mhurhangee/ep-ind-claims huggingface dataset:
A method of machining an article, the method comprising: contacting a processing surface of a processing tool to a location on a surface of an article; providing a processing fluid to the location while contacting the surface of the article with the processing surface of the processing tool, the processing fluid having 65 wt% to 95 wt% aliphatic hydrocarbon, 1.0 wt% to 15.0 wt% polar component, 0.05 wt% to 5.0 wt% carboxylic acid functional component, 0.05 wt% to 5.0 wt% fatty acid amide, 0.05 wt% to 5.0 wt% of an imidazoline, and not greater than about 10.0 wt% water; and cleaning the surface of the tooled article. contacting a processing surface of a processing tool to a location on a surface of an article; providing a processing fluid to the location while contacting the surface of the article with the processing surface of the processing tool, the processing fluid having 65 wt% to 95 wt% aliphatic hydrocarbon, 1.0 wt% to 15.0 wt% polar component, 0.05 wt% to 5.0 wt% carboxylic acid functional component, 0.05 wt% to 5.0 wt% fatty acid amide, 0.05 wt% to 5.0 wt% of an imidazoline, and not greater than about 10.0 wt% water; and cleaning the surface of the tooled article.
A surgical instrument comprising: an end effector comprising at least one sensor; an electrically conductive shaft having a distal end connected to the end effector, wherein the shaft comprises at least one electrically conductive outer tube (40, 42), wherein the sensor is electrically insulated from the at least one electrically conductive outer tube; and a control unit electrically coupled to the at least one electrically conductive outer tube such that the at least one electrically conductive outer tube is configured to radiate signals from the control unit to the sensor and to receive radiated signals from the sensor. an end effector comprising at least one sensor; an electrically conductive shaft having a distal end connected to the end effector, wherein the shaft comprises at least one electrically conductive outer tube (40, 42), wherein the sensor is electrically insulated from the at least one electrically conductive outer tube; and a control unit electrically coupled to the at least one electrically conductive outer tube such that the at least one electrically conductive outer tube is configured to radiate signals from the control unit to the sensor and to receive radiated signals from the sensor.
Heat exchanger between a first fluid and a second fluid, said heat exchanger comprising a first core defining flow passages for said first fluid and said second fluid stacked alternatively along a stacking direction to have both fluids exchanging heat there between, said heat exchanger further comprising connecting means to have said first fluid flowing between said first core and a receiver for said first fluid, said connecting means being configured to support said receiver in a shifted position relatively to said first core along said stacking direction and in parallel with a side (1 a) of said first core, said side (1 a) being parallel to said stacking direction, the heat exchanger further comprising a second core stacked with said first core along said stacking direction said connecting means being at least partially located between said first and said second cores, the heat exchanger being characterised in that said connecting means are configured to support said receiver along said first core and said second core.
A payload stowage unit for a marine vessel, the stowage unit having an outer vessel and an inner tube for holding a payload, the inner tube being mounted inside the outer vessel to define a volume between the outer vessel and inner tube; wherein: the unit has a valve enabling fluid communication between the volume and the inner tube, and a first sealing element is positioned at a first end of the volume, the first sealing element having a closed configuration in which it seals the first end of the volume, and an open configuration in which the volume is unsealed relative to the outside of the outer vessel; and characterized in that, the stowage unit has a second sealing element positioned at a second end of the.volume, the second sealing element having a closed configuration in which it seals the second end of the volume relative to the outside of the outer vessel, and an open configuration in which the volume is unsealed relative to the outside of the outer vessel. the unit has a valve enabling fluid communication between the volume and the inner tube, and a first sealing element is positioned at a first end of the volume, the first sealing element having a closed configuration in which it seals the first end of the volume, and an open configuration in which the volume is unsealed relative to the outside of the outer vessel; and characterized in that, the stowage unit has a second sealing element positioned at a second end of the.volume, the second sealing element having a closed configuration in which it seals the second end of the volume relative to the outside of the outer vessel, and an open configuration in which the volume is unsealed relative to the outside of the outer vessel.
