mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating an aqueous gas solution comprising dissolved gas in an aqueous stream, the method comprising: mixing an aqueous acid precursor solution and an aqueous salt precursor solution at an in-line mixing location to produce a liquid precursor mixture , wherein both the aqueous acid precursor solution and the aqueous salt precursor solution are fed under pressure through individual inlet pumps upstream of the in-line mixing location ; introducing the liquid precursor mixture under pressure through an inlet tube of a self-pressurized flow cell downstream of the in-line mixing location , wherein the inlet tube is surrounded by a sealing mechanism to maintain pressure within the self-pressurized flow cell ; and allowing the reaction of the aqueous acid precursor and the aqueous salt precursor to generate the aqueous gas solution and produce a pressure level that correlates to an amount of dissolved gas produced once in the self-pressurized flow cell, characterized in that the aqueous gas solution undergoes real-time testing within the self-pressurized flow cell ; and wherein the real-time testing comprises corrosion testing. mixing an aqueous acid precursor solution and an aqueous salt precursor solution at an in-line mixing location to produce a liquid precursor mixture , wherein both the aqueous acid precursor solution and the aqueous salt precursor solution are fed under pressure through individual inlet pumps upstream of the in-line mixing location ; introducing the liquid precursor mixture under pressure through an inlet tube of a self-pressurized flow cell downstream of the in-line mixing location , wherein the inlet tube is surrounded by a sealing mechanism to maintain pressure within the self-pressurized flow cell ; and allowing the reaction of the aqueous acid precursor and the aqueous salt precursor to generate the aqueous gas solution and produce a pressure level that correlates to an amount of dissolved gas produced once in the self-pressurized flow cell, characterized in that the aqueous gas solution undergoes real-time testing within the self-pressurized flow cell ; and wherein the real-time testing comprises corrosion testing.
Upper receiver for a firearm, comprising a supporting part made of metal, which supports a barrel bushing for receiving a barrel, a guide for a longitudinally movable breech carrier , and an anchor for a sight, characterized in that the upper receiver comprises a rail block and that the guide for the breech carrier is formed on the underside of the rail block made of metal which has the anchor for the sight on its upper side, the supporting part being screwed both to the barrel bushing and to the rail block .
A water-based lubricating coating agent wherein a water-soluble silicate (A) having a solubility of at least 1 g in 100 g of water at 25°C and a water-soluble inorganic salt (B) having a solubility of at least 1 g in 100 g of water at 25°C, which is a tungstate, are blended such that a solid content mass ratio (B)/(A) falls within a range of 0.7 to 25, wherein the agent comprises a resin component (C), and a solid content mass ratio (C)/{(A) + (B)} is 0.01 to 3, wherein the resin component (C) is at least one selected from the group consisting of a vinyl resin, an acrylic resin, an epoxy resin, an urethane resin, a phenolic resin, a cellulose derivative, a polymaleic acid, a polyolefin, and a polyester, and wherein the agent comprises a lubricant (D), and a solid content mass ratio (D)/{(A) + (B)} is 0.01 to 6, wherein the lubricant (D) is at least one selected from the group consisting of a wax, polytetrafluoroethylene, a fatty acid soap, a fatty acid metal soap, a fatty acid amide, molybdenum disulfide, tungsten disulfide, graphite, melamine cyanurate, an amino acid compound of layered structure, and a layered clay mineral. wherein the resin component (C) is at least one selected from the group consisting of a vinyl resin, an acrylic resin, an epoxy resin, an urethane resin, a phenolic resin, a cellulose derivative, a polymaleic acid, a polyolefin, and a polyester, and wherein the agent comprises a lubricant (D), and a solid content mass ratio (D)/{(A) + (B)} is 0.01 to 6, wherein the lubricant (D) is at least one selected from the group consisting of a wax, polytetrafluoroethylene, a fatty acid soap, a fatty acid metal soap, a fatty acid amide, molybdenum disulfide, tungsten disulfide, graphite, melamine cyanurate, an amino acid compound of layered structure, and a layered clay mineral.
