mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor device comprising: a sensor element having an electrical characteristic varying according to a physical amount; a signal processing circuit configured to process an output signal of the sensor element ; a transistor element interposed between a power source terminal and the signal processing circuit ; a resistive element configured to connect a drain and a gate of the transistor element, or a collector and a base of the transistor element and to the gate or the base of the transistor element, and to connect the gate, or the base, of the transistor element to a wire connecting the transistor element and the signal processing circuit; and an element having threshold voltage for connecting the gate or the base of the transistor element to a GND, wherein the element is configured to maintain electrical charge accumulated in the signal processing circuit by regulating current flowing from the resistive element in a direction of the GND and to switch the transistor element off, in a case in which supply voltage to the signal processing circuit falls below the threshold voltage. a sensor element having an electrical characteristic varying according to a physical amount; a signal processing circuit configured to process an output signal of the sensor element ; a transistor element interposed between a power source terminal and the signal processing circuit ; a resistive element configured to connect a drain and a gate of the transistor element, or a collector and a base of the transistor element and to the gate or the base of the transistor element, and to connect the gate, or the base, of the transistor element to a wire connecting the transistor element and the signal processing circuit; and an element having threshold voltage for connecting the gate or the base of the transistor element to a GND, wherein the element is configured to maintain electrical charge accumulated in the signal processing circuit by regulating current flowing from the resistive element in a direction of the GND and to switch the transistor element off, in a case in which supply voltage to the signal processing circuit falls below the threshold voltage.
A motor control apparatus , which performs motor (M) control, wherein the motor control apparatus comprises: a control portion , configured to control action of the motor (M); and a motor replacement detection portion , configured to detect a replacement of the motor (M); the motor control apparatus being characterized in further comprising a switching portion , configured to obtain usage information of the motor (M) to determine whether an encoder of the motor (M) is an incremental encoder or a non-incremental encoder, and switch the control portion between execution or non-execution of limiting processing; and an acceptance portion , configured to accept input from a user, wherein when the motor replacement detection portion detects the replacement of the motor (M), the switching portion switches the control portion to execute the limiting processing for limiting the action of the motor (M) in a case in which the encoder of the motor (M) is a non-incremental encoder, at least until the acceptance portion accepts, from the user, input of confirmation information of a confirmed intention of the replacement of the motor (M), and the switching portion switches the control portion not to execute the limiting processing for limiting the action of the motor (M) in a case in which the encoder of the motor (M) is an incremental encoder. a control portion , configured to control action of the motor (M); and a motor replacement detection portion , configured to detect a replacement of the motor (M); the motor control apparatus being characterized in further comprising a switching portion , configured to obtain usage information of the motor (M) to determine whether an encoder of the motor (M) is an incremental encoder or a non-incremental encoder, and switch the control portion between execution or non-execution of limiting processing; and an acceptance portion , configured to accept input from a user, wherein when the motor replacement detection portion detects the replacement of the motor (M), the switching portion switches the control portion to execute the limiting processing for limiting the action of the motor (M) in a case in which the encoder of the motor (M) is a non-incremental encoder, at least until the acceptance portion accepts, from the user, input of confirmation information of a confirmed intention of the replacement of the motor (M), and the switching portion switches the control portion not to execute the limiting processing for limiting the action of the motor (M) in a case in which the encoder of the motor (M) is an incremental encoder.
