mhurhangee/patent-ind-claim-en huggingface dataset:
A compact lubricant injector , comprising an injector body having an inlet for lubricant under pressure, an outlet , a valve passage , and a measuring chamber for receiving lubricant from the inlet , a piston movable in the injector body along a first axis through a stroke in the measuring chamber for the discharge of a measured volume of lubricant from the measuring chamber and thence through the outlet , and a valve movable in the injector body along a second axis generally parallel to and spaced laterally from the first axis , said valve being responsive to lubricant pressure at the inlet for operation of the injector in cycles in each of which the injector starts in a state of repose wherein pressure of lubricant at the inlet is relieved and the measuring chamber is charged with lubricant, progresses through a state of discharge wherein lubricant under pressure is delivered to the outlet for discharge, and ends in a state for venting the injector to effect recharging wherein lubricant recharges the measuring chamber involving transmission of lubricant from the inlet to the measuring chamber , characterized in that the valve is at least partially positioned in the valve passage and has a circumferential groove therein establishing a first fluid pathway for fluid communication between the inlet and the measuring chamber when the injector is in said state of repose and establishing a second fluid pathway different from the first fluid pathway for fluid communication between the measuring chamber and the outlet when the injector is in said state of discharge. an injector body having an inlet for lubricant under pressure, an outlet , a valve passage , and a measuring chamber for receiving lubricant from the inlet , a piston movable in the injector body along a first axis through a stroke in the measuring chamber for the discharge of a measured volume of lubricant from the measuring chamber and thence through the outlet , and a valve movable in the injector body along a second axis generally parallel to and spaced laterally from the first axis , said valve being responsive to lubricant pressure at the inlet for operation of the injector in cycles in each of which the injector starts in a state of repose wherein pressure of lubricant at the inlet is relieved and the measuring chamber is charged with lubricant, progresses through a state of discharge wherein lubricant under pressure is delivered to the outlet for discharge, and ends in a state for venting the injector to effect recharging wherein lubricant recharges the measuring chamber involving transmission of lubricant from the inlet to the measuring chamber , characterized in that the valve is at least partially positioned in the valve passage and has a circumferential groove therein establishing a first fluid pathway for fluid communication between the inlet and the measuring chamber when the injector is in said state of repose and establishing a second fluid pathway different from the first fluid pathway for fluid communication between the measuring chamber and the outlet when the injector is in said state of discharge.
A heater , comprising: a heating member having a mounting surface , wherein the mounting surface is an uneven low surface energy structure, and the low surface energy structure is at least one of a micron structure and a nanostructure; and characterized by a covering layer covering the mounting surface , wherein the ratio of the thickness of the portion of the covering layer with the maximum thickness to the thickness of the portion of the covering layer with the minimum thickness is less than or equal to 3. a heating member having a mounting surface , wherein the mounting surface is an uneven low surface energy structure, and the low surface energy structure is at least one of a micron structure and a nanostructure; and characterized by a covering layer covering the mounting surface , wherein the ratio of the thickness of the portion of the covering layer with the maximum thickness to the thickness of the portion of the covering layer with the minimum thickness is less than or equal to 3.
A prosthetic spacer for implanting at the native mitral valve region comprising: a spacer body configured for placement within the native mitral valve and being compressible to a compressed state for delivery into the heart and expandable from the compressed state to an expanded state; a pair of ventricular anchors coupled to and disposed outside of the spacer body such that, in the expanded state, a leaflet-receiving space exists between each of the ventricular anchors and an outer surface of the spacer body to receive a portion of a native valve leaflet ; wherein each of the ventricular anchors comprises an engagement portion configured to extend behind the received native valve leaflet and contact a ventricular surface of the received portion of the native valve leaflet ; and a pair of atrial anchors coupled to and disposed outside of the spacer body being configured to contact an atrial portion of the received portion of the native valve leaflet at a location opposite from the engagement portion of a respective one of the ventricular anchors for retention of the prosthetic spacer . a spacer body configured for placement within the native mitral valve and being compressible to a compressed state for delivery into the heart and expandable from the compressed state to an expanded state; a pair of ventricular anchors coupled to and disposed outside of the spacer body such that, in the expanded state, a leaflet-receiving space exists between each of the ventricular anchors and an outer surface of the spacer body to receive a portion of a native valve leaflet ; wherein each of the ventricular anchors comprises an engagement portion configured to extend behind the received native valve leaflet and contact a ventricular surface of the received portion of the native valve leaflet ; and a pair of atrial anchors coupled to and disposed outside of the spacer body being configured to contact an atrial portion of the received portion of the native valve leaflet at a location opposite from the engagement portion of a respective one of the ventricular anchors for retention of the prosthetic spacer .
