mhurhangee/patent-ind-claim-en huggingface dataset:
A refractory for steel casting, wherein the refractory for steel casting comprises a refractory material containing a free carbon in the range of 1 to 10% by mass, both inclusive, a metal aluminum in the range of 1 to 15% by mass, both inclusive, and a metal oxide in a balance; and the refractory for steel casting satisfies a following Equation 1, provided that a metal aluminum content in the refractory is designated by Al% by mass, an apparent porosity thereof is designated by P%, and a bulk density thereof is designated by D 0.31 × Al ≤ P − 4 / D wherein the refractory for steel casting contains a metal silicon in the range of 0.5 to 4% by mass, both inclusive, and/or the metal aluminum content therein is in the range of 6 to 15% by mass, both inclusive.
Joint assembly for a robot, comprising: - a housing connected with an output part , the housing comprising a housing wall , - a strain wave gearing system comprising: - a wave generator , - a flexspline , and - a circular spline connected to the output part , wherein the wave generator is rotated by a rotor shaft , the rotor shaft being driven by an electric motor comprising a stator and a rotor magnet , the rotor magnet being affixed to the rotor shaft , and wherein the joint assembly further comprises: - a rotor brake configured to stop/prevent relative movement between the rotor shaft and the flexspline, characterised in that the joint assembly further comprises: - an output brake configured to stop/prevent rotation of the output part . - a housing connected with an output part , the housing comprising a housing wall , - a strain wave gearing system comprising: - a wave generator , - a flexspline , and - a circular spline connected to the output part , - a rotor brake configured to stop/prevent relative movement between the rotor shaft and the flexspline, characterised in that the joint assembly further comprises: - an output brake configured to stop/prevent rotation of the output part .
A downhole tool for performing downhole rock characterisation tests on a test site of a formation , the tool comprising at least one surface preparation cutter and at least one testing cutter , wherein the at least one surface preparation cutter is configured for removing debris from between the test site and the tool, in preparation for engagement of the at least one testing cutter with the test site.
A method of wireless communication for a user equipment, UE, , the method comprising: receiving one or more downlink transmissions from a base station ; determining to transmit an uplink transmission to the base station ; and transmitting , to the base station , a scheduling request for the uplink transmission with an acknowledgement - ACK / negative ACK - NACK - associated with the one or more downlink transmissions using a narrowband physical uplink shared channel, NPUSCH, format resource structure, characterized in that the UE is configured to increase a first number of repeated transmissions of the scheduling request based on third signaling received from the base station . receiving one or more downlink transmissions from a base station ; determining to transmit an uplink transmission to the base station ; and transmitting , to the base station , a scheduling request for the uplink transmission with an acknowledgement - ACK / negative ACK - NACK - associated with the one or more downlink transmissions using a narrowband physical uplink shared channel, NPUSCH, format resource structure, characterized in that the UE is configured to increase a first number of repeated transmissions of the scheduling request based on third signaling received from the base station .
Windscreen wiper, in particular for motor vehicle windows, of the type having a support frame for a wiper blade able to be in contact with the window to be wiped, a coupling portion for the blade, which serves to connect a wiper connector, being arranged between the support frame and the blade, the support frame having at least two separate cavities that extend longitudinally, said at least two cavities being separate in that at least one first cavity receives a stiffening element and in that a second cavity is designed to allow liquid to circulate between a liquid inlet means and at least one evacuation hole for said liquid, the first cavity being realized longitudinally, at least partially along the frame, between a lower wall, side walls and a central wall, the windscreen wiper being characterized in that at least one of the walls longitudinally defining the second cavity is substantially vertical, the at least one evacuation hole being made in said substantially vertical wall, having an inclination, from the inside of the second cavity to the outside of the wiper, towards the window to be wiped.
An integrated circuit comprising: a master processing core having a central processing unit coupled with a non-volatile memory ; a slave processing core operating independently from the master processing core and having a central processing unit coupled with volatile program memory ; wherein the master central processing unit is configured to cause a transfer of program instructions into the volatile memory of the slave processing core; wherein a program instruction for the slave processing core is wider than a data width of the master processing core; and wherein a transfer of said program instructions can only be performed by executing a dedicated instruction (LDSLV) within the central processing unit of the master processing core, wherein the transfer takes place through logic or through a buffer (418/428) and is thereby performed without moving the program instructions through the master processing core. a master processing core having a central processing unit coupled with a non-volatile memory ; a slave processing core operating independently from the master processing core and having a central processing unit coupled with volatile program memory ; wherein the master central processing unit is configured to cause a transfer of program instructions into the volatile memory of the slave processing core; wherein a program instruction for the slave processing core is wider than a data width of the master processing core; and wherein a transfer of said program instructions can only be performed by executing a dedicated instruction (LDSLV) within the central processing unit of the master processing core, wherein the transfer takes place through logic or through a buffer (418/428) and is thereby performed without moving the program instructions through the master processing core.