A downlink transmission method, comprising: dividing, to-be-transmitted data in a subframe into at least two sets, and configuring a transmit power for each of the at least two sets; and sending, data in each set to a terminal device at the transmit power configured for the set; wherein the at least two sets comprise a first set and a second set, the first set and a reference signal occupy a same time-frequency resource, and the second set and the reference signal occupy different time-frequency resources; and the sending, data in each set to a terminal device at the transmit power configured for the set comprises: in a spatial multiplexing manner on a time-frequency resource corresponding to a pattern of the reference signal, sending, the reference signal to the terminal device through a first logical port, and sending data in the first set to the terminal device through a second logical port at a transmit power configured for the first set; and sending, data in the second set to the terminal device at a transmit power configured for the second set. dividing, to-be-transmitted data in a subframe into at least two sets, and configuring a transmit power for each of the at least two sets; and sending, data in each set to a terminal device at the transmit power configured for the set; wherein the at least two sets comprise a first set and a second set, the first set and a reference signal occupy a same time-frequency resource, and the second set and the reference signal occupy different time-frequency resources; and the sending, data in each set to a terminal device at the transmit power configured for the set comprises: in a spatial multiplexing manner on a time-frequency resource corresponding to a pattern of the reference signal, sending, the reference signal to the terminal device through a first logical port, and sending data in the first set to the terminal device through a second logical port at a transmit power configured for the first set; and sending, data in the second set to the terminal device at a transmit power configured for the second set. in a spatial multiplexing manner on a time-frequency resource corresponding to a pattern of the reference signal, sending, the reference signal to the terminal device through a first logical port, and sending data in the first set to the terminal device through a second logical port at a transmit power configured for the first set; and sending, data in the second set to the terminal device at a transmit power configured for the second set.
A paint circulating system suitable for providing paint to applicators in a product finishing facility, the system comprising: a pump for pumping paint around the system; an automatically adjustable back-pressure regulator, BPR, (110, 111, 202) to reduce pressure fluctuations of paint upstream of the BPR (110, 111, 202); means for indicating a flow rate of paint through a conduit upstream of the BPR (110, 111, 202) comprising means for measuring a pressure drop in the paint flow along a length of a section of the conduit without restricting the paint flow, wherein the means for measuring a pressure drop in the paint comprises pressure sensors (203a, 203b) configured to measure a starting pressure of paint at the start of the section of the conduit, and an ending pressure of paint at the end of the section of the conduit; control means for adjusting a setting of the BPR (110, 111, 202) to maintain a desired flow rate based on the indicated flow rate. a pump for pumping paint around the system; an automatically adjustable back-pressure regulator, BPR, (110, 111, 202) to reduce pressure fluctuations of paint upstream of the BPR (110, 111, 202); means for indicating a flow rate of paint through a conduit upstream of the BPR (110, 111, 202) comprising means for measuring a pressure drop in the paint flow along a length of a section of the conduit without restricting the paint flow, wherein the means for measuring a pressure drop in the paint comprises pressure sensors (203a, 203b) configured to measure a starting pressure of paint at the start of the section of the conduit, and an ending pressure of paint at the end of the section of the conduit; control means for adjusting a setting of the BPR (110, 111, 202) to maintain a desired flow rate based on the indicated flow rate.
A dental curing light for curing a dental composite within a tooth, the dental curing light comprising: a light source adapted to direct light onto the dental composite within the tooth; a vision system adapted to acquire at least one image of the dental composite within the tooth; and a control system operatively coupled to the light source and to the vision system, the control system adapted to determine a distance between the light source and the dental composite as a function of the image, the control system further adapted to control the light source as a function of the determined distance, the control system further adapted to determine a thickness of the composite, the control system further adapted to control the light source as a function of the determined composite thickness. a light source adapted to direct light onto the dental composite within the tooth; a vision system adapted to acquire at least one image of the dental composite within the tooth; and a control system operatively coupled to the light source and to the vision system, the control system adapted to determine a distance between the light source and the dental composite as a function of the image, the control system further adapted to control the light source as a function of the determined distance, the control system further adapted to determine a thickness of the composite, the control system further adapted to control the light source as a function of the determined composite thickness.
