mhurhangee/patent-ind-claim-en huggingface dataset:
A mop comprising: a mop pole ; a lower handle grip mounted around a lower portion of the mop pole and configured to move axially along the mop pole; an upper handle grip at least partially mounted around an upper portion of the mop pole and configured to move axially along the mop pole; and a rotational mechanism capable of imparting rotation into the mop pole in response to the axial movement of the upper handle grip , characterised in that the rotational mechanism comprises two or more inserts attached to internal walls of the upper handle grip , the two or more inserts including prongs ; a rotatable portion attached to a top end of the mop pole , the rotatable portion including a set of teeth ; and a rotating element having grooves and another set of teeth , wherein as the upper handle grip is moved axially along the mop pole , the prongs of the inserts catch the grooves of the rotating element and cause the rotating element to rotate, and during rotation of the rotating element , the teeth of the rotating element catch the teeth of the rotatable portion thereby imparting a rotation into the mop pole . a mop pole ; a lower handle grip mounted around a lower portion of the mop pole and configured to move axially along the mop pole; an upper handle grip at least partially mounted around an upper portion of the mop pole and configured to move axially along the mop pole; and a rotational mechanism capable of imparting rotation into the mop pole in response to the axial movement of the upper handle grip , characterised in that the rotational mechanism comprises two or more inserts attached to internal walls of the upper handle grip , the two or more inserts including prongs ; a rotatable portion attached to a top end of the mop pole , the rotatable portion including a set of teeth ; and a rotating element having grooves and another set of teeth , wherein as the upper handle grip is moved axially along the mop pole , the prongs of the inserts catch the grooves of the rotating element and cause the rotating element to rotate, and during rotation of the rotating element , the teeth of the rotating element catch the teeth of the rotatable portion thereby imparting a rotation into the mop pole .
Heating and/or cooling system, comprising a refrigerant circuit , configured to circulate a refrigerant therein, the refrigerant circuit comprising an energy conversion device , the energy conversion device being configured for converting energy transported by the refrigerant into energy of a target form of energy, the heating and/or cooling system further comprising a heat transfer circuit configured for circulating a heat transfer medium, the heat transfer medium being or comprises a phase change material, characterised in that the heat transfer circuit comprising reducing means for reducing and/or removing solidified phase change material from a concerned component of the heat transfer circuit , wherein the reducing means is configured to be driven by the energy of the target form of energy provided by the energy conversion device . a refrigerant circuit , configured to circulate a refrigerant therein, the refrigerant circuit comprising an energy conversion device , the energy conversion device being configured for converting energy transported by the refrigerant into energy of a target form of energy, the heating and/or cooling system further comprising a heat transfer circuit configured for circulating a heat transfer medium, the heat transfer medium being or comprises a phase change material, characterised in that the heat transfer circuit comprising reducing means for reducing and/or removing solidified phase change material from a concerned component of the heat transfer circuit , wherein the reducing means is configured to be driven by the energy of the target form of energy provided by the energy conversion device .
A method of forming a structural oil pan via lost core molding, the structural oil pan is made of polymeric material comprising a single-piece bracket portion integral with the structural oil pan configured for mounting to a vehicle, a pan portion integrated and integrally formed with the single-piece bracket portion and defining an oil reservoir , wherein the bracket portion and the pan portion are co-molded together to form the structural oil pan , characterized in that said structural oil pan comprises a structural section formed via the lost core molding and defining a closed cavity , said method comprising the steps of: I. lost core molding by; forming a metal core; molding the single-piece bracket portion and/or the pan portion about the metal core; and removing the metal core to form the structural section with said closed cavity therein in at least one of the single piece bracket portion and the pan portion . I. lost core molding by; forming a metal core; molding the single-piece bracket portion and/or the pan portion about the metal core; and removing the metal core to form the structural section with said closed cavity therein in at least one of the single piece bracket portion and the pan portion .
A method of manufacturing a cured composite structure , comprising: inserting a plurality of radius filler segments into a radius cavity extending along a length of an uncured composite base member to form an uncured structural assembly , the plurality of radius filler segments being in end-to-end arrangement within the radius cavity and each having opposing segment ends and being formed of a thermoplastic material, wherein the radius filler segments include identifying information ; heating the structural assembly at least to a base member cure temperature that causes the segment ends of end-to-end pairs of the plurality of radius filler segments to fuse together and form a continuous radius filler element that extends along the length of the composite base member ; and allowing the structural assembly to cure to form a cured composite structure . inserting a plurality of radius filler segments into a radius cavity extending along a length of an uncured composite base member to form an uncured structural assembly , the plurality of radius filler segments being in end-to-end arrangement within the radius cavity and each having opposing segment ends and being formed of a thermoplastic material, wherein the radius filler segments include identifying information ; heating the structural assembly at least to a base member cure temperature that causes the segment ends of end-to-end pairs of the plurality of radius filler segments to fuse together and form a continuous radius filler element that extends along the length of the composite base member ; and allowing the structural assembly to cure to form a cured composite structure .