Computer-implemented method for calculating control instructions (CI) for controlling a cutting head (H) of a laser machine (L) for cutting a set of contours in a workpiece in order to separate work parts from the workpiece, comprising the method steps of: - Reading (S71) an encoded cutting plan (P) which is a sequence of geometrical contours which stand for the work parts including holes in the work parts ; - Continuously determining a state (s) (S73) by means of a set of sensor signals (sens), wherein the state (s) comprises a state of the laser machine (L), a state of the cut work parts , and a state of the workpiece to be cut; - Providing a computer-implemented decision agent (DA), which dynamically calculates an action (a) for the machining head (H) to be taken next and based thereon providing control instructions (CI) for executing the cutting plan (P) by accessing a trained model with the encoded cutting plan (P) and with the determined state (s) - wherein the model receives as input the state (s) in form of a multi-layer image, preferably a multi-layer image matrix, and the encoded cutting plan (P), and provides as output the action (a) to be forwarded to a machine controller (MC) on the laser machine (L) for being executed next. - Reading (S71) an encoded cutting plan (P) which is a sequence of geometrical contours which stand for the work parts including holes in the work parts ; - Continuously determining a state (s) (S73) by means of a set of sensor signals (sens), wherein the state (s) comprises a state of the laser machine (L), a state of the cut work parts , and a state of the workpiece to be cut; - Providing a computer-implemented decision agent (DA), which dynamically calculates an action (a) for the machining head (H) to be taken next and based thereon providing control instructions (CI) for executing the cutting plan (P) by accessing a trained model with the encoded cutting plan (P) and with the determined state (s) - wherein the model receives as input the state (s) in form of a multi-layer image, preferably a multi-layer image matrix, and the encoded cutting plan (P), and provides as output the action (a) to be forwarded to a machine controller (MC) on the laser machine (L) for being executed next.
Household refrigeration appliance with an interior for receiving food, which is bounded by walls of an inner container , and with a freshness-preserving container for food which is arranged in the interior and which can be closed by a cover , and with a storage apparatus , with which the cover is mounted so as to be able to raise and lower in order to open and close the freshness-preserving container in the interior , and with an operating element with which the cover can be actuated, characterised in that the household refrigeration appliance has a display unit for symbolically displaying a moisture content in the freshness-preserving container , and a display element of the display unit is mechanically coupled to the operating element and can be moved in terms of its position as a function of the movement of the operating element with respect to the moisture content display.
Deflecting device for deflecting a conveyed sheet , comprising: - a guiding assembly having an inlet for receiving a conveyed sheet from an upstream section of a main conveying path (M), a primary outlet for discharging a conveyed sheet onto a downstream section of a main conveying path (M), a secondary outlet for discharging a conveyed sheet onto an initial section of a side conveying path (R), and a passing area for passing a conveyed sheet from the inlet towards the primary outlet ; and - a deflector for deflecting a conveyed sheet towards the secondary outlet , movable into a receiving position (P1) for receiving a leading edge of a conveyed sheet inside the passing area and movable into a discharge position (P2) for discharging a leading edge of a conveyed sheet towards the secondary outlet , wherein the deflector defines a curved trajectory for a conveyed sheet deflected towards the secondary outlet in the discharge position (P2), wherein one side of the curved trajectory faces the primary outlet , characterised in that a functional portion of the deflector is configured to be inserted into the passing area on the one side of the curved trajectory when the deflector moves into the receiving position (P1), and to be retracted from the passing area on the one side of the curved trajectory when the deflector moves out of the discharge position (P2). - a guiding assembly having an inlet for receiving a conveyed sheet from an upstream section of a main conveying path (M), a primary outlet for discharging a conveyed sheet onto a downstream section of a main conveying path (M), a secondary outlet for discharging a conveyed sheet onto an initial section of a side conveying path (R), and a passing area for passing a conveyed sheet from the inlet towards the primary outlet ; and - a deflector for deflecting a conveyed sheet towards the secondary outlet , movable into a receiving position (P1) for receiving a leading edge of a conveyed sheet inside the passing area and movable into a discharge position (P2) for discharging a leading edge of a conveyed sheet towards the secondary outlet , wherein the deflector defines a curved trajectory for a conveyed sheet deflected towards the secondary outlet in the discharge position (P2), wherein one side of the curved trajectory faces the primary outlet ,
A turbine bucket for a gas turbine comprising: a platform portion ; an airfoil extending radially outward from the platform portion ; a shank portion extending radially inward from the platform portion ; an angel wing extending axially from a face of the shank portion ; characterised by a plurality of voids disposed along a length of the angel wing , each of the plurality of voids extending radially through the angel wing and angled with respect to a longitudinal axis (R L ) of the turbine bucket and to a direction of rotation (R) of the turbine bucket ; wherein the plurality of voids is shaped to impart a swirl to purge air as the purge air passes radially outward through the angel wing , and wherein each of the plurality of voids includes a convex face and a concave face . a platform portion ; an airfoil extending radially outward from the platform portion ; a shank portion extending radially inward from the platform portion ; an angel wing extending axially from a face of the shank portion ; characterised by a plurality of voids disposed along a length of the angel wing , each of the plurality of voids extending radially through the angel wing and angled with respect to a longitudinal axis (R L ) of the turbine bucket and to a direction of rotation (R) of the turbine bucket ; wherein the plurality of voids is shaped to impart a swirl to purge air as the purge air passes radially outward through the angel wing , and wherein each of the plurality of voids includes a convex face and a concave face .
