mhurhangee/patent-ind-claim-en huggingface dataset:
A camera field of view adjustment mechanism comprising: a first portion configured to provide a field of view from a camera with the adjustment mechanism engaging a camera housing , the first portion comprising: a first end ; a second end ; and a first wall extending between and connecting the first end and the second end , wherein the first wall is sloped such that an inner diameter of the first end is greater than an inner diameter of the second end; and wherein the first wall defines the field of view through the first portion and a second portion configured to engage the camera housing and manipulate an orientation of the camera housing to adjust the field of view of the camera , the second portion comprising: a third end connected to the second end ; a fourth end insertable into the camera housing ; a second wall extending between and connecting the third end and the fourth end ; and a plurality of engagement openings extending circumferentially about the fourth end , the plurality of engagement openings configured to engage the camera housing ; wherein the camera field of view adjustment mechanism is independent of the camera . a first portion configured to provide a field of view from a camera with the adjustment mechanism engaging a camera housing , the first portion comprising: a first end ; a second end ; and a first wall extending between and connecting the first end and the second end , wherein the first wall is sloped such that an inner diameter of the first end is greater than an inner diameter of the second end; and wherein the first wall defines the field of view through the first portion and a first end ; a second end ; and a first wall extending between and connecting the first end and the second end , wherein the first wall is sloped such that an inner diameter of the first end is greater than an inner diameter of the second end; and wherein the first wall defines the field of view through the first portion and a second portion configured to engage the camera housing and manipulate an orientation of the camera housing to adjust the field of view of the camera , the second portion comprising: a third end connected to the second end ; a fourth end insertable into the camera housing ; a second wall extending between and connecting the third end and the fourth end ; and a plurality of engagement openings extending circumferentially about the fourth end , the plurality of engagement openings configured to engage the camera housing ; wherein the camera field of view adjustment mechanism is independent of the camera . a third end connected to the second end ; a fourth end insertable into the camera housing ; a second wall extending between and connecting the third end and the fourth end ; and a plurality of engagement openings extending circumferentially about the fourth end , the plurality of engagement openings configured to engage the camera housing ; wherein the camera field of view adjustment mechanism is independent of the camera .
A vehicle braking system constructed and arranged to collect particles emitted during braking, said braking system comprising a caliper supporting an inner brake lining and an outer brake lining each comprising a support plate and a friction layer , said inner and outer brake linings comprising an orifice passing through their thickness (E), the braking system further comprising: - an internal reservoir facing said orifice of said support plate of said internal brake lining , said internal reservoir opening onto said support plate and comprising a first magnet , - an external reservoir facing said orifice of said support plate of said external brake lining , said external reservoir opening onto said support plate and comprising a second magnet , - the faces of the first and second magnets facing said orifices being in relief, characterized in that at least one of the faces of the first or second magnet facing one of the orifices is spherical or is convex or has a chamfer. - an internal reservoir facing said orifice of said support plate of said internal brake lining , said internal reservoir opening onto said support plate and comprising a first magnet , - an external reservoir facing said orifice of said support plate of said external brake lining , said external reservoir opening onto said support plate and comprising a second magnet , - the faces of the first and second magnets facing said orifices being in relief,
An automated system for real-time monitoring and control of harmful gases, greenhouse gases and environmental parameters in animal stables comprising: • a series of independent and autonomous monitoring devices , said monitoring devices gathering data from sensors connected via either a wired or wireless connection; said sensors being employed for detecting gases and environmental parameters; said monitoring devices being equipped with a CPU and a memory unit employed for processing and encrypting said sensors data and employed for transmitting such processed data to a remote cloud platform via a GSM or Sigfox communication module with an antenna ; said monitoring devices being also provided with a buffer battery and with means for controlling electromechanical actuators; • an internet based dashboard installed on said cloud platform and accessible from remote by means of personal computers, smartphone, tablet and similar devices; said dashboard being employed for processing and displaying data collected from such monitoring devices and for displaying alarm signals when certain pre-set thresholds are exceeded. • a series of independent and autonomous monitoring devices , said monitoring devices gathering data from sensors connected via either a wired or wireless connection; said sensors being employed for detecting gases and environmental parameters; said monitoring devices being equipped with a CPU and a memory unit employed for processing and encrypting said sensors data and employed for transmitting such processed data to a remote cloud platform via a GSM or Sigfox communication module with an antenna ; said monitoring devices being also provided with a buffer battery and with means for controlling electromechanical actuators; • an internet based dashboard installed on said cloud platform and accessible from remote by means of personal computers, smartphone, tablet and similar devices; said dashboard being employed for processing and displaying data collected from such monitoring devices and for displaying alarm signals when certain pre-set thresholds are exceeded.
