mhurhangee/patent-ind-claim-en huggingface dataset:
A massage motion device, comprising: a mounting seat and a pair of swing arm assemblies oppositely disposed; each of the swing arm assemblies being mounted to the mounting seat, each of the swing arm assemblies comprises a rotating wheel and a swing arm mechanism , wherein each the swing arm assemblies comprises a first rotational shaft , a swinging arm connected to the mounting seat via the first rotational shaft , a second rotational shaft and a connecting member connected to the swinging arm via the second rotational shaft ; wherein the swinging arm comprises a base portion and a top portion located at two sides of the first rotational shaft , and the second rotational shaft is mounted at the base portion of the swinging arm ; wherein an axis of the first rotational shaft is parallel to an axis of the second rotational shaft , and wherein an upper surface of the rotating wheel is provided with a guide groove , and an arrangement path of the guide groove is annular, and the geometric center of each of the guide groove is offset from a rotational axis of the rotating wheel , and the connecting member comprises a connecting arm , a guide pin connected to the connecting arm and disposed in the guide groove , and a slot disposed on the connecting arm and configured to match with the second rotational shaft , the slot defines a pair inner wall portions disposed opposite to each other and configured to be in contact with the second rotational shaft ; the pair inner wall portions extend in a first direction parallel to the axis of the second rotational shaft , and extend in a second direction parallel to an extending direction of the guide pin ; and whereby the massage motion device comprises a driving assembly for driving the rotating wheels to rotate synchronously.
A hybrid automatic repeat request-acknowledgment transmission method, comprising: Receiving , by user equipment, on a first serving cell in a subframe n-k, a physical downlink shared channel PDSCH or a downlink control channel indicating downlink semi-persistent scheduling SPS release, wherein the first serving cell is a serving cell of the user equipment; and Sending , by the user equipment in a subframe n, a hybrid automatic repeat request-acknowledgment HARQ-ACK corresponding to the PDSCH or the downlink control channel that is of the first serving cell and that is in the subframe n-k, wherein n is an integer, k is a positive integer, k belongs to a set K, the set K is determined according to a configured HARQ-ACK timing, and the configured HARQ-ACK timing comprises a first HARQ-ACK timing or a second HARQ-ACK timing; wherein when the configured HARQ-ACK timing is the first HARQ-ACK timing, the set K comprises only one element, and the subframe n is a first subframe, a second subframe, or an uplink subframe; or when the configured HARQ-ACK timing is the second HARQ-ACK timing, the set K comprises at least one element, and the subframe n is a second subframe or an uplink subframe. Receiving , by user equipment, on a first serving cell in a subframe n-k, a physical downlink shared channel PDSCH or a downlink control channel indicating downlink semi-persistent scheduling SPS release, wherein the first serving cell is a serving cell of the user equipment; and Sending , by the user equipment in a subframe n, a hybrid automatic repeat request-acknowledgment HARQ-ACK corresponding to the PDSCH or the downlink control channel that is of the first serving cell and that is in the subframe n-k, wherein n is an integer, k is a positive integer, k belongs to a set K, the set K is determined according to a configured HARQ-ACK timing, and the configured HARQ-ACK timing comprises a first HARQ-ACK timing or a second HARQ-ACK timing; wherein when the configured HARQ-ACK timing is the first HARQ-ACK timing, the set K comprises only one element, and the subframe n is a first subframe, a second subframe, or an uplink subframe; or when the configured HARQ-ACK timing is the second HARQ-ACK timing, the set K comprises at least one element, and the subframe n is a second subframe or an uplink subframe.
Unitary oral composition comprising as the sole active ingredients: • Beta vulgaris dry extract, • magnesium oxide, • ascorbic acid and vitamins B1 and D3 for use in the control of mild to moderate arterial hypertension, wherein: i) the weight ratios between ascorbic acid and magnesium oxide are such to guarantee a molar ratio between ascorbic acid and magnesium ranging from a minimum of 0.25:1 to a maximum of 1:2; ii) said unitary oral composition is in the form of tablets, water-dispersible granulates or powders, or capsules. • Beta vulgaris dry extract, • magnesium oxide, • ascorbic acid and vitamins B1 and D3 i) the weight ratios between ascorbic acid and magnesium oxide are such to guarantee a molar ratio between ascorbic acid and magnesium ranging from a minimum of 0.25:1 to a maximum of 1:2; ii) said unitary oral composition is in the form of tablets, water-dispersible granulates or powders, or capsules.
