mhurhangee/patent-ind-claim-en huggingface dataset:
A tensioning device for surgical elements comprising: - a fixation device , designed for the torque-proof fixation of a surgical element ; - a clamping device , designed for the exertion of an essentially radial inward clamping force on the surgical element ; - a spring device , designed for the exertion of a spring force on the clamping device , wherein the spring force is exerted in an axial direction; and - a force deflecting device that interacts with the clamping device , which is designed to convert at least a part of the spring force exerted on the clamping device into at least a part of the clamping force exerted on the surgical element , wherein the clamping device comprises at least one clamping finger that can be deflected in a radial direction. - a fixation device , designed for the torque-proof fixation of a surgical element ; - a clamping device , designed for the exertion of an essentially radial inward clamping force on the surgical element ; - a spring device , designed for the exertion of a spring force on the clamping device , wherein the spring force is exerted in an axial direction; and - a force deflecting device that interacts with the clamping device , which is designed to convert at least a part of the spring force exerted on the clamping device into at least a part of the clamping force exerted on the surgical element , wherein the clamping device comprises at least one clamping finger that can be deflected in a radial direction.
A method of heating a vehicle component, comprising: depositing a composition onto a vehicle component, the composition comprising: a first polymer; a second polymer; and a naphthyl sulfonic acid, an anthracenyl sulfonic acid, and/or a pyrenyl sulfonic acid; and applying a voltage to a surface of the composition disposed on the vehicle component. depositing a composition onto a vehicle component, the composition comprising: a first polymer; a second polymer; and a naphthyl sulfonic acid, an anthracenyl sulfonic acid, and/or a pyrenyl sulfonic acid; and a first polymer; a second polymer; and a naphthyl sulfonic acid, an anthracenyl sulfonic acid, and/or a pyrenyl sulfonic acid; and applying a voltage to a surface of the composition disposed on the vehicle component.
A decorative sheet comprising a surface protective layer on a substrate, wherein the surface protective layer is a layer obtained by crosslinking and curing a composition A containing an ionizing radiation-curable resin composition and a radical scavenger; the radical scavenger contains a radical scavenger i which includes an ethylenic double bond polymerizable with the ionizing radiation-curable resin composition and a radical scavenger ii which does not include an ethylenic double bond polymerizable with the ionizing radiation-curable resin composition; a content of the radical scavenger in the composition A is not less than 0.5 parts by mass and less than 10.0 parts by mass based on 100 parts by mass of the ionizing radiation-curable resin composition; and a water vapor transmission rate of the decorative sheet when measured in accordance with Testing Methods for Determination of the Water Vapor Transmission Rate of Moisture-Proof Packaging Materials (Dish Method) defined in JIS Z0208:1976 is not less than 0.75 g/m 2 ·24 h and not more than 45 g/m 2 ·24h.
A lighting device comprising an electronic component and one or more vapor chamber elements , - wherein the electronic component is thermally coupled to at least one of the one or more vapor chamber elements ; - wherein the electronic component comprises a solid state light source ; and - wherein the vapor chamber element comprising a first part , a second part , and a third part , wherein the second part and third part are associated to the first part , wherein the second part and third part are configured spatially separated with a first distance (d1) along a first length (L1), defining an opening between the second part and the third part ; wherein the vapor chamber element comprises one or more vapor chambers at least partially comprised by the second part and third part ; wherein the vapor chamber element further comprises one or more heat fin elements , wherein the one or more heat fin elements comprise one or more heat fins , wherein the one or more heat fin elements bridge the first distance (d1) and close a part of the opening ; and - characterised in that the first part , the second part , and third part mutually share a single vapor chamber . - wherein the electronic component is thermally coupled to at least one of the one or more vapor chamber elements ; - wherein the electronic component comprises a solid state light source ; and - wherein the vapor chamber element comprising a first part , a second part , and a third part , wherein the second part and third part are associated to the first part , wherein the second part and third part are configured spatially separated with a first distance (d1) along a first length (L1), defining an opening between the second part and the third part ; wherein the vapor chamber element comprises one or more vapor chambers at least partially comprised by the second part and third part ; wherein the vapor chamber element further comprises one or more heat fin elements , wherein the one or more heat fin elements comprise one or more heat fins , wherein the one or more heat fin elements bridge the first distance (d1) and close a part of the opening ; and - characterised in that the first part , the second part , and third part mutually share a single vapor chamber .