A protection arrangement for inaccessibly located power distribution equipment , the arrangement comprising: a first enclosure comprising power equipment and a group of sensors (SA1, SA2, SB1, SB2, SC1, SC2, SD1, SD2, SE1, SE2) sensing physical properties of the power equipment , the first enclosure being sealed thereby providing a closed environment for the power equipment, and a communication link passing through at least one sealed communication link passage (OPi), characterised by a signal handling device connected to at least some of the sensors and to an external protection device via the communication link, the signal handling device being configured to receive electrical sensor signals from the sensors and shape them for submission to the external protection device , and a further sealed enclosure comprising the protection device . a first enclosure comprising power equipment and a group of sensors (SA1, SA2, SB1, SB2, SC1, SC2, SD1, SD2, SE1, SE2) sensing physical properties of the power equipment , the first enclosure being sealed thereby providing a closed environment for the power equipment, and a communication link passing through at least one sealed communication link passage (OPi), characterised by a signal handling device connected to at least some of the sensors and to an external protection device via the communication link, the signal handling device being configured to receive electrical sensor signals from the sensors and shape them for submission to the external protection device , and a further sealed enclosure comprising the protection device .
A sterilizing sheet comprising: a flexible sheet body formed by a sheet-like dielectric and a pair of electrodes , at least one of the electrodes accommodated within the dielectric , characterized in that the sterilizing sheet further comprises a sheet accommodating body in which the sheet body is accommodated in a manner capable of being pulled out and rewound; and a handle attached to a leading end of the sheet body and in which a power source is accommodated capable of supplying a voltage necessary to generate ozone to the pair of electrodes , wherein a rewinding mechanism is provided to automatically rewind the sheet body , when pulled out of the sheet accommodating body , back into the sheet accommodating body . a flexible sheet body formed by a sheet-like dielectric and a pair of electrodes , at least one of the electrodes accommodated within the dielectric , characterized in that the sterilizing sheet further comprises a sheet accommodating body in which the sheet body is accommodated in a manner capable of being pulled out and rewound; and a handle attached to a leading end of the sheet body and in which a power source is accommodated capable of supplying a voltage necessary to generate ozone to the pair of electrodes , wherein a rewinding mechanism is provided to automatically rewind the sheet body , when pulled out of the sheet accommodating body , back into the sheet accommodating body .
Filling device (10; 50; 60; 70) for filling liquids, comprising a product supply and a product channel which is connected to the product supply, which opens into a dispensing opening , wherein a filling and regulating valve is arranged in the product channel , which, in the flow direction of the product, has a flow meter downstream or upstream of it, and wherein a gas barrier is arranged in the region of the dispensing opening , wherein the filling and regulating valve is formed by a valve element arranged in the product channel and a valve seat which surrounds the valve element, and the position of the valve element and the valve seat relative to each other can be controlled, wherein the valve seat can be adjusted in the axial direction of the product channel , characterised in that the valve seat is connected to the product channel via connection elements which are adjustable in length and arranged on both sides of the valve seat, such that the axial position of the valve seat can be selected as desired.
Bicycle, comprising a bicycle frame , with at least one recess being provided on the bicycle frame, which is designed in such a way that a lighting element can be fixed therein and, instead of the lighting element , a receiving shoe can be inserted and fixed, wherein the receiving shoe is connected to a luggage carrier or other add-on parts or can be fixed thereto, wherein the recess is arranged on a dropout of the bicycle frame , characterised in that the lighting element can be inserted into the recess and, when inserted, is accommodated flush with the surface in the bicycle frame at the dropout . the recess is arranged on a dropout of the bicycle frame , characterised in that the lighting element can be inserted into the recess and, when inserted, is accommodated flush with the surface in the bicycle frame at the dropout .
