mhurhangee/patent-ind-claim-en huggingface dataset:
A passive cooling module having a shape adapted to be assembled with one or more passive cooling modules having a matching shape to form a cooling structure, said passive cooling module comprising a base plate to receive heat from at least one heat generating element attached to said base plate , wherein heat sink elements are connected to said base plate to transfer heat from said base plate to a surrounding fluid, wherein the heat sink elements extend perpendicular from said base plate and are enclosed by a metal plate and said passive cooling module has a triangular shape, characterized in that at least two heat spreading elements are attached to said base plate , wherein said heat spreading element is adapted to spread heat received from a heat generating element attached to said heat spreading element across said base plate of said passive cooling module to all heat sink elements , wherein said heat spreading element comprises a vacuum-sealed chamber filled with a liquid, wherein said liquid within said vacuum sealed chamber is formed by water absorbed by a copper-mesh wick and passes as vapour through a micro-perforated copper sheet where it cools and returns as liquid to the copper-mesh wick within said vacuum sealed chamber.
A battery module comprising: a battery cell laminate in which a plurality of battery cells having a structure in which an electrode assembly is inside a sealed battery case with an electrolyte solution are arranged with sides being in contact with each other; and a cooling and buffering member , mounted beneath the battery cell laminate to support a load of the battery cell laminate , and formed of a porous structure to emit heat generated from the battery cell laminate during a charge and discharge process down the battery cell laminate , and wherein an upper surface of the cooling and buffering member has a shape corresponding to a shape of a lower surface of the battery cell laminate , wherein the lower surface of the battery cell laminate and the upper surface of the cooling and buffering member are interlocked with each other thereby having a zigzag shape, and wherein the cooling and buffering member is formed of a truss structure, and is formed of an elastic material to support the load of the battery cell laminate and attenuate external impact or vibrations applied to the battery cell laminate a battery cell laminate in which a plurality of battery cells having a structure in which an electrode assembly is inside a sealed battery case with an electrolyte solution are arranged with sides being in contact with each other; and a cooling and buffering member , mounted beneath the battery cell laminate to support a load of the battery cell laminate , and formed of a porous structure to emit heat generated from the battery cell laminate during a charge and discharge process down the battery cell laminate , and wherein an upper surface of the cooling and buffering member has a shape corresponding to a shape of a lower surface of the battery cell laminate , wherein the lower surface of the battery cell laminate and the upper surface of the cooling and buffering member are interlocked with each other thereby having a zigzag shape, and wherein
A blade comprising a blade body and a blade de-icer located on the leading edge of the blade body , wherein the blade de-icer comprises: a first heater part bonded to an external surface of a face side of the blade body ; and a separate second heater part bonded to an external surface of a camber side of the blade body , wherein each heater part comprises an electrical heating element arranged therein sandwiched between an inner layer and an outer layer of the heater part , characterised in that the first and second heater parts each have an electrical input terminal and an output terminal at a base end of the respective first and second heater parts , wherein each of the first and second heater parts comprises a flange at its base end , the flange being angled, for example at an angle of 90°, relative to a longitudinal axis (A) of the heater part whereby the flange is configured to overlie a radially inwardly facing surface formed at a root end of the blade body . a first heater part bonded to an external surface of a face side of the blade body ; and a separate second heater part bonded to an external surface of a camber side of the blade body , wherein each heater part comprises an electrical heating element arranged therein sandwiched between an inner layer and an outer layer of the heater part , characterised in that the first and second heater parts each have an electrical input terminal and an output terminal at a base end of the respective first and second heater parts , wherein each of the first and second heater parts comprises a flange at its base end , the flange being angled, for example at an angle of 90°, relative to a longitudinal axis (A) of the heater part whereby the flange is configured to overlie a radially inwardly facing surface formed at a root end of the blade body .
Utidelone semihydrate crystal (A), which is single crystal, and the asymmetric structure unit is composed of four Utidelone molecules (crystallographically independent 1) and two water molecules to form the semihydrate crystal form.
