mhurhangee/patent-ind-claim-en huggingface dataset:
A system for evaluating a composite detector, the system comprising: a constant-temperature box, a smoke generator, a standard gas storage tank, a gas collection device and a laser Raman spectroscopy analyzer, wherein the constant-temperature box is sealed, and both the composite detector and the gas collection device are arranged in the constant-temperature box; wherein the smoke generator, the standard gas storage tank and the laser Raman spectroscopy analyzer are all arranged outside the constant-temperature box, whereby the smoke generator and the standard gas storage tank are fluidically connected to the box, the smoke generator and the standard gas storage tank being used to simulate a battery thermal runaway environment within the box; wherein the laser Raman spectroscopy analyzer is fluidically connected to the gas collection device for receiving gas from the gas collection device and for analysing the gas to obtain first detection data of the gas; and a computer for comparing the first detection data with second detection data obtained from a composite detector arranged in the constant-temperature box, so as to obtain a qualitative and quantitative analysis of detection accuracy of the composite detector. a constant-temperature box, a smoke generator, a standard gas storage tank, a gas collection device and a laser Raman spectroscopy analyzer, wherein the constant-temperature box is sealed, and both the composite detector and the gas collection device are arranged in the constant-temperature box; wherein the smoke generator, the standard gas storage tank and the laser Raman spectroscopy analyzer are all arranged outside the constant-temperature box, whereby the smoke generator and the standard gas storage tank are fluidically connected to the box, the smoke generator and the standard gas storage tank being used to simulate a battery thermal runaway environment within the box; wherein the laser Raman spectroscopy analyzer is fluidically connected to the gas collection device for receiving gas from the gas collection device and for analysing the gas to obtain first detection data of the gas; and a computer for comparing the first detection data with second detection data obtained from a composite detector arranged in the constant-temperature box, so as to obtain a qualitative and quantitative analysis of detection accuracy of the composite detector.
Locking device of a gripping or clamping apparatus having two sliding jaws that can be moved toward and away from one another, the locking device comprising a coupling member which is motion-coupled or can be motion-coupled to the sliding jaws and is rotatably arranged about an axis of rotation , the coupling member having a brake portion on the lateral surface thereof, and the locking device comprising at least one brake element which can be moved from a release position in a locking direction extending perpendicularly to the axis of rotation into a locking position in order to lock the coupling member , characterized in that the brake element engages tangentially on the brake portion when it is moved into the locking position. the locking device comprising a coupling member which is motion-coupled or can be motion-coupled to the sliding jaws and is rotatably arranged about an axis of rotation , the coupling member having a brake portion on the lateral surface thereof, and the locking device comprising at least one brake element which can be moved from a release position in a locking direction extending perpendicularly to the axis of rotation into a locking position in order to lock the coupling member , characterized in that the brake element engages tangentially on the brake portion when it is moved into the locking position.
A wireless communication apparatus comprising: an oscillator circuit configured to generate an oscillation signal corresponding to an oscillation frequency determined by at least one of a geometry, a material and operational characteristics of an antenna; and a bias generator circuit configured to reconfigure an operation region mode of a transistor included in the oscillator circuit by adjusting a bias signal in response to an enable signal , wherein, in a process of transmitting a transmission target signal, the oscillator circuit is configured to operate based on a first bias voltage in a transient state interval and operate based on a second bias voltage in a steady state interval, wherein the first bias voltage is different than the second bias voltage. an oscillator circuit configured to generate an oscillation signal corresponding to an oscillation frequency determined by at least one of a geometry, a material and operational characteristics of an antenna; and a bias generator circuit configured to reconfigure an operation region mode of a transistor included in the oscillator circuit by adjusting a bias signal in response to an enable signal , wherein, in a process of transmitting a transmission target signal, the oscillator circuit is configured to operate based on a first bias voltage in a transient state interval and operate based on a second bias voltage in a steady state interval, wherein the first bias voltage is different than the second bias voltage.
Self-supporting overhead telecommunication/power cable , comprising a supporting portion and a transmission portion mutually arranged according to a figure-8 configuration, wherein the transmission portion comprises an optical fibre conductor and electrical conductors , characterised in that the optical fibre conductor is at a central position of the transmission portion and the electrical conductors are at a radially outer position with respect to the optical fibre conductor , the electrical conductors being grouped into sub-units which are stranded around the optical fibre conductor , wherein each sub-unit includes copper pairs stranded together and wrapped by a tape made of a polymeric material, each copper pair comprising two insulated electrical conductors twisted to one another.