System for controlling the relative movement of a load P comprising at least one main damping means of longitudinal action of displacement travel C, and having two ends, one being connected to a structure and the other being connected to the load, comprising a compensation device comprising at least a secondary damping means (3, 2) of longitudinal action having two ends, one of which is secured to the said structure and the other of which is connected to the end of the main damping means that is connected to the load, in that the said secondary damping means is arranged in such a way that, at one point of the travel C, the secondary damping means has an action in a direction orthogonal to the direction of the said movement, and characterized in that one of the ends of the secondary damping means of longitudinal action is connected to the end of the main damping means that is connected to the load via an articulated system.
A method for transmitting a reference signal, which is related with a Physical Uplink Control Channel, PUCCH, in a wireless communication system, the method being performed by a user equipment, UE, and comprising: cyclically shifting a base sequence for the reference signal based on a value selected among a set {0, 3, 6, 8, 10}; transmitting uplink control information, UCI, on the PUCCH to a base station, wherein the UCI comprises a hybrid automatic repeat request, HARQ, acknowledgement, ACK,/negative-acknowledgement, NACK, signal; and transmitting the reference signal to the base station, wherein the length of the base sequence for the reference signal is 12, and wherein the reference signal is transmitted based on the cyclically shifted base sequence for the reference signal to the base station. cyclically shifting a base sequence for the reference signal based on a value selected among a set {0, 3, 6, 8, 10}; transmitting uplink control information, UCI, on the PUCCH to a base station, wherein the UCI comprises a hybrid automatic repeat request, HARQ, acknowledgement, ACK,/negative-acknowledgement, NACK, signal; and transmitting the reference signal to the base station, wherein the length of the base sequence for the reference signal is 12, and wherein the reference signal is transmitted based on the cyclically shifted base sequence for the reference signal to the base station.
Flexible hose, particularly vacuum cleaner hose, with a wall which by an inner side delimits a cavity for the conveying of media and has at least at an outer side a profiling which as seen in section along a longitudinal axis of the hose has a wave shape with elevations and depressions, wherein provided at the outer side of the wall is at least one electrically conductive track which extends around the wall and is in electrical contact with at least one electrically conductive thread electrically connecting mutually remote ends (32, 34) of the hose, characterized in that the electrically conductive thread extending substantially along the longitudinal axis of the hose and transversely to the electrically conductive track is secured to the outer side of the wall.
Assembly for a charged air connection for a motor vehicle, comprising: an ethylene-acrylate rubber hose; a clamp; and a connecting piece for plugging the ethylene-acrylate rubber hose, comprising: a first circumferential ridge on an outer side of the connecting piece; a second circumferential ridge on the outer side of the connecting piece; and a supporting region between the first circumferential ridge and the second circumferential ridge for fastening the ethylene-acrylate rubber hose to the connecting piece by means of the clamp. an ethylene-acrylate rubber hose; a clamp; and a connecting piece for plugging the ethylene-acrylate rubber hose, comprising: a first circumferential ridge on an outer side of the connecting piece; a second circumferential ridge on the outer side of the connecting piece; and a supporting region between the first circumferential ridge and the second circumferential ridge for fastening the ethylene-acrylate rubber hose to the connecting piece by means of the clamp. a first circumferential ridge on an outer side of the connecting piece; a second circumferential ridge on the outer side of the connecting piece; and a supporting region between the first circumferential ridge and the second circumferential ridge for fastening the ethylene-acrylate rubber hose to the connecting piece by means of the clamp.
A heat generating separable applicator for personal care that comprises: a handle; a sliding on-off switch; a heat conducting applicator tip that is capable of holding product on its outer surface and heating product prior to and/or during application; a flexible, printed electronic circuit subassembly that is capable of connecting to a power source; a heat generating portion disposed inside the applicator tip; a stem that intervenes between the handle and the applicator tip to hold those parts together, the stem having a slot and a switch groove for receiving the sliding switch; a reservoir, such that the stem is capable of attaching to and detaching from the reservoir, and, when attached, is capable of forming an airtight and liquid tight seal with the reservoir; and characterized in that the on-off switch is capable of sliding between an on and an off positions, such that when the sliding switch is in the on position then the switch extends through a stem slot and beyond the stem, and in that position, if a user seats the stem onto the reservoir, then the sliding switch will contact the reservoir and the switch will be made to slide to the off position. a handle; a sliding on-off switch; a heat conducting applicator tip that is capable of holding product on its outer surface and heating product prior to and/or during application; a flexible, printed electronic circuit subassembly that is capable of connecting to a power source; a heat generating portion disposed inside the applicator tip; a stem that intervenes between the handle and the applicator tip to hold those parts together, the stem having a slot and a switch groove for receiving the sliding switch; a reservoir, such that the stem is capable of attaching to and detaching from the reservoir, and, when attached, is capable of forming an airtight and liquid tight seal with the reservoir; and characterized in that the on-off switch is capable of sliding between an on and an off positions, such that when the sliding switch is in the on position then the switch extends through a stem slot and beyond the stem, and in that position, if a user seats the stem onto the reservoir, then the sliding switch will contact the reservoir and the switch will be made to slide to the off position.