A biomass conversion catalyst in the form of particles comprising silica, clay, and a phosphorous-promoted zeolite; wherein said particles have: i) an average pore volume of pores ranging in diameter from 80 to 600 Å of at least 0.025 cm 3 /g, and ii) an average pore volume of pores ranging in diameter from 20 to 80 Å of no more than 0.08 cm 3 /g; wherein each of said average pore volumes in i) and ii) are obtained from the adsorption branch of the nitrogen isotherm, when measured per ASTM method D4222 at 77°K, and discretized according to the BJH pore size distribution model wherein said biomass conversion catalyst is free of or substantially free of amorphous alumina and further promoted with phosphorous.
A floating device for an aerial work platform, comprising: a pressure oil source ; a controller ; a left floating device, comprising a left hydraulic cylinder , a left balance valve , and a left locking device, the left balance valve(3 10) is set on an oil port of the left hydraulic cylinder , the left balance valve is connected with the pressure oil source through the left locking device, and the control ends of the left locking device and the control ends of the left balance valve are both connected with the controller ; a right floating device, comprising a right hydraulic cylinder , a right balance valve , and a right locking device, the right balance valve is set on an oil port of the right hydraulic cylinder , the right balance valve is connected with the pressure oil source through the right locking device, and the control ends of the right locking device and the control ends of the right balance valve are both connected with the controller ; a frame , one end of the left hydraulic cylinder and one end of the right hydraulic cylinder are hinged on the frame ; a swing axle , the swing axle is hinged with the frame , the other end of the left hydraulic cylinder and the other end of the right hydraulic cylinder are hinged on two opposite ends of the swing axle . a pressure oil source ; a controller ; a left floating device, comprising a left hydraulic cylinder , a left balance valve , and a left locking device, the left balance valve(3 10) is set on an oil port of the left hydraulic cylinder , the left balance valve is connected with the pressure oil source through the left locking device, and the control ends of the left locking device and the control ends of the left balance valve are both connected with the controller ; a right floating device, comprising a right hydraulic cylinder , a right balance valve , and a right locking device, the right balance valve is set on an oil port of the right hydraulic cylinder , the right balance valve is connected with the pressure oil source through the right locking device, and the control ends of the right locking device and the control ends of the right balance valve are both connected with the controller ; a frame , one end of the left hydraulic cylinder and one end of the right hydraulic cylinder are hinged on the frame ; a swing axle , the swing axle is hinged with the frame , the other end of the left hydraulic cylinder and the other end of the right hydraulic cylinder are hinged on two opposite ends of the swing axle .
Trailer or semi-trailer with a chassis carrying a rear protection equipment including a rear protection bar connected to the chassis by an inner foot , an outer foot , and a rotary shaft , wherein; - the inner foot enables the rear protection bar to slide on the outer foot , - the outer foot enables the inner foot to connect to a swivel plate by superposition, - the rotary shaft on the outer foot enables the rear protection bar to rotate down and up, - the swivel plate enables the incremental rotation of the rear protection bar , - a slide locking pin limits the vertical movement of the rear protection bar , - a rotary locking pin prevents the rear protection bar from rotating, characterized in that during loading and unloading, release of the rotary locking pin allows to bring the rear protection bar perpendicular to the ground, wherein reinsertion of the rotary locking pin to its new place and release of the slide locking pin allows to let the inner foot slide down within the outer foot until the rear protection bar connects with the ground, whereupon the slide locking pin is reinserted. - the inner foot enables the rear protection bar to slide on the outer foot , - the outer foot enables the inner foot to connect to a swivel plate by superposition, - the rotary shaft on the outer foot enables the rear protection bar to rotate down and up, - the swivel plate enables the incremental rotation of the rear protection bar , - a slide locking pin limits the vertical movement of the rear protection bar , - a rotary locking pin prevents the rear protection bar from rotating, characterized in that during loading and unloading, release of the rotary locking pin allows to bring the rear protection bar perpendicular to the ground, wherein reinsertion of the rotary locking pin to its new place and release of the slide locking pin allows to let the inner foot slide down within the outer foot until the rear protection bar connects with the ground, whereupon the slide locking pin is reinserted.
