mhurhangee/patent-ind-claim-en huggingface dataset:
A detection device for recognizing the epidural space, comprising: an upper case having a predetermined shape; and a lower case coupled to the upper case to form a predetermined space part , wherein a connection tube is accommodated in the space part , wherein one end of the connection tube can communicate with a paracentesis needle part , wherein a cap part is provided for sealing the other end of the connection tube , which cap part is detachable from the connection tube , wherein the one end and the other end of the connection tube protrude from the space part , and wherein the one end of the connection tube horizontally communicates with the paracentesis needle part , and wherein a pressure sensor is in communication with an opening formed at a predetermined position on the outer peripheral part of the connection tube , whereby the pressure measurement being performed when the paracentesis needle and the connection tube are connected to each other and the other end is sealed by the cap part , whereby the pressure sensor is located in the space part , and wherein the device allows to insert a drug injection catheter into the connection tube with the connection tube and the paracentesis needle part being connected to each other after the epidural space is accurately located and after the cap part is detached from the other end of the connection tube , wherein the cap part and the other end of the connection tube are connected by a male and a female screw engagement. an upper case having a predetermined shape; and a lower case coupled to the upper case to form a predetermined space part , wherein a connection tube is accommodated in the space part , wherein one end of the connection tube can communicate with a paracentesis needle part , wherein a cap part is provided for sealing the other end of the connection tube , which cap part is detachable from the connection tube , wherein the one end and the other end of the connection tube protrude from the space part , and wherein the one end of the connection tube horizontally communicates with the paracentesis needle part , and wherein a pressure sensor is in communication with an opening formed at a predetermined position on the outer peripheral part of the connection tube , whereby the pressure measurement being performed when the paracentesis needle and the connection tube are connected to each other and the other end is sealed by the cap part , whereby the pressure sensor is located in the space part , and wherein the device allows to insert a drug injection catheter into the connection tube with the connection tube and the paracentesis needle part being connected to each other after the epidural space is accurately located and after the cap part is detached from the other end of the connection tube , wherein the cap part and the other end of the connection tube are connected by a male and a female screw engagement.
A method of autonomously controlling movement of a plurality of delivery vehicles, comprising: generating, by a processor , a plurality of different routing passes for a set of orders to be delivered by the plurality of delivery vehicles according to a routing plan specifying a plurality of stops for each delivery vehicle to deliver the orders, each routing pass including a set of parameters having different values, using one or more business rules that describe a set of allowed values for one or more of the parameters; executing, by the processor , each of the plurality of routing passes on a routing platform configured to generate a routing plan for the plurality of delivery vehicles corresponding to a single routing pass for the set of orders, wherein executing each of the plurality of routing passes on the routing platform comprises concurrently executing multiple routing passes ; applying, by the processor , a comparison rule set that assigns a score to each routing plan corresponding to a respective one of the plurality of routing passes ; selecting, by the processor , one of the plurality of routing passes based on the score of the corresponding routing plan ; and dispatching the selected routing pass via the routing platform for the set of orders. generating, by a processor , a plurality of different routing passes for a set of orders to be delivered by the plurality of delivery vehicles according to a routing plan specifying a plurality of stops for each delivery vehicle to deliver the orders, each routing pass including a set of parameters having different values, using one or more business rules that describe a set of allowed values for one or more of the parameters; executing, by the processor , each of the plurality of routing passes on a routing platform configured to generate a routing plan for the plurality of delivery vehicles corresponding to a single routing pass for the set of orders, wherein executing each of the plurality of routing passes on the routing platform comprises concurrently executing multiple routing passes ; applying, by the processor , a comparison rule set that assigns a score to each routing plan corresponding to a respective one of the plurality of routing passes ; selecting, by the processor , one of the plurality of routing passes based on the score of the corresponding routing plan ; and dispatching the selected routing pass via the routing platform for the set of orders.