A medical imaging system comprising: - a movable station ; - a gantry mount attached to the movable station ; - a gantry rotatably attached to the gantry mount and including: - a first C-arm slidably mounted to and operable to slide relative to the gantry mount; - a second C-arm slidably coupled to the first C-arm ; and - an imaging signal transmitter attached to one of the first and second C-arms , the first and second C-arms together providing a 360 degree rotation of the imaging signal transmitter ; - an imaging sensor mounted to one of the first and second C-arms , - a cable carrier containing a plurality of electrical cables; - a first cable router having a through-hole and mounted to an outer surface of the first C-arm , the cable carrier extending from the gantry mount over the outer surface of the first C-arm , through the through-hole of the first cable router and over an outer surface of the second C-arm - a second cable router having a through-hole and mounted to an outer surface of the second C-arm, the cable carrier extending through the through-hole of the second cable router, characterised in that - the cable carrier extends in a first circumferential direction and enters the second cable router in a second circumferential direction opposite to the first circumferential direction to create a service loop over the outer surface of the second C-arm . - a movable station ; - a gantry mount attached to the movable station ; - a gantry rotatably attached to the gantry mount and including: - a first C-arm slidably mounted to and operable to slide relative to the gantry mount; - a second C-arm slidably coupled to the first C-arm ; and - an imaging signal transmitter attached to one of the first and second C-arms , the first and second C-arms together providing a 360 degree rotation of the imaging signal transmitter ; - an imaging sensor mounted to one of the first and second C-arms , - a cable carrier containing a plurality of electrical cables; - a first cable router having a through-hole and mounted to an outer surface of the first C-arm , the cable carrier extending from the gantry mount over the outer surface of the first C-arm , through the through-hole of the first cable router and over an outer surface of the second C-arm - a second cable router having a through-hole and mounted to an outer surface of the second C-arm, the cable carrier extending through the through-hole of the second cable router, characterised in that - the cable carrier extends in a first circumferential direction and enters the second cable router in a second circumferential direction opposite to the first circumferential direction to create a service loop over the outer surface of the second C-arm .
A rubber composition, comprising: a rubber component including a diene rubber; and a particulate zinc carrier, the particulate zinc carrier comprising a silicate particle and finely divided zinc oxide or finely divided basic zinc carbonate supported on a surface of the silicate particle, wherein the finely divided zinc oxide-supporting silicate particle has a BET specific surface area within a range of 10 to 55 m 2 /g, or the finely divided basic zinc carbonate-supporting silicate particle has a BET specific surface area within a range of 25 to 90 m 2 /g, characterized in that the rubber composition is obtainable by kneading a rubber component before kneading with sulfur, with a sulfur atom-containing vulcanization accelerator, and then kneading the resulting mixture with sulfur. a rubber component including a diene rubber; and a particulate zinc carrier, the particulate zinc carrier comprising a silicate particle and finely divided zinc oxide or finely divided basic zinc carbonate supported on a surface of the silicate particle, wherein the finely divided zinc oxide-supporting silicate particle has a BET specific surface area within a range of 10 to 55 m 2 /g, or the finely divided basic zinc carbonate-supporting silicate particle has a BET specific surface area within a range of 25 to 90 m 2 /g, characterized in that the rubber composition is obtainable by kneading a rubber component before kneading with sulfur, with a sulfur atom-containing vulcanization accelerator, and then kneading the resulting mixture with sulfur.
