mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaning device having a variable width cleaning (head) surface, the device including a handle assembly provided in the vertical axis , an adaptor assembly and a cleaning head assembly provided in the horizontal axis , said handle assembly is functionally associated with said adaptor assembly which in turn is functionally associated with said cleaning head assembly , wherein said adaptor assembly provides for translating vertical movement (up or down) along the vertical axis of said handle assembly to horizontal movement (left or right) along the horizontal axis of said cleaning head assembly , said cleaning head assembly including at least two portions a first portion and second portion wherein each of said at least two portion having an upper surface, lower surface, outer side surface and inner side surface, wherein said lower surface provides a surface from which a cleaning surface extends, and wherein said first portion and said second portion form said head assembly , are associated with one another along said inner side surface therein allowing said at least two portion to slide relative to one another along the length of said inner side surfaces to provide said variable width characterized in that said cleaning surface extends from the bottom side of said lower surface at any of said variable widths.
A portable device (100 ; 200) for regulating the temperature of an element , said device comprising: i) an engagement part adapted to be placed in contact with the element , the engagement part comprising a carafe for decanting and aerating a liquid, ii) a temperature regulation unit comprising a thermoelectric module having two sides , a first side of said thermoelectric module being thermally coupled with the engagement part , characterised in that the device (100 ; 200) further comprises: iii) a reception part adapted to removably receive a phase change material (PCM) , a second side of said thermoelectric module being thermally coupled with the reception part , such that the phase change material (PCM) provided in said reception part will also be thermally coupled with said second side of said thermoelectric module. i) an engagement part adapted to be placed in contact with the element , the engagement part comprising a carafe for decanting and aerating a liquid, ii) a temperature regulation unit comprising a thermoelectric module having two sides ,
A method for deodorizing a hydrogenated petroleum resin, comprising: stripping a hydrogenated petroleum resin at a gas flow rate of 1 to 45 VVM.
Electric machine for arrangement in a transmission housing , having - an adapter device , - an axle connected to the adapter device , - a rotor arranged on the axle by means of a bearing device so as to be rotatable about the axle , and - a stator which surrounds the rotor in a circumferential direction, which is arrangeable spaced apart from the rotor , and at least partially fixable, in the adapter device , wherein - the adapter device partially covers the rotor and/or the stator , and is a sub-housing of the electric machine , characterized in that - the rotor has a rotor carrier with at least one laminated core arranged on the rotor carrier , and - the rotor carrier has a cavity which is formed in an axial direction of the rotor carrier and which comprises, on a first rotor carrier face side facing towards the adapter device , a receiving opening for receiving the axle and the bearing device . - an adapter device , - an axle connected to the adapter device , - a rotor arranged on the axle by means of a bearing device so as to be rotatable about the axle , and - a stator which surrounds the rotor in a circumferential direction, which is arrangeable spaced apart from the rotor , and at least partially fixable, in the adapter device , wherein - the adapter device partially covers the rotor and/or the stator , and is a sub-housing of the electric machine , characterized in that - the rotor has a rotor carrier with at least one laminated core arranged on the rotor carrier , and - the rotor carrier has a cavity which is formed in an axial direction of the rotor carrier and which comprises, on a first rotor carrier face side facing towards the adapter device , a receiving opening for receiving the axle and the bearing device .
A method of making an austempered ductile iron article , comprising: providing a melt of a ductile iron alloy composition ; casting the melt into a mold to form a casting ; cooling the casting to an austempering temperature (T A ) from 230°C to 400°C by circulating a coolant through the mold ; wherein cooling comprises solidifying the melt and forming a ductile iron article ; and heating the casting to maintain the austempering temperature (T A ) for an interval of one to four hours sufficient to form an austempered ductile iron article that comprises a microstructure comprising ausferrite. providing a melt of a ductile iron alloy composition ; casting the melt into a mold to form a casting ; cooling the casting to an austempering temperature (T A ) from 230°C to 400°C by circulating a coolant through the mold ; wherein cooling comprises solidifying the melt and forming a ductile iron article ; and heating the casting to maintain the austempering temperature (T A ) for an interval of one to four hours sufficient to form an austempered ductile iron article that comprises a microstructure comprising ausferrite.