A method of classifying a stator winding fault in a brushless synchronous generator comprising steps to: • measure current (I) of the stator main armature winding ; • calculate positive and negative harmonic sequence components of the current (I); • compare each sequence to a threshold range; and • classify the fault if (i) neither of the sequences deviates from the threshold range and (ii) magnitude of measured exciter field current or exciter field voltage increases. • measure current (I) of the stator main armature winding ; • calculate positive and negative harmonic sequence components of the current (I); • compare each sequence to a threshold range; and • classify the fault if (i) neither of the sequences deviates from the threshold range and (ii) magnitude of measured exciter field current or exciter field voltage increases.
A system comprising: a client computer configured to send read and write requests over a network; a data storage subsystem coupled to the network and configured to receive read and write requests from a client computer via the network , the data storage subsystem comprising a plurality of storage devices, wherein the data storage subsystem further comprises a storage controller configured to: identify a RAID stripe stored in the data storage subsystem , wherein the RAID stripe is stored across at least a first storage device and a second storage device of a plurality of storage devices (176a-176m), each of the first storage device and the second storage device to store intra-device redundancy data corresponding to the RAID stripe; and change an amount of intra-device redundancy data stored on the first storage device in response to detecting an increase or decrease in generated errors ; wherein the number of pages used to store the RAID stripe in the first storage device differs from the number of pages used to store the RAID stripe in the second storage device. a client computer configured to send read and write requests over a network; a data storage subsystem coupled to the network and configured to receive read and write requests from a client computer via the network , the data storage subsystem comprising a plurality of storage devices, wherein the data storage subsystem further comprises a storage controller configured to: identify a RAID stripe stored in the data storage subsystem , wherein the RAID stripe is stored across at least a first storage device and a second storage device of a plurality of storage devices (176a-176m), each of the first storage device and the second storage device to store intra-device redundancy data corresponding to the RAID stripe; and change an amount of intra-device redundancy data stored on the first storage device in response to detecting an increase or decrease in generated errors ; wherein the number of pages used to store the RAID stripe in the first storage device differs from the number of pages used to store the RAID stripe in the second storage device. identify a RAID stripe stored in the data storage subsystem , wherein the RAID stripe is stored across at least a first storage device and a second storage device of a plurality of storage devices (176a-176m), each of the first storage device and the second storage device to store intra-device redundancy data corresponding to the RAID stripe; and change an amount of intra-device redundancy data stored on the first storage device in response to detecting an increase or decrease in generated errors ; wherein the number of pages used to store the RAID stripe in the first storage device differs from the number of pages used to store the RAID stripe in the second storage device.
Combination of a drive wheel and a gearbox for a continuous track system, the gearbox comprising an annular input member for connection to an end part of a drive axle input member and an annular output member connected to the drive wheel , the annular input member and annular output member being coaxially arranged with respect to a longitudinal axis of the gearbox ; and an annular transmission unit coaxially arranged with respect to the longitudinal axis of the gearbox and connecting the annular input member and annular output member through a gear ratio (R) of less than one, the gear ratio (R) being a ratio of an angular input velocity of the annular input member to an angular output velocity of the annular output member , wherein the gearbox further comprises a through bore coaxially arranged with respect to the longitudinal axis of the gearbox and extending through the annular input member , the annular output member and the annular transmission unit .