Quick changer for changing an attachment on a building machine, which has a support , first receivers arranged on one side of the support for receiving a first coupling element , second receivers arranged on the other side of the support and having at least one locking element movable between a release position for coupling or uncoupling the attachment and a coupling position for holding the attachment on the quick changer for receiving a second coupling element and a mechanical display device to monitor locking, wherein the mechanical display device comprises an arrangement to display lack of engagement of the second coupling element to the second receivers having a display element movable between a locking position and an unlocking position and a coupling gear (19, 22, 23; 39, 40) to move the display element into the locking position during a movement of the at least one locking element into the coupling position and for rearward movement of the display element into the unlocking position during a movement of the at least one locking element going beyond the coupling position, characterised in that the coupling gear comprises a control lever pivotable about a hinge on the support and which is connected to the display element via a hinge rod and a linearly movable rod , or has a carriage displaceable at right-angles to the display element and connected to the latter via a toothed drive and an actuating element releasably connected to the carriage .
A handle for razor that is made of a composition comprising: a) from 60 to 95% by weight of a mixture of polylactic acid (PLA) and a bioplastic polymer , wherein the weight ratio polylactic acid/bioplastic polymer ranges from 60/40 to 90/10, and wherein the bioplastic polymer is chosen from bio-polyethylene (bio-PE), and b) from 5 to 40% by weight of vegetable fillers chosen in the group consisting of wood, wheat, flax, and seagrass, the weight % being relative to the total weight of the handle for razor. a) from 60 to 95% by weight of a mixture of polylactic acid (PLA) and a bioplastic polymer , wherein the weight ratio polylactic acid/bioplastic polymer ranges from 60/40 to 90/10, and wherein the bioplastic polymer is chosen from bio-polyethylene (bio-PE), and b) from 5 to 40% by weight of vegetable fillers chosen in the group consisting of wood, wheat, flax, and seagrass, the weight % being relative to the total weight of the handle for razor.
An assembly comprising a body of water and a heating device for transporting a multiphase mixture of hydrocarbons, the heating device comprising: - a structure submerged in the body of water capable of conveying a multiphase mixture of hydrocarbons; - at least one peripheral space arranged on the perimeter of said structure ; - at least one heating cable arranged within said at least one peripheral space , the heating cable being in contact with water from the body of water, the heating cable comprising: - at least one inner electrical element configured to generate thermal energy when it is subjected to an electric current; and - at least one primary electrically insulating layer ; characterized in that said at least one peripheral space is permeable to water from said body of water and thus comprises water from the body of water and in that said primary electrically insulating layer is configured to form a jacket resisting to said water around said at least one inner electrical element , said primary electrically insulating layer comprising a fluorinated organic polymer. - a structure submerged in the body of water capable of conveying a multiphase mixture of hydrocarbons; - at least one peripheral space arranged on the perimeter of said structure ; - at least one heating cable arranged within said at least one peripheral space , the heating cable being in contact with water from the body of water, the heating cable comprising: - at least one inner electrical element configured to generate thermal energy when it is subjected to an electric current; and - at least one primary electrically insulating layer ; characterized in that said at least one peripheral space is permeable to water from said body of water and thus comprises water from the body of water and in that said primary electrically insulating layer is configured to form a jacket resisting to said water around said at least one inner electrical element , said primary electrically insulating layer comprising a fluorinated organic polymer.