A method for automatically adjusting the position of an implement of a lift assembly for a work vehicle , the lift assembly comprising a pair of loader arms coupled to the implement , characterized in that the method comprises: monitoring, with a computing device, at least one of a fluid pressure or a flow rate of hydraulic fluid indicative of or associated with a flow of hydraulic fluid supplied to or within a cylinder for controlling the movement of the implement ; determining, with the computing device, a speed control signal for the implement as a function of the at least one of a fluid pressure or a flow rate of hydraulic fluid, the speed control signal being associated with an implement speed at which the implement is to be moved in order to maintain the implement at a fixed orientation relative to a given reference point; generating, with the computing device, a valve command signal based at least in part on the speed control signal; and transmitting, with the computing device, the valve command signal to a valve associated with the implement in order to maintain the implement at the fixed orientation as the loader arms are being moved. monitoring, with a computing device, at least one of a fluid pressure or a flow rate of hydraulic fluid indicative of or associated with a flow of hydraulic fluid supplied to or within a cylinder for controlling the movement of the implement ; determining, with the computing device, a speed control signal for the implement as a function of the at least one of a fluid pressure or a flow rate of hydraulic fluid, the speed control signal being associated with an implement speed at which the implement is to be moved in order to maintain the implement at a fixed orientation relative to a given reference point; generating, with the computing device, a valve command signal based at least in part on the speed control signal; and transmitting, with the computing device, the valve command signal to a valve associated with the implement in order to maintain the implement at the fixed orientation as the loader arms are being moved.
A heart rate detection method carried out in a heart rate detection apparatus, comprising: acquiring a heart rate signal of a user; extracting a heart rate characteristic of time domain from a waveform corresponding to the heart rate signal; judging whether the heart rate characteristic of time domain indicates that a finger of the user completely presses a light source for detecting the heart rate; and outputting a corresponding heart rate value according to the heart rate signal when it is judged that the heart rate characteristic of time domain indicates that the finger of the user completely presses a light source for detecting the heart rate, characterized in that the heart rate characteristic comprises the number of wave ridges and/or wave valleys in the waveform, and/or a wave ridge value of the waveform, which is defined as a peak-to-peak value of the waveform; and the judging whether the heart rate characteristic indicates whether a finger of a user completely presses a light source for detecting the heart rate comprises: judging whether the number of wave ridges and/or wave valleys in the waveform falls within a first predetermined numerical range; and/or judging whether the wave ridge value of the waveform exceeds a predetermined threshold. acquiring a heart rate signal of a user; extracting a heart rate characteristic of time domain from a waveform corresponding to the heart rate signal; judging whether the heart rate characteristic of time domain indicates that a finger of the user completely presses a light source for detecting the heart rate; and outputting a corresponding heart rate value according to the heart rate signal when it is judged that the heart rate characteristic of time domain indicates that the finger of the user completely presses a light source for detecting the heart rate, characterized in that the heart rate characteristic comprises the number of wave ridges and/or wave valleys in the waveform, and/or a wave ridge value of the waveform, which is defined as a peak-to-peak value of the waveform; and the judging whether the heart rate characteristic indicates whether a finger of a user completely presses a light source for detecting the heart rate comprises: judging whether the number of wave ridges and/or wave valleys in the waveform falls within a first predetermined numerical range; and/or judging whether the wave ridge value of the waveform exceeds a predetermined threshold. judging whether the number of wave ridges and/or wave valleys in the waveform falls within a first predetermined numerical range; and/or judging whether the wave ridge value of the waveform exceeds a predetermined threshold.
