mhurhangee/patent-ind-claim-en huggingface dataset:
A walking control system of a robot, comprising: a link device having a plurality of links that correspond to both lower limbs; a drive device configured to provide torque (τ 1 , τ 2 , τ 3 , τ 4 , τ s , τ 6 ) to the link device to rotate the plurality of links ; and a walking controller configured to implement walking of the robot by operating the drive device to move both lower limbs alternately, wherein in a double stance state where foot ends of the both lower limbs are simultaneously in contact with ground during walking, the walking controller is configured to adjust the torque (τ 1 , τ 2 , τ 3 , τ 4 , τ 5 , τ 6 ) of the drive device characterized in that in that the torque (τ 1 , τ 2 , τ 3 , τ 4 , τ s , τ 6 ) of the drive device is adjusted in the double stance state so as to virtually move the foot ends of the both lower limbs by a predetermined stable distance (L ds ) in an opposite direction to a walking direction to generate a driving force in the double stance state. a link device having a plurality of links that correspond to both lower limbs; a drive device configured to provide torque (τ 1 , τ 2 , τ 3 , τ 4 , τ s , τ 6 ) to the link device to rotate the plurality of links ; and a walking controller configured to implement walking of the robot by operating the drive device to move both lower limbs alternately, wherein in a double stance state where foot ends of the both lower limbs are simultaneously in contact with ground during walking, the walking controller is configured to adjust the torque (τ 1 , τ 2 , τ 3 , τ 4 , τ 5 , τ 6 ) of the drive device characterized in that in that the torque (τ 1 , τ 2 , τ 3 , τ 4 , τ s , τ 6 ) of the drive device is adjusted in the double stance state so as to virtually move the foot ends of the both lower limbs by a predetermined stable distance (L ds ) in an opposite direction to a walking direction to generate a driving force in the double stance state.
Individual tooth segment for an individual tooth of a stator of a dynamoelectric machine, comprising a tooth head , wherein the tooth head is also referred to as a yoke of the stator, wherein the tooth head is designed in such a way that the tooth head can be connected in a form-fitting manner to at least one further tooth head of a further individual tooth segment , wherein the tooth head has a first flank and a second flank , wherein the first flank is formed on a left end of the tooth head viewed in the radial direction, wherein the second flank is formed on a right end of the tooth head viewed in the radial direction, wherein the first flank is formed concavely with a first curvature , and wherein the second flank is formed convexly with a second curvature , characterised in that a centre of area of the tooth head is a centre point (KM) of a circular arc of the second curvature of the second flank . wherein the second flank is formed on a right end of the tooth head viewed in the radial direction, wherein the first flank is formed concavely with a first curvature , and wherein the second flank is formed convexly with a second curvature , characterised in that a centre of area of the tooth head is a centre point (KM) of a circular arc of the second curvature of the second flank .
A pump comprising: a piston configured to reciprocate along a pump axis, the piston including a piston rod connected to a piston body, wherein the piston rod is configured to be reciprocatingly driven along the pump axis, and wherein an end of the piston rod connects with the piston body such that the piston body reciprocates with the piston rod; an internal channel extending axially through the piston body and configured to provide a flowpath through the piston body from an upstream chamber to a downstream chamber, the internal channel comprising a plurality of bores disposed coaxially on the pump axis; a first check valve including a first ball having a first diameter disposed in a first bore of the plurality of bores; and a second check valve including a second ball having a second diameter larger than the first diameter disposed in a second bore of the plurality of bores, the second bore being axially adjacent to and disposed downstream of the first bore; an outlet port extending through the piston body transverse to the axis and providing a fluid flowpath between the internal channel and the downstream chamber; wherein the second ball is a downstream travel stop of the first ball; and wherein the pump is a double acting reciprocating pump such that the piston expels fluid into the downstream chamber during each of an upstroke and a downstroke. a piston configured to reciprocate along a pump axis, the piston including a piston rod connected to a piston body, wherein the piston rod is configured to be reciprocatingly driven along the pump axis, and wherein an end of the piston rod connects with the piston body such that the piston body reciprocates with the piston rod; an internal channel extending axially through the piston body and configured to provide a flowpath through the piston body from an upstream chamber to a downstream chamber, the internal channel comprising a plurality of bores disposed coaxially on the pump axis; a first check valve including a first ball having a first diameter disposed in a first bore of the plurality of bores; and a second check valve including a second ball having a second diameter larger than the first diameter disposed in a second bore of the plurality of bores, the second bore being axially adjacent to and disposed downstream of the first bore; an outlet port extending through the piston body transverse to the axis and providing a fluid flowpath between the internal channel and the downstream chamber; wherein the second ball is a downstream travel stop of the first ball; and wherein the pump is a double acting reciprocating pump such that the piston expels fluid into the downstream chamber during each of an upstroke and a downstroke.