A battery , comprising: a folded bicell battery stack comprising an an anode , a cathode , and a separator layer ; a cell casing enclosing the bicell stack ; and at least one fiber optic cable bonded to one or more of the anode , the cathode and the separator layer by a bonding agent that is compatible to an internal cell environment. a folded bicell battery stack comprising an an anode , a cathode , and a separator layer ; a cell casing enclosing the bicell stack ; and at least one fiber optic cable bonded to one or more of the anode , the cathode and the separator layer by a bonding agent that is compatible to an internal cell environment.
A first information processing system that resides on a first network and communicably connected with a second information processing system that resides on a second network , the second network being different from the first network , the first information processing system comprising: a plurality of processing means for executing a first workflow including a plurality of processes to be executed in series; link processing means for requesting the second information processing system to execute a second workflow including another plurality of processes to be executed in series and receiving an execution result of the second workflow from the second information processing system , the another plurality of processes included in the second workflow being different from the plurality of processes included in the first workflow; and control means for controlling execution of the plurality of processes included in the first workflow executed by the plurality of processing means and the link processing means to cause at least one of the plurality of processing means to perform at least one of the plurality of processes based on the execution result received by the link processing means , wherein the control means invokes the link processing means according to workflow information that defines a processing order in which the plurality of processes in the first workflow are to be executed and one or more of the plurality of processing means that are to execute the plurality of processes in the processing order, to cause the second information processing system to execute the second workflow, as a part of the plurality of processes of the first workflow. a plurality of processing means for executing a first workflow including a plurality of processes to be executed in series; link processing means for requesting the second information processing system to execute a second workflow including another plurality of processes to be executed in series and receiving an execution result of the second workflow from the second information processing system , the another plurality of processes included in the second workflow being different from the plurality of processes included in the first workflow; and control means for controlling execution of the plurality of processes included in the first workflow executed by the plurality of processing means and the link processing means to cause at least one of the plurality of processing means to perform at least one of the plurality of processes based on the execution result received by the link processing means , wherein the control means invokes the link processing means according to workflow information that defines a processing order in which the plurality of processes in the first workflow are to be executed and one or more of the plurality of processing means that are to execute the plurality of processes in the processing order, to cause the second information processing system to execute the second workflow, as a part of the plurality of processes of the first workflow.
A safety system for safeguarding cooperative operation of people, robots and machines with respect to a technical installation , comprising a first safety-related device which is configured to monitor a first hazardous area of the technical installation and to bring the technical installation into a safe state if a hazardous condition is detected, wherein the safety system is configured to identify an autonomously operating technical unit and to register the autonomously operating technical unit when it satisfies a defined condition, and to restrict monitoring of the first hazardous area by the first safety-related device in response to the registration, wherein the restricting of the monitoring includes activating another safety device that allows end protection during the restricted monitoring, characterized in that the technical installation for the end protection has further sensors which are not deactivated during the restricted monitoring or are only activated during the restricted monitoring, such sensors being tactile sensors or capacitive near-field sensors which are arranged directly on the surface of the technical installation and detect a direct contact or an imminent contact. wherein the safety system is configured to identify an autonomously operating technical unit and to register the autonomously operating technical unit when it satisfies a defined condition, and to restrict monitoring of the first hazardous area by the first safety-related device in response to the registration, wherein the restricting of the monitoring includes activating another safety device that allows end protection during the restricted monitoring, characterized in that the technical installation for the end protection has further sensors which are not deactivated during the restricted monitoring or are only activated during the restricted monitoring, such sensors being tactile sensors or capacitive near-field sensors which are arranged directly on the surface of the technical installation and detect a direct contact or an imminent contact.