A separating element for separating oil aerosol particles from raw gas, wherein the separating element features - at least one coalescence filter medium folded several times, in particular zigzag-folded, - at least one spacer associated with a respective fold of the coalescence filter medium and designed for spacing the respective longitudinal surfaces of said fold, and - at least one frame for accommodating the coalescence filter medium with the spacers integrated in the folds of the coalescence filter medium , wherein - respectively, one longitudinal surface of the filter medium folds forms the raw side of the filter medium folds and the other longitudinal surface of the filter medium folds forms the clean side of the filter medium folds, characterized in that - the spacer comprises at least one porous material, namely a phenolic resin-impregnated paper containing cellulose fibers, - the porous material of the spacer is spatially shaped and - the porous material of the spacer extends respectively over a flat area in such a way between the longitudinal surfaces of the filter medium fold allocated to it that at least one channel through which the raw gas can flow is provided between the fold tip and the fold valley of this filter medium fold. - at least one coalescence filter medium folded several times, in particular zigzag-folded, - at least one spacer associated with a respective fold of the coalescence filter medium and designed for spacing the respective longitudinal surfaces of said fold, and - at least one frame for accommodating the coalescence filter medium with the spacers integrated in the folds of the coalescence filter medium , - respectively, one longitudinal surface of the filter medium folds forms the raw side of the filter medium folds and the other longitudinal surface of the filter medium folds forms the clean side of the filter medium folds, - the spacer comprises at least one porous material, namely a phenolic resin-impregnated paper containing cellulose fibers, - the porous material of the spacer is spatially shaped and - the porous material of the spacer extends respectively over a flat area in such a way between the longitudinal surfaces of the filter medium fold allocated to it that at least one channel through which the raw gas can flow is provided between the fold tip and the fold valley of this filter medium fold.
Shopping basket lift in supermarkets and such like, designed to facilitate the tasks of positioning the products acquired in a supermarket or another similar establishment, on the corresponding conveyer belt established for this purpose in correspondence with the checkout counters , formed from two horizontal and side arms where between is positionable the basket to lift, the arms whereof are mounted with ascending/descending character on different struts providable in front of the conveyer belt to the checkout counter , characterised in that said arms have profiles whereon the horizontal branch is mounted articulately on a ball-joint of the vertical branch to be positioned under the upper perimeter edge of the basket and achieve the lifting and/or lowering thereof by ascending/descending movement of the side arms , all associated to a manual actuation button to perform the actuation of the support arms of the shopping basket by a motor or similar .
An auxetic structure comprising: a first sheet defining therein a plurality of first openings in a first pattern, the plurality of first openings defining a first porosity; and a second sheet defining therein a plurality of second openings in a second pattern, the plurality of second openings defining a second porosity, wherein the second sheet overlays the first sheet so that the plurality of second openings at least partially occlude the plurality of first openings to define a plurality of third openings in a third pattern, the plurality of third openings defining a third porosity less than that of the first porosity or the second porosity, and wherein the second sheet is connected to the first sheet by a plurality of distinct connection elements. a first sheet defining therein a plurality of first openings in a first pattern, the plurality of first openings defining a first porosity; and a second sheet defining therein a plurality of second openings in a second pattern, the plurality of second openings defining a second porosity, wherein the second sheet overlays the first sheet so that the plurality of second openings at least partially occlude the plurality of first openings to define a plurality of third openings in a third pattern, the plurality of third openings defining a third porosity less than that of the first porosity or the second porosity, and wherein the second sheet is connected to the first sheet by a plurality of distinct connection elements.
An apparatus for maintaining a support platform and a payload mountable thereon in near neutral equilibrium relative to a base structure , the support platform being spaced from the base structure by a plurality of actuators which provide the support platform with six degrees of freedom relative to the base structure about longitudinal, lateral and vertical axes, the apparatus including: a substantially upright strut mountable between the base structure and support platform for supporting the weight of the support platform and payload, a first balance assembly including three or more resilient members connected between the strut and the base structure , the resilient members counteracting forces imparted on the strut when the payload mounted on the support platform is moved longitudinally and/or laterally with respect to the base structure , a second balance assembly including three or more tether lines each having a first end connected to the support platform or payload and a second end connected to the strut , the tether lines counteracting forces imparted on the support platform when the payload mounted on the support platform is pivoted about the longitudinal and/or lateral axes with respect to the base structure , wherein counteracting force provided by the resilient members and the tether lines maintain the support platform and payload in a state of near neutral equilibrium relative to the base structure , thereby reducing the load imparted on the actuators by the payload. a substantially upright strut mountable between the base structure and support platform for supporting the weight of the support platform and payload, a first balance assembly including three or more resilient members connected between the strut and the base structure , the resilient members counteracting forces imparted on the strut when the payload mounted on the support platform is moved longitudinally and/or laterally with respect to the base structure , a second balance assembly including three or more tether lines each having a first end connected to the support platform or payload and a second end connected to the strut , the tether lines counteracting forces imparted on the support platform when the payload mounted on the support platform is pivoted about the longitudinal and/or lateral axes with respect to the base structure , wherein counteracting force provided by the resilient members and the tether lines maintain the support platform and payload in a state of near neutral equilibrium relative to the base structure , thereby reducing the load imparted on the actuators by the payload.