A drug for use in preventing or treating varicocele as a reproductive disorder of male infertility comprising silicon fine particles having a hydrogen-generating ability selected from the group consisting of crystal grains of silicon having a particle size of 1 μm to 2 μm measured by an X-ray diffractometer; silicon particles having a particle size of 1 μm or more measured by an X-ray diffractometer and a surface area equivalent to that of silicon fine particles having a crystallite diameter of 1 nm to 100 nm measured by an X-ray diffractometer; and fine particles of 100 nm 2 or more that have a surface area equivalent to that of silicon fine particles having a crystallite diameter of 1 nm to 100 nm measured by an X-ray diffractometer; and are (a) porous, (b) polycrystalline, or (c) unfree, hardly crushed or granulated with an undecomposed binding agent. crystal grains of silicon having a particle size of 1 μm to 2 μm measured by an X-ray diffractometer; silicon particles having a particle size of 1 μm or more measured by an X-ray diffractometer and a surface area equivalent to that of silicon fine particles having a crystallite diameter of 1 nm to 100 nm measured by an X-ray diffractometer; and fine particles of 100 nm 2 or more that have a surface area equivalent to that of silicon fine particles having a crystallite diameter of 1 nm to 100 nm measured by an X-ray diffractometer; and are (a) porous, (b) polycrystalline, or (c) unfree, hardly crushed or granulated with an undecomposed binding agent.
A method performed by a first access management entity of a network, comprising: determining whether a user equipment, UE, is using LTE-M radio access technology, RAT; obtaining access restriction or RAT restriction data associated with the UE, wherein the access restriction or RAT restriction data includes first information indicating whether the LTE-M RAT type is restricted and second information indicating whether a WB-E-UTRAN RAT type except the LTE-M RAT type is restricted; and determining whether the UE is allowed to attach or register to the network based on the obtained access restriction or RAT restriction data associated with the UE. determining whether a user equipment, UE, is using LTE-M radio access technology, RAT; obtaining access restriction or RAT restriction data associated with the UE, wherein the access restriction or RAT restriction data includes first information indicating whether the LTE-M RAT type is restricted and second information indicating whether a WB-E-UTRAN RAT type except the LTE-M RAT type is restricted; and determining whether the UE is allowed to attach or register to the network based on the obtained access restriction or RAT restriction data associated with the UE.
A process for the preparation of graphene or graphene-like fragments of a layered material selected from layered transition metal oxides, MoS 2 , WS 2 , MoSe 2 , MoTe 2 , TaSe 2 , NbSe 2 , NiTe 2 , BN, Bi 2 Te 3 and Bi 2 Se 3 , said process comprising the step of mixing and grinding graphite or said layered material with at least one ionic liquid, wherein the grinding of graphite occurs for a time period of more than 30 minutes; and wherein the process does not comprise a sonication step. wherein the grinding of graphite occurs for a time period of more than 30 minutes; and wherein the process does not comprise a sonication step.
A lift truck comprising a lift mast and a mast hanger , the mast-hanger comprising: a support mounted to a first stage of a lift mast ; wherein the support include a mast receiving portion or an attachment receiving portion; wherein, if included, the mast receiving portion is sized, shaped, and positioned to (i) receive a second stage of the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the second stage of the lift mast to the first stage of the lift mast via the support; and wherein, if included, the attachment receiving portion is sized, shaped, and positioned to (i) receive an attachment borne by the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the attachment to the first stage of the lift mast via the support; characterized in that the support is moveably mounted to the first stage of the lift mast and is movable between a retracted; position where the support does not interfere with lowering the second stage of the mast or the attachment and an extended position where the support inhibits lowering the second stage of the mast or the attachment. a support mounted to a first stage of a lift mast ; wherein the support include a mast receiving portion or an attachment receiving portion; wherein, if included, the mast receiving portion is sized, shaped, and positioned to (i) receive a second stage of the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the second stage of the lift mast to the first stage of the lift mast via the support; and wherein, if included, the attachment receiving portion is sized, shaped, and positioned to (i) receive an attachment borne by the lift mast and (ii) facilitate releasing tension from lift chains of the lift mast by transferring at least some of the weight of the attachment to the first stage of the lift mast via the support; characterized in that the support is moveably mounted to the first stage of the lift mast and is movable between a retracted; position where the support does not interfere with lowering the second stage of the mast or the attachment and an extended position where the support inhibits lowering the second stage of the mast or the attachment.