A torque motor for a servovalve, said torque motor comprising: a set of pole pieces comprising a first pole piece and a second pole piece , wherein the first and second pole pieces each have a C-shaped cross section, wherein each of the first pole piece and the second pole piece has a ring shaped section extending in a first plane and a first portion extending in a direction perpendicularly away from the plane of the ring shaped section ; an armature provided between the perpendicularly extending portions of the first pole piece and the second pole piece , said armature configured to provide air gaps (AG1-AG4) between the armature and the first pole piece , and the armature and the second pole piece ; wherein the armature is configured to rotate about a centre point (CP); wherein, upon assembly, the first pole piece and the second pole piece are positioned such that the perpendicularly extending portions face each other and also face the armature which is positioned therebetween; characterized in that adjacent the ring shapes section , and on the opposite side of the extending portions , is provided a tapered ring section which tapers from the ring shaped section to a surface of the first and second pole pieces ; in that the tapered portions are spherical and rotate in a spherical area; in that the outer surfaces are spherical; in that the midpoint of the spherical area is the centre point (CP) on which the armature rotates; and in that the set of pole pieces is adapted to rotate around the centre point (CP) such that the air gaps (AG1-AG4) can be adjusted. a set of pole pieces comprising a first pole piece and a second pole piece , wherein the first and second pole pieces each have a C-shaped cross section, wherein each of the first pole piece and the second pole piece has a ring shaped section extending in a first plane and a first portion extending in a direction perpendicularly away from the plane of the ring shaped section ; an armature provided between the perpendicularly extending portions of the first pole piece and the second pole piece , said armature configured to provide air gaps (AG1-AG4) between the armature and the first pole piece , and the armature and the second pole piece ; wherein the armature is configured to rotate about a centre point (CP); wherein, upon assembly, the first pole piece and the second pole piece are positioned such that the perpendicularly extending portions face each other and also face the armature which is positioned therebetween; characterized in that adjacent the ring shapes section , and on the opposite side of the extending portions , is provided a tapered ring section which tapers from the ring shaped section to a surface of the first and second pole pieces ; in that the tapered portions are spherical and rotate in a spherical area; in that the outer surfaces are spherical; in that the midpoint of the spherical area is the centre point (CP) on which the armature rotates; and in that the set of pole pieces is adapted to rotate around the centre point (CP) such that the air gaps (AG1-AG4) can be adjusted.
A method for performing a wet treatment of a structure, the method comprising: - obtaining a structure comprising a first surface (5,5',5") comprising a feature fixed at least at a first end to the first surface (5,5',5") from which it protrudes, wherein a sidewall of the feature faces and is positioned away from a second surface by a gap g, - performing a wet treatment of the structure, and; - subsequently, drying the structure, wherein performing the wet treatment comprises: - rinsing the structure by exposing it to a rinsing liquid comprising water, and; - exposing the structure , subsequently, to a sequence of liquids, wherein a first liquid of the sequence is miscible with the rinsing liquid and wherein each of the liquids in the sequence is miscible with the preceding one, and whereby at least the first surface of the structure remains covered with the rinsing liquid until exposure to the sequence and with each liquid of the sequence until exposure to a subsequent liquid in the sequence - making a last liquid of the sequence have a contact angle of about 90° with the second surface and the sidewall . - obtaining a structure comprising a first surface (5,5',5") comprising a feature fixed at least at a first end to the first surface (5,5',5") from which it protrudes, wherein a sidewall of the feature faces and is positioned away from a second surface by a gap g, - performing a wet treatment of the structure, and; - subsequently, drying the structure, - rinsing the structure by exposing it to a rinsing liquid comprising water, and; - exposing the structure , subsequently, to a sequence of liquids, wherein a first liquid of the sequence is miscible with the rinsing liquid and wherein each of the liquids in the sequence is miscible with the preceding one, and whereby at least the first surface of the structure remains covered with the rinsing liquid until exposure to the sequence and with each liquid of the sequence until exposure to a subsequent liquid in the sequence - making a last liquid of the sequence have a contact angle of about 90° with the second surface and the sidewall .
A Baking device for producing baked, preferably edible, moulded wafer bodies, in particular for producing wafer sheets baked from a sugar-containing baking mass, comprising a housing in which an endless conveyor and multiple openable and closable baking moulds are arranged, which, along the endless conveyor , successively pass through: - a depositing region with a dough depositing device for depositing a baking mass onto the opened baking moulds , - a closing region for closing the baking moulds , - a heated baking chamber for baking the baking mass placed in the baking moulds , - an opening region for opening the baking moulds , - a removal region with a removal device for removing the moulded wafer bodies baked from the baking mass from the opened baking moulds , - and then again through the depositing region , - wherein an openable and closable service door is provided in the housing , through which, in a first service position, a service region arranged between the removal region and the closing region is accessible from the outside, - and wherein an emergency stop switch is provided, which, when actuated, causes the endless conveyor and the baking moulds to come to a stop after a certain stopping distance, characterised - in that a safety shield is provided, extending transversely to the direction of movement of the baking moulds , and separating the service region from the closing region in the first service position, - in that the safety shield is arranged to be movable in the direction of movement , - and in that the safety shield is connected to the emergency stop switch in such a way that the emergency stop switch is actuated when the safety shield is moved from the first service position towards or into the closing region . - a depositing region with a dough depositing device for depositing a baking mass onto the opened baking moulds , - a closing region for closing the baking moulds , - a heated baking chamber for baking the baking mass placed in the baking moulds , - an opening region for opening the baking moulds , - a removal region with a removal device for removing the moulded wafer bodies baked from the baking mass from the opened baking moulds , - and then again through the depositing region , - wherein an openable and closable service door is provided in the housing , through which, in a first service position, a service region arranged between the removal region and the closing region is accessible from the outside, - and wherein an emergency stop switch is provided, which, when actuated, causes the endless conveyor and the baking moulds to come to a stop after a certain stopping distance, - in that a safety shield is provided, extending transversely to the direction of movement of the baking moulds , and separating the service region from the closing region in the first service position, - in that the safety shield is arranged to be movable in the direction of movement , - and in that the safety shield is connected to the emergency stop switch in such a way that the emergency stop switch is actuated when the safety shield is moved from the first service position towards or into the closing region .