A fuel pump assembly for an internal combustion engine, the fuel pump assembly comprising: a plunger arranged to reciprocate under the influence of a drive assembly driven by means of a drive shaft , to perform a pumping cycle comprising a pumping stroke and a return stroke, the pumping stroke comprising movement of the plunger from a bottom dead centre (BDC) position to a top dead centre (TDC) position to pressurise fuel within a pump chamber , and the return stroke comprising movement of the plunger from the TDC position to the BDC position; a spring assembly including a return spring configured to apply a return force to the plunger to effect the return stroke, wherein the return spring is cooperable, at a first end , with a first member coupled to the plunger and movable at a first speed dependent on the speed of rotation of the drive shaft and, at a second end , with a second member which is movable at a damped speed relative to the first speed so that the return spring has a variable stroke length depending on the speed of rotation of the drive shaft ; and a damper arrangement which acts on the second member to set the damped speed, wherein the damper arrangement includes a damper chamber for receiving a fluid which applies a damping force to the return spring , characterized in that a clearance gap is defined between the second member and a wall of the damper chamber to allow the fluid to flow out of the damper chamber . a plunger arranged to reciprocate under the influence of a drive assembly driven by means of a drive shaft , to perform a pumping cycle comprising a pumping stroke and a return stroke, the pumping stroke comprising movement of the plunger from a bottom dead centre (BDC) position to a top dead centre (TDC) position to pressurise fuel within a pump chamber , and the return stroke comprising movement of the plunger from the TDC position to the BDC position; a spring assembly including a return spring configured to apply a return force to the plunger to effect the return stroke, wherein the return spring is cooperable, at a first end , with a first member coupled to the plunger and movable at a first speed dependent on the speed of rotation of the drive shaft and, at a second end , with a second member which is movable at a damped speed relative to the first speed so that the return spring has a variable stroke length depending on the speed of rotation of the drive shaft ; and a damper arrangement which acts on the second member to set the damped speed, wherein the damper arrangement includes a damper chamber for receiving a fluid which applies a damping force to the return spring , characterized in that a clearance gap is defined between the second member and a wall of the damper chamber to allow the fluid to flow out of the damper chamber .
A paint composition comprising: a resin part comprising an epoxy, a polysiloxane and an organooxysilane; a cure part comprising one or more amino-silanes; the resin part and the cure part being designed and selected such that, when combined together, wherein the paint composition has an amine to epoxy equivalent weight in a range of 1.3 to 5, they cure to form a surface that demonstrates at least one dry-erase characteristic; wherein said dry-erase characteristic is selected from the group consisting of an average surface roughness (Ra) of less than 7,500 nm; a maximum surface roughness (Rm) of less than 10,000 nm; a 60 degree gloss of higher than 70; a contact angle of less than 150 degrees; a porosity of less than 45 percent; an elongation at break of between 10 percent and 100 percent; a Sward hardness of greater than 3; a Taber abrasion value of less than 150 mg/thousand cycles; a sag resistance of between 101.6 and 609.6 μm (4 mils and 24 mils), and combination thereof, as measured in the description. a resin part comprising an epoxy, a polysiloxane and an organooxysilane; a cure part comprising one or more amino-silanes; the resin part and the cure part being designed and selected such that, when combined together, wherein the paint composition has an amine to epoxy equivalent weight in a range of 1.3 to 5, they cure to form a surface that demonstrates at least one dry-erase characteristic; wherein said dry-erase characteristic is selected from the group consisting of an average surface roughness (Ra) of less than 7,500 nm; a maximum surface roughness (Rm) of less than 10,000 nm; a 60 degree gloss of higher than 70; a contact angle of less than 150 degrees; a porosity of less than 45 percent; an elongation at break of between 10 percent and 100 percent; a Sward hardness of greater than 3; a Taber abrasion value of less than 150 mg/thousand cycles; a sag resistance of between 101.6 and 609.6 μm (4 mils and 24 mils), and combination thereof, as measured in the description.