Emulsion eyedrops comprising castor oil and poly(vinyl alcohol), wherein the concentration of the castor oil is 5 to 20 w/v%, the concentration of the poly(vinyl alcohol) is 2 to 7 w/v%, and the ratio of the weight of the castor oil to the weight of the poly(vinyl alcohol) is 1.2 to 5, wherein substantially no nonionic surfactant is contained. the concentration of the castor oil is 5 to 20 w/v%, the concentration of the poly(vinyl alcohol) is 2 to 7 w/v%, and the ratio of the weight of the castor oil to the weight of the poly(vinyl alcohol) is 1.2 to 5, wherein substantially no nonionic surfactant is contained.
Method for measuring and controlling a characteristic performance parameter ( Γ S ) of an active device under test, DUT, having an input port, wherein the DUT operational behaviour is described by a scattering matrix S relating an input incident wave a 1 and an input reflected wave b 1 at the input port of the DUT , the method comprising: connecting the input port of the DUT to a signal generator , subjecting the DUT to a large signal input test signal, and executing a first measurement ( a 1 ' , b 1 ') of the incident wave ( a 1 ) and reflected wave ( b 1 ) at a DUT input reference plane to determine bs 0 = a 1 ′ − Γ S 0 ⋅ b 1 ′ changing the input power to the DUT by applying a new input wave bs 1 , equivalent to the original input test signal bs 0 plus a perturbation signal bs' such that bs 1 = bs 0 + bs' , executing a second measurement ( a 1 " , b 1 " ) of the incident wave ( a 1 ) and reflected wave ( b 1 ) at the DUT input reference plane , and determining the newly applied characteristic performance parameter Γ S1 from the first measurement ( a 1 ' , b 1 ' , ) and the second measurement ( a 1 " , b 1 ") as Γ S 1 = a 1 " − a 1 ′ + Γ S 0 ⋅ b 1 ′ b 1 " , wherein the characteristic performance parameter is a source reflection coefficient Γ S , and wherein subjecting the DUT to a perturbation signal combined with the input test signal is obtained by controlling the signal generator connecting the input port of the DUT to a signal generator , subjecting the DUT to a large signal input test signal, and executing a first measurement ( a 1 ' , b 1 ') of the incident wave ( a 1 ) and reflected wave ( b 1 ) at a DUT input reference plane to determine bs 0 = a 1 ′ − Γ S 0 ⋅ b 1 ′ changing the input power to the DUT by applying a new input wave bs 1 , equivalent to the original input test signal bs 0 plus a perturbation signal bs' such that bs 1 = bs 0 + bs' , executing a second measurement ( a 1 " , b 1 " ) of the incident wave ( a 1 ) and reflected wave ( b 1 ) at the DUT input reference plane , and determining the newly applied characteristic performance parameter Γ S1 from the first measurement ( a 1 ' , b 1 ' , ) and the second measurement ( a 1 " , b 1 ") as Γ S 1 = a 1 " − a 1 ′ + Γ S 0 ⋅ b 1 ′ b 1 " , wherein the characteristic performance parameter is a source reflection coefficient Γ S , and wherein subjecting the DUT to a perturbation signal combined with the input test signal is obtained by controlling the signal generator
A method for resource exclusion, the method being applied to a terminal device and comprising: obtaining a first candidate resource set by performing a first resource exclusion operation on a first resource set in a resource selection window, the first resource set comprising available resources in a resource pool used by the terminal device in the resource selection window, and the first resource exclusion operation being an operation of performing resource exclusion according to a non-sensing slot in a resource sensing window, the non-sensing slot representing a slot in which the terminal device performs no sensing; and determining a second resource set on condition that a first percentage is smaller than X%, the first percentage being a percentage of number of resources in the first candidate resource set and number M total of resources in the first resource set, characterised in that : determining the second resource set comprises: obtaining a second candidate resource set by performing a second resource exclusion operation on the first resource set in the resource selection window, wherein the second resource exclusion operation is an operation of performing resource exclusion according to a physical sidelink control channel, PSCCH, sensed in the resource sensing window. obtaining a first candidate resource set by performing a first resource exclusion operation on a first resource set in a resource selection window, the first resource set comprising available resources in a resource pool used by the terminal device in the resource selection window, and the first resource exclusion operation being an operation of performing resource exclusion according to a non-sensing slot in a resource sensing window, the non-sensing slot representing a slot in which the terminal device performs no sensing; and determining a second resource set on condition that a first percentage is smaller than X%, the first percentage being a percentage of number of resources in the first candidate resource set and number M total of resources in the first resource set, characterised in that : determining the second resource set comprises: obtaining a second candidate resource set by performing a second resource exclusion operation on the first resource set in the resource selection window, wherein the second resource exclusion operation is an operation of performing resource exclusion according to a physical sidelink control channel, PSCCH, sensed in the resource sensing window.