A control apparatus for a rotary electric machine of a vehicle, the vehicle being equipped with a drivetrain for transmitting power output from the rotary electric machine to a driving wheel , the control apparatus comprising: a filter processor that filters target torque for the rotary electric machine to suppress a vibrational frequency component of the drivetrain using a filter having a frequency transfer characteristic; a controller (32c1) that performs drive control of the rotary electric machine according to the filtered target torque; a parameter calculator that calculates, according to a running condition of the vehicle including an accelerator operation stroke (Acc), a brake operated stroke (Brk), and/or a running speed (V), an attenuation parameter (Attr) representing a request value for responsivity of output torque of the rotary electric machine with respect to the target torque, wherein the attenuation parameter (Attr) decreases with an increase of the request value for responsivity of output torque of the rotary electric machine; and a variable setter that variably sets the frequency transfer characteristic of the filter according to the attenuation parameter (Attr), to decrease a degree of attenuation of the vibrational frequency component of the drivetrain with an increase of the request value for the responsivity of the output torque. a filter processor that filters target torque for the rotary electric machine to suppress a vibrational frequency component of the drivetrain using a filter having a frequency transfer characteristic; a controller (32c1) that performs drive control of the rotary electric machine according to the filtered target torque; a parameter calculator that calculates, according to a running condition of the vehicle including an accelerator operation stroke (Acc), a brake operated stroke (Brk), and/or a running speed (V), an attenuation parameter (Attr) representing a request value for responsivity of output torque of the rotary electric machine with respect to the target torque, wherein the attenuation parameter (Attr) decreases with an increase of the request value for responsivity of output torque of the rotary electric machine; and a variable setter that variably sets the frequency transfer characteristic of the filter according to the attenuation parameter (Attr), to decrease a degree of attenuation of the vibrational frequency component of the drivetrain with an increase of the request value for the responsivity of the output torque.
Apparatus for use in monitoring user activity, the apparatus being configured to: receive orientation data broadcast by a user device , the broadcast orientation data having been generated by the user device in relation to activity of a user of the user device; analyse the received broadcast orientation data for the presence of a predetermined activity pattern of the user; and in response to the analysis indicating that the predetermined activity pattern of the user is present, cause transmittal of a request to the user device , the request being operable to cause the user device to: establish a connection with the apparatus ; and transmit orientation data generated by the user device in relation to activity of the user of the user device via the established connection rather than via broadcast, wherein the broadcast orientation data is generated and broadcast at a first repetition frequency and the transmitted orientation data is generated and transmitted at a second, higher repetition frequency. receive orientation data broadcast by a user device , the broadcast orientation data having been generated by the user device in relation to activity of a user of the user device; analyse the received broadcast orientation data for the presence of a predetermined activity pattern of the user; and in response to the analysis indicating that the predetermined activity pattern of the user is present, cause transmittal of a request to the user device , the request being operable to cause the user device to: establish a connection with the apparatus ; and transmit orientation data generated by the user device in relation to activity of the user of the user device via the established connection rather than via broadcast, establish a connection with the apparatus ; and transmit orientation data generated by the user device in relation to activity of the user of the user device via the established connection rather than via broadcast, wherein the broadcast orientation data is generated and broadcast at a first repetition frequency and the transmitted orientation data is generated and transmitted at a second, higher repetition frequency.