A handle device for a portable power tool with a pole comprising: - a sleeve for fixing the handle device to the pole, the sleeve having a sleeve axis and being configured for coaxial mounting on the pole along the sleeve axis, - a handle , and - a spacer between the sleeve and the handle, the spacer providing a space for gripping the handle and forming a vibration filter, characterised in that the spacer comprises at least one strap passing around the sleeve and having deformation flexibility perpendicular to the sleeve axis , that is greater than the deformation flexibility parallel to the sleeve axis . - a sleeve for fixing the handle device to the pole, the sleeve having a sleeve axis and being configured for coaxial mounting on the pole along the sleeve axis, - a handle , and - a spacer between the sleeve and the handle, the spacer providing a space for gripping the handle and forming a vibration filter,
An injector assembly for injecting material contained in a pouch into a mould, the assembly comprising: a housing having a distal end and a proximal end ; a chamber formed within the housing , the chamber configured to have an adjustable volume; a piston configured to be located at the distal end of the housing and configured for adjusting the volume of the chamber by movement thereof relative to the proximal end of the housing ; an injector head configured for retaining a pouch within the chamber of the housing ; wherein the housing further comprises a motor configured to control the movement of the piston within the chamber , characterized in that the chamber is holding a fluid, in that the injector head is configured for retaining a pouch within the chamber of the housing such that the fluid is around the pouch , in that the motor is configured to control the movement of the piston within the chamber such as to apply a hydrostatic pressure to the pouch by applying hydrostatic pressure in the fluid around the pouch by adjusting the volume of the chamber , and in that the chamber further comprises a pressure sensor for sensing the hydrostatic pressure within the fluid in the chamber . a housing having a distal end and a proximal end ; a chamber formed within the housing , the chamber configured to have an adjustable volume; a piston configured to be located at the distal end of the housing and configured for adjusting the volume of the chamber by movement thereof relative to the proximal end of the housing ; an injector head configured for retaining a pouch within the chamber of the housing ; wherein the housing further comprises a motor configured to control the movement of the piston within the chamber ,
A liquid and slurry mixer comprising a vessel having a base plate and a launder at its upper end, a frame mounted on the side and upper end of the vessel , a motor , preferably a variable speed motor , carried by the frame, a vertical pipe underneath the launder and extending to the lower end of the vessel, a pump within the pipe and connected to the motor to be driven thereby, and two feed pipes (46 and 48) tangentially entering into the bottom portion of the vessel and extending from the lower end of the pipe . a vessel having a base plate and a launder at its upper end, a frame mounted on the side and upper end of the vessel , a motor , preferably a variable speed motor , carried by the frame, a vertical pipe underneath the launder and extending to the lower end of the vessel, a pump within the pipe and connected to the motor to be driven thereby, and two feed pipes (46 and 48) tangentially entering into the bottom portion of the vessel and extending from the lower end of the pipe .
An enzyme substrate comprising: a) a fluorogenic dye moiety of structural formula (I): wherein Y is alkyl or substituted alkyl; X is -N(R)-, wherein R is H, alkyl or substituted alkyl; L is a linker; and each R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 , R 11 , R 12 and R 13 is independently H, alkyl or substituted alkyl, wherein an alkyl has from 1 to 10 carbon atoms, and a substituted alkyl is an alkyl having from 1 to 10 carbon atoms in which one or more hydrogen atoms are replaced with one or more of a halogen, Ci-Cs alkyl, sulfate, sulfonate, sulfone, amino, ammonium, amido, nitrile, nitro, phenoxy, or a phenyl moiety; and b) a peptide covalently attached to the fluorogenic dye moiety through the linker L, wherein the peptide comprises or is attached to a caspase cleavage site, and wherein the peptide optionally comprises an N-terminal acyl. a) a fluorogenic dye moiety of structural formula (I): wherein Y is alkyl or substituted alkyl; X is -N(R)-, wherein R is H, alkyl or substituted alkyl; L is a linker; and each R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 , R 11 , R 12 and R 13 is independently H, alkyl or substituted alkyl, wherein an alkyl has from 1 to 10 carbon atoms, and a substituted alkyl is an alkyl having from 1 to 10 carbon atoms in which one or more hydrogen atoms are replaced with one or more of a halogen, Ci-Cs alkyl, sulfate, sulfonate, sulfone, amino, ammonium, amido, nitrile, nitro, phenoxy, or a phenyl moiety; and Y is alkyl or substituted alkyl; X is -N(R)-, wherein R is H, alkyl or substituted alkyl; L is a linker; and each R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , R 9 , R 10 , R 11 , R 12 and R 13 is independently H, alkyl or substituted alkyl, wherein an alkyl has from 1 to 10 carbon atoms, and a substituted alkyl is an alkyl having from 1 to 10 carbon atoms in which one or more hydrogen atoms are replaced with one or more of a halogen, Ci-Cs alkyl, sulfate, sulfonate, sulfone, amino, ammonium, amido, nitrile, nitro, phenoxy, or a phenyl moiety; and b) a peptide covalently attached to the fluorogenic dye moiety through the linker L,
An intraocular lens insertion device, comprising: a cartridge , having a deformable lens placement section , a transition section , a nozzle section , and a lumen that extends from said lens placement section to said transition section to said nozzle section , in which an intraocular lens is to be placed; and an insertion device main body , to which said cartridge is attached, including a plunger that pushes said intraocular lens out along a lens advancement axis (A) such that said intraocular lens is released from said nozzle section of said cartridge to the outside; characterized by deforming means that deforms said lens placement section in a diameter-decreasing direction thereof when said cartridge is being attached to said insertion device main body , thereby narrowing said lumen positioning said intraocular lens in said deformable lens placement section . a cartridge , having a deformable lens placement section , a transition section , a nozzle section , and a lumen that extends from said lens placement section to said transition section to said nozzle section , in which an intraocular lens is to be placed; and an insertion device main body , to which said cartridge is attached, including a plunger that pushes said intraocular lens out along a lens advancement axis (A) such that said intraocular lens is released from said nozzle section of said cartridge to the outside; characterized by deforming means that deforms said lens placement section in a diameter-decreasing direction thereof when said cartridge is being attached to said insertion device main body , thereby narrowing said lumen positioning said intraocular lens in said deformable lens placement section .
