body; and a connection member disposed between the suction pipe and an inlet of the suction muffler, wherein a plate film is provided within the connection member so as to open or close a refrigerant passage, wherein the plate film is formed of a flexible material so as to be bent by a sucked refrigerant, wherein the plate film is integrally formed with an inner circumferential surfarce of the connection member, and wherein the plate film is cut into multiple plate film pieces to be bent by the sucked refrigerant so as to open the refrigerant passage.
Steam generating unit for use in a domestic appliance (1,30), wherein the surface of the steam generating unit is at least partially coated with a surface layer comprising an antimicrobial agent, characterized in that the antimicrobial agent is released from the surface layer when the surface layer comprising the antimicrobial agent is in contact with steam.
A method for producing moulded parts from environmentally degradable fibrous material by means of a fibre moulding process in a fibre moulding system comprising the following steps: - providing at least a first pulp as liquid solution with environmentally degradable fibrous material in at least a first pulp reservoir; - partial-moulding of the moulded part by means of at least a first partial immersion of a suction tool into the first pulp, wherein the suction tool, as a multi-tool, comprises a plurality of suction heads in each case with a three-dimensionally shaped suction head suction side adapted to a contour of the moulded part to be partial-moulded, wherein, in the suction tool, a plurality of moulded parts corresponding to the number of suction heads of the multi-tool is simultaneously partial-moulded out of the pulp reservoir as a common pulp reservoir for the multi-tool, and drawing of the fibrous material out of the first pulp on the respective suction head suction sides of the suction heads by means of negative pressure in the suction tool; and - outputting of the finish-moulded moulded part; wherein the production method additionally comprises applying a functional layer or a layer system of several functional layers (15a, 15b, 15c) and/or depositing a further layer of fibrous material to and/or on a surface (10a, 10i) of the moulded part to be coated. - providing at least a first pulp as liquid solution with environmentally degradable fibrous material in at least a first pulp reservoir; - partial-moulding of the moulded part by means of at least a first partial immersion of a suction tool into the first pulp, wherein the suction tool, as a multi-tool, comprises a plurality of suction heads in each case with a three-dimensionally shaped suction head suction side adapted to a contour of the moulded part to be partial-moulded, wherein, in the suction tool, a plurality of moulded parts corresponding to the number of suction heads of the multi-tool is simultaneously partial-moulded out of the pulp reservoir as a common pulp reservoir for the multi-tool, and drawing of the fibrous material out of the first pulp on the respective suction head suction sides of the suction heads by means of negative pressure in the suction tool; and - outputting of the finish-moulded moulded part;
An apparatus for connecting a device to an endoscope, the apparatus comprising: a multi-tined connector configured to engage with a port of the endoscope having a non-circular flange, the multi-tined connector comprising: a body portion having a lumen axially extending therethrough and an outer locking interface; and a plurality of tines connected to the body portion, the tines having outer tapered surfaces, being radially deflectable, and operating between an engaged position and a disengaged position, wherein in the engaged position, the tines engage with the port; and a locking sleeve operating between a locked position and an unlocked position, the locking sleeve comprising: an inner engagement surface; and an inner locking interface configured to engage with the outer locking interface; wherein in the locked position, the locking sleeve holds the tines in the engaged position, and in the unlocked position, the locking sleeve leaves the tines in the disengaged position; characterized by an anti-rotational key integral to or received within the lumen of the body portion of the multi-tined connector. a multi-tined connector configured to engage with a port of the endoscope having a non-circular flange, the multi-tined connector comprising: a body portion having a lumen axially extending therethrough and an outer locking interface; and a plurality of tines connected to the body portion, the tines having outer tapered surfaces, being radially deflectable, and operating between an engaged position and a disengaged position, wherein in the engaged position, the tines engage with the port; and a body portion having a lumen axially extending therethrough and an outer locking interface; and a plurality of tines connected to the body portion, the tines having outer tapered surfaces, being radially deflectable, and operating between an engaged position and a disengaged position, wherein in the engaged position, the tines engage with the port; and a locking sleeve operating between a locked position and an unlocked position, the locking sleeve comprising: an inner engagement surface; and an inner locking interface configured to engage with the outer locking interface; wherein in the locked position, the locking sleeve holds the tines in the engaged position, and in the unlocked position, the locking sleeve leaves the tines in the disengaged position; characterized by an inner engagement surface; and an inner locking interface configured to engage with the outer locking interface; wherein in the locked position, the locking sleeve holds the tines in the engaged position, and in the unlocked position, the locking sleeve leaves the tines in the disengaged position; characterized by an anti-rotational key integral to or received within the lumen of the body portion of the multi-tined connector.
