mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: two or more motion sensors comprising a gyroscope and an accelerometer ; a memory configured to receive signals from the two or more motion sensors; a processor in communication with the memory; and a classification algorithm executed by the processor; the classification algorithm for identifying activities that a user is engaged in; wherein device is configured to: operate in a full power mode in which the gyroscope and the accelerometer collect data; perform activity classification where an activity is recognized; store current accelerometer values and then shut off the gyroscope when a confidence level of the reported activity is sufficiently high to enter a low power mode with the accelerometer still active and collecting data; compare a variance between current accelerometer values and the stored accelerometer values; and transition back to the full power mode to perform activity classification if the variance is sufficiently large. two or more motion sensors comprising a gyroscope and an accelerometer ; a memory configured to receive signals from the two or more motion sensors; a processor in communication with the memory; and a classification algorithm executed by the processor; the classification algorithm for identifying activities that a user is engaged in; wherein device is configured to: operate in a full power mode in which the gyroscope and the accelerometer collect data; perform activity classification where an activity is recognized; store current accelerometer values and then shut off the gyroscope when a confidence level of the reported activity is sufficiently high to enter a low power mode with the accelerometer still active and collecting data; compare a variance between current accelerometer values and the stored accelerometer values; and transition back to the full power mode to perform activity classification if the variance is sufficiently large. operate in a full power mode in which the gyroscope and the accelerometer collect data; perform activity classification where an activity is recognized; store current accelerometer values and then shut off the gyroscope when a confidence level of the reported activity is sufficiently high to enter a low power mode with the accelerometer still active and collecting data; compare a variance between current accelerometer values and the stored accelerometer values; and transition back to the full power mode to perform activity classification if the variance is sufficiently large.
Household refrigerator with a housing , in which at least one receiving compartment for food is embodied, with at least one food receiving unit , which is arranged movably in the receiving compartment , with an evaporator and with a thermal insulation part , which is embodied on a wall of the food receiving unit , so that a thermal insulation of at least the wall in respect of the evaporator is embodied, characterised in that the thermal insulation part has a base body , which has a receiving volume for an insulation material, wherein the thermal insulation part which is separate from the wall is arranged on the wall in a non-destructive, detachable manner.
A measurement system comprising: a first voltage measurement unit , which measures a first voltage as a line voltage between a first phase and a second phase of a three-phase power line configured by three phases including the first phase, the second phase, and a third phase; a first current measurement unit , which measures a first current as a current of the first phase; a third current measurement unit , which measures a third current as a current of the third phase; a determination unit , which determines a direction of rotation of the three phases on the basis of the first voltage and the first current; characterized in that the measurement system further comprises a computation unit , which, on the basis of at least the determination of the direction of rotation by the determination unit , computes a change in a current phase due to a load device in each of the first current, the third current, and a second current as a current of the second phase. a first voltage measurement unit , which measures a first voltage as a line voltage between a first phase and a second phase of a three-phase power line configured by three phases including the first phase, the second phase, and a third phase; a first current measurement unit , which measures a first current as a current of the first phase; a third current measurement unit , which measures a third current as a current of the third phase; a determination unit , which determines a direction of rotation of the three phases on the basis of the first voltage and the first current; characterized in that the measurement system further comprises a computation unit , which, on the basis of at least the determination of the direction of rotation by the determination unit , computes a change in a current phase due to a load device in each of the first current, the third current, and a second current as a current of the second phase.