A staple cartridge assembly , comprising: a cartridge body , comprising: a proximal end; a distal end; a deck configured to support the tissue of a patient; and a staple cavity defined in said deck ; a staple removably stored in said staple cavity , wherein said staple comprises: a crown comprising a tissue engaging surface ; a deformable first leg extending from said crown ; a deformable second leg extending from said crown ; and a driver integrally formed with said crown ; and a firing member movable toward said distal end during a firing stroke, wherein said firing member is configured to directly engage said driver of said staple and move said staple between an unfired position and a fired position during the firing stroke, wherein the staple is adapted to be deformed into a B-shaped configuration in a forming pocket having a first forming cup configured to receive the deformable first leg as said staple is moved between its unfired position and its fired position, and a second forming cup configured to receive the deformable second leg as said staple is moved between its unfired position and its fired position, and wherein said tissue engaging surface of said crown is positioned entirely above said deck when said staple is in said fired position, and wherein said driver is positioned at least partially below said deck when said staple is in said fired position; characterized in that said staple is a unitary piece of metal. a cartridge body , comprising: a proximal end; a distal end; a deck configured to support the tissue of a patient; and a staple cavity defined in said deck ; a proximal end; a distal end; a deck configured to support the tissue of a patient; and a staple cavity defined in said deck ; a staple removably stored in said staple cavity , wherein said staple comprises: a crown comprising a tissue engaging surface ; a deformable first leg extending from said crown ; a deformable second leg extending from said crown ; and a driver integrally formed with said crown ; and a crown comprising a tissue engaging surface ; a deformable first leg extending from said crown ; a deformable second leg extending from said crown ; and a driver integrally formed with said crown ; and a firing member movable toward said distal end during a firing stroke, wherein said firing member is configured to directly engage said driver of said staple and move said staple between an unfired position and a fired position during the firing stroke, wherein the staple is adapted to be deformed into a B-shaped configuration in a forming pocket having a first forming cup configured to receive the deformable first leg as said staple is moved between its unfired position and its fired position, and a second forming cup configured to receive the deformable second leg as said staple is moved between its unfired position and its fired position, and wherein said tissue engaging surface of said crown is positioned entirely above said deck when said staple is in said fired position, and wherein said driver is positioned at least partially below said deck when said staple is in said fired position; characterized in that said staple is a unitary piece of metal.
A security system comprising: a control panel that is configured to detect threats within a secured area; at least one Bluetooth low energy device located proximate an exit from the secured area that is configured to broadcast a wireless location identification signal within a limited range; and a portable wireless device that is configured to detect the wireless location identification signal when located within the limited range to identify that the portable wireless device is departing from the secured area; wherein the portable wireless device is configured to send a notification of the wireless location identification signal to the control panel , and responsive thereto, the control panel is configured to initiate display of a first screen used to arm the security system on a first user interface of the control panel , and wherein the portable wireless device , simultaneously with sending the notification, is configured to initiate display of a second screen used to arm the security system on a second user interface of the portable wireless device . a control panel that is configured to detect threats within a secured area; at least one Bluetooth low energy device located proximate an exit from the secured area that is configured to broadcast a wireless location identification signal within a limited range; and a portable wireless device that is configured to detect the wireless location identification signal when located within the limited range to identify that the portable wireless device is departing from the secured area; wherein the portable wireless device is configured to send a notification of the wireless location identification signal to the control panel , and responsive thereto, the control panel is configured to initiate display of a first screen used to arm the security system on a first user interface of the control panel , and wherein the portable wireless device , simultaneously with sending the notification, is configured to initiate display of a second screen used to arm the security system on a second user interface of the portable wireless device .
An anti-reflection structure body comprising a base member which is made of glassy carbon, at a surface of which an anti-reflection structure is formed by subjecting the base member to an ion beam processing by using a gas including oxygen with an ion beam processing apparatus of an electron cyclotron resonance type, the anti-reflection structure comprising a cluster of minute projections 30) each having an acicular shape or a cone shape with a diameter that contracts toward a tip thereof, and wherein the height of the projections falls in a range of from 720 nm to 1370 nm, and a diameter of a root of the projections falls in a range of from 80 nm to 220 nm, and the pitch of the projections falls in a range of from 120 nm to 220 nm, wherein an angle of a tip portion of each of the minute projections is smaller than 37.8°.
Device for moving a load, comprising a mobile, in particular rolling chassis from which a lifting device extends with at least one lifting member , which lifting device is intended and configured to receive the load thereon, wherein the lifting member comprises an at least partially lying base and a shoe which extends over a lying part of the base with interposing of at least one weight sensor of electronic weighing means for recording and generating as electronic signal a magnitude of a load carried by the shoe, which weighing means comprise a base unit with at least electronic processing means and an electronic power supply, which base unit is coupled via an electronic connection to the at least one weight sensor, characterized in that the shoe comprises on a proximal side a solid upright part which leaves an intermediate space in relation to a further part of the device, and that at least the base unit of the weighing means is received at least substantially wholly in the intermediate space behind the upright part.