A data transmission method, applicable to a device having a base station function, in an LTE network which operates using a supplemental downlink mode in an unlicensed frequency band, the method comprising: arranging a channel monitoring sub-frame used for periodically detecting a downlink channel state in a frame structure used only for downlink transmission frequency division duplexing; and within any period, if it is detected in the channel monitoring sub-frame that the downlink channel is in an idle state, sending downlink data via a downlink sub-frame located within the any period in the frame structure, or otherwise, failing to send downlink data within the any period; and the channel monitoring sub-frame is arranged within at least one of downlink sub-frames of the frame structure, and the channel monitoring sub-frame occupies a number of symbols; characterized in that, the method further comprises: detecting in real-time a change rate of channel conditions of other systems using the unlicensed frequency band around the LTE network and setting the number of symbols occupied by the channel monitoring sub-frame dynamically according to the change rate of channel conditions of the other systems detected in real time and/or the channel detectability of the device having a base station function. arranging a channel monitoring sub-frame used for periodically detecting a downlink channel state in a frame structure used only for downlink transmission frequency division duplexing; and within any period, if it is detected in the channel monitoring sub-frame that the downlink channel is in an idle state, sending downlink data via a downlink sub-frame located within the any period in the frame structure, or otherwise, failing to send downlink data within the any period; and the channel monitoring sub-frame is arranged within at least one of downlink sub-frames of the frame structure, and the channel monitoring sub-frame occupies a number of symbols; characterized in that, the method further comprises: detecting in real-time a change rate of channel conditions of other systems using the unlicensed frequency band around the LTE network and setting the number of symbols occupied by the channel monitoring sub-frame dynamically according to the change rate of channel conditions of the other systems detected in real time and/or the channel detectability of the device having a base station function.
A method of reducing the amount of process fluid required in an industrial process, the method comprising the steps of: collecting fluid used to rinse dirty recycled bottles, conditioning the fluid after it is collected by a coarse particle removal step and a fine particle removal step, applying a CLEAN-IN-PLACE rinse process to a food contacting piece of equipment, the CLEAN-IN-PLACE rinse process comprising at least one first rinse and at least one second rinse, spraying the collected fluid at the food contacting piece of equipment as at least part of the fluid used in the CLEAN-IN-PLACE first rinse passing the CLEAN-IN-PLACE second rinse fluid into a cooling tower as make-up fluid, which is used to compensate for fluid lost to evaporation, to dilute recirculating fluid, and/or to compensate for removed fluid from the cooling tower, wherein the device used for the particle removal steps includes paper filter. collecting fluid used to rinse dirty recycled bottles, conditioning the fluid after it is collected by a coarse particle removal step and a fine particle removal step, applying a CLEAN-IN-PLACE rinse process to a food contacting piece of equipment, the CLEAN-IN-PLACE rinse process comprising at least one first rinse and at least one second rinse, spraying the collected fluid at the food contacting piece of equipment as at least part of the fluid used in the CLEAN-IN-PLACE first rinse passing the CLEAN-IN-PLACE second rinse fluid into a cooling tower as make-up fluid, which is used to compensate for fluid lost to evaporation, to dilute recirculating fluid, and/or to compensate for removed fluid from the cooling tower, wherein the device used for the particle removal steps includes paper filter.
An elevator apparatus comprising: a hoisting machine that has a driving sheave; a suspending body that is wound around the driving sheave; a car that is suspended by the suspending body, and that is raised and lowered by the hoisting machine; a safety gear that is mounted to the car, and that makes the car perform an emergency stop in response to an activating signal; a first speed detector that generates a signal that corresponds to a rotational speed of the hoisting machine; a second speed detector that generates a signal that corresponds to a running speed of the car; and a slippage monitoring apparatus that computes a slippage extent value that is a value that relates to extent of slippage of the suspending body relative to the driving sheave based on the signals from the first and second speed detectors (5 and 18), and characterized in that the slipping monitoring apparatus stops the car at a predetermined floor using the hoisting machine if the slippage extent value exceeds a first threshold value, and activates the safety gear by the activating signal if the slippage extent value exceeds a second threshold value that corresponds to a slippage extent that is greater than the first threshold value, wherein the slippage monitoring apparatus computes a slippage speed and a slippage distance of the suspending body relative to the driving sheave as the slippage extent value, and compares the slippage distance with a distance threshold value that constitutes the first threshold value and compares the slippage speed with a speed threshold value that constitutes the second threshold value. a hoisting machine that has a driving sheave; a suspending body that is wound around the driving sheave; a car that is suspended by the suspending body, and that is raised and lowered by the hoisting machine; a safety gear that is mounted to the car, and that makes the car perform an emergency stop in response to an activating signal; a first speed detector that generates a signal that corresponds to a rotational speed of the hoisting machine; a second speed detector that generates a signal that corresponds to a running speed of the car; and a slippage monitoring apparatus that computes a slippage extent value that is a value that relates to extent of slippage of the suspending body relative to the driving sheave based on the signals from the first and second speed detectors (5 and 18), and characterized in that the slipping monitoring apparatus stops the car at a predetermined floor using the hoisting machine if the slippage extent value exceeds a first threshold value, and activates the safety gear by the activating signal if the slippage extent value exceeds a second threshold value that corresponds to a slippage extent that is greater than the first threshold value, wherein the slippage monitoring apparatus computes a slippage speed and a slippage distance of the suspending body relative to the driving sheave as the slippage extent value, and compares the slippage distance with a distance threshold value that constitutes the first threshold value and compares the slippage speed with a speed threshold value that constitutes the second threshold value.