A battery module comprising: a first battery cell ; and a laminated element including one or more heat conducting layers and one or more intumescent layers , characterized in that the laminated element comprises an aperture through which the first battery cell extends and contacts the laminated element, the one or more intumescent layers being configured to expand in response to an intumescent layer temperature exceedance to reconfigure the laminated element from a first configuration in which the laminated element transfers heat emitted by the first battery cell to a second configuration in which the laminated element inhibits heat conduction to thermally isolate the first battery cell. a first battery cell ; and a laminated element including one or more heat conducting layers and one or more intumescent layers , characterized in that the laminated element comprises an aperture through which the first battery cell extends and contacts the laminated element, the one or more intumescent layers being configured to expand in response to an intumescent layer temperature exceedance to reconfigure the laminated element from a first configuration in which the laminated element transfers heat emitted by the first battery cell to a second configuration in which the laminated element inhibits heat conduction to thermally isolate the first battery cell.
An assembly for a fluid system, comprising: a fluid conduit with an internal bore , the internal bore comprising a smooth-walled internal bore ; and a plug including a protrusion and a head , the protrusion connected to the head and projecting axially along an axial centerline partially into the smooth-walled internal bore to a distal end of the plug , and the head seated against the fluid conduit and sealing an opening in the fluid conduit to the internal bore , wherein at least a portion of the protrusion is twisted about the axial centerline , characterised in that : the head comprises a wrenching feature . a fluid conduit with an internal bore , the internal bore comprising a smooth-walled internal bore ; and a plug including a protrusion and a head , the protrusion connected to the head and projecting axially along an axial centerline partially into the smooth-walled internal bore to a distal end of the plug , and the head seated against the fluid conduit and sealing an opening in the fluid conduit to the internal bore , wherein at least a portion of the protrusion is twisted about the axial centerline , characterised in that : the head comprises a wrenching feature .
A lens base , comprising a lens base body , wherein the lens base body is axially provided with a camera module accommodating portion, and the camera module accommodating portion comprises a camera channel and an illumination channel ; and a side wall of the lens base body is provided with a camera module opening portion; the camera module opening portion comprises a first opening portion and a second opening portion that are adjacent to each other; the first opening portion is communicated with the camera channel , and the second opening portion is communicated with the illumination channel ; and the first opening portion is configured to mount a camera unit, and the second opening portion is configured to mount an illumination unit; characterized in that the first opening portion that is communicated with the camera channel and the second opening portion that is communicated with the illumination channel are both provided with openings facing upward, such that the camera unit and the illumination unit are mounted into the camera channel and the illumination channel respectively from the same upward to downward side. a side wall of the lens base body is provided with a camera module opening portion; the camera module opening portion comprises a first opening portion and a second opening portion that are adjacent to each other; the first opening portion is communicated with the camera channel , and the second opening portion is communicated with the illumination channel ; and the first opening portion is configured to mount a camera unit, and the second opening portion is configured to mount an illumination unit; characterized in that the first opening portion that is communicated with the camera channel and the second opening portion that is communicated with the illumination channel are both provided with openings facing upward, such that the camera unit and the illumination unit are mounted into the camera channel and the illumination channel respectively from the same upward to downward side.
A device comprising a) a first sensor designed and arranged for sensing a first measurement variable of a fluid , and b) a second sensor designed and arranged for sensing a second measurement variable of the fluid , wherein the device comprises a. a first electrode arrangement comprising i) a substrate and ii) a first sheet electrode overlaying the substrate and b. a second electrode arrangement comprising a second sheet electrode , wherein the first sheet electrode and the second sheet electrode are dielectrically separated from each other; wherein the first electrode arrangement and the second electrode arrangement form a first capacitor as the first sensor in such a way that a first capacitance formed by the first sheet electrode and the second sheet electrode is variable under the effect of a fluid and in function of a flow rate of the fluid as the first measurement variable; characterized in that the first electrode arrangement comprises the second sensor. a) a first sensor designed and arranged for sensing a first measurement variable of a fluid , and b) a second sensor designed and arranged for sensing a second measurement variable of the fluid , a. a first electrode arrangement comprising i) a substrate and ii) a first sheet electrode overlaying the substrate and i) a substrate and ii) a first sheet electrode overlaying the substrate and b. a second electrode arrangement comprising a second sheet electrode ,
A firmware update method, comprising: receiving a firmware image (FW) at an electronic device , the electronic device having a processor and a memory arranged to store instructions executed by the processor; retrieving a unique device identifier ; generating a random number ; securely storing the generated random number in a secure element , the secure element separate from the memory arranged to store instructions executed by the processor; computationally combining the random number and a representation of the unique device identifier to create a device-binding value; generating an address-offset from the device-binding value; and storing the firmware image in a non-volatile way at a physical address in the memory based on the address-offset . receiving a firmware image (FW) at an electronic device , the electronic device having a processor and a memory arranged to store instructions executed by the processor; retrieving a unique device identifier ; generating a random number ; securely storing the generated random number in a secure element , the secure element separate from the memory arranged to store instructions executed by the processor; computationally combining the random number and a representation of the unique device identifier to create a device-binding value; generating an address-offset from the device-binding value; and storing the firmware image in a non-volatile way at a physical address in the memory based on the address-offset .