A wind turbine rotor blade comprising a rotor blade casing , and a lightning protection system having at least one lightning protection cable and a lighting protection cable holder , wherein the lighting protection cable holder is fixed in or to the inside of the rotor blade casing , wherein the lighting protection cable holder has a first part and a second part , wherein the first part is fixed to an inside of the rotor blade casing and has a receiving portion for receiving the lighting protection cable , wherein the second part is in the form of a cover or covering means and is placed over the receiving portion , and wherein the first and second parts each have a radar-absorbing core or a radar-absorbing layer and an electrically insulating material which surrounds the radar-absorbing core or the radar-absorbing layer . a rotor blade casing , and a lightning protection system having at least one lightning protection cable and a lighting protection cable holder , wherein the lighting protection cable holder is fixed in or to the inside of the rotor blade casing , wherein the lighting protection cable holder has a first part and a second part , wherein the first part is fixed to an inside of the rotor blade casing and has a receiving portion for receiving the lighting protection cable , wherein the second part is in the form of a cover or covering means and is placed over the receiving portion , and wherein the first and second parts each have a radar-absorbing core or a radar-absorbing layer and an electrically insulating material which surrounds the radar-absorbing core or the radar-absorbing layer .
An aircraft turbomachine , comprising: - a centrifugal compressor extending around an axis A, - an annular combustion chamber extending around the axis A - an annular casing extending around the axis A and the chamber and delimiting an annular space (E) in which the chamber is located, and - a heat exchanger , this exchanger comprising: - a first circuit supplied with exhaust gases from the turbomachine, and - a second circuit comprising an inlet connected by a first volute to an outlet of the compressor , and an outlet connected by a second volute to said space (E), characterized in that the volutes are at an axial distance from one another, and in that the second volute is connected to the space (E) by a rectifier which is located at least in part outside the casing and which is integrated into an annular connecting pipe which connects the second volute to this casing . - a centrifugal compressor extending around an axis A, - an annular combustion chamber extending around the axis A - an annular casing extending around the axis A and the chamber and delimiting an annular space (E) in which the chamber is located, and - a heat exchanger , this exchanger comprising: - a first circuit supplied with exhaust gases from the turbomachine, and - a second circuit comprising an inlet connected by a first volute to an outlet of the compressor , and an outlet connected by a second volute to said space (E), characterized in that the volutes are at an axial distance from one another, and in that the second volute is connected to the space (E) by a rectifier which is located at least in part outside the casing and which is integrated into an annular connecting pipe which connects the second volute to this casing . - a first circuit supplied with exhaust gases from the turbomachine, and - a second circuit comprising an inlet connected by a first volute to an outlet of the compressor , and an outlet connected by a second volute to said space (E),
A door for a refrigerator, the door comprising: a front panel and a rear panel having insulation therebetween; a door cover that defines an upper surface of the refrigerator door , wherein the door cover comprises: a microphone pocket accommodating a microphone; and a speaker pocket accommodating a speaker, wherein the microphone pocket and the speaker pocket are separated from each other; characterized by the door further comprising: a microphone mount provided in the microphone pocket , and a speaker mount made of a separate component from the microphone mount and installed in the speaker pocket , and wherein a substrate mount is detachably installed on the speaker mount , and a substrate for controlling the refrigerator is mounted on the substrate mount . a front panel and a rear panel having insulation therebetween; a door cover that defines an upper surface of the refrigerator door , wherein the door cover comprises: a microphone pocket accommodating a microphone; and a speaker pocket accommodating a speaker, wherein the microphone pocket and the speaker pocket are separated from each other; characterized by the door further comprising: a microphone mount provided in the microphone pocket , and a speaker mount made of a separate component from the microphone mount and installed in the speaker pocket , and wherein a substrate mount is detachably installed on the speaker mount , and a substrate for controlling the refrigerator is mounted on the substrate mount . a microphone pocket accommodating a microphone; and a speaker pocket accommodating a speaker, wherein the microphone pocket and the speaker pocket are separated from each other; characterized by the door further comprising: a microphone mount provided in the microphone pocket , and a speaker mount made of a separate component from the microphone mount and installed in the speaker pocket , and wherein a substrate mount is detachably installed on the speaker mount , and a substrate for controlling the refrigerator is mounted on the substrate mount .
