mhurhangee/patent-ind-claim-en huggingface dataset:
Use of a monitoring device for a filtration system comprising: a first fluid conduit ; a first pressure sensor , wherein the first pressure sensor is in fluid communication with the first fluid conduit ; a second fluid conduit ; a second pressure sensor , wherein the second pressure sensor is in fluid communication with the second fluid conduit ; and a control circuit in electronic communication with the first pressure sensor and the second pressure sensor ; a housing , wherein the first pressure sensor , the second pressure sensor and the control circuit are all disposed within the housing , characterized by the fact that the monitoring device further comprises: a third fluid conduit ; and a third pressure sensor within the housing and in fluid communication with the third fluid conduit ; wherein the third fluid conduit is in fluid communication with a compressed gas supply. a first fluid conduit ; a first pressure sensor , wherein the first pressure sensor is in fluid communication with the first fluid conduit ; a second fluid conduit ; a second pressure sensor , wherein the second pressure sensor is in fluid communication with the second fluid conduit ; and a control circuit in electronic communication with the first pressure sensor and the second pressure sensor ; a housing , wherein the first pressure sensor , the second pressure sensor and the control circuit are all disposed within the housing , characterized by the fact that the monitoring device further comprises: a third fluid conduit ; and a third pressure sensor within the housing and in fluid communication with the third fluid conduit ; wherein the third fluid conduit is in fluid communication with a compressed gas supply. a third fluid conduit ; and a third pressure sensor within the housing and in fluid communication with the third fluid conduit ;
A heavy equipment, comprising: a lower driving structure ; an upper frame mounted on the lower driving structure to be swiveled; a cab mounted in front of the upper frame , and an engine room mounted in the rear of the upper frame ; working devices including a boom fixed to the upper frame , an arm , a bucket , and hydraulic cylinders for driving the boom , the arm , and the bucket , respectively; a counter weight mounted in the rear of the upper frame to keep the balance of the equipment during working; a tool box having a tool box door and configured to form storage space , which is mounted outside the cab on the upper frame ; and a gas spring for opening the tool box door when a button mounted on an external surface of the tool box door is pressed, characterized in that : the tool box door is mounted to open in a direction from the rear to the front of the upper frame , and a foothold for ascending and descending formed on the upper frame so that an operator can ascend to the engine room through stepping on the foothold when the tool box door is opened, wherein the foothold is accommodated in the storage space . a lower driving structure ; an upper frame mounted on the lower driving structure to be swiveled; a cab mounted in front of the upper frame , and an engine room mounted in the rear of the upper frame ; working devices including a boom fixed to the upper frame , an arm , a bucket , and hydraulic cylinders for driving the boom , the arm , and the bucket , respectively; a counter weight mounted in the rear of the upper frame to keep the balance of the equipment during working; a tool box having a tool box door and configured to form storage space , which is mounted outside the cab on the upper frame ; and a gas spring for opening the tool box door when a button mounted on an external surface of the tool box door is pressed, characterized in that : the tool box door is mounted to open in a direction from the rear to the front of the upper frame , and a foothold for ascending and descending formed on the upper frame so that an operator can ascend to the engine room through stepping on the foothold when the tool box door is opened, wherein the foothold is accommodated in the storage space . the tool box door is mounted to open in a direction from the rear to the front of the upper frame , and a foothold for ascending and descending formed on the upper frame so that an operator can ascend to the engine room through stepping on the foothold when the tool box door is opened, wherein the foothold is accommodated in the storage space .