- Tyre , intended to be mounted on a nominal rim and inflated to a nominal pressure P, having an axial width S and a radial height H in the mounted and inflated state, and comprising: - a crown having a radially outer tread surface , intended to come into contact with the ground, and two axial ends , each extended radially towards the inside by a sidewall and then by a bead intended to come into contact with the rim , - the crown , the sidewalls and the beads delimiting a toroidal interior cavity , - the tyre having an equatorial plane (XZ) passing through the middle of its tread surface and perpendicular to an axis of rotation (YY'), characterized in that the tyre comprises a stiffening structure , comprising at least one stiffening element extending continuously in the toroidal interior cavity , from a crown interface connected to a radially inner face of the crown , to a bead interface connected to an axially inner face of the bead , in that the stiffening structure is distributed circumferentially over the entire circumference of the tyre, in that the axially outermost stiffening element crown interface is positioned, with respect to the equatorial plane (XZ), at an axial distance A at most equal to 0.45 times the axial width S, and in that the radially outermost stiffening element bead interface is positioned, with respect to a radially innermost point (I) of the axially inner face of the bead , at a radial distance B at most equal to 0.5 times the radial height H, the bead interface , connected to an axially inner face of the bead , is different from an overhanging flexible base extending a bead axially towards the inside and comprising a free end, the flexible base comprising an anchoring portion anchoring it to the bead and a rigid standard portion extending axially towards the inside from the anchoring portion to the free end, the stiffening element extending continuously in the toroidal interior cavity from the crown interface to the flexible base. - a crown having a radially outer tread surface , intended to come into contact with the ground, and two axial ends , each extended radially towards the inside by a sidewall and then by a bead intended to come into contact with the rim , - the crown , the sidewalls and the beads delimiting a toroidal interior cavity , - the tyre having an equatorial plane (XZ) passing through the middle of its tread surface and perpendicular to an axis of rotation (YY'),
Regenerated drill rods, comprising a drill rods main body , a regeneration sleeve and a coupling zone , wherein the drill rods main body has at least one end-side connection section which has a connection section outer lateral surface , wherein the regeneration sleeve is designed as a hollow cylinder, concentrically encloses the connection section at least in segments and comprises a sleeve body and a sleeve inner lateral surface , wherein the sleeve body has a hard material body inclusion , wherein the coupling zone connects, two-dimensionally, the connection section outer lateral surface and the sleeve inner lateral surface to one another as a hybrid coupling in a positive substance manner by means of a friction weld seam and in a force-fit manner by means of a shrinking-on process. comprising a drill rods main body , a regeneration sleeve and a coupling zone , wherein the drill rods main body has at least one end-side connection section which has a connection section outer lateral surface , wherein the regeneration sleeve is designed as a hollow cylinder, concentrically encloses the connection section at least in segments and comprises a sleeve body and a sleeve inner lateral surface , wherein the sleeve body has a hard material body inclusion , wherein the coupling zone connects, two-dimensionally, the connection section outer lateral surface and the sleeve inner lateral surface to one another as a hybrid coupling in a positive substance manner by means of a friction weld seam and in a force-fit manner by means of a shrinking-on process.
Method for producing a musical instrument , said musical instrument comprising a hollow and compressible body made of a flexible and elastic material, delimiting an internal cavity , an internal wall arranged inside said body in order to divide said internal cavity into two chambers , and a musical insert mounted through said internal wall in order to place said chambers in communication with one another and designed to emit a sound when passed through by an air flow (F), said air flow being generated by a mechanical pressure exerted on said body at the level of one of the chambers, in which method the body of said musical instrument is made, using a moulding technique, from an elastomer material shaped in a hollow production mould provided with a vent, the internal volume of said mould corresponding to the three-dimensional impression of said body , characterised in that said internal wall provided with a through-orifice designed to receive and hold said musical insert in position is produced separately, in that , prior to the step of moulding said body , said internal wall is added into said production mould such that the periphery thereof is overmoulded by said body during the moulding step, in that , after the moulding operation for said body , said musical insert is inserted into said body via the vent hole left in the external wall of said body by the vent of said production mould, in order to interlock same in the internal wall through said through-orifice and simultaneously hermetically seal said through-orifice, and in that , after mounting the musical insert inside said body , said vent hole is closed by a plug in order to sealingly plug and hermetically seal said internal cavity , such that said musical insert is arranged inside said body , between the two chambers so as to communicate solely therewith, without any communication with the environment external to said musical instrument .
A pancreatic cancer determination marker comprising a sugar chain represented by the formula 5 present in inter-alpha trypsin inhibitor heavy chain H3; in the formula 5, n2 represents 0 or 1.