A method for managing a group of dairy animals in a system for keeping dairy animals , wherein the system comprises: - a living area, such as a stable, which comprises a lying and eating area and a milking area, wherein the milking area is provided with a milking station for automatic milking of a dairy animal , - a selection device , - a pasture area separate from the living area, which is connected to the living area by means of the selection device , characterized in that the activity of each dairy animal of the group of dairy animals is observed by means of an observation system while said dairy animal is present in the lying and eating area , and that the selection device is operated as a function of the activity of said dairy animal observed by the observation system . - a living area, such as a stable, which comprises a lying and eating area and a milking area, wherein the milking area is provided with a milking station for automatic milking of a dairy animal , - a selection device , - a pasture area separate from the living area, which is connected to the living area by means of the selection device ,
An AceFaPC of general formula (I) wherein R represents the acyl radical of an unsaturated fatty acid comprising at least 14 carbon atoms, hydrates, pharmaceutically acceptable salts or pharmaceutically acceptable solvates, for use as a supplier of acetylcholine in the prevention and treatment of diseases associated with acetylcholine deficiency, said diseases being selected from Alzheimer's disease and neuromuscular diseases. wherein R represents the acyl radical of an unsaturated fatty acid comprising at least 14 carbon atoms, hydrates, pharmaceutically acceptable salts or pharmaceutically acceptable solvates, for use as a supplier of acetylcholine in the prevention and treatment of diseases associated with acetylcholine deficiency, said diseases being selected from Alzheimer's disease and neuromuscular diseases.
A device (300; 301; 303) for reducing x-ray radiation exposure in a medical environment, the device comprising: a shield including a structure for engaging with a clasp, the shield configured to at least partially block x-ray radiation transmission through the shield; and a malleable base , configured to rest on and adhesively attach to a patient, wherein the base includes a foam base coated with an adhesive material, the clasp for releasable securing of the shield and base, and a cover sheet that covers the adhesive material and is removable to expose the adhesive material for use, wherein the shield and base are pivotally coupled. a shield including a structure for engaging with a clasp, the shield configured to at least partially block x-ray radiation transmission through the shield; and a malleable base , configured to rest on and adhesively attach to a patient, wherein the base includes a foam base coated with an adhesive material, the clasp for releasable securing of the shield and base, and a cover sheet that covers the adhesive material and is removable to expose the adhesive material for use, wherein the shield and base are pivotally coupled.
A support for an umbrella pole , the support comprising: a base comprising a plurality of vertically oriented channels disposed on an inside surface thereof; a coupler for coupling a lower portion of the umbrella pole with a base, the coupler comprising: a sleeve for receiving the umbrella pole; a lower portion of the coupler comprising a side surface; and at least one protrusion protruding away from a longitudinal axis of the sleeve such that the at least one protrusion engages the plurality of vertically oriented channels in the base so as to prevent rotation of the umbrella pole relative to the base, wherein the at least one protrusion is resiliently biased or preloaded to move outward from the longitudinal axis of the sleeve to engage with the vertically oriented channels , so that the at least one protrusion is movably coupled with the side surface of the lower portion of the coupler. a base comprising a plurality of vertically oriented channels disposed on an inside surface thereof; a coupler for coupling a lower portion of the umbrella pole with a base, the coupler comprising: a sleeve for receiving the umbrella pole; a lower portion of the coupler comprising a side surface; and at least one protrusion protruding away from a longitudinal axis of the sleeve such that the at least one protrusion engages the plurality of vertically oriented channels in the base so as to prevent rotation of the umbrella pole relative to the base, wherein the at least one protrusion is resiliently biased or preloaded to move outward from the longitudinal axis of the sleeve to engage with the vertically oriented channels , so that the at least one protrusion is movably coupled with the side surface of the lower portion of the coupler. a sleeve for receiving the umbrella pole; a lower portion of the coupler comprising a side surface; and at least one protrusion protruding away from a longitudinal axis of the sleeve such that the at least one protrusion engages the plurality of vertically oriented channels in the base so as to prevent rotation of the umbrella pole relative to the base, wherein the at least one protrusion is resiliently biased or preloaded to move outward from the longitudinal axis of the sleeve to engage with the vertically oriented channels , so that the at least one protrusion is movably coupled with the side surface of the lower portion of the coupler.