An imaging apparatus comprising: an optical member having a photocatalyst film on an object-side surface; a housing having an accommodation section in which the optical member is accommodated; and a light source that is arranged in an internal space of the housing and emits light to activate the photocatalyst film, characterized in that the housing includes one or more through holes extending from the internal space of the housing to the accommodation section, and light from the light source passes through the one or more through holes, is incident upon the optical member, passes through the optical member and irradiates the photocatalyst film in the stated order. an optical member having a photocatalyst film on an object-side surface; a housing having an accommodation section in which the optical member is accommodated; and a light source that is arranged in an internal space of the housing and emits light to activate the photocatalyst film, characterized in that the housing includes one or more through holes extending from the internal space of the housing to the accommodation section, and light from the light source passes through the one or more through holes, is incident upon the optical member, passes through the optical member and irradiates the photocatalyst film in the stated order.
A computer-implemented method for caching anticipated motion vectors for player input motion compensation comprising: transmitting a previously generated motion vector library from a server to a client, wherein the generated motion vector library comprises sets of anticipated motion vectors (1208, 1209) with an associated player input (1206, 1211) and wherein the motion vectors comprise a motion vector for each macroblock; instructing the client to: monitor for player input and compare incoming player inputs from a user to entries in the received motion vector library, and in response to an incoming player input matching an entry in the received motion vector library, use motion vectors associated with the matched entry to apply player input motion compensation by applying the motion vectors to a next available frame from the server in a graphic interface prior to receipt of actual motion vector data of a frame associated with the incoming player input; during runtime of a game instance, receiving a game event, wherein a game event comprises any game event that changes a relationship between player input and motion vectors in the received motion vector library; in response to receiving the game event, transmitting a context update to the client; and instructing the client to update the received motion vector library using the context update, wherein a context update enables, disables or changes the sets of anticipated motion vectors associated with a given player input. transmitting a previously generated motion vector library from a server to a client, wherein the generated motion vector library comprises sets of anticipated motion vectors (1208, 1209) with an associated player input (1206, 1211) and wherein the motion vectors comprise a motion vector for each macroblock; instructing the client to: monitor for player input and compare incoming player inputs from a user to entries in the received motion vector library, and in response to an incoming player input matching an entry in the received motion vector library, use motion vectors associated with the matched entry to apply player input motion compensation by applying the motion vectors to a next available frame from the server in a graphic interface prior to receipt of actual motion vector data of a frame associated with the incoming player input; during runtime of a game instance, receiving a game event, wherein a game event comprises any game event that changes a relationship between player input and motion vectors in the received motion vector library; in response to receiving the game event, transmitting a context update to the client; and instructing the client to update the received motion vector library using the context update, wherein a context update enables, disables or changes the sets of anticipated motion vectors associated with a given player input.
A respiratory device, comprising at least one respirator having at least one respiratory apparatus, having a blower apparatus for generating at least one respiratory air flow for respiratory therapy and having at least one rechargeable energy storage apparatus for providing the energy required for operation and having at least one charging apparatus for charging the energy storage apparatus, and having a control apparatus for regulating the blower apparatus, wherein the respiratory device comprises at least one cooling apparatus having the blower apparatus for generating at least one cooling air flow in order to cool the energy storage apparatus during a charging process such that heat can be dissipated from the energy storage apparatus by means of the cooling air flow, wherein the cooling air flow is provided by the blower apparatus which also generates the respiratory air flow for the respiration, characterized in that the control apparatus is configured to regulate the blower apparatus such that the air volume flow continues during the charging process and escapes at the respiratory air outlet of the respirator or at the patient's end of the breathing tube.