A smoothing tool for finishing a joint filled with a joint compound, having a first planar joint smoother and a second planar joint smoother , the first joint smoother and the second joint smoother each having at least one smoothing tip for producing a profile of the joint compound, characterized in that, for a releasable connection between the first joint smoother and the second joint smoother , the first joint smoother has a pin and the second joint smoother has a pin receiver , the pin receiver having a longitudinal axis which lies in a main plane of the second joint smoother or extends in parallel therewith, the pin being able to assume a basic position and at least one alternative position in the pin receiver , and, in the basic position, an angle of rotation of the pin with respect to the longitudinal axis being different from an angle of rotation of the pin in the alternative position.
An elastomer composition comprising: (a) an elastomer blend component; (b) at least one first odor-reducing component; and (c) at least one second odor-reducing component, wherein the first odor-reducing component (b) is selected from the group consisting of plant oils, plant-based diluents, and mixtures thereof; wherein the second odor-reducing component (c) is at least one silicone. (a) an elastomer blend component; (b) at least one first odor-reducing component; and (c) at least one second odor-reducing component, wherein the first odor-reducing component (b) is selected from the group consisting of plant oils, plant-based diluents, and mixtures thereof; wherein the second odor-reducing component (c) is at least one silicone.
A voltage detecting probe comprising: a shield barrel that is formed as a barrel-shaped member made of an electrically conductive material and has an insertion concave , into which a measured wire is to be inserted, formed in a portion on an outer circumferential wall of a front end of the shield barrel and slightly rearward of a most distal end portion of the shield barrel by cutting away a part of the outer circumferential wall in a slit shape along a direction perpendicular to an axis (L) along the length direction between the front end and a base end of the shield barrel ; and a detection electrode that is formed of a cylindrical member made of an electrically conductive material, whose front end surface and outer circumferential surface are covered with an insulating covering , and is housed inside the shield barrel so as to be capable of moving relative to the shield barrel along a direction of the axis (L), the voltage detection probe not comprising an insulating material grip to cover the shield barrel , wherein when the detection electrode has been moved relative to the shield barrel and the front end surface is positioned at the insertion concave , the front end surface is capable of capacitive coupling, via the insulating covering , with the measured wire to be inserted in the insertion concave . a shield barrel that is formed as a barrel-shaped member made of an electrically conductive material and has an insertion concave , into which a measured wire is to be inserted, formed in a portion on an outer circumferential wall of a front end of the shield barrel and slightly rearward of a most distal end portion of the shield barrel by cutting away a part of the outer circumferential wall in a slit shape along a direction perpendicular to an axis (L) along the length direction between the front end and a base end of the shield barrel ; and a detection electrode that is formed of a cylindrical member made of an electrically conductive material, whose front end surface and outer circumferential surface are covered with an insulating covering , and is housed inside the shield barrel so as to be capable of moving relative to the shield barrel along a direction of the axis (L), the voltage detection probe not comprising an insulating material grip to cover the shield barrel , wherein when the detection electrode has been moved relative to the shield barrel and the front end surface is positioned at the insertion concave , the front end surface is capable of capacitive coupling, via the insulating covering , with the measured wire to be inserted in the insertion concave .
A balancing ring for mounting along a circumferential direction on a barrel of a washing machine , comprising a shell comprising an annular inner cavity , the annular inner cavity comprising at least two mass bodies capable of moving along the annular inner cavity , and magnetic performance of a first magnet is specified in a manner in which when the balancing ring rotates relative to a central axis thereof at a speed lower than a predetermined rotating speed, a magnetic attraction force generated by the first magnet is sufficient for fixing the mass body by means of magnetic attraction forces of the first magnet and an attraction member that can be magnetically attracted, and when the balancing ring rotates relative to the central axis thereof at a speed higher than or equal to the predetermined rotating speed, a centrifugal force overcomes the magnetic attraction force, so that the mass body can move within the annular inner cavity , characterized in that a centripetal side of the mass body is provided with the first magnet , a centripetal side of the shell is provided with the attraction member and the attraction member continuously extends along a circumferential direction of the shell .
An electrical functional component having at least one electrically conductive conductor strip and at least one contact pin , said contact pin being mounted on the conductor strip and being able to be contacted with a contact element complementary in function, in particular in a plug or a socket, and a contact zone being provided between the conductor strip and the contact pin , said contact zone electrically connecting the conductor strip and the contact pin to each other, the contact zone being formed by pressing the contact pin into a recess of the conductor strip and the electrically conductive contact zone being formed in the type of an annular cold-pressure-welded transition zone , the surface material of the conductor strip and/or the surface material of the contact pin comprising at least one cold-working area in the transition zone , a welding zone being provided at least in sections on or in at least one cold-working zone , the contact pin and the conductor strip being connected to each other in the welding zone by material bonding in an electrically conductive manner, characterised in that the recess receiving the contact pin comprises a cone-segment-shaped cross section, the recess narrowing in the joining direction of the contact pin .