An equine hoof boot comprising: a) a sole member suitable for engaging the ground and protecting a hoof from wear; b) a retaining means of suitable size, shape and strength for securing the boot to the hoof , said retaining means having an inside contactable with a hoof, an outside, a ventral portion located at its front, a dorsal portion located at its rear, and c) a bulb engaging means for positively engaging the peripheries of the bulbs of the hoof , wherein said retaining means and engaging means impede rotation of the boot relative to the hoof , characterised in that the retaining means has front flaps , and in that the ventral portion comprises a front opening sitting between the front flaps and comprising lateral slits above the sole member , the front opening being configured to allow a lower forward portion of a toe of the hoof to extend. a) a sole member suitable for engaging the ground and protecting a hoof from wear; b) a retaining means of suitable size, shape and strength for securing the boot to the hoof , said retaining means having an inside contactable with a hoof, an outside, a ventral portion located at its front, a dorsal portion located at its rear, and c) a bulb engaging means for positively engaging the peripheries of the bulbs of the hoof , wherein said retaining means and engaging means impede rotation of the boot relative to the hoof ,
A composition comprising potassium carbonate and calcium acetate, wherein the composition reduces coke formation during hydrocarbon cracking, wherein the concentration of the potassium carbonate and the calcium acetate ranges from about 1 ppmw to 4ppmw; and wherein in the said concentration, the potassium carbonate is about 35wt% and the calcium acetate is about 65wt%.
A position controller that performs position control by outputting a drive signal to a control valve of a hydraulic actuator that changes an operation position of a transmission element that changes a transmission ratio of a continuously variable transmission in accordance with a position change of the transmission element , the position control comprising: a position acquisition unit that acquires an actual value of an operation position of the transmission element ; a position control unit that calculates an operation command value for the control valve by closed-loop control so as to reduce a deviation between a target value of the operation position of the transmission element and the actual value; and a vibration wave application unit that applies a vibration wave to a signal of the closed-loop control so that the operation command value vibrates at a predetermined frequency at start of the closed-loop control. a position acquisition unit that acquires an actual value of an operation position of the transmission element ; a position control unit that calculates an operation command value for the control valve by closed-loop control so as to reduce a deviation between a target value of the operation position of the transmission element and the actual value; and a vibration wave application unit that applies a vibration wave to a signal of the closed-loop control so that the operation command value vibrates at a predetermined frequency at start of the closed-loop control.
A device comprising: a microphone configured to detect a noise from a surrounding area of the device ; an electronic circuit coupled to the microphone , wherein the electronic circuit comprises (i) at least one low-pass filter configured to filter the detected noise and (ii) a frequency-to-voltage converter configured to convert a frequency of the filtered detected noise into a voltage; a machine learning unit comprising a processor and a memory , wherein the processor is configured to analyze the detected noise using a machine learning algorithm stored in the memory ; and an alarm unit configured to receive, from the machine learning unit , information on the analyzed detected noise and to receive, from the electronic circuit , the voltage, wherein the alarm unit is configured to trigger an alarm if the analyzed detected noise and the voltage satisfy respective predetermined conditions. a microphone configured to detect a noise from a surrounding area of the device ; an electronic circuit coupled to the microphone , wherein the electronic circuit comprises (i) at least one low-pass filter configured to filter the detected noise and (ii) a frequency-to-voltage converter configured to convert a frequency of the filtered detected noise into a voltage; a machine learning unit comprising a processor and a memory , wherein the processor is configured to analyze the detected noise using a machine learning algorithm stored in the memory ; and an alarm unit configured to receive, from the machine learning unit , information on the analyzed detected noise and to receive, from the electronic circuit , the voltage, wherein the alarm unit is configured to trigger an alarm if the analyzed detected noise and the voltage satisfy respective predetermined conditions.