A coating system for coating substrates, comprising an binder component P comprising at least one polymer PR having a number-average molecular weight (Mn) of 6,000 to 60,000 g/mol and a weight-average molecular weight (Mw) of 20,000 to 300,000 g/mol determined according to ASTM d) 3593 standard by Gel Permeation Chromatography using polystyrene standards as described in the present specification, a glass transition temperature (Tg) of 30 to 180 °C determined according to DIN EN ISO 16805 and ISO 11357 as described in the present specification, and an acid value of at most 3.0 mgKOH/g and a RMA crosslinkable composition comprising a component A with at least 2 acidic protons C-H in activated methylene or methine groups, a component B with at least two activated unsaturated C=C groups, with the proviso that component A and component B may be part of the same molecule, a catalyst C for catalyzing the RMA crosslinking reaction between components A and B and optionally a reactivity moderator D.
A synchronous control method for a loom, the loom including a shedding device that includes a shedding motor independent from a main shaft motor of the loom as a driving source and that displaces each of healds in an up-down direction as a single drive shaft that is common to all of the healds is driven by the shedding motor , the method comprising: detecting a rotation amount of the drive shaft in each weaving cycle at least when the loom is performing a normal operation; and controlling driving of the main shaft motor so that a main shaft of the loom is rotated so as to be synchronized with the drive shaft in accordance with a detection signal indicating the detected rotation amount. detecting a rotation amount of the drive shaft in each weaving cycle at least when the loom is performing a normal operation; and controlling driving of the main shaft motor so that a main shaft of the loom is rotated so as to be synchronized with the drive shaft in accordance with a detection signal indicating the detected rotation amount.
A household appliance for preparing food items cooked in the presence of fat comprising: - a container for receiving at least one raw food item ; - a preparation chamber ; - a water-spraying device for spraying water onto chopped-up parts inside the preparation chamber - evacuation means for evacuating the liquid water accumulated in the preparation chamber ; - heating means for drying and cooking said chopped-up parts in said preparation chamber ; - a controller connected to the water-spraying device and to the heating means , said controller being configured so that said preparation appliance carries out a step of spraying water onto said chopped-up parts in the preparation chamber , a step of drying said chopped-up parts and a step of cooking said chopped-up parts ; the appliance being characterised in that it further comprises: - at least one cutting device configured to chop up said raw food item into said chopped-up parts and to transfer said chopped-up parts into the preparation chamber ; - means for spraying fat onto the chopped-up parts in the preparation chamber ; the controller being connected to the means for spraying fat, said controller being configured so that said preparation appliance carries out a step of spraying fat on said chopped-up parts . - a container for receiving at least one raw food item ; - a preparation chamber ; - a water-spraying device for spraying water onto chopped-up parts inside the preparation chamber - evacuation means for evacuating the liquid water accumulated in the preparation chamber ; - heating means for drying and cooking said chopped-up parts in said preparation chamber ; - a controller connected to the water-spraying device and to the heating means , said controller being configured so that said preparation appliance carries out a step of spraying water onto said chopped-up parts in the preparation chamber , a step of drying said chopped-up parts and a step of cooking said chopped-up parts ; - at least one cutting device configured to chop up said raw food item into said chopped-up parts and to transfer said chopped-up parts into the preparation chamber ; - means for spraying fat onto the chopped-up parts in the preparation chamber ;
A film for a transparent screen comprising: a resin layer ; and inorganic particles at least a portion of which is contained in an aggregated state in the resin layer, primary particles of the inorganic particles having a median diameter of 0.1 to 50 nm and a maximum particle size of 10 to 500 nm, and the content of the inorganic particles being 0.015 to 1.2% by mass with respect to the resin, characterized in that the total light transmittance of the film for a transparent screen is 70% or higher, the haze value thereof is from 1.3% to 35%, and the image clarity thereof is 70% or higher. a resin layer ; and inorganic particles at least a portion of which is contained in an aggregated state in the resin layer, primary particles of the inorganic particles having a median diameter of 0.1 to 50 nm and a maximum particle size of 10 to 500 nm, and the content of the inorganic particles being 0.015 to 1.2% by mass with respect to the resin, characterized in that the total light transmittance of the film for a transparent screen is 70% or higher, the haze value thereof is from 1.3% to 35%, and the image clarity thereof is 70% or higher.
Method for reducing the friction of the sliding surfaces of a winter sports apparatus with respect to snow, water and/or ice, characterised in that a lubricant, which contains at least one lubricant component based on an indigoid molecule, is applied in a solid, liquid or gaseous form to a surface coating of the sliding surface or is introduced into such a surface coating or is applied directly to a coating-free sliding surface of a winter sports apparatus.
An apparatus for privacy-aware sharing management comprising: a control unit configured to: determine a usage context including a capability of a device , a usage time and a device location associated with the device , and a user context of one or more users with access to the device ; analyze a privacy risk level of a resource based on a resource content included in the resource , a metadata concerning the resource , a collective input regarding the resource , and the usage context ; and generate one or more options for sharing the resource with the device based on the privacy risk level and the usage context wherein the one or more options include a security measure, a privacy recommendation, or a combination thereof. determine a usage context including a capability of a device , a usage time and a device location associated with the device , and a user context of one or more users with access to the device ; analyze a privacy risk level of a resource based on a resource content included in the resource , a metadata concerning the resource , a collective input regarding the resource , and the usage context ; and generate one or more options for sharing the resource with the device based on the privacy risk level and the usage context wherein the one or more options include a security measure, a privacy recommendation, or a combination thereof.
A battery module comprising: - a housing ; - a plurality of electrochemical cells arranged in the housing , each electrochemical cell of the plurality of electrochemical cells having a respective terminal end at which a set of terminals is located; - a skeletal frame coupled with the housing , wherein the skeletal frame is formed from a material having a modulus of elasticity higher than the housing , wherein the skeletal frame surrounds the plurality of electrochemical cells to provide structural support to the plurality of electrochemical cells ; - a framework disposed proximate to the skeletal frame , wherein the framework is substantially aligned with and configured to bear against the skeletal frame to transfer a force applied to the framework to the skeletal frame , and wherein the framework is formed from a material having a lower modulus of elasticity than the skeletal frame ; and - a front cover disposed proximate to the framework , wherein the front cover is configured to enclose the framework within the battery module , and wherein the framework is arranged between the skeletal frame and the front cover . - a housing ; - a plurality of electrochemical cells arranged in the housing , each electrochemical cell of the plurality of electrochemical cells having a respective terminal end at which a set of terminals is located; - a skeletal frame coupled with the housing , wherein the skeletal frame is formed from a material having a modulus of elasticity higher than the housing , wherein the skeletal frame surrounds the plurality of electrochemical cells to provide structural support to the plurality of electrochemical cells ; - a framework disposed proximate to the skeletal frame , wherein the framework is substantially aligned with and configured to bear against the skeletal frame to transfer a force applied to the framework to the skeletal frame , and wherein the framework is formed from a material having a lower modulus of elasticity than the skeletal frame ; and - a front cover disposed proximate to the framework , wherein the front cover is configured to enclose the framework within the battery module , and wherein the framework is arranged between the skeletal frame and the front cover .
A temperature measurement apparatus comprising: a first irradiator configured to irradiate pulsed excitation light on a substance included in a chemical reaction system ; a second irradiator configured to irradiate probe light on the substance; a detector configured to detect the probe light irradiated on the substance by the second irradiator ; and a controller configured to calculate a temperature of the substance included in the chemical reaction system based on information related to a detection intensity of the probe light detected by the detector , characterized in that the information related to the detection intensity of the probe light includes a time change of the detection intensity of the probe light that accompanies a time change of absorbance of the substance due to the pulsed excitation light. a first irradiator configured to irradiate pulsed excitation light on a substance included in a chemical reaction system ; a second irradiator configured to irradiate probe light on the substance; a detector configured to detect the probe light irradiated on the substance by the second irradiator ; and a controller configured to calculate a temperature of the substance included in the chemical reaction system based on information related to a detection intensity of the probe light detected by the detector , characterized in that the information related to the detection intensity of the probe light includes a time change of the detection intensity of the probe light that accompanies a time change of absorbance of the substance due to the pulsed excitation light.
An exhaust aftertreatment arrangement for an exhaust system of an internal combustion engine, said exhaust aftertreatment arrangement comprising a fluid passage for exhaust gases from said exhaust system, said fluid passage defining an inner perimeter ; and said exhaust aftertreatment arrangement further comprising an exhaust aftertreatment unit comprising an exhaust aftertreatment element confined by an outer wall defining an outer periphery of said exhaust aftertreatment unit ; said exhaust aftertreatment unit being sealingly arranged in said fluid passage for enabling flow of said exhaust gases through said exhaust aftertreatment element , characterized in that a leakage treatment member comprising an exhaust aftertreatment component is arranged between said inner perimeter of said fluid passage and said outer periphery of said outer wall of said exhaust aftertreatment unit , for aftertreatment of any leakage of said flow of exhaust gases past said aftertreatment unit in said fluid passage . an exhaust aftertreatment unit comprising an exhaust aftertreatment element confined by an outer wall defining an outer periphery of said exhaust aftertreatment unit ; said exhaust aftertreatment unit being sealingly arranged in said fluid passage for enabling flow of said exhaust gases through said exhaust aftertreatment element , characterized in that a leakage treatment member comprising an exhaust aftertreatment component is arranged between said inner perimeter of said fluid passage and said outer periphery of said outer wall of said exhaust aftertreatment unit , for aftertreatment of any leakage of said flow of exhaust gases past said aftertreatment unit in said fluid passage .
A vehicular authentication device, comprising: a first processor ; and a second processor , the first processor being configured to: perform a first permission to permit release of a steering lock of a vehicle in a case in which a verification of key information of the vehicle has been performed successfully, and in a case in which the steering lock has been released by the first permission, perform a second permission to permit deactivation of an immobilizer of the vehicle based on a successful verification of biometric information by the second processor . a first processor ; and a second processor , the first processor being configured to: perform a first permission to permit release of a steering lock of a vehicle in a case in which a verification of key information of the vehicle has been performed successfully, and in a case in which the steering lock has been released by the first permission, perform a second permission to permit deactivation of an immobilizer of the vehicle based on a successful verification of biometric information by the second processor . perform a first permission to permit release of a steering lock of a vehicle in a case in which a verification of key information of the vehicle has been performed successfully, and in a case in which the steering lock has been released by the first permission, perform a second permission to permit deactivation of an immobilizer of the vehicle based on a successful verification of biometric information by the second processor .
A welding method of a battery cover plate, the welding method comprising: performing at least two times of continuous welding along a connecting zone between a cover plate and a shell , characterized in that : the at least two times of continuous welding includes a first continuous welding acting as pre-welding, and a second continuous welding acting as final welding, the second continuous welding is performed after the first continuous welding, and welding power of the first continuous welding is less than welding power of the second continuous welding; and the welding method further comprises adjusting laser welding power, welding speeds, and defocusing amounts, wherein a ratio of the welding power of the first continuous welding to the welding power of the second continuous welding is 0.3: 1 to 0.8: 1, such that an amount of deformation of the shell is less than or equal to 0.6mm after the first continuous welding, and the amount of deformation of the shell is less than or equal to 1.0mm after the second continuous welding, wherein the amount of deformation of the shell is defined as the larger one between a front indentation and a rear indentation, wherein the welding method comprises two times of welding, and a welding speed of the first continuous welding is less than a welding speed of the second continuous welding. the at least two times of continuous welding includes a first continuous welding acting as pre-welding, and a second continuous welding acting as final welding, the second continuous welding is performed after the first continuous welding, and welding power of the first continuous welding is less than welding power of the second continuous welding; and the welding method further comprises adjusting laser welding power, welding speeds, and defocusing amounts, wherein a ratio of the welding power of the first continuous welding to the welding power of the second continuous welding is 0.3: 1 to 0.8: 1, such that an amount of deformation of the shell is less than or equal to 0.6mm after the first continuous welding, and the amount of deformation of the shell is less than or equal to 1.0mm after the second continuous welding, wherein the amount of deformation of the shell is defined as the larger one between a front indentation and a rear indentation, wherein the welding method comprises two times of welding, and a welding speed of the first continuous welding is less than a welding speed of the second continuous welding.