A method of making a textile comprising: providing a textile having a first surface, the first surface comprising a first thermoplastic material; softening or melting the first thermoplastic material by increasing a temperature of at least a portion of the first surface of the textile to a first temperature at or above one of a creep relaxation temperature, a heat deflection temperature, a Vicat softening temperature, or a melting temperature of the first thermoplastic material; altering a texture of the at least a portion of the first surface while the temperature of the first surface is at or above the first temperature by contacting a textured molding surface of a release paper transfer medium with the first surface of the textile while increasing the temperature of the first surface of the textile to the first temperature and using the textured molding surface to alter the texture of the first surface to a texture which simulates the texture of natural leather; and disposing an optical element onto the first thermoplastic material of the at least a portion of the first surface having the altered texture, wherein the optical element, as disposed on the first surface, imparts a structural color to the textile. providing a textile having a first surface, the first surface comprising a first thermoplastic material; softening or melting the first thermoplastic material by increasing a temperature of at least a portion of the first surface of the textile to a first temperature at or above one of a creep relaxation temperature, a heat deflection temperature, a Vicat softening temperature, or a melting temperature of the first thermoplastic material; altering a texture of the at least a portion of the first surface while the temperature of the first surface is at or above the first temperature by contacting a textured molding surface of a release paper transfer medium with the first surface of the textile while increasing the temperature of the first surface of the textile to the first temperature and using the textured molding surface to alter the texture of the first surface to a texture which simulates the texture of natural leather; and disposing an optical element onto the first thermoplastic material of the at least a portion of the first surface having the altered texture, wherein the optical element, as disposed on the first surface, imparts a structural color to the textile.
An implantable device comprising: a stent having a wire with a generally elliptical cross-section along a first portion and a generally non-elliptical cross-section along a second portion, wherein the wire has an undulating pattern with apical areas interconnected by generally straight sections , and the generally non-elliptical cross-section is located in at least one apical area , the wire forming a plurality of rings to form the stent, wherein the implantable device has a collapsed configuration for delivery and a deployed configuration, wherein in the collapsed configuration multiple apical areas of adjacent rings within the plurality of rings are adjacent and overlap, and in the deployed configuration the said multiple apical areas of adjacent rings are separated from one another.
An external fixation system for reducing bone fractions, comprising: a substantially rigid frame member at least partially surrounding a fractured bone ; a polyaxially adjustable pivot housing associated with the substantially rigid frame member ; a first clamping assembly coupled to the polyaxially adjustable pivot housing , the first clamping assembly having an opening for receiving and coupling to the substantially rigid frame member , and a second clamping assembly associated with the substantially rigid frame member , the second clamping assembly having at least one opening for receiving a bone fixation member that is configured to penetrate the fractured bone , characterised in that the first clamping assembly includes a clamp body and a provisional locking arm configured to rotate about a pivot pin into a cam arm pocket to provisionally lock the clamping assembly. a substantially rigid frame member at least partially surrounding a fractured bone ; a polyaxially adjustable pivot housing associated with the substantially rigid frame member ; a first clamping assembly coupled to the polyaxially adjustable pivot housing , the first clamping assembly having an opening for receiving and coupling to the substantially rigid frame member , and a second clamping assembly associated with the substantially rigid frame member , the second clamping assembly having at least one opening for receiving a bone fixation member that is configured to penetrate the fractured bone , characterised in that the first clamping assembly includes a clamp body and a provisional locking arm configured to rotate about a pivot pin into a cam arm pocket to provisionally lock the clamping assembly.