Hand dryer comprising: - A housing ; - A volume for receiving the hands ; - A circuit for pumping air; - A drive motor which drives a fan (T) arranged in the circuit provided with a rotor and a stator ; - A hand presence sensor in the volume ; - Operation control means ; wherein it does not comprise a separate heating circuit apart from the motor circuits and the control means are operating at least in two operating regimes: - A normal operating regime wherein the motor pumps the air for drying the hands and which is activated by the sensor detection ; - A motor heating operating regime wherein the stator and/or the rotor of the motor are preheated by being fed with current for increasing its/their temperature and maintain it to a predetermined temperature for accumulating heat which is activated when the sensor is not detecting hands of a user; such that at the start of the normal operating regime, the motor is provided with stored heat for ensuring that the air exits already heated. - A housing ; - A volume for receiving the hands ; - A circuit for pumping air; - A drive motor which drives a fan (T) arranged in the circuit provided with a rotor and a stator ; - A hand presence sensor in the volume ; - Operation control means ; - A normal operating regime wherein the motor pumps the air for drying the hands and which is activated by the sensor detection ; - A motor heating operating regime wherein the stator and/or the rotor of the motor are preheated by being fed with current for increasing its/their temperature and maintain it to a predetermined temperature for accumulating heat which is activated when the sensor is not detecting hands of a user;
Matrix detector comprising: • an array of pixels (P) that are sensitive to a physical effect and arranged in a matrix along rows and down columns, each pixel (P) generating a signal according to the physical effect; • row conductors (L), each allowing the pixels (P) of one row to be driven; • driver modules delivering selection signals (VG) to the row conductors (L), the driver modules being configured to deliver signals according to two levels, one being a high level (VGon) allowing one of the rows of pixels of a row conductor to be selected and the other being a low level (VGoff) not allowing it to be selected and setting the row conductor of interest to a high impedance; characterized in that it further comprises impedance modules that are connected to each of the row conductors (L) and configured to decrease the impedance of each row conductor (L) and to keep the impedance of each row conductor (L) low in a phase of reading the array of pixels (P) as long as the corresponding selection signal (VG) is at the low level (VGoff), the impedance modules being separate from the driver modules . • an array of pixels (P) that are sensitive to a physical effect and arranged in a matrix along rows and down columns, each pixel (P) generating a signal according to the physical effect; • row conductors (L), each allowing the pixels (P) of one row to be driven; • driver modules delivering selection signals (VG) to the row conductors (L), the driver modules being configured to deliver signals according to two levels, one being a high level (VGon) allowing one of the rows of pixels of a row conductor to be selected and the other being a low level (VGoff) not allowing it to be selected and setting the row conductor of interest to a high impedance;
Use of a zwitterionic nanoparticle for a biological application, wherein the biological application is or comprises an immunological application, wherein the zwitterionic nanoparticle comprises at least one nanoparticle and a zwitterionic shell surrounding said nanoparticle.
Method for the operation of vehicles , in particular of railbound vehicles, - in which the advancing of a first vehicle to a second vehicle is detected on the part of the second vehicle , - in which a warning message is transmitted by the second vehicle triggered by the detection of the advancing, - in which a braking procedure is initiated on the part of the first vehicle as a consequence of the warning message transmitted from the second vehicle , characterised in that in the event that the second vehicle is stationary, the advancing of the first vehicle to the stationary second vehicle is detected on the part of the second vehicle based on standstill monitoring of the second vehicle. - in which the advancing of a first vehicle to a second vehicle is detected on the part of the second vehicle , - in which a warning message is transmitted by the second vehicle triggered by the detection of the advancing, - in which a braking procedure is initiated on the part of the first vehicle as a consequence of the warning message transmitted from the second vehicle ,
Root ball undercutting and excavating device , in particular for attachment to a carrier vehicle or carrier device, having at least one arc-shaped undercutting blade which is mounted rotatably about a substantially vertical axis of rotation A on an arc-shaped guide , wherein the arc-shaped guide comprises an arc-shaped guide bearing and a movable arc-shaped blade carrier , wherein the arc-shaped blade carrier can be driven at a radial distance from the axis of rotation A, characterized in that two drives arranged symmetrically on the guide bearing about a central axis extending transversely to the axis of rotation are mounted on the arc-shaped guide for driving the knife carrier , and each drive comprises a motor , at least one first drive element and a second drive element , wherein the motor and the at least one first drive element are mounted on the guide bearing and the second drive element is arranged on the knife carrier .
Sulfur-crosslinkable rubber mixture containing at least the following constituents - 75 to 100 phr of at least one natural polyisoprene and - at least one silica and - at least one fatty acid derivative, wherein the amount of fatty acid derivatives is 5 to 10 phf, wherein the at least one fatty acid derivative is selected from fatty acid esters, fatty acid salts and metal soaps, and - at least one polysulfide silane, wherein the polysulfide silane comprises at least one polysulfide group S n , wherein n is not less than 3. - 75 to 100 phr of at least one natural polyisoprene and - at least one silica and - at least one fatty acid derivative, wherein the amount of fatty acid derivatives is 5 to 10 phf, wherein the at least one fatty acid derivative is selected from fatty acid esters, fatty acid salts and metal soaps, and - at least one polysulfide silane, wherein the polysulfide silane comprises at least one polysulfide group S n , wherein n is not less than 3.