A leading edge shield for a turbomachine blade , said leading edge shield extending heightwise from a bottom end to a top end , presenting an outside face overlying a leading edge and an inside face for fastening to a blade body , and including a pressure side wing , a suction side wing , and a central section joining together the pressure side wing and the suction side wing , the shield being characterized in that the central section presents a thickness (e1) between the outside face and the inside face that is greater both than a corresponding thickness (e2) of the pressure side wing and also than a corresponding thickness (e3) of the suction side wing , the thickness (e1) of the central section firstly increasing with a gradient that is stable or increasing over a first segment (S1) extending over at least 60% of the height (H) of the leading-edge shield starting from the bottom end of the leading edge shield , and secondly presenting a gradient that decreases beyond said first segment (S1).
Electromechanical actuator, comprising: a base part ; an oscillation resonator ; a mount for mounting the oscillation resonator to the base part , a driver member mechanically coupled to the oscillation resonator ; and a slider or rotator configured to be moved by the driver member when the oscillation resonator is excited characterised by the oscillation resonator having the shape of a rod and in that the mount is configured to bear the oscillation resonator so as to be rotatable around an axis of the oscillation resonator having the shape of a rod relative to the base part . a base part ; an oscillation resonator ; a mount for mounting the oscillation resonator to the base part , a driver member mechanically coupled to the oscillation resonator ; and a slider or rotator configured to be moved by the driver member when the oscillation resonator is excited characterised by the oscillation resonator having the shape of a rod and in that the mount is configured to bear the oscillation resonator so as to be rotatable around an axis of the oscillation resonator having the shape of a rod relative to the base part .
A laundry treatment apparatus comprising: a tub having a module-mounted portion that is disposed at an outer circumferential surface of the tub ; a drum rotatably disposed inside the tub and configured to receive laundry therein, the drum being made of a metal material; and an induction module disposed at the module-mounted portion of the tub and configured to generate an electromagnetic field to heat the drum , characterized in that : the module-mounted portion comprises a flat portion disposed radially inward relative to the outer circumferential surface of the tub . a tub having a module-mounted portion that is disposed at an outer circumferential surface of the tub ; a drum rotatably disposed inside the tub and configured to receive laundry therein, the drum being made of a metal material; and an induction module disposed at the module-mounted portion of the tub and configured to generate an electromagnetic field to heat the drum , characterized in that : the module-mounted portion comprises a flat portion disposed radially inward relative to the outer circumferential surface of the tub .
A multi-well plate lid comprising: a unitary rigid main body having a top surface , a bottom surface , and a plurality of apertures in the main body ; each aperture having a gas permeable material and an associated fitting , each fitting having fitting walls and a distal face; wherein fittings extend from the bottom surface of the main body ; wherein each fitting is structured to fit with a well of a multi-well plate ; and wherein the diameter of each aperture (Da) is smaller than the distance between the fitting walls (Df) of the associated fitting , characterised in that the gas permeable material is a gas permeable membrane and comprises a locally-thinned portion of the main body . a unitary rigid main body having a top surface , a bottom surface , and a plurality of apertures in the main body ; each aperture having a gas permeable material and an associated fitting , each fitting having fitting walls and a distal face; wherein fittings extend from the bottom surface of the main body ; wherein each fitting is structured to fit with a well of a multi-well plate ; and wherein the diameter of each aperture (Da) is smaller than the distance between the fitting walls (Df) of the associated fitting ,
Paliperidone palmitate for use in treating a psychiatric patient by a dosage regimen comprising: administering intramuscularly in the deltoid of a patient in need of treatment a first loading dose of from about 100mg-eq. to about 150 mg-eq. of paliperidone as paliperidone palmitate formulated in a sustained release formulation on the first day of treatment; administering intramuscularly in the deltoid muscle of the patient in need of treatment a second loading dose of from about 100 mg-eq. to about 150 mg-eq. of paliperidone as paliperidone palmitate formulated in a sustained release formulation on the 6 th to 10th day of treatment; and administering intramuscularly in the deltoid or gluteal muscle of the patient in need of treatment a maintenance dose of about 25 mg-eq. to about 150 mg-eq. of paliperidone as paliperidone palmitate in a sustained release formulation on the 34th to the 38th day of treatment; and wherein the sustained release formulation is an aqueous nanoparticle suspension. administering intramuscularly in the deltoid of a patient in need of treatment a first loading dose of from about 100mg-eq. to about 150 mg-eq. of paliperidone as paliperidone palmitate formulated in a sustained release formulation on the first day of treatment; administering intramuscularly in the deltoid muscle of the patient in need of treatment a second loading dose of from about 100 mg-eq. to about 150 mg-eq. of paliperidone as paliperidone palmitate formulated in a sustained release formulation on the 6 th to 10th day of treatment; and administering intramuscularly in the deltoid or gluteal muscle of the patient in need of treatment a maintenance dose of about 25 mg-eq. to about 150 mg-eq. of paliperidone as paliperidone palmitate in a sustained release formulation on the 34th to the 38th day of treatment; and wherein the sustained release formulation is an aqueous nanoparticle suspension.