A method, comprising: transmitting, by a coordination personal basic service set control point/access point, PCP/AP , in a basic service set, BSS , having two or more personal BSS control PCPs/APs , at least a first management/extension frame, the management/extension frame including information for channel access by a station, STA , within the BSS ; receiving, from the STA , at least a second management/extension frame; and based on information exchanged between the coordination PCP/AP, C-PCP/AP , and the STA via at least the first and second management/extension frames, providing the STA with channel access within the BSS by: establishing a communication link for the C-PCP/AP to serve the STA ; or assigning, by the C-PCP/AP , a second PCP/AP in the BSS to serve the STA ; wherein at least one management/extension frame exchanged between the STA and the C-PCP/AP or the second PCP/AP includes at least one of: synchronization information, BSS identification, STA identification, beamforming information or scheduling information; characterized in that the scheduling information defines a beacon interval, BI, schedule, including a beacon header interval, BHI , and a data transfer interval, DTI . transmitting, by a coordination personal basic service set control point/access point, PCP/AP , in a basic service set, BSS , having two or more personal BSS control PCPs/APs , at least a first management/extension frame, the management/extension frame including information for channel access by a station, STA , within the BSS ; receiving, from the STA , at least a second management/extension frame; and based on information exchanged between the coordination PCP/AP, C-PCP/AP , and the STA via at least the first and second management/extension frames, providing the STA with channel access within the BSS by: establishing a communication link for the C-PCP/AP to serve the STA ; or assigning, by the C-PCP/AP , a second PCP/AP in the BSS to serve the STA ; wherein at least one management/extension frame exchanged between the STA and the C-PCP/AP or the second PCP/AP includes at least one of: synchronization information, BSS identification, STA identification, beamforming information or scheduling information; characterized in that the scheduling information defines a beacon interval, BI, schedule, including a beacon header interval, BHI , and a data transfer interval, DTI .
An arrangement for the force-locking connection of an adapter shaft to a shaft by means of a clamping ring , wherein the clamping ring is mounted on the adapter shaft , wherein the shaft is inserted into the adapter shaft , wherein the clamping ring has a radially uninterrupted threaded bore into which is screwed a screwing part, in particular grub screw , which presses on the adapter shaft , in particular on a flattened portion , wherein a cylinder bolt is received in a first indentation of the clamping ring , which cylinder bolt extends, in particular extends into, radially inwards into a second indentation which is formed in the adapter shaft , in particular for forming a lossprevention and anti-twist means which acts in the axial direction and in the peripheral direction, characterised in that the cylinder bolt is embodied as a disc. wherein the clamping ring is mounted on the adapter shaft , wherein the shaft is inserted into the adapter shaft , wherein the clamping ring has a radially uninterrupted threaded bore into which is screwed a screwing part, in particular grub screw , which presses on the adapter shaft , in particular on a flattened portion , wherein a cylinder bolt is received in a first indentation of the clamping ring , which cylinder bolt extends, in particular extends into, radially inwards into a second indentation which is formed in the adapter shaft , in particular for forming a lossprevention and anti-twist means which acts in the axial direction and in the peripheral direction, characterised in that the cylinder bolt is embodied as a disc.
A processor comprising: a plurality of registers; a first instruction queue to store first instructions to be dispatched to one or more execution circuits; a plurality of program order queues , each program order queue of the plurality of program order queues associated with one of the plurality of registers, each of the plurality of program order queues comprises a plurality of entries each to store a state of an instruction, the state comprising a read event state indicating that the associated register is used as a source operand of the instruction and a write event state indicating that the associated register is a destination operand of the instruction; and a dispatcher to dispatch for execution the first instructions from the first instruction queue based at least in part on states stored in the plurality of program order queues . a plurality of registers; a first instruction queue to store first instructions to be dispatched to one or more execution circuits; a plurality of program order queues , each program order queue of the plurality of program order queues associated with one of the plurality of registers, each of the plurality of program order queues comprises a plurality of entries each to store a state of an instruction, the state comprising a read event state indicating that the associated register is used as a source operand of the instruction and a write event state indicating that the associated register is a destination operand of the instruction; and a dispatcher to dispatch for execution the first instructions from the first instruction queue based at least in part on states stored in the plurality of program order queues .