A turbine airfoil comprising a trailing edge and further comprising: a trailing edge cooling circuit including a first section and a second section , the second section being radially inward of the first section , a serpentine cooling circuit including a set of serially arranged cooling channels having a most upstream first cooling channel fluidly connected to a most downstream second cooling channel at a downstream end of the first cooling channel ; wherein the first section is fluidly connected for cooling fluid supply exclusively to the serpentine cooling circuit and in direct and immediate fluid communication to a branch-off point of the serpentine cooling circuit which is located at a transition point where the first cooling channel joins into a subsequent cooling channel ; characterized in that the first section has a first pin bank cooling arrangement , and the second section has a second pin bank cooling arrangement ; and the turbine airfoil comprising a first set of crossover holes fluidly connecting the second section to the second cooling channel . a trailing edge cooling circuit including a first section and a second section , the second section being radially inward of the first section , a serpentine cooling circuit including a set of serially arranged cooling channels having a most upstream first cooling channel fluidly connected to a most downstream second cooling channel at a downstream end of the first cooling channel ; wherein the first section is fluidly connected for cooling fluid supply exclusively to the serpentine cooling circuit and in direct and immediate fluid communication to a branch-off point of the serpentine cooling circuit which is located at a transition point where the first cooling channel joins into a subsequent cooling channel ; characterized in that the first section has a first pin bank cooling arrangement , and the second section has a second pin bank cooling arrangement ; and the turbine airfoil comprising a first set of crossover holes fluidly connecting the second section to the second cooling channel .
A composite floor, comprising a coextrusion layer compression moulded by using a coextrusion process, the coextrusion layer comprising a first stone-plastic layer , a stone-plastic foaming layer , and a second stone-plastic layer sequentially arranged from top to bottom, wherein the first stone-plastic layer and the second stone-plastic layer are made from identical materials, characterized in that the first stone-plastic layer is mainly made from following raw materials of parts by weight: polyvinyl chloride (PVC) 70-80 parts by weight, calcium carbonate 140-160 parts by weight, calcium-zinc stabilizer 6-8 parts by weight, chlorinated polyethylene 4-6 parts by weight, stearic acid 0.35-0.65 parts by weight, acrylic resin 1-2 parts by weight, polyethylene wax 0.6-0.8 parts by weight, and carbon black 0.25-0.35 parts by weight.
A sensor comprising: a first substrate ; a second substrate positioned relative to the first substrate ; a first electrode located between the first substrate and the second substrate , the first electrode formed on the second substrate ; a sensing portion covering at least a part of the first electrode and further covering at least a portion of the second substrate ; a pad electrode (112; 114) located between the first substrate and the second substrate , wherein the pad electrode (112; 114) is formed on the second substrate and is electrically coupled to the first electrode; and a bonding pad (134; 135) located between the first substrate and the second substrate , wherein the bonding pad is formed on the first substrate and is electrically coupled to the pad electrode (112; 114), characterized in that the bonding pad (134; 135) partially faces a side surface of the second substrate . a first substrate ; a second substrate positioned relative to the first substrate ; a first electrode located between the first substrate and the second substrate , the first electrode formed on the second substrate ; a sensing portion covering at least a part of the first electrode and further covering at least a portion of the second substrate ; a pad electrode (112; 114) located between the first substrate and the second substrate , wherein the pad electrode (112; 114) is formed on the second substrate and is electrically coupled to the first electrode; and a bonding pad (134; 135) located between the first substrate and the second substrate , wherein the bonding pad is formed on the first substrate and is electrically coupled to the pad electrode (112; 114), characterized in that the bonding pad (134; 135) partially faces a side surface of the second substrate .
A method of communicating a power capacity of a battery of a vehicle in a system comprising a battery and a battery control unit for controlling said battery, wherein in said battery control unit: receiving a request comprising a power profile describing a power transfer to said battery as a function of time; determining if said battery is capable of receiving power corresponding to said requested power profile; and providing a response indicative of a compliance with said requested power profile, wherein said power profile comprises a plurality of different stages, each stage requiring a specified power input for a specified period of time. receiving a request comprising a power profile describing a power transfer to said battery as a function of time; determining if said battery is capable of receiving power corresponding to said requested power profile; and providing a response indicative of a compliance with said requested power profile, wherein said power profile comprises a plurality of different stages, each stage requiring a specified power input for a specified period of time.