Continuous process for manufacturing a lightweight sandwich panel , comprising a lower and an upper cover layer , each made of compressed wood chips glued together, and an intermediate layer arranged between the two cover layers and firmly connected thereto, which has rigid foam, comprising the following steps: 1) Providing a lower and upper cover coating of scattered, glued wood chips; 2) Pressing the obtained upper and lower cover coating using pressure and temperature to form a particle board; 3) Relieving the pressure of the particle board, whereby the particle board tears open due to the steam pressure built up in its core zone and separates into an upper and lower cover layer ; 4) Separating the upper and lower cover layers so that an intermediate layer can be introduced; 5) Introducing an intermediate layer between the upper and lower cover layers in the form of polymers which can be foamed and cured to become rigid foam; 6) Foaming of the polymers until they are viscous to plastically deformable but still compressible; 7) Bringing the cover layers together to the target thickness of the lightweight sandwich panel to be manufactured and maintaining the thickness until the intermediate layer has reacted to obtain the lightweight sandwich panel , characterized in that before the pressing of step 2), and before carrying out step 3), a liquid splitting aid is added to one or both cover coatings of the particle board or is applied to one or both cover coatings of the particle board, wherein the liquid splitting aid is an aqueous solution or an aqueous dispersion, and the splitting aid is selected from a group consisting of one or more surfactants or from a group consisting of one or more acids. 1) Providing a lower and upper cover coating of scattered, glued wood chips; 2) Pressing the obtained upper and lower cover coating using pressure and temperature to form a particle board; 3) Relieving the pressure of the particle board, whereby the particle board tears open due to the steam pressure built up in its core zone and separates into an upper and lower cover layer ; 4) Separating the upper and lower cover layers so that an intermediate layer can be introduced; 5) Introducing an intermediate layer between the upper and lower cover layers in the form of polymers which can be foamed and cured to become rigid foam; 6) Foaming of the polymers until they are viscous to plastically deformable but still compressible; 7) Bringing the cover layers together to the target thickness of the lightweight sandwich panel to be manufactured and maintaining the thickness until the intermediate layer has reacted to obtain the lightweight sandwich panel ,
An imaging device comprising: a control unit configured to perform an interchangeable lens status change estimation to indicate a change in status of an interchangeable lens , and configured to output warning information to a warning unit to warn a user in a case where interchangeable lens status is determined to be different from user setting lens status on a basis of a result of the interchangeable lens status change estimation, characterized in that the interchangeable lens status change estimation is performed by the control unit without obtaining information regarding the lens status from the interchangeable lens.
A formulation for forming a hydrophobic film comprising: a waterborne cationic wax emulsion in water having an oil content of to 3 % by weight based on said emulsion, and including 5 to 40% by weight of cationic wax based on said emulsion, wherein said cationic wax has both a hydrophilic and hydrophobic region and the said cationic wax has a melting temperature of between 43.3 °C and 60 °C, and 5 to 25% by weight (based on the wax) of cationic surfactant having an HLB value between 4.0 and 12.0; water as a carrier; and a carrier solvent miscible with water. a waterborne cationic wax emulsion in water having an oil content of to 3 % by weight based on said emulsion, and including 5 to 40% by weight of cationic wax based on said emulsion, wherein said cationic wax has both a hydrophilic and hydrophobic region and the said cationic wax has a melting temperature of between 43.3 °C and 60 °C, and 5 to 25% by weight (based on the wax) of cationic surfactant having an HLB value between 4.0 and 12.0; water as a carrier; and a carrier solvent miscible with water.
A cylinder head for a pump , the cylinder head comprising: a pressure chamber ; an inlet manifold for receiving a low pressure fluid and for directing the low pressure fluid to the pressure chamber , the inlet manifold being formed as a single piece; an outlet manifold for receiving a pressurized fluid from the pressure chamber and for directing the pressurized fluid to an outlet , the outlet manifold being formed as a single piece separate from the inlet manifold ; the pressure chamber positioned fluidly between the inlet manifold and the outlet manifold for receiving the low pressure fluid from the inlet manifold and directing the low pressure fluid to a cylinder chamber at least partially defined by a cylinder block of the pump , and for receiving the pressurized fluid from the cylinder chamber and directing the pressurized fluid to the outlet manifold , the pressure chamber being formed as a single piece separate from the inlet manifold and separate from the outlet manifold , the pressure chamber being formed of a first material; characterised in that : at least one of the inlet manifold and the outlet manifold is formed of a second material different than the first material; the first material provides a mechanical strength which withstands higher pressures than the second material; and wherein the second material includes aluminium. a pressure chamber ; an inlet manifold for receiving a low pressure fluid and for directing the low pressure fluid to the pressure chamber , the inlet manifold being formed as a single piece; an outlet manifold for receiving a pressurized fluid from the pressure chamber and for directing the pressurized fluid to an outlet , the outlet manifold being formed as a single piece separate from the inlet manifold ; the pressure chamber positioned fluidly between the inlet manifold and the outlet manifold for receiving the low pressure fluid from the inlet manifold and directing the low pressure fluid to a cylinder chamber at least partially defined by a cylinder block of the pump , and for receiving the pressurized fluid from the cylinder chamber and directing the pressurized fluid to the outlet manifold , the pressure chamber being formed as a single piece separate from the inlet manifold and separate from the outlet manifold , the pressure chamber being formed of a first material; characterised in that : at least one of the inlet manifold and the outlet manifold is formed of a second material different than the first material; the first material provides a mechanical strength which withstands higher pressures than the second material; and wherein the second material includes aluminium.