Tape, comprising: i. a body comprising grains of inorganic material sintered to one another, the body extending between first and second major surfaces, wherein the body has a thickness defined as distance between the first and second major surfaces, a width defined as a first dimension of the first major surface orthogonal to the thickness, and a length defined as a second dimension of the first major surface orthogonal to both the thickness and the width, ii. wherein the tape is long, having a length of about 300 cm or greater; iii. wherein the tape is thin, having a thickness in a range from about 3 μm to about 1 mm; and iv. wherein the tape is particularly wide, having a width of about 5 mm or greater, wherein geometric consistency of the tape is such that a difference in width of the tape, when measured at locations lengthwise separated by 1 m, is less than 100 μm; and a difference in thickness of the tape, when measured at locations lengthwise separated by 1 m along a widthwise center of the tape, is less than 10 μm. i. a body comprising grains of inorganic material sintered to one another, the body extending between first and second major surfaces, wherein the body has a thickness defined as distance between the first and second major surfaces, a width defined as a first dimension of the first major surface orthogonal to the thickness, and a length defined as a second dimension of the first major surface orthogonal to both the thickness and the width, ii. wherein the tape is long, having a length of about 300 cm or greater; iii. wherein the tape is thin, having a thickness in a range from about 3 μm to about 1 mm; and iv. wherein the tape is particularly wide, having a width of about 5 mm or greater,
A combination of a first agent inhibiting a protein kinase CK2 (CK2) and a second agent inhibiting an Ataxia Telangiectasia Mutated (ATM) kinase, for use as a medicament.
Particulate TiO 2 with the following properties: - a TiO 2 content of at least 99% by weight; - an anatase content of at least 98% by weight; - a primary crystallite size X 50 of at least 200 nm; - a numerical fraction of TiO 2 with a primary crystallite size of at most 100 nm of at most 10% (X 10 ); - a specific surface area of at most 8 m 2 /g (determined by BET measurements); - 1200 to 2400 ppm of alkali, in particular potassium, with respect to the quantity of TiO 2 - an Al content of at least 1 ppm and at most 500 ppm of AI, expressed as Al and with respect to the quantity of TiO 2 ; - a weight ratio of Al 2 O 3 to Nb 2 O 5 in the range 0.17 to 0.74; and - at least 0.1% by weight and at most 0.3% by weight of P, expressed as phosphorus and with respect to the quantity of TiO 2 . - a TiO 2 content of at least 99% by weight; - an anatase content of at least 98% by weight; - a primary crystallite size X 50 of at least 200 nm; - a numerical fraction of TiO 2 with a primary crystallite size of at most 100 nm of at most 10% (X 10 ); - a specific surface area of at most 8 m 2 /g (determined by BET measurements); - 1200 to 2400 ppm of alkali, in particular potassium, with respect to the quantity of TiO 2 - an Al content of at least 1 ppm and at most 500 ppm of AI, expressed as Al and with respect to the quantity of TiO 2 ; - a weight ratio of Al 2 O 3 to Nb 2 O 5 in the range 0.17 to 0.74; and - at least 0.1% by weight and at most 0.3% by weight of P, expressed as phosphorus and with respect to the quantity of TiO 2 .
A glass fusion draw apparatus for molten glass stream thermal profile control, comprising: a first enclosure ; and a first isopipe situated within the first enclosure , the first enclosure includes a plurality of first heating element assemblies integral with the wall of the first enclosure , and at least one first heating element assembly is in proximity to a portion of molten glass stream over-flowing the first isopipe within the enclosure , characterised in that : the plurality of first heating element assemblies integral with the wall of the first enclosure are fitted into slots on the exterior of the enclosure and are connected to a source of electricity; and each of the first heating element assemblies comprises at least one wire winding support (110, 110a, 110al-a5, 110b, 110b1-b5, 110c, 110c1, 110c5) having a plurality of grooves and having a plurality of resistive wires interleaved on the plurality of grooves of the support (110, 110a, 110al-a5, 110b, 110b1-b5, 110c, 110c1, 110c5). a first enclosure ; and a first isopipe situated within the first enclosure ,
Calendering apparatus for mechanical compaction of an electrode , especially a twodimensional electrode , wherein the apparatus comprises - a compacting device , - a guide roll , wherein the guide roll is configured to feed the electrode to the compacting device in operation of the calendering apparatus, - characterized in that the guide roll has first regions and second regions in sections on its rolling surface, wherein the first and the second regions have different thermal conductivities. - a compacting device , - a guide roll , wherein the guide roll is configured to feed the electrode to the compacting device in operation of the calendering apparatus, - characterized in that