A method of dispersing or dissolving a hydrocarbon foulant in a process fluid in contact with processing equipment for the preparation of an acrylate, methacrylic acid, or a methacrylate monomer comprising contacting the hydrocarbon foulant with a dispersing or dissolving effective amount of an organic solvent, the organic solvent comprising an alkyl phthalate, an alkaryl phthalate, an aryl phthalate, a phthalic acid, or a combination thereof, wherein the process fluid comprises a spent acid stream and the hydrocarbon foulant is an oligomer or a polymer of acrylic acid, methacrylic acid, an acrylate, a methacrylate, a methacrylamide, or a combination thereof.
A hemostatic biopsy tract article , comprising a bioresorbable body (10-1) characterised in that the bioresorbable body has a microporous structure, and in that the bioresorbable body is formed by a mixture that includes a bioabsorbable hemostatic powder, a hydrolyzed starch, hyaluronic acid, and carboxymethylcellulose.
Device for administering a fluid without a needle, comprising a cylinder which has open dispensing end , a piston which is displaceable between a front and rear end position in the cylinder and is connected to a piston rod that protrudes along a first direction beyond a rear end of the cylinder opposite the open dispensing end and is guided in a receiving block , a nonreturn valve closing the open dispensing end , and a tensioning device (S) which is connected to the piston rod and is arranged in the receiving block , wherein the tensioning device (S), when the piston is in its front end position, can move the piston rod in a tensioning operation along the first direction until the piston is in its rear end position in order thereby to fill the cylinder with the fluid to be administered and in order to pretension the piston rod towards the open dispensing end , and wherein the tensioning device (S), when the piston is in its rear end position, can release the piston rod in a dispensing operation, and therefore the piston moves counter to the first direction as far as its front end position because of the applied pretension and, in the process, fluid in the cylinder is dispensed via the nonreturn valve for administering, wherein the cylinder together with the nonreturn valve is in the form of an exchangeable front assembly which is releasably connected to the receiving block , and wherein the device has a nozzle for administering the fluid without a needle, said nozzle being connected to the open dispensing end of the cylinder via the nonreturn valve and being part of the front assembly . a cylinder which has open dispensing end , a piston which is displaceable between a front and rear end position in the cylinder and is connected to a piston rod that protrudes along a first direction beyond a rear end of the cylinder opposite the open dispensing end and is guided in a receiving block , a nonreturn valve closing the open dispensing end , and a tensioning device (S) which is connected to the piston rod and is arranged in the receiving block , wherein the tensioning device (S), when the piston is in its front end position, can move the piston rod in a tensioning operation along the first direction until the piston is in its rear end position in order thereby to fill the cylinder with the fluid to be administered and in order to pretension the piston rod towards the open dispensing end , and wherein the tensioning device (S), when the piston is in its rear end position, can release the piston rod in a dispensing operation, and therefore the piston moves counter to the first direction as far as its front end position because of the applied pretension and, in the process, fluid in the cylinder is dispensed via the nonreturn valve for administering, wherein the cylinder together with the nonreturn valve is in the form of an exchangeable front assembly which is releasably connected to the receiving block , and wherein the device has a nozzle for administering the fluid without a needle, said nozzle being connected to the open dispensing end of the cylinder via the nonreturn valve and being part of the front assembly .
A system for coupling an accessory to a support and for positioning the accessory with respect to the support, the system comprising:a cover for coupling to the support, the cover comprising a wall and a cavity, the wall having an opening therethrough; a ring comprising an opening therethrough, a first arm , a second arm , a third arm , a fourth arm , a first stop and a second stop , each arm formed of a resilient material, the ring positioned in the cavity; and a base for coupling to the accessory, the base comprising a post , the post comprising a first protrusion , a second protrusion , each protrusion comprising a surface spaced apart from a surface of the base to form a slot between each protrusion and the surface of the base , the post inserted through the opening in the cover and the opening in the ring to position the base in a decoupled position , the base rotatable in a first direction to an intermediate position and further rotatable in the first direction to a locked position ;wherein:the first arm cooperates with the first protrusion and the third arm cooperates with the second protrusion to resist rotation of the base between the decoupled position and the intermediate position ;the first arm and an end portion of the second arm cooperate with the first protrusion , and the third arm and an end portion of the fourth arm cooperate with the second protrusion to retain the base in the intermediate position ;the second arm cooperates with the first protrusion and the fourth arm cooperates with the second protrusion to resist rotation of the base between the intermediate position and the locked position ;the second arm and the first stop cooperate with the first protrusion , and the fourth arm and the second stop cooperate with the second protrusion to retain the base in the locked position ; and while the base is rotated out of the decoupled position , a portion of the wall of the cover is positioned in the slot between the protrusions and the surface of the base such that the protrusions cooperate with the cover to couple the base to the cover .