A multispectral thermal sensor comprising a plurality of pixels disposed on an upper surface of a substrate , each said pixel comprising: a reflector disposed on the upper substrate surface; a pair of legs (120-1, 120-2) protruding from the upper substrate surface; and a membrane including an infrared (IR) absorbing material and mounted on the pair of legs, wherein the membrane is disposed over and separated from the reflector such that coupling between the membrane and the reflector forms a Fabry-Perot cavity, wherein the membrane defines a plurality of spaced-apart openings , wherein each adjacent pair (135-1, 135-2) of said openings is separated by a micron-level distance, wherein the plurality of pixels are disposed in an array of superpixels , where each superpixel 220B includes a group of two or more pixels 100B, and wherein each superpixel in the array includes a first pixel (220B-1) including a membrane having openings spaced at a first regular pitch distance (L1), and a second pixel (220B-2) including a membrane having openings spaced at a second regular pitch distance (L2) that is different from the first regular pitch distance so that at least two different wavelengths can be detected . a reflector disposed on the upper substrate surface; a pair of legs (120-1, 120-2) protruding from the upper substrate surface; and a membrane including an infrared (IR) absorbing material and mounted on the pair of legs, wherein the membrane is disposed over and separated from the reflector such that coupling between the membrane and the reflector forms a Fabry-Perot cavity, wherein the membrane defines a plurality of spaced-apart openings , wherein each adjacent pair (135-1, 135-2) of said openings is separated by a micron-level distance, wherein the plurality of pixels are disposed in an array of superpixels , where each superpixel 220B includes a group of two or more pixels 100B, and wherein each superpixel in the array includes a first pixel (220B-1) including a membrane having openings spaced at a first regular pitch distance (L1), and a second pixel (220B-2) including a membrane having openings spaced at a second regular pitch distance (L2) that is different from the first regular pitch distance so that at least two different wavelengths can be detected .
A frying device for frying food, wherein at least one handle comprising an outer surface and a frying body having a frying surface and a side wall are provided for receiving the food, wherein the handle has at least one storage device for storing an operating auxiliary agent , wherein at least one metering unit comprising at least one metering opening is provided for metering the operating auxiliary agent , wherein an outer surface of the handle has at least the metering opening of the metering unit , wherein the storage device is designed as an extinguishing agent storage device for storing an extinguishing agent for extinguishing a fire such that the metering opening is designed as an outlet opening for the outflow of the extinguishing agent to the atmosphere/air, characterised in that at least one compressed-gas storage device is provided for pressurising the extinguishing auxiliary agent .
A device comprising: electronics incorporating: a transmitter configured to wirelessly transmit one or more commands to a remote HVAC unit ; a communication module configured to establish a direct link connection between the device and one of a low power network and a local low energy direct link; a controller configured to: communicate with the HVAC unit via the transmitter ; and directly communicate with a remote device via the communication module , wherein the controller is configured to directly communicate with the remote device over the low power network when the device is connected to the low power network and the controller is configured to directly communicate with the remote device over the local low energy direct link when the device is connected to the local low energy direct link; and a power source operatively coupled to the electronics and configured to power the electronics. electronics incorporating: a transmitter configured to wirelessly transmit one or more commands to a remote HVAC unit ; a communication module configured to establish a direct link connection between the device and one of a low power network and a local low energy direct link; a controller configured to: communicate with the HVAC unit via the transmitter ; and directly communicate with a remote device via the communication module , wherein the controller is configured to directly communicate with the remote device over the low power network when the device is connected to the low power network and the controller is configured to directly communicate with the remote device over the local low energy direct link when the device is connected to the local low energy direct link; and a transmitter configured to wirelessly transmit one or more commands to a remote HVAC unit ; a communication module configured to establish a direct link connection between the device and one of a low power network and a local low energy direct link; a controller configured to: communicate with the HVAC unit via the transmitter ; and directly communicate with a remote device via the communication module , wherein the controller is configured to directly communicate with the remote device over the low power network when the device is connected to the low power network and the controller is configured to directly communicate with the remote device over the local low energy direct link when the device is connected to the local low energy direct link; and communicate with the HVAC unit via the transmitter ; and directly communicate with a remote device via the communication module , wherein the controller is configured to directly communicate with the remote device over the low power network when the device is connected to the low power network and the controller is configured to directly communicate with the remote device over the local low energy direct link when the device is connected to the local low energy direct link; and a power source operatively coupled to the electronics and configured to power the electronics.