An electric machine comprising: a winding yoke defining a plurality of winding slots between circumferentially spaced apart teeth ; and a respective winding separator mounted within each of the winding slots, wherein the winding separator is mounted to a keying feature that extends from the winding yoke into the winding slot; and characterized in that : the winding yoke is a laminated structure, wherein the teeth and keying feature are part of a common laminated structure with the winding yoke; wherein the keying feature is in intimate thermal contact with a keying receptacle of the winding separator, and wherein the keying feature includes a neck that extends radially into the winding separator and a head extending radially from the neck that is wider than the neck, and wherein the winding separator includes at least one of thermally conductive ceramics and/or plastics a winding yoke defining a plurality of winding slots between circumferentially spaced apart teeth ; and a respective winding separator mounted within each of the winding slots, wherein the winding separator is mounted to a keying feature that extends from the winding yoke into the winding slot; and characterized in that : the winding yoke is a laminated structure, wherein the teeth and keying feature are part of a common laminated structure with the winding yoke; wherein the keying feature is in intimate thermal contact with a keying receptacle of the winding separator, and wherein the keying feature includes a neck that extends radially into the winding separator and a head extending radially from the neck that is wider than the neck, and wherein the winding separator includes at least one of thermally conductive ceramics and/or plastics the winding yoke is a laminated structure, wherein the teeth and keying feature are part of a common laminated structure with the winding yoke; wherein the keying feature is in intimate thermal contact with a keying receptacle of the winding separator, and wherein the keying feature includes a neck that extends radially into the winding separator and a head extending radially from the neck that is wider than the neck, and wherein the winding separator includes at least one of thermally conductive ceramics and/or plastics
A front wheel hub assembly disconnection arrangement for a road vehicle , said front wheel hub assembly disconnection arrangement being configured to promote disconnection and outwards movement of a front wheel hub assembly from a vehicle body structure during a small partial overlap collision, wherein the front wheel hub assembly disconnection arrangement comprises a steering knuckle breaker and the front wheel hub assembly , the front wheel hub assembly comprising a wheel hub and a steering knuckle for connection to a tie rod of a steering mechanism, the steering knuckle being arranged on a rearward facing portion of the wheel hub , seen in a direction of travel of the road vehicle , wherein the steering knuckle breaker is arranged on an A-pillar of the vehicle body structure , said steering knuckle breaker comprising an impact surface facing the steering knuckle when the wheel hub is in a neutral position, such that in the event of a small overlap collision, the steering knuckle of the front wheel hub assembly is displaced towards and collides with the steering knuckle breaker , such that the steering knuckle breaker breaks the steering knuckle and disconnects the steering knuckle from the wheel hub of the front wheel hub assembly .
A computer implemented method for displaying building information to a user via a touch/gesture driven user interface that is rendered on a display screen , the method including: (i) based on current navigation data, displaying a portion of a map layer , wherein the map layer includes image data representative of a facility ; and (ii) positioning, on the displayed portion of the map layer , a set of content control objects , wherein each content control object enables a user to load one or more content items via display objects superimposed on the map layer ; characterised in that the method includes: (iii) based on a set of automated rules for content control object amalgamation, where a predefined content control object density is met, combining a plurality of content control objects into a single content control object from which content from each of the plurality of constituent content control objects is accessible; wherein the set of content control objects is selected from a collection of available content control objects based upon: (a) the current navigation data; and (b) one or more attributes of the user; and wherein each content control object is bound to at least one building resource; the one or more attributes of the user are indicative of access rights for building resources; and the set of content control objects is selected from the collection of available content control objects based upon the user's access rights with respect to the building resources to which the content control objects are bound. (i) based on current navigation data, displaying a portion of a map layer , wherein the map layer includes image data representative of a facility ; and (ii) positioning, on the displayed portion of the map layer , a set of content control objects , wherein each content control object enables a user to load one or more content items via display objects superimposed on the map layer ;
A cryogenic composition, characterized in that it comprises a hydrophobic compound (a) in the liquid form in which granules of superabsorbent polymer (b) charged with water (c) and with humectant (d) are immersed, said hydrophobic compound (a) having a freezing point of less than - 10°C and being chosen from neopentylene glycol diheptanoate, isopropyl sebacate, isodecyl neopentanoate, isostearyl isostearate and their mixtures.
A vaporized fuel treatment device mounted on a vehicle, the device comprising: a canister configured to adsorb and desorb fuel vaporized in a fuel tank ; and a filter case having an air inlet through which air is introduced into the canister , the filter case housing a filter to purify the introduced air, the canister and the filter case being arranged in a wheel well outer edge portion (B1) of the vehicle, the air inlet is formed through a portion of the filter case , the portion located inside in the vehicle width direction, characterized in that , the filter case is coupled to the canister through a bracket , and is disposed outside with respect to the canister in a vehicle width direction, and the bracket shields at least a portion of the air inlet from inside in the vehicle width direction. a canister configured to adsorb and desorb fuel vaporized in a fuel tank ; and a filter case having an air inlet through which air is introduced into the canister , the filter case housing a filter to purify the introduced air, the canister and the filter case being arranged in a wheel well outer edge portion (B1) of the vehicle, the air inlet is formed through a portion of the filter case , the portion located inside in the vehicle width direction, characterized in that , the filter case is coupled to the canister through a bracket , and is disposed outside with respect to the canister in a vehicle width direction, and the bracket shields at least a portion of the air inlet from inside in the vehicle width direction.