Apparatus for measuring lay length of a synthetic rope , the synthetic rope comprising at least one magnetic detection element that completes one or more circumferential, helical or sinusoidal path(s) around or within the synthetic rope for each lay length (L) of the rope , the apparatus comprising: a. a sensor device having a body defining an elongate passageway enabling the synthetic rope to be advanced there through in a direction of the central axis of the rope while permitting limited lateral movements of the rope ; b. sensors on the body of the sensor device, sensing changes in magnetic flux in the region of the rope caused by variations in the magnetic flux of the at least one magnetic detection element and / or its proximity and to the sensors, thereby to generate an oscillating pattern of detected magnetic flux as the rope advances through the passageway; c. means for associating the detected oscillations with physical distances along the rope ; and d. a lay length calculator or display that calculates or displays a distance along the synthetic rope of one or more of the detected oscillations correlating to the number of circumferential, helical or sinusoidal paths of the magnetic detection element around or within the rope , characterized in that each of the at least one magnetic detection element comprises a metallic fiber or a synthetic fiber coated with a material detectable by the sensors, the apparatus further comprising means to pre-condition the at least one magnetic detection element by passing the rope through a magnetic field at least substantially perpendicular to a direction of movement of the rope through the sensor device, prior to being passed through the sensor device. a. a sensor device having a body defining an elongate passageway enabling the synthetic rope to be advanced there through in a direction of the central axis of the rope while permitting limited lateral movements of the rope ; b. sensors on the body of the sensor device, sensing changes in magnetic flux in the region of the rope caused by variations in the magnetic flux of the at least one magnetic detection element and / or its proximity and to the sensors, thereby to generate an oscillating pattern of detected magnetic flux as the rope advances through the passageway; c. means for associating the detected oscillations with physical distances along the rope ; and d. a lay length calculator or display that calculates or displays a distance along the synthetic rope of one or more of the detected oscillations correlating to the number of circumferential, helical or sinusoidal paths of the magnetic detection element around or within the rope ,
A method that generates, from an input video, a compressed video that is consistent across different devices, the method comprising: identifying a desired output bitrate; parsing parameters of the input video, the parameters including width, height, frame rate, and format of the input video; generating , by an encoder rendering black frames, a blank video with a fixed duration using the parameters of the input video; generating a representative video based on providing the blank video as input to a decoder ; wherein the decoder receives the blank video from the encoder , decodes the blank video, and provides parameters associated with the decoded blank video to the encoder, wherein the representative video is the decoded blank video; determining a request bitrate based on comparing a bitrate of the representative video to the desired output bitrate; and compressing the input video using the request bitrate to generate the compressed video. identifying a desired output bitrate; parsing parameters of the input video, the parameters including width, height, frame rate, and format of the input video; generating , by an encoder rendering black frames, a blank video with a fixed duration using the parameters of the input video; generating a representative video based on providing the blank video as input to a decoder ; wherein the decoder receives the blank video from the encoder , decodes the blank video, and provides parameters associated with the decoded blank video to the encoder, wherein the representative video is the decoded blank video; wherein the decoder receives the blank video from the encoder , decodes the blank video, and provides parameters associated with the decoded blank video to the encoder, wherein the representative video is the decoded blank video; determining a request bitrate based on comparing a bitrate of the representative video to the desired output bitrate; and compressing the input video using the request bitrate to generate the compressed video.
A downhole cutting system comprising: at least one cutting tool ; a measurement system configured to determine an extent, progress and/or geometry of a cut formed by the cutting tool in a wall of a tubular or other member, and characterised in that : a shroud extends at least part of the way between the measurement system and an interior wall of the tubular or other member in use. at least one cutting tool ; a measurement system configured to determine an extent, progress and/or geometry of a cut formed by the cutting tool in a wall of a tubular or other member, and characterised in that : a shroud extends at least part of the way between the measurement system and an interior wall of the tubular or other member in use.