A control mechanism for controlling a rod having a preformed bent and at least one key, the control mechanism comprising a handle and a cannula, wherein - the handle comprises a sliding ring , a sliding shaft and a drive shaft , each extending along a longitudinal axis and comprising a central opening; wherein - the sliding ring is threadedly connected to the sliding shaft ; - the drive shaft and the sliding shaft are connected by blocking means which prevent axial rotation between the drive shaft and the sliding shaft and which allow the drive shaft to slide within the sliding shaft ; the control mechanism being characterized in that : - the drive shaft and the sliding ring are connected by connecting means which prevent axial displacement between the drive shaft and the sliding ring and which allow axial rotation between the drive shaft and the sliding ring ; and - the internal surface of the drive shaft comprises at least one longitudinal groove or keyseat configured to engage the at least one key of the rod ; and - the cannula is a friction reduction cannula configured to receive the rod ; wherein the friction reduction cannula is secured to the sliding shaft or to the drive shaft . - the handle comprises a sliding ring , a sliding shaft and a drive shaft , each extending along a longitudinal axis and comprising a central opening; wherein - the sliding ring is threadedly connected to the sliding shaft ; - the drive shaft and the sliding shaft are connected by blocking means which prevent axial rotation between the drive shaft and the sliding shaft and which allow the drive shaft to slide within the sliding shaft ; the control mechanism being characterized in that : - the drive shaft and the sliding ring are connected by connecting means which prevent axial displacement between the drive shaft and the sliding ring and which allow axial rotation between the drive shaft and the sliding ring ; and - the internal surface of the drive shaft comprises at least one longitudinal groove or keyseat configured to engage the at least one key of the rod ; and - the sliding ring is threadedly connected to the sliding shaft ; - the drive shaft and the sliding shaft are connected by blocking means which prevent axial rotation between the drive shaft and the sliding shaft and which allow the drive shaft to slide within the sliding shaft ; - the drive shaft and the sliding ring are connected by connecting means which prevent axial displacement between the drive shaft and the sliding ring and which allow axial rotation between the drive shaft and the sliding ring ; and - the internal surface of the drive shaft comprises at least one longitudinal groove or keyseat configured to engage the at least one key of the rod ; - the cannula is a friction reduction cannula configured to receive the rod ; wherein the friction reduction cannula is secured to the sliding shaft or to the drive shaft .
Power detection device comprising, - an image acquisition unit arranged to capture images of a counter disc of a counter of a consumption quantity meter , - a processor arranged to evaluate the aquired images such that at least two images following one another in time are correlated in order to acquire movement information along an axis, and arranged to calculate an instantaneous power of the consumption quantity meter as a function of the movement information, the movement information being a velocity, wherein - the processor is calibrated in such a way that a distance per revolution of the counter disc is detected and that a defined active energy is assigned to this distance per revolution, the processor being set up to integrate the detected velocity over a complete revolution for calibration, to determine the distance per revolution therefrom and finally to calculate an active energy per distance from this distance per revolution and the defined active energy per revolution. - an image acquisition unit arranged to capture images of a counter disc of a counter of a consumption quantity meter , - a processor arranged to evaluate the aquired images such that at least two images following one another in time are correlated in order to acquire movement information along an axis, and arranged to calculate an instantaneous power of the consumption quantity meter as a function of the movement information, the movement information being a velocity, - the processor is calibrated in such a way that a distance per revolution of the counter disc is detected and that a defined active energy is assigned to this distance per revolution, the processor being set up to integrate the detected velocity over a complete revolution for calibration, to determine the distance per revolution therefrom and finally to calculate an active energy per distance from this distance per revolution and the defined active energy per revolution.
An active debridement wound dressing comprising: a wound interface layer configured to contact a wound and mechanically debride the wound when the wound interface layer moves relative to the wound; an active layer coupled to the wound interface layer and comprising a transmission layer extending radially outwards relative to a central post , the transmission layer being configured to vibrate when activated so as to move the wound interface layer relative to the wound and mechanically debride the wound; and a drive unit configured to generate a vibrational energy at a frequency between 2Hz and 400 Hz operably attached to the central post ; wherein the transmission layer is configured to vibrate in response to a vibrational energy being transmitted to the transmission layer by the central post . a wound interface layer configured to contact a wound and mechanically debride the wound when the wound interface layer moves relative to the wound; an active layer coupled to the wound interface layer and comprising a transmission layer extending radially outwards relative to a central post , the transmission layer being configured to vibrate when activated so as to move the wound interface layer relative to the wound and mechanically debride the wound; and a drive unit configured to generate a vibrational energy at a frequency between 2Hz and 400 Hz operably attached to the central post ; wherein the transmission layer is configured to vibrate in response to a vibrational energy being transmitted to the transmission layer by the central post .