A method of subdividing a pan-like cooking container into different cooking zones which can be differently controlled, characterized in that at least one pan separating device is inserted into the cooking container , which separates different cooking zones from one another, the bottom of the pan-like cooking container having a heating device provided therein with individually controllable heating elements assigned to the cooking zones.
An agricultural harvesting head for an agricultural harvester , where the agricultural harvester has a feederhouse extending forward from the front of the agricultural harvester and wherein the feederhouse is configured to support the agricultural harvesting head on forward end thereof, the agricultural harvesting head comprising: an elongate mainframe extending laterally and perpendicular to a direction of travel of the agricultural harvester when harvesting crops, wherein the elongate mainframe has a first central aperture through which cut crop material is passed; an adapter frame disposed behind the first central aperture , wherein the adapter frame is configured to be removably coupled to and supported on the front end of the feederhouse and wherein the adapter frame has a second central aperture configured to receive the cut crop from the first central aperture and to communicate the cut crop into a front opening of the feederhouse ; a plurality of links (302-308) coupling the mainframe and the adapter frame to permit the mainframe to move up and down with respect to the adapter frame through a plurality of relative positions between the adapter frame and the mainframe ; and a constant force assembly configured to apply a constant lifting force to the elongate mainframe as it travels through the plurality relative positions, wherein the constant force assembly is coupled to the adapter frame and to the mainframe and communicates a lifting force from the adapter frame to the mainframe and the constant force assembly comprises at least one spring having a first end coupled to the adapter frame , characterized in that a second end of the spring is coupled to a first end of a scissor link assembly . an elongate mainframe extending laterally and perpendicular to a direction of travel of the agricultural harvester when harvesting crops, wherein the elongate mainframe has a first central aperture through which cut crop material is passed; an adapter frame disposed behind the first central aperture , wherein the adapter frame is configured to be removably coupled to and supported on the front end of the feederhouse and wherein the adapter frame has a second central aperture configured to receive the cut crop from the first central aperture and to communicate the cut crop into a front opening of the feederhouse ; a plurality of links (302-308) coupling the mainframe and the adapter frame to permit the mainframe to move up and down with respect to the adapter frame through a plurality of relative positions between the adapter frame and the mainframe ; and a constant force assembly configured to apply a constant lifting force to the elongate mainframe as it travels through the plurality relative positions, wherein the constant force assembly is coupled to the adapter frame and to the mainframe and communicates a lifting force from the adapter frame to the mainframe and the constant force assembly comprises at least one spring having a first end coupled to the adapter frame , characterized in that a second end of the spring is coupled to a first end of a scissor link assembly .
An abrasive article comprising a plurality of layers in the following order: a backing ; an abrasive layer ; a primer layer comprising clay particles, wherein the clay particles are agglomerated and form a layer; and a supersize coat comprising a metal salt of a long-chain fatty acid. a backing ; an abrasive layer ; a primer layer comprising clay particles, wherein the clay particles are agglomerated and form a layer; and a supersize coat comprising a metal salt of a long-chain fatty acid.
A stent-graft , comprising: a self-expanding helix disposed about a substrate ; a covering disposed over at least a portion of the helix; and characterized by a plurality of spaced apart expandable segments coupled to the covering and wherein the substrate is an ePTFE substrate. a self-expanding helix disposed about a substrate ; a covering disposed over at least a portion of the helix; and characterized by a plurality of spaced apart expandable segments coupled to the covering and wherein the substrate is an ePTFE substrate.
