mhurhangee/patent-ind-claim-en huggingface dataset:
An air conditioner , comprising: a main body ; a fan configured to form an airflow inside the main body ; a motor including a shaft to which the fan is coupled; and a motor cover to which the motor is fixed, wherein the motor cover includes: a body including a rear surface formed in a truncated cone shape, and characterised by a vortex breaker which protrudes toward the fan from the rear surface of the body along an outer periphery of the body , so as to prevent air, which is discharged from the fan , from forming a vortex. a main body ; a fan configured to form an airflow inside the main body ; a motor including a shaft to which the fan is coupled; and a motor cover to which the motor is fixed, wherein the motor cover includes: a body including a rear surface formed in a truncated cone shape, and characterised by a vortex breaker which protrudes toward the fan from the rear surface of the body along an outer periphery of the body , so as to prevent air, which is discharged from the fan , from forming a vortex. a body including a rear surface formed in a truncated cone shape, and characterised by a vortex breaker which protrudes toward the fan from the rear surface of the body along an outer periphery of the body , so as to prevent air, which is discharged from the fan , from forming a vortex.
A camera module, the camera module comprising: a PCB (10, Printed Circuit Board) mounted with an image sensor ; a holder member mounted on an upper surface of the PCB ; a lens module mounted inside the holder member ; an actuator arranged at the holder member ; and an electronic circuit pattern formed on a surface of the holder member to conductibly connect the PCB and the actuator , where one end of the electronic circuit pattern is connected to the PCB , and the other end of the electronic circuit pattern is connected to the actuator , characterized in that an upper surface of the holder member is formed to wrap the actuator such that the actuator is arranged lower than the upper surface of the holder member , and at least two through holes are formed on the upper surface of the holder member at a position corresponding to a terminal unit of the actuator , wherein the actuator and the electronic circuit pattern are conductively connected through the through holes . a PCB (10, Printed Circuit Board) mounted with an image sensor ; a holder member mounted on an upper surface of the PCB ; a lens module mounted inside the holder member ; an actuator arranged at the holder member ; and an electronic circuit pattern formed on a surface of the holder member to conductibly connect the PCB and the actuator , where one end of the electronic circuit pattern is connected to the PCB , and the other end of the electronic circuit pattern is connected to the actuator , characterized in that an upper surface of the holder member is formed to wrap the actuator such that the actuator is arranged lower than the upper surface of the holder member , and at least two through holes are formed on the upper surface of the holder member at a position corresponding to a terminal unit of the actuator , wherein the actuator and the electronic circuit pattern are conductively connected through the through holes .
A method for using an augmented reality (AR) headset to co-localize an image data set and a medical implement (118; 312) that has one or more optical codes , comprising: detecting visual image data of a portion of a body of a person and the medical implement using an optical sensor of the AR headset ; identifying one or more optical codes (200; 310; 314) associated with the body of the person (106; 300) and the medical implement (118; 312), wherein an optical code (200; 310) on a body of the person (106; 300) is located in a fixed position relative to an image visible marker; aligning the image data set with the body of the person (106; 300) using one or more optical codes (200; 310) on the body of the person (106; 300) as viewed through the AR headset and using the fixed position of the image visible marker with respect to the optical code (200; 310) as referenced to a representation of the image visible marker in the image data set; and determining a position of the medical implement (118; 312) with respect to the body of the person using one or more optical codes (200; 310; 314) on the medical implement (118; 312) and the body of the person (106; 300) to enable the medical implement (118; 312) to be referenced to the image data set and the body of the person, as viewed through the AR headset . detecting visual image data of a portion of a body of a person and the medical implement using an optical sensor of the AR headset ; identifying one or more optical codes (200; 310; 314) associated with the body of the person (106; 300) and the medical implement (118; 312), wherein an optical code (200; 310) on a body of the person (106; 300) is located in a fixed position relative to an image visible marker; aligning the image data set with the body of the person (106; 300) using one or more optical codes (200; 310) on the body of the person (106; 300) as viewed through the AR headset and using the fixed position of the image visible marker with respect to the optical code (200; 310) as referenced to a representation of the image visible marker in the image data set; and determining a position of the medical implement (118; 312) with respect to the body of the person using one or more optical codes (200; 310; 314) on the medical implement (118; 312) and the body of the person (106; 300) to enable the medical implement (118; 312) to be referenced to the image data set and the body of the person, as viewed through the AR headset .
A resource configuration method, performed by a terminal device or a chip for the terminal device, comprising: obtaining (S101) configuration information from a network device , wherein the configuration information comprises random access configuration information and parameter information of a plurality of downlink signals, wherein each downlink signal is a synchronization signal block, SS block, wherein the random access configuration information is a configuration of random access resources; determining, based on the random access configuration information, a length of a time period, T RA , for associating the plurality of downlink signals with the random access resources; determining, based on the configuration information, a random access resource and a random access preamble that are associated with a downlink signal, wherein a time period corresponding to the random access resource associated with the downlink signal is the T RA ; and sending the random access preamble to the network device on the random access resource. obtaining (S101) configuration information from a network device , wherein the configuration information comprises random access configuration information and parameