mhurhangee/patent-ind-claim-en huggingface dataset:
An insert comprising substantially parallelogrammatic upper and lower surfaces , a side surface connecting said upper surface and said lower surface , and a screw-receiving hole penetrating from said upper surface to said lower surface ; a pair of corner portions (7a1, 7a2) of said upper surface having corner cutting edges ; part of a long-side ridgeline and a short-side ridgeline adjacent to said corner cutting edge having a main cutting edge and an auxiliary cutting edge both inclined downward from said corner cutting edge ; said upper surface having rake faces for said main cutting edge and said auxiliary cutting edge ; said side surface having flanks for said main cutting edge and said auxiliary cutting edge ; characterized in that said main cutting edge is constituted by first to third straight cutting edges ; said first to third straight cutting edges being connected in a bent-line shape with inward obtuse crossing angles when viewed from above, such that said second straight cutting edge is positioned outermost; and a cutting edge angle β 1 between the rake face and flank of said first straight cutting edge , a cutting edge angle β 2 between the rake face and flank of said second straight cutting edge , and a cutting edge angle β 3 between the rake face and flank of said third straight cutting edge meeting the relation of β 1 > β 2 > β 3 . a pair of corner portions (7a1, 7a2) of said upper surface having corner cutting edges ; part of a long-side ridgeline and a short-side ridgeline adjacent to said corner cutting edge having a main cutting edge and an auxiliary cutting edge both inclined downward from said corner cutting edge ; said upper surface having rake faces for said main cutting edge and said auxiliary cutting edge ; said side surface having flanks for said main cutting edge and said auxiliary cutting edge ; characterized in that said main cutting edge is constituted by first to third straight cutting edges ; said first to third straight cutting edges being connected in a bent-line shape with inward obtuse crossing angles when viewed from above, such that said second straight cutting edge is positioned outermost; and a cutting edge angle β 1 between the rake face and flank of said first straight cutting edge , a cutting edge angle β 2 between the rake face and flank of said second straight cutting edge , and a cutting edge angle β 3 between the rake face and flank of said third straight cutting edge meeting the relation of β 1 > β 2 > β 3 .
A method for controlling the production in a blow room, comprising a controller and at least one supplying machine , comprising a supplying part and at least one machine to be supplied , wherein the machine to be supplied has a filling level measurement, and the machines are connected to the controller , wherein the machine to be supplied determines the production of the supplying part of the supplying machine based on the filling level, characterized in that a production area having a minimum production and a maximum production is defined for each supplying machine , and when production drops below the minimum production, the supplying part of the supplying machine is shut down, the shutdown taking place independently of the filling level of the machine to be supplied .
A kitchen appliance drive unit comprising: - a housing ; - a drive mechanism in the housing; - a rotary member driven by the drive mechanism; - a first opening ; a second opening ; and - a fluid pump driven by the drive mechanism and being fluidly connected to the first and second openings , the fluid pump being arranged, in a first mode of operation, to displace a fluid from the first opening to the second opening , characterized in that the fluid pump is also arranged, in a second mode of operation, to displace a fluid from the second opening to the first opening . - a housing ; - a drive mechanism in the housing; - a rotary member driven by the drive mechanism; - a first opening ; a second opening ; and - a fluid pump driven by the drive mechanism and being fluidly connected to the first and second openings , the fluid pump being arranged, in a first mode of operation, to displace a fluid from the first opening to the second opening , characterized in that the fluid pump is also arranged, in a second mode of operation, to displace a fluid from the second opening to the first opening .
Machine for preparing infusions or macerated beverages comprising a jug intended to receive a liquid and a receiving base , said receiving base comprising a motor intended to rotate a drive shaft about an axis Δ, said jug comprising a basket filter for receiving an ingredient to infuse or macerate, which is rotated by the drive shaft about the axis Δ, said basket filter being movable in the jug between an infusion position wherein the basket filter is immersed in the liquid and coupled with the drive shaft and an extracted draining position wherein the basket filter is arranged above the level of the liquid, the jug resting on the receiving base during the preparation of the beverage and being removed from the receiving base , in particular for serving the beverage or cleaning, the jug comprising an upper opening and a cover , movable between a closed position wherein the cover covers the upper opening and an open position wherein the cover is offset from the upper opening of the jug , characterised in that the basket filter is movable along the axis Δ with a clearance reduced to a few millimetres when the basket filter is in the infusion position, said machine for preparing beverages comprising an abutment device to limit the mobility of the basket filter along the axis Δ and in that the cover comprises a lower wall which forms part of the abutment device.
A method for treating a surface of a contoured titanium substrate used for adhesively bonded engine components, comprising: applying energy from a laser system to a contoured surface of a titanium substrate , the method being characterised in that : the laser system is an infrared fiber laser system that produces pulse energy in the range of about 0.2 to 1.0 mJ and at a pitch of about 0.01 to 0.03 mm using a laser beam having a diameter of about 40 μm, and the laser energy is distributed to the contoured titanium surface by at least one of direct line of sight, reflection, or scattering of one or more laser beam , wherein the step of applying energy from the fiber laser system to the contoured surface of the titanium substrate creates a produced oxide layer within the titanium substrate , the produced oxide layer including a nanoscale open porous morphology . applying energy from a laser system to a contoured surface of a titanium substrate , the method being characterised in that : the laser system is an infrared fiber laser system that produces pulse energy in the range of about 0.2 to 1.0 mJ and at a pitch of about 0.01 to 0.03 mm using a laser beam having a diameter of about 40 μm, and the laser energy is distributed to the contoured titanium surface by at least one of direct line of sight, reflection, or scattering of one or more laser beam , wherein the step of applying energy from the fiber laser system to the contoured surface of the titanium substrate creates a produced oxide layer within the titanium substrate , the produced oxide layer including a nanoscale open porous morphology .
A control unit configured to group feed animals in a herd where the animals are kept in different feeding groups based on an estimated energy need of the animals , and where each respective feeding group is provided with feed having different energy content; wherein the control unit is configured to: identify an animal in a first feeding group ; determine Body Condition Score, BCS, of the identified animal ; characterized in that the control unit is configured to: define a position , in a lactation cycle , of the identified animal ; compare the determined BCS of the identified animal with a reference value corresponding to the defined position in the lactation cycle ; and confirm that the animal is able to assimilate the feed and is kept in the correct feeding group when the determined BCS of the animal is within an interval, defined by the reference value minus a first margin and the reference value in addition to a second margin . identify an animal in a first feeding group ; determine Body Condition Score, BCS, of the identified animal ; characterized in that the control unit is configured to: define a position , in a lactation cycle , of the identified animal ; compare the determined BCS of the identified animal with a reference value corresponding to the defined position in the lactation cycle ; and confirm that the animal is able to assimilate the feed and is kept in the correct feeding group when the determined BCS of the animal is within an interval, defined by the reference value minus a first margin and the reference value in addition to a second margin . define a position , in a lactation cycle , of the identified animal ; compare the determined BCS of the identified animal with a reference value corresponding to the defined position in the lactation cycle ; and confirm that the animal is able to assimilate the feed and is kept in the correct feeding group when the determined BCS of the animal is within an interval, defined by the reference value minus a first margin and the reference value in addition to a second margin .
Machine tool for machining a workpiece, with - a machine table for clamping the workpiece, - a working spindle for receiving a tool for machining the workpiece, - a work space substantially delimited by the machine table and by at least a first covering , and - a tool changer which is arranged outside the work space and which is configured for changing the tool received in the working spindle , wherein the machine tool is further configured such that during a tool change - the first covering is moved, thereby extending the work space of the machine tool by a tool change area and exposing an access area , and - the working spindle is positioned in the tool change area in such a way that the tool changer can change the tool received in the working spindle within the tool change area , characterized in that the tool changer can be moved through the access area into the tool change area . - a machine table for clamping the workpiece, - a working spindle for receiving a tool for machining the workpiece, - a work space substantially delimited by the machine table and by at least a first covering , and - a tool changer which is arranged outside the work space and which is configured for changing the tool received in the working spindle , wherein the machine tool is further configured such that during a tool change - the first covering is moved, thereby extending the work space of the machine tool by a tool change area and exposing an access area , and - the working spindle is positioned in the tool change area in such a way that the tool changer can change the tool received in the working spindle within the tool change area , - the first covering is moved, thereby extending the work space of the machine tool by a tool change area and exposing an access area , and - the working spindle is positioned in the tool change area in such a way that the tool changer can change the tool received in the working spindle within the tool change area ,
Coil assembly for an actively controlled damping valve assembly of a vehicle, comprising: a mating surface for mating with an inner surface of a cavity of a valve housing of the damping valve assembly , and a fixation member configured for axially and rotationally locking the coil assembly with said valve housing , characterized in that the fixation member is adapted with an outer surface of substantially circular geometry comprising three protuberances circumferentially spaced apart and defining press-fit interference points with the inner surface of the cavity such that the coil assembly is axially and rotationally lockable to the valve housing irrespective whether the coil assembly is inserted into the valve housing in a first axial rotational orientation or an at least second axial rotational orientation relative the valve housing different from the first axial rotational orientation. a mating surface for mating with an inner surface of a cavity of a valve housing of the damping valve assembly , and a fixation member configured for axially and rotationally locking the coil assembly with said valve housing , characterized in that the fixation member is adapted with an outer surface of substantially circular geometry comprising three protuberances circumferentially spaced apart and defining press-fit interference points with the inner surface of the cavity such that the coil assembly is axially and rotationally lockable to the valve housing irrespective whether the coil assembly is inserted into the valve housing in a first axial rotational orientation or an at least second axial rotational orientation relative the valve housing different from the first axial rotational orientation.
An apparatus for indicating a change in a level of fluid in tissue of a body, comprising: a detecting component attachable to a body portion of a patient undergoing fluid injection or infusion for transmitting power into and receiving power from the body portion , wherein a change in the received power is indicative of a fluid level change; a signal processing component for generating an output signal based at least in part on the received power ; a wireless interface for transmitting, to a receiver , the output signal from the signal processing component ; and a power supply for powering the detecting component and the wireless interface ; characterised in that the detecting component comprises: a control component for intermittently causing power to be transmitted to the body portion ; and wherein the control component comprises an adjustment feature configured to set a rate of activation of the detecting component , wherein the rate of activation relates to a rate of fluid injection or infusion and wherein activation of the detecting component causes power to be transmitted into the body portion. a detecting component attachable to a body portion of a patient undergoing fluid injection or infusion for transmitting power into and receiving power from the body portion , wherein a change in the received power is indicative of a fluid level change; a signal processing component for generating an output signal based at least in part on the received power ; a wireless interface for transmitting, to a receiver , the output signal from the signal processing component ; and a power supply for powering the detecting component and the wireless interface ; characterised in that the detecting component comprises: a control component for intermittently causing power to be transmitted to the body portion ; and wherein the control component comprises an adjustment feature configured to set a rate of activation of the detecting component , wherein the rate of activation relates to a rate of fluid injection or infusion and wherein activation of the detecting component causes power to be transmitted into the body portion. a control component for intermittently causing power to be transmitted to the body portion ; and wherein the control component comprises an adjustment feature configured to set a rate of activation of the detecting component , wherein the rate of activation relates to a rate of fluid injection or infusion and wherein activation of the detecting component causes power to be transmitted into the body portion.
A computer-implemented method for providing an asynchronous execution queue for accelerator hardware, the method comprising: replacing a malloc operation in an execution queue to be sent to an accelerator with an asynchronous malloc operation that returns a unique reference pointer, whereby the reference pointer on the accelerator hardware gets translated later into a physical memory pointer, whereby execution of the asynchronous malloc operation in the execution queue by the accelerator allocates a requested memory size and adds an entry to a look-up table accessible by the accelerator that maps the reference pointer to a corresponding memory address, whereby all data pointers that are shared between the accelerator and a host get replaced with reference pointers.
A cleaner comprising: a suction head ; a dust collecting apparatus having one end mounted on the suction head , and configured to form a dust chamber ; characterized in that the cleaner further comprises an extension member slidably coupled to the dust collecting apparatus , wherein the extension member comprises: a rubbish removal member configured to be slidable in the dust chamber and configured to discharge rubbish of the dust chamber , and an opening and closing device configured to open and close the dust chamber and configured to interlock with the rubbish removal member . a suction head ; a dust collecting apparatus having one end mounted on the suction head , and configured to form a dust chamber ; characterized in that the cleaner further comprises an extension member slidably coupled to the dust collecting apparatus , wherein the extension member comprises: a rubbish removal member configured to be slidable in the dust chamber and configured to discharge rubbish of the dust chamber , and an opening and closing device configured to open and close the dust chamber and configured to interlock with the rubbish removal member . a rubbish removal member configured to be slidable in the dust chamber and configured to discharge rubbish of the dust chamber , and an opening and closing device configured to open and close the dust chamber and configured to interlock with the rubbish removal member .
A method for controlling a transmission device of a vehicle, the device comprising a hydraulic transmission having n hydraulic motors driving the carrying wheels of the vehicle, n being a non-zero integer, and a hydraulic pump able to be driven by a drive to supply the hydraulic motors with fluid, wherein the displacement of the hydraulic pump is piloted so that it delivers a constant flow rate to the n hydraulic motors that is proportional to the speed of main wheels driven in rotation by the drive , characterized in that the displacement piloting of the hydraulic pump is carried out by means of a correction constant (Cc) and a correction variable (Vc), the correction variable (Vc) being determined in real time, the correction constant (Cc) being composed of the sum of a theoretical constant (Ct) and an adjusted constant (Ca), the theoretical constant (Ct) being defined as a function of the theoretical behavior of the hydraulic transmission, and the adjusted constant (Ca) being defined and corrected when the vehicle is under predetermined conditions of use, in order to reflect the real state of the vehicle.
Compound of formula (I): wherein R 1 , R 2 , R 3 , R 4 are selected from: -(C 1 -C 12 )-alkyl, -O-(C 1 -C 12 )-alkyl, and R 5 is selected from: -(C 1 -C 12 )-alkyl, -O-(C 1 -C 12 )-alkyl, - Ph. wherein R 1 , R 2 , R 3 , R 4 are selected from: -(C 1 -C 12 )-alkyl, -O-(C 1 -C 12 )-alkyl, and R 5 is selected from: -(C 1 -C 12 )-alkyl, -O-(C 1 -C 12 )-alkyl, - Ph.
A system comprising: a system management memory segment ; an operating system memory segment ; wherein the operating system memory segment includes an allocated operating system memory segment, wherein process pool tags exists in the operating system memory segment , a firmware controller communicatively coupled to the system management memory segment and the operating system memory segment to: initiate a system management execution mode of the system ; scan memory for a process pool tag ; compare the process pool tag to a set of operating system process pool tags ; detect a coherency discrepancy between the process pool tag and the set of operating system process pool tags based on the comparing; write a coherency discrepancy data structure to a prior allocated OS memory segment or user space memory ; and exit the system management execution mode of the system , wherein the process pool tags are included in a memory management data structure configured to be utilized by the operating system to track the memory allocated and freed by processes running under operating system control. a system management memory segment ; an operating system memory segment ; wherein the operating system memory segment includes an allocated operating system memory segment, wherein process pool tags exists in the operating system memory segment , a firmware controller communicatively coupled to the system management memory segment and the operating system memory segment to: initiate a system management execution mode of the system ; scan memory for a process pool tag ; compare the process pool tag to a set of operating system process pool tags ; detect a coherency discrepancy between the process pool tag and the set of operating system process pool tags based on the comparing; write a coherency discrepancy data structure to a prior allocated OS memory segment or user space memory ; and exit the system management execution mode of the system , initiate a system management execution mode of the system ; scan memory for a process pool tag ; compare the process pool tag to a set of operating system process pool tags ; detect a coherency discrepancy between the process pool tag and the set of operating system process pool tags based on the comparing; write a coherency discrepancy data structure to a prior allocated OS memory segment or user space memory ; and exit the system management execution mode of the system , wherein the process pool tags are included in a memory management data structure configured to be utilized by the operating system to track the memory allocated and freed by processes running under operating system control.
A method for treating tissue comprising: a. attaching a patch of tissue to a plurality of grippers around the periphery of the patch ; b. applying a force to at least some of the grippers to apply tension to the patch of tissue ; c. securing the patch while under tension to a frame so that the tissue retains the tension; d. contacting the patch of tissue while secured to the frame and under tension with a chemical cross-linker to cross-link the patch while under tension, wherein the method is performed on a tissue modification apparatus comprising at least a first plurality of grippers aligned in a plane adapted to secure a first edge of a patch of tissue , the plurality of grippers each being secured to a first force actuator , characterized by the first plurality of grippers each being adapted to pivot relative to the first force actuator about an axis perpendicular to the plane. a. attaching a patch of tissue to a plurality of grippers around the periphery of the patch ; b. applying a force to at least some of the grippers to apply tension to the patch of tissue ; c. securing the patch while under tension to a frame so that the tissue retains the tension; d. contacting the patch of tissue while secured to the frame and under tension with a chemical cross-linker to cross-link the patch while under tension,