An ice dispensing system comprising an ice hopper , a dispensing outlet , a waste outlet , an ice chute for transporting ice from the ice hopper to the dispensing outlet or the waste outlet , an ice dispensing element for dispensing ice from the hopper into the ice chute , an ice directing element having a first position for directing ice to the waste outlet and a second position for directing ice to the dispensing outlet , and a controller for controlling the ice dispensing element and the position of the ice directing element , wherein each of the dispensing outlet and the waste outlet is provided as part of the ice chute or each of the dispensing outlet and the waste outlet is provided as a separate component that is capable of communication with the ice chute and, characterized in that the controller is programmed to activate the ice dispensing element periodically to agitate the ice and/or remove ice from the ice hopper and, wherein when the ice dispensing element is periodically activated the ice directing element is in the first position during activation of the ice dispensing element such that any ice removed from the hopper in this manner is directed to waste. an ice hopper , a dispensing outlet , a waste outlet , an ice chute for transporting ice from the ice hopper to the dispensing outlet or the waste outlet , an ice dispensing element for dispensing ice from the hopper into the ice chute , an ice directing element having a first position for directing ice to the waste outlet and a second position for directing ice to the dispensing outlet , and a controller for controlling the ice dispensing element and the position of the ice directing element , wherein each of the dispensing outlet and the waste outlet is provided as part of the ice chute or each of the dispensing outlet and the waste outlet is provided as a separate component that is capable of communication with the ice chute and, characterized in that the controller is programmed to activate the ice dispensing element periodically to agitate the ice and/or remove ice from the ice hopper and, wherein when the ice dispensing element is periodically activated the ice directing element is in the first position during activation of the ice dispensing element such that any ice removed from the hopper in this manner is directed to waste.
A process for improving the grade and optical quality of zircon, comprising: baking a mixture of a zircon feed and concentrated sulphuric acid at a baking temperature in the range of from 250°C up to 400°C, and for a time to form water leachable sulphates with impurities therein including at least iron and titanium; leaching the baked mixture to dissolve the leachable sulphates; and separating the zircon from the leachate containing the leached sulphates, which separated zircon is thereby of improved grade and optical quality. baking a mixture of a zircon feed and concentrated sulphuric acid at a baking temperature in the range of from 250°C up to 400°C, and for a time to form water leachable sulphates with impurities therein including at least iron and titanium; leaching the baked mixture to dissolve the leachable sulphates; and separating the zircon from the leachate containing the leached sulphates, which separated zircon is thereby of improved grade and optical quality.
Method for establishing a degree of browning of food to be cooked (G1-G3) in a cooking chamber of a household cooking appliance , which household cooking appliance has a camera directed into the cooking chamber and a light source for illuminating the cooking chamber , and wherein - by means of the camera , a reference difference image is generated as the difference between a first image of the food to be cooked (G1-G3) captured at a first brightness of the light source and a second image of the food to be cooked (G1-G3) captured at a second brightness of the light source , subsequently - by means of the camera , a measurement difference image (MD1, MD2) is generated as the difference between a first measurement image of the food to be cooked (G1-G3) captured at a first brightness of the light source and a second measurement image of the food to be cooked (G1-G3) captured at a second brightness of the light source , - a browning image is generated by subtraction (BB, H) of the measurement difference image (MD1, MD2) using the reference difference image and - the degree of browning is established by determining a predefined proportion (n) of pixels in the browning image with a minimum colouration. - by means of the camera , a reference difference image is generated as the difference between a first image of the food to be cooked (G1-G3) captured at a first brightness of the light source and a second image of the food to be cooked (G1-G3) captured at a second brightness of the light source , subsequently - by means of the camera , a measurement difference image (MD1, MD2) is generated as the difference between a first measurement image of the food to be cooked (G1-G3) captured at a first brightness of the light source and a second measurement image of the food to be cooked (G1-G3) captured at a second brightness of the light source , - a browning image is generated by subtraction (BB, H) of the measurement difference image (MD1, MD2) using the reference difference image and - the degree of browning is established by determining a predefined proportion (n) of pixels in the browning image with a minimum colouration.
A method for detecting or determining a mass of an antibody-drug conjugate compound, the method comprising: (a) providing a solution comprising an antibody-drug conjugate compound and a volatile salt, wherein the solution is free of non-volatile salts, and wherein the antibody of the antibody-drug conjugate compound is non-covalently associated and non-denatured; (b) introducing the solution of the antibody-drug conjugate compound and the volatile salt into a mass spectrometer; and (c) directly establishing the mass of the antibody-drug conjugate compound by mass spectrometry. (a) providing a solution comprising an antibody-drug conjugate compound and a volatile salt, wherein the solution is free of non-volatile salts, and wherein the antibody of the antibody-drug conjugate compound is non-covalently associated and non-denatured; (b) introducing the solution of the antibody-drug conjugate compound and the volatile salt into a mass spectrometer; and (c) directly establishing the mass of the antibody-drug conjugate compound by mass spectrometry.