A wind turbine drive system , comprising: a plurality of driving devices installed in one structure at a movable section of a wind turbine , each of the plurality of driving devices including a drive gear meshing with a ring gear installed in another structure at the movable section of the wind turbine and a brake mechanism that brakes rotation transmitted to the drive gear or rotation output from the drive gear ; a state quantity detection unit for monitoring, for each of the plurality of driving devices , a load generated between the drive gear of each of the plurality of driving devices and the ring gear ; and a control unit for performing control for reducing the load when the state quantity detection unit detects an abnormal load, characterised in that when the state quantity detection unit detects an abnormal load, the control unit first performs a process for reducing the load and then controls either simultaneously or sequentially the plurality of driving devices for test operation, and wherein the control unit controls the plurality of driving devices for the test operation such that the brake mechanism of each of the plurality of driving devices operates first and then the drive force is output from the drive gear of each of the plurality of driving devices to the ring gear . a plurality of driving devices installed in one structure at a movable section of a wind turbine , each of the plurality of driving devices including a drive gear meshing with a ring gear installed in another structure at the movable section of the wind turbine and a brake mechanism that brakes rotation transmitted to the drive gear or rotation output from the drive gear ; a state quantity detection unit for monitoring, for each of the plurality of driving devices , a load generated between the drive gear of each of the plurality of driving devices and the ring gear ; and a control unit for performing control for reducing the load when the state quantity detection unit detects an abnormal load, characterised in that when the state quantity detection unit detects an abnormal load, the control unit first performs a process for reducing the load and then controls either simultaneously or sequentially the plurality of driving devices for test operation, and wherein the control unit controls the plurality of driving devices for the test operation such that the brake mechanism of each of the plurality of driving devices operates first and then the drive force is output from the drive gear of each of the plurality of driving devices to the ring gear .
High-speed brake device for an electrically operated utility vehicle comprising a drive train , which has at least one electric drive motor , at least one transmission and at least one wheel hub , characterized by a vehicle brake which is arranged along the drive train downstream of the transmission and upstream of the at least one electric drive motor , as seen from the at least one wheel hub , and has at least one of the following actuators: a pneumatic actuator, an electric actuator.
A method of measuring a biosignal by differentiating between a loose contact state and a close contact state of a wearable device , the method comprising: loosely attaching a bracelet, as the wearable device , to a wrist of a user, corresponding to the loose contact state; determining whether the bracelet is moved from the wrist towards a forearm of the user having a relatively greater circumference than the wrist, corresponding to the close contact state, based on an intention of the user to acquire a biosignal, comprising: measuring a numerical range in which the bracelet is in contact with the user, and determining that the bracelet is in the close contact state if the measure range is greater than or equal to a standard percentage value of an internal area of the bracelet; and providing a biosignal-based service in response to the bracelet being determined to be in the close contact state, and providing a non-biosignal based service to the user in response to the bracelet being determined to be in the loose contact state. loosely attaching a bracelet, as the wearable device , to a wrist of a user, corresponding to the loose contact state; determining whether the bracelet is moved from the wrist towards a forearm of the user having a relatively greater circumference than the wrist, corresponding to the close contact state, based on an intention of the user to acquire a biosignal, comprising: measuring a numerical range in which the bracelet is in contact with the user, and determining that the bracelet is in the close contact state if the measure range is greater than or equal to a standard percentage value of an internal area of the bracelet; and measuring a numerical range in which the bracelet is in contact with the user, and determining that the bracelet is in the close contact state if the measure range is greater than or equal to a standard percentage value of an internal area of the bracelet; and providing a biosignal-based service in response to the bracelet being determined to be in the close contact state, and providing a non-biosignal based service to the user in response to the bracelet being determined to be in the loose contact state.
Commercial vehicle tyre of radial construction having a tread , a belt bandage comprising a plurality of belt plies , an airtight inner layer running along the inside of the tyre, an at least single-ply carcass insert comprising steel cords as strength members and a squeegee ply arranged between the carcass insert and the inner layer which is based on a rubber mixture containing the fillers carbon black and silica in a proportion of 20 phr to < 43 phr and a sulfur accelerator crosslinking system comprising at least one accelerator from the group of benzothiazolesulfenamide accelerators in a proportion of 1 phr to 3 phr, characterized in that the proportion of sulfur in the sulfur accelerator crosslinking system of the rubber mixture is 4 phr to 7 phr.