A package for one or more light sensitive products comprising: a) a monolayer comprising TiO 2 particles coated with a metal oxide and an organic material, and one or more melt processable resin(s), wherein the one or more melt processable resin(s) comprises at least one polyolefin and wherein the monolayer has an LPF value from 25 to 120, and the concentration of TiO 2 particles is from 6 to 14 wt.% of the monolayer; and b) optionally one or more aesthetic layers, wherein the light protection factor (LPF) is measured as described herein in the first paragraph of the section titled "Measuring Light protection Performance or LPF". a) a monolayer comprising TiO 2 particles coated with a metal oxide and an organic material, and one or more melt processable resin(s), wherein the one or more melt processable resin(s) comprises at least one polyolefin and wherein the monolayer has an LPF value from 25 to 120, and the concentration of TiO 2 particles is from 6 to 14 wt.% of the monolayer; and b) optionally one or more aesthetic layers, wherein the light protection factor (LPF) is measured as described herein in the first paragraph of the section titled "Measuring Light protection Performance or LPF".
Electrical connection, comprising a housing having a housing wall , a plug outside the housing, and a circuit carrier within the housing, wherein the plug comprises at least one plug contact and has an end face in the direction of the housing wall , and wherein the circuit carrier comprises a receptacle for a plug contact , and wherein the plug contact protrudes through an opening in the housing wall in order to establish the electrical connection, wherein the cross-sectional area of the opening is smaller than the end face of the plug , wherein the end face completely covers the opening , and the circuit carrier at least partially covers the opening , characterized in that the circuit carrier is connected in a force-fitting or interlocking manner through corresponding recesses in the circuit carrier and in the housing wall to the plug outside the contact pins , wherein the connection of a connection contact to the corresponding receptacle in the circuit carrier is designed as a press-fit contact.
A forming device for performing an operation on a tubular-shaped glass product , this device comprising: a support ; a shaping tool , translationally movable relative to the support along a working direction ; a feeler , translationally movable relative to the support along the working direction , this feeler being configured to index the shaping tool relative to the product ; an abutment tool fitted with a pin , a cam and a cam follower , the cam being rotatably movable around a fixed abutment axis relative to the feeler , the cam follower following the shape of the cam , so as to vary the distance separating the pin from the shaping tool along an abutment direction perpendicular to the working direction , this abutment tool being configured to perform, with the shaping tool , the operation on the product ; this forming device being characterised in that it further comprises a means for transferring a translation motion of the feeler into a translation motion of the shaping tool , this transfer means being rotatably movable, relative to the feeler , about a transfer axis fixed relative to the feeler and being also movable relative to the shaping tool , this transfer means being in contact, at a first contact point identical to the transfer axis , with the feeler and, at a second contact point , with the shaping tool , the distance separating the first contact point from the second contact point varies depending on the movement of the feeler relative to the support , this distance being defined by the shape of the transfer means . a support ; a shaping tool , translationally movable relative to the support along a working direction ; a feeler , translationally movable relative to the support along the working direction , this feeler being configured to index the shaping tool relative to the product ; an abutment tool fitted with a pin , a cam and a cam follower , the cam being rotatably movable around a fixed abutment axis relative to the feeler , the cam follower following the shape of the cam , so as to vary the distance separating the pin from the shaping tool along an abutment direction perpendicular to the working direction , this abutment tool being configured to perform, with the shaping tool , the operation on the product ; this forming device being characterised in that it further comprises a means for transferring a translation motion of the feeler into a translation motion of the shaping tool , this transfer means being rotatably movable, relative to the feeler , about a transfer axis fixed relative to the feeler and being also movable relative to the shaping tool , this transfer means being in contact, at a first contact point identical to the transfer axis , with the feeler and, at a second contact point , with the shaping tool , the distance separating the first contact point from the second contact point varies depending on the movement of the feeler relative to the support , this distance being defined by the shape of the transfer means .