A measuring apparatus having a housing in which an opening is formed, wherein the measuring apparatus is adapted to measure a reflection characteristic of a surface to be measured, via the opening, the apparatus comprising: an imaging unit provided in the housing, and including a first light source configured to irradiate a portion in the surface with light via the opening, and a camera configured to capture, via the opening, an image of an imaging region which is the portion irradiated with the light from the first light source; a detecting unit provided in the housing, and including a second light source configured to irradiate a measurement region with light via the opening, and a sensor configured to detect light reflected from the measurement region via the opening, the measurement region being a portion of the imaging region; and a processor configured to obtain a reflection characteristic of the measurement region based on the light detected by the sensor of the detecting unit; characterized in that the processor is configured to output, to a display unit, the image of the imaging region including information indicating a position of the measurement region in the imaging region, and in that the imaging region includes the measurement region and is larger than the measurement region. an imaging unit provided in the housing, and including a first light source configured to irradiate a portion in the surface with light via the opening, and a camera configured to capture, via the opening, an image of an imaging region which is the portion irradiated with the light from the first light source; a detecting unit provided in the housing, and including a second light source configured to irradiate a measurement region with light via the opening, and a sensor configured to detect light reflected from the measurement region via the opening, the measurement region being a portion of the imaging region; and a processor configured to obtain a reflection characteristic of the measurement region based on the light detected by the sensor of the detecting unit; characterized in that the processor is configured to output, to a display unit, the image of the imaging region including information indicating a position of the measurement region in the imaging region, and in that the imaging region includes the measurement region and is larger than the measurement region.
A method for lubricating the passage of a container along a conveyor, comprising: applying a lubricant composition to at least a portion of a container-contacting surface of the conveyor or to at least a portion of a conveyor-contacting surface of the container; the lubricant composition comprising: 0.1 to 30 wt-% lipophilic compound comprising mineral oil; 0.05 to 15 wt-% anionic surfactant; and 55 to 97 wt-% water. applying a lubricant composition to at least a portion of a container-contacting surface of the conveyor or to at least a portion of a conveyor-contacting surface of the container; the lubricant composition comprising: 0.1 to 30 wt-% lipophilic compound comprising mineral oil; 0.05 to 15 wt-% anionic surfactant; and 55 to 97 wt-% water. 0.1 to 30 wt-% lipophilic compound comprising mineral oil; 0.05 to 15 wt-% anionic surfactant; and 55 to 97 wt-% water.
A surgical snare comprising: a retractable loop of conductive material for encircling an area containing biological tissue; a radiating structure arranged to radiate microwave frequency energy into the area encircled by the retractable loop; and a coaxial cable for conveying microwave frequency energy to the radiating structure, the coaxial cable comprising an inner conductor, an outer conductor surrounding and coaxial with the inner conductor, and a dielectric material separating the inner conductor and the outer conductor, wherein the radiating structure comprises: an elongate conductive member connected to the inner conductor of the coaxial cable and being electrically insulated from the outer conductor of the coaxial cable, and a snare base at a distal end for the coaxial cable, the snare base having a feed channel for conveying a length of the conductive material that forms the retractable loop, wherein the length of the conductive material is movable relative to the snare base whereby the retractable loop is retractable relative to the coaxial cable towards the snare base, and wherein the elongate conductive member comprises a distal portion that protrudes into the area encircled by the retractable loop to act as a radiating microwave monopole antenna, and a proximal portion that extends through the snare base alongside the feed channel. a retractable loop of conductive material for encircling an area containing biological tissue; a radiating structure arranged to radiate microwave frequency energy into the area encircled by the retractable loop; and a coaxial cable for conveying microwave frequency energy to the radiating structure, the coaxial cable comprising an inner conductor, an outer conductor surrounding and coaxial with the inner conductor, and a dielectric material separating the inner conductor and the outer conductor, wherein the radiating structure comprises: an elongate conductive member connected to the inner conductor of the coaxial cable and being electrically insulated from the outer conductor of the coaxial cable, and a snare base at a distal end for the coaxial cable, the snare base having a feed channel for conveying a length of the conductive material that forms the retractable loop, an elongate conductive member connected to the inner conductor of the coaxial cable and being electrically insulated from the outer conductor of the coaxial cable, and a snare base at a distal end for the coaxial cable, the snare base having a feed channel for conveying a length of the conductive material that forms the retractable loop, wherein the length of the conductive material is movable relative to the snare base whereby the retractable loop is retractable relative to the coaxial cable towards the snare base, and wherein the elongate conductive member comprises a distal portion that protrudes into the area encircled by the retractable loop to act as a radiating microwave monopole antenna, and a proximal portion that extends through the snare base alongside the feed channel.