mhurhangee/patent-ind-claim-en huggingface dataset:
An article of footwear comprising: an upper ; a sole structure secured to the upper ; wherein the sole structure includes an outsole ; and a heel extender including: a rear segment , a lateral arm , and a medial arm , both the lateral arm and the medial arm extending forward from the rear segment ; and a protuberance extending rearward along the rear segment and establishing a rearmost extent of the article of footwear; wherein: the rear segment of the heel extender is secured to the upper and/or the outsole ; the protuberance defines a continuous ridge that extends along each of the rear segment , the lateral arm and the medial arm ; the heel extender has a beveled outer surface with an upper bevel that slopes upward and forward from the ridge , and a lower bevel that slopes downward and forward from the ridge , with the ridge between the upper bevel and the lower bevel ; the outsole has a bevel at a rear of a heel portion of the sole structure ; and the bevel of the outsole and the lower bevel of the heel extender extend at a common angle (A2) relative to a vertical axis (VA). an upper ; a sole structure secured to the upper ; wherein the sole structure includes an outsole ; and a heel extender including: a rear segment , a lateral arm , and a medial arm , both the lateral arm and the medial arm extending forward from the rear segment ; and a protuberance extending rearward along the rear segment and establishing a rearmost extent of the article of footwear; a rear segment , a lateral arm , and a medial arm , both the lateral arm and the medial arm extending forward from the rear segment ; and a protuberance extending rearward along the rear segment and establishing a rearmost extent of the article of footwear; wherein: the rear segment of the heel extender is secured to the upper and/or the outsole ; the protuberance defines a continuous ridge that extends along each of the rear segment , the lateral arm and the medial arm ; the heel extender has a beveled outer surface with an upper bevel that slopes upward and forward from the ridge , and a lower bevel that slopes downward and forward from the ridge , with the ridge between the upper bevel and the lower bevel ; the outsole has a bevel at a rear of a heel portion of the sole structure ; and the bevel of the outsole and the lower bevel of the heel extender extend at a common angle (A2) relative to a vertical axis (VA). the rear segment of the heel extender is secured to the upper and/or the outsole ; the protuberance defines a continuous ridge that extends along each of the rear segment , the lateral arm and the medial arm ; the heel extender has a beveled outer surface with an upper bevel that slopes upward and forward from the ridge , and a lower bevel that slopes downward and forward from the ridge , with the ridge between the upper bevel and the lower bevel ; the outsole has a bevel at a rear of a heel portion of the sole structure ; and the bevel of the outsole and the lower bevel of the heel extender extend at a common angle (A2) relative to a vertical axis (VA).
A fall prevention tool for a nut, which is installable in a bolt to which the nut is attached, the tool comprising: a bolt holding part into which the bolt is insertable; and a nut holding part that is provided integrally with the bolt holding part , is configured to be provided on an outer periphery of the nut, and is configured to prevent rotation of the nut by restoring force; further comprising: a handle part that is connected to the bolt holding part and is configured to change a diameter of the bolt holding part ; characterised in that the handle part protrudes outward with respect to the nut holding part in a radial direction of the bolt. a bolt holding part into which the bolt is insertable; and a nut holding part that is provided integrally with the bolt holding part , is configured to be provided on an outer periphery of the nut, and is configured to prevent rotation of the nut by restoring force; further comprising: a handle part that is connected to the bolt holding part and is configured to change a diameter of the bolt holding part ; characterised in that the handle part protrudes outward with respect to the nut holding part in a radial direction of the bolt. a handle part that is connected to the bolt holding part and is configured to change a diameter of the bolt holding part ; characterised in that the handle part protrudes outward with respect to the nut holding part in a radial direction of the bolt.