An image forming apparatus comprising: an image carrier configured to carry a toner image; a transfer member configured to form a transfer nip (N) between the transfer member and the image carrier ; a power supply (39; 200) configured to output a superimposed transfer bias in which an alternating current component is superimposed onto a direct current component, the toner image on the image carrier being transferred onto a recording medium (P) in the transfer nip (N) by the superimposed transfer bias or a direct current bias consisting of the direct current component output by the power supply (39; 200); and a controller (60; 300) configured to control the power supply (39; 200) to output a first output target value of the direct current component when the direct current component rises up, and output a second output target value of the direct current component when the toner image is transferred onto the recording medium (P), wherein the first output target value is an output target value in a first period, a second output target value is an output target value in a second period after the first period; characterized in that : the first output target value is larger than the second output target value; and the controller (60; 300) is configured to cause the direct current component to rise up with the first output target value before the recording medium (P) enters the transfer nip (N). an image carrier configured to carry a toner image; a transfer member configured to form a transfer nip (N) between the transfer member and the image carrier ; a power supply (39; 200) configured to output a superimposed transfer bias in which an alternating current component is superimposed onto a direct current component, the toner image on the image carrier being transferred onto a recording medium (P) in the transfer nip (N) by the superimposed transfer bias or a direct current bias consisting of the direct current component output by the power supply (39; 200); and a controller (60; 300) configured to control the power supply (39; 200) to output a first output target value of the direct current component when the direct current component rises up, and output a second output target value of the direct current component when the toner image is transferred onto the recording medium (P), wherein the first output target value is an output target value in a first period, a second output target value is an output target value in a second period after the first period; characterized in that : the first output target value is larger than the second output target value; and the controller (60; 300) is configured to cause the direct current component to rise up with the first output target value before the recording medium (P) enters the transfer nip (N). the first output target value is larger than the second output target value; and the controller (60; 300) is configured to cause the direct current component to rise up with the first output target value before the recording medium (P) enters the transfer nip (N).
A disconnecting device with optimized installation area, having • a support (P) with an electric component (B), wherein the electric component (B) is to be disconnected in the case of impermissible heating, • wherein an energy-storage device (D) is arranged relative to the electric component, which - if the thermally softenable fixing softens - displaces the electric component essentially parallel to the support (P) and disconnects the electric component (B) in the process, • characterized in that • the support (P) comprises at least two guide grooves (N1, N2), • the disconnecting device with optimized installation area furthermore comprises a mechanically displaceable indicating means (S), wherein the mechanically displaceable indicating means indicates that the electric component (B) to be monitored was disconnected, wherein the mechanically displaceable indicating means (S) is displaced together with the disconnecting electric component, • wherein the mechanically displaceable indicating means (S) is held and guided in the at least two guide grooves (N1, N2). • a support (P) with an electric component (B), wherein the electric component (B) is to be disconnected in the case of impermissible heating, • wherein an energy-storage device (D) is arranged relative to the electric component, which - if the thermally softenable fixing softens - displaces the electric component essentially parallel to the support (P) and disconnects the electric component (B) in the process, • characterized in that • the support (P) comprises at least two guide grooves (N1, N2), • the disconnecting device with optimized installation area furthermore comprises a mechanically displaceable indicating means (S), wherein the mechanically displaceable indicating means indicates that the electric component (B) to be monitored was disconnected, wherein the mechanically displaceable indicating means (S) is displaced together with the disconnecting electric component, • wherein the mechanically displaceable indicating means (S) is held and guided in the at least two guide grooves (N1, N2).