Electrical kitchen appliance, comprising a pressing screw rotated about a mainly vertical axis in a work chamber having a food insertion chute communicating with the upper end of the pressing screw , and a discharge outlet , the pressing screw comprising at least two main threads having a lower surface extending over at least one quarter of the circumference of the pressing screw , a pre-cutting disk being arranged between the food insertion chute and the pressing screw , the pre-cutting disk comprising passages for cut-up food , each passage for the cut-up food being arranged between an upper leading edge and a lower supporting edge , the pre-cutting disk being removable with respect to the pressing screw , characterised in that said at least two main threads extend from the upper end of the pressing screw , said at least two main threads housing at least two passages for inserting separate food , at least one passage for the cut-up food being arranged facing each food insertion passage , and in that the pre-cutting disk comprises lower drive conformations provided to engage with upper drive conformations arranged on the upper end of the main threads of the pressing screw .
A balloon , comprising: an envelope ; a gas contained within the envelope; and a payload connected to the envelope, wherein the envelope has a first portion that has a first absorptive or reflective property with respect to allowing solar energy to be transferred to the gas within the envelope , and a second portion that has a second absorptive or reflective property with respect to allowing solar energy to be transferred to the gas within the envelope where the second absorptive or reflective property is different than the first absorptive or reflective property such that a surface of the second portion is darker than a surface of the first portion , and the darker second portion allows more solar energy to be transferred to the gas within the envelope than the first portion ; the envelope is rotatable to allow a preferred ratio of the first and second portions of the envelope to be positioned facing the sun; and the balloon further comprises means configured to rotate the envelope , characterised in that the means are configured to position the first portion of the envelope towards the sun in order to decrease the altitude of the balloon . an envelope ; a gas contained within the envelope; and a payload connected to the envelope, wherein the envelope has a first portion that has a first absorptive or reflective property with respect to allowing solar energy to be transferred to the gas within the envelope , and a second portion that has a second absorptive or reflective property with respect to allowing solar energy to be transferred to the gas within the envelope where the second absorptive or reflective property is different than the first absorptive or reflective property such that a surface of the second portion is darker than a surface of the first portion , and the darker second portion allows more solar energy to be transferred to the gas within the envelope than the first portion ; the envelope is rotatable to allow a preferred ratio of the first and second portions of the envelope to be positioned facing the sun; and the balloon further comprises means configured to rotate the envelope , characterised in that the means are configured to position the first portion of the envelope towards the sun in order to decrease the altitude of the balloon .
Mixing device , for the mixing or emulsion of fluids, by means of successive transfers between syringes with a certain range of transfer, characterized in that it comprises: - at least one mobile carriage movable in a longitudinal direction and provided with a housing configured to accommodate and hold at least one pair of faced syringes , being the syringes connected to each other by a first end of each syringe and alignedly arranged in the longitudinal direction ; - at least two fixing elements located one on each side of the mobile carriage and adapted to accommodate and retain a second free end of each syringe , wherein at least one fixing element has an adjustable configuration, being the fixing element adapted to accommodate and retain the free end of the corresponding syringe in a movable position along the longitudinal direction and so that the distance between the two fixing elements is variable; - a control unit communicated with a set of sensors and a mechanism for the transmission of a linear displacement to the mobile carriage triggered by a control signal generated by the control unit control ; wherein - the set of sensors comprises a calibration sensor , for the automatic calibration of the transfer range by means of detecting the approach of the mobile carriage and transmitting a signal to the control unit to cause a change in the direction of travel of the mobile carriage , and at least one inversion sensor for the inversion of the direction of displacement of the mobile carriage . - at least one mobile carriage movable in a longitudinal direction and provided with a housing configured to accommodate and hold at least one pair of faced syringes , being the syringes connected to each other by a first end of each syringe and alignedly arranged in the longitudinal direction ; - at least two fixing elements located one on each side of the mobile carriage and adapted to accommodate and retain a second free end of each syringe , wherein at least one fixing element has an adjustable configuration, being the fixing element adapted to accommodate and retain the free end of the corresponding syringe in a movable position along the longitudinal direction and so that the distance between the two fixing elements is variable; - a control unit communicated with a set of sensors and a mechanism for the transmission of a linear displacement to the mobile carriage triggered by a control signal generated by the control unit control ; wherein - the set of sensors comprises a calibration sensor , for the automatic calibration of the transfer range by means of detecting the approach of the mobile carriage and transmitting a signal to the control unit to cause a change in the direction of travel of the mobile carriage , and at least one inversion sensor for the inversion of the direction of displacement of the mobile carriage .