A mechanism for transmitting torque through an angle in a surgical tool assembly , the mechanism comprising: a coupling member comprising a first end and a second end with a coupling axis defined between the first end and the second end, the first end comprising a receptacle ; a coupling pin extending across the receptacle ; a drive shaft having a drive axis and a distal end received within the receptacle , the drive shaft distal end comprising a slot receiving the coupling pin throughout a range of angles between the coupling axis and the drive axis so that rotation of the drive shaft produces rotation of the coupling member via the coupling pin ; a driven shaft having a proximal end and a driven axis, the proximal end of the driven shaft coupled with the second end of the coupling member so that rotation of the coupling member about the coupling axis produces rotation of the driven shaft about the driven axis, the drive shaft coupled with the driven shaft so as to maintain corresponding angles between the drive axis and the coupling axis and between the driven axis and the coupling axis if an angle between the drive axis and the driven axis varies during rotation of the shafts; a surgical instrument shaft ; and a surgical end effector coupled with the surgical instrument shaft so that an orientation of the surgical end effector can be varied in two dimensions relative to the surgical instrument shaft , the surgical end effector comprising an articulated feature coupled with the driven shaft so that a rotation of the driven shaft about the driven axis produces an articulation of the feature. a coupling member comprising a first end and a second end with a coupling axis defined between the first end and the second end, the first end comprising a receptacle ; a coupling pin extending across the receptacle ; a drive shaft having a drive axis and a distal end received within the receptacle , the drive shaft distal end comprising a slot receiving the coupling pin throughout a range of angles between the coupling axis and the drive axis so that rotation of the drive shaft produces rotation of the coupling member via the coupling pin ; a driven shaft having a proximal end and a driven axis, the proximal end of the driven shaft coupled with the second end of the coupling member so that rotation of the coupling member about the coupling axis produces rotation of the driven shaft about the driven axis, the drive shaft coupled with the driven shaft so as to maintain corresponding angles between the drive axis and the coupling axis and between the driven axis and the coupling axis if an angle between the drive axis and the driven axis varies during rotation of the shafts; a surgical instrument shaft ; and a surgical end effector coupled with the surgical instrument shaft so that an orientation of the surgical end effector can be varied in two dimensions relative to the surgical instrument shaft , the surgical end effector comprising an articulated feature coupled with the driven shaft so that a rotation of the driven shaft about the driven axis produces an articulation of the feature.
A printer, comprising: an arm part connected to a printer body part ; and a paper roll support shaft part having a first end connected to the arm part and a second end to be inserted into a hollow core of a paper roll , wherein the paper roll support shaft part includes a support shaft (421 - Fig. 26) configured to contact an interior of the core , a depressing member (424 - Fig. 26) provided on the support shaft so as to be movable around the support shaft , and an urging member (425 - Fig. 26) configured to urge the depressing member so as to press the depressing member toward the interior of the core . an arm part connected to a printer body part ; and a paper roll support shaft part having a first end connected to the arm part and a second end to be inserted into a hollow core of a paper roll , wherein the paper roll support shaft part includes a support shaft (421 - Fig. 26) configured to contact an interior of the core , a depressing member (424 - Fig. 26) provided on the support shaft so as to be movable around the support shaft , and an urging member (425 - Fig. 26) configured to urge the depressing member so as to press the depressing member toward the interior of the core . a support shaft (421 - Fig. 26) configured to contact an interior of the core , a depressing member (424 - Fig. 26) provided on the support shaft so as to be movable around the support shaft , and an urging member (425 - Fig. 26) configured to urge the depressing member so as to press the depressing member toward the interior of the core .
A flip-top dispensing closure comprising a base and a lid joined by a hinge , the base including a top deck with a dispensing orifice and the lid comprising a top plate , characterised in that the top deck and/or the top plate comprise a layer of foamed plastics material sandwiched between two layers of unfoamed plastics material , in which the hinge is formed from unfoamed plastics material.
A vehicle comprising: an internal cabin; and a sanitizing system comprising: a plurality of ultraviolet, UV, lamps mounted at various locations within the internal cabin of the vehicle, wherein the UV lamps are configured to receive electrical power from a power source onboard the vehicle and to emit UV light into the internal cabin on a continuous basis during a trip of the vehicle, wherein the UV lamps are positioned such that the emitted UV light disinfects air within the internal cabin ; and a control unit including one or more processors, the control unit being operatively connected to the UV lamps ; wherein the control unit is configured to operate one or more of the UV lamps at a first power level responsive to the control unit determining that passengers are boarding or deboarding the internal cabin . an internal cabin; and a sanitizing system comprising: a plurality of ultraviolet, UV, lamps mounted at various locations within the internal cabin of the vehicle, wherein the UV lamps are configured to receive electrical power from a power source onboard the vehicle and to emit UV light into the internal cabin on a continuous basis during a trip of the vehicle, wherein the UV lamps are positioned such that the emitted UV light disinfects air within the internal cabin ; and a control unit including one or more processors, the control unit being operatively connected to the UV lamps ; wherein the control unit is configured to operate one or more of the UV lamps at a first power level responsive to the control unit determining that passengers are boarding or deboarding the internal cabin . a plurality of ultraviolet, UV, lamps mounted at various locations within the internal cabin of the vehicle, wherein the UV lamps are configured to receive electrical power from a power source onboard the vehicle and to emit UV light into the internal cabin on a continuous basis during a trip of the vehicle, wherein the UV lamps are positioned such that the emitted UV light disinfects air within the internal cabin ; and a control unit including one or more processors, the control unit being operatively connected to the UV lamps ; wherein the control unit is configured to operate one or more of the UV lamps at a first power level responsive to the control unit determining that passengers are boarding or deboarding the internal cabin .
A communications apparatus , wherein the communications apparatus comprises: an acquiring unit , configured to acquire four channels of signals, wherein the four channels of signals are in a one-to-one correspondence with four logical ports of the communications apparatus; a processing unit , configured to generate one baseband digital signal based on at least two channels of signals in the four channels of signals; and a transmitting unit , configured to transmit the one baseband digital signal to a remote radio unit, RRU, having n channels, wherein the n channels being in one-to-one correspondence with n physical antennas and n is equal to 1; wherein the at least two channels of signals are m channels of signals, and to generate the one baseband digital signal based on the at least two channels of signals in the four channels of signals, the processing unit is configured to generate the one baseband digital signal by adding up the m channels of signals, where the m is 2, or 3, or 4. an acquiring unit , configured to acquire four channels of signals, wherein the four channels of signals are in a one-to-one correspondence with four logical ports of the communications apparatus; a processing unit , configured to generate one baseband digital signal based on at least two channels of signals in the four channels of signals; and a transmitting unit , configured to transmit the one baseband digital signal to a remote radio unit, RRU, having n channels, wherein the n channels being in one-to-one correspondence with n physical antennas and n is equal to 1; wherein the at least two channels of signals are m channels of signals, and to generate the one baseband digital signal based on the at least two channels of signals in the four channels of signals, the processing unit is configured to generate the one baseband digital signal by adding up the m channels of signals, where the m is 2, or 3, or 4.
A Merkle tree construction method, comprising: for each transaction storage position in a target block, reading (S600), by a target full node, data from the transaction storage position, wherein the target full node is any full node in a blockchain network, and the target block is any block in a blockchain of the target full node; analyzing (S602) the data read from the transaction storage position; if it is determined that the data read from the transaction storage position is a transaction, performing (S604) a hash operation on the transaction, to obtain a transaction hash; or if it is determined that the data read from the transaction storage position is concealed data, extracting (S606) a transaction hash from the concealed data, wherein the transaction hash extracted from the concealed data is a transaction hash of a transaction originally stored at the transaction storage position, and an operation of replacing, with the concealed data, the transaction originally stored at the transaction storage position is performed by a node having a transaction concealment permission in the blockchain network by instructing each node; and constructing (S608) a Merkle tree corresponding to the target block based on transaction hashes respectively corresponding to transaction storage positions in the target block. for each transaction storage position in a target block, reading (S600), by a target full node, data from the transaction storage position, wherein the target full node is any full node in a blockchain network, and the target block is any block in a blockchain of the target full node; analyzing (S602) the data read from the transaction storage position; if it is determined that the data read from the transaction storage position is a transaction, performing (S604) a hash operation on the transaction, to obtain a transaction hash; or if it is determined that the data read from the transaction storage position is concealed data, extracting (S606) a transaction hash from the concealed data, wherein the transaction hash extracted from the concealed data is a transaction hash of a transaction originally stored at the transaction storage position, and an operation of replacing, with the concealed data, the transaction originally stored at the transaction storage position is performed by a node having a transaction concealment permission in the blockchain network by instructing each node; and constructing (S608) a Merkle tree corresponding to the target block based on transaction hashes respectively corresponding to transaction storage positions in the target block.