A computer implemented method for graphics processing with a graphics processing system having a graphics processing unit and memory, comprising: receiving data representing one or more vertices for a scene in a virtual space; performing a projection of the vertices onto a screen space of a display device having a plurality of pixels; performing primitive assembly on the vertices to generate a one or more primitives in screen space from the projection of the vertices onto the screen space; performing scan conversion on the one or more primitives to determine which pixel or pixels of the plurality of pixels are part of corresponding primitives of the one or more primitives; generating a finished frame by performing pixel processing to assign pixel values to the pixel or pixels that are part of the corresponding primitives; and storing the finished frame in the memory or displaying the finished frame on the display device, characterized in that : a piecewise linear projection approximates the projection of the vertices onto a curved viewport. receiving data representing one or more vertices for a scene in a virtual space; performing a projection of the vertices onto a screen space of a display device having a plurality of pixels; performing primitive assembly on the vertices to generate a one or more primitives in screen space from the projection of the vertices onto the screen space; performing scan conversion on the one or more primitives to determine which pixel or pixels of the plurality of pixels are part of corresponding primitives of the one or more primitives; generating a finished frame by performing pixel processing to assign pixel values to the pixel or pixels that are part of the corresponding primitives; and storing the finished frame in the memory or displaying the finished frame on the display device, characterized in that : a piecewise linear projection approximates the projection of the vertices onto a curved viewport.
An NFC smart top mount, wherein the NFC smart top mount comprises a top mount outer cover , a top mount upper cover and a top mount seat ring , the top mount seat ring is connected with the top mount outer cover in a pivotable manner, the top mount upper cover is connected with the top mount outer cover through a first supporting point and a second supporting point in a pivotable manner, and pivoting angles and pivoting directions of the top mount seat ring and the top mount upper cover are the same; wherein, an NFC electronic tag is attached to an inner edge of the top mount outer cover and comprises an NFC coil and a storage chip electrically connected with the NFC coil , and the NFC coil is spirally distributed; and the NFC electronic tag responds to an approaching NFC identification terminal and feeds pre-stored data back to the NFC identification terminal.
A wearing apparatus for wearing by a user, the wearing apparatus comprising: an inertial sensor , wherein the inertial sensor is based on the user's motion to obtain user's motion data; a communication module , wherein the communication module is used to link and transmit data to a server for real-time monitoring through the server; and a processor , wherein the processor is connected with the inertial sensor and the communication module , and wherein, the processor is further configured to acquire the user's motion data when the user is to stand up again via the inertial sensor after the processor detects user's fallback state based on the user's motion data, matches the user's motion data according to normal posture conditions and / or abnormal posture conditions in a database to report severity of the user's injury to a dispenser via the communication module ; characterized in that the processor is configured to increase the number of times of the inertia sensor drawing the user's motion data per unit time to obtain more accurate data when the processor detects user's fall state; and in that the processor is further configured to preliminary record the user's motion data obtained by the user or the normal person's normal posture to establish the normal posture condition. an inertial sensor , wherein the inertial sensor is based on the user's motion to obtain user's motion data; a communication module , wherein the communication module is used to link and transmit data to a server for real-time monitoring through the server; and a processor , wherein the processor is connected with the inertial sensor and the communication module , and wherein, the processor is further configured to acquire the user's motion data when the user is to stand up again via the inertial sensor after the processor detects user's fallback state based on the user's motion data, matches the user's motion data according to normal posture conditions and / or abnormal posture conditions in a database to report severity of the user's injury to a dispenser via the communication module ; characterized in that the processor is configured to increase the number of times of the inertia sensor drawing the user's motion data per unit time to obtain more accurate data when the processor detects user's fall state; and in that the processor is further configured to preliminary record the user's motion data obtained by the user or the normal person's normal posture to establish the normal posture condition.