A luminous device for a motor vehicle, comprising : - a housing and an outer lens closing a front opening of the housing and transparent to allow the luminous rays emitted by said luminous device to pass through, - a luminous source holder in the housing and to which a luminous source is fixed or is intended to be fixed, - an optical element arranged to deflect the luminous rays emitted by the light source, - a pressing element attached to the housing, characterized in that the optical element is fixed in relation to the luminous source by being at least partially clamped between the light source support and the pressing element , and in that at least one elastic means is clamped between the pressing element and said optical element and is arranged so as to be elastically deformable in a direction from the support element towards the optical element. - a housing and an outer lens closing a front opening of the housing and transparent to allow the luminous rays emitted by said luminous device to pass through, - a luminous source holder in the housing and to which a luminous source is fixed or is intended to be fixed, - an optical element arranged to deflect the luminous rays emitted by the light source, - a pressing element attached to the housing, characterized in that
Fuel injection valve , comprising - a valve body with a central longitudinal axis (L) comprising a cavity with a fluid inlet portion and a fluid outlet portion , - a valve needle axially moveable in the cavity , the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, - an electro-magnetic actuator unit for actuating the valve needle , - a metal housing being partially arranged around the valve body and the electromagnetic actuator unit , characterised in that the metal housing is at least partially laminated, wherein a laminated part of the housing comprises a plurality of single metal layers which extend perpendicular to the radial direction with respect to the central longitudinal axis L or the housing is at least partially formed by a wrapped metal sheet and wherein the housing comprises - a mantle part extending around the valve body and surrounding the electromagnetic actuator unit , the mantle part being laminated, and - a washer part forming the base of the housing and extending radially from the valve body . - a valve body with a central longitudinal axis (L) comprising a cavity with a fluid inlet portion and a fluid outlet portion , - a valve needle axially moveable in the cavity , the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, - an electro-magnetic actuator unit for actuating the valve needle , - a metal housing being partially arranged around the valve body and the electromagnetic actuator unit , - a mantle part extending around the valve body and surrounding the electromagnetic actuator unit , the mantle part being laminated, and - a washer part forming the base of the housing and extending radially from the valve body .
A communication method, comprising: receiving, by a terminal device , a control channel, detecting the control channel, and determining (S650, S6A-3) a size of a resource for transmitting the control channel, wherein the control channel carries a first parameter, and the first parameter is used to control transmission of data on a data channel; determining (S6A-4), by the terminal device , a quantity of times of retransmission of the data channel based on a first mapping relationship and the size of the resource for transmitting the control channel, wherein the first mapping relationship is a mapping relationship between the size of the resource for transmitting the control channel and the quantity of times of retransmission of the data channel; and receiving, by the terminal device , the data channel based on the quantity of times of retransmission of the data channel; characterized in that the size of the resource for transmitting the control channel is a quantity of control channel elements used to transmit the control channel, or a product of the quantity of the control channel elements used to transmit the control channel and a quantity of times of retransmission of the control channel. receiving, by a terminal device , a control channel, detecting the control channel, and determining (S650, S6A-3) a size of a resource for transmitting the control channel, wherein the control channel carries a first parameter, and the first parameter is used to control transmission of data on a data channel; determining (S6A-4), by the terminal device , a quantity of times of retransmission of the data channel based on a first mapping relationship and the size of the resource for transmitting the control channel, wherein the first mapping relationship is a mapping relationship between the size of the resource for transmitting the control channel and the quantity of times of retransmission of the data channel; and receiving, by the terminal device , the data channel based on the quantity of times of retransmission of the data channel; characterized in that the size of the resource for transmitting the control channel is a quantity of control channel elements used to transmit the control channel, or a product of the quantity of the control channel elements used to transmit the control channel and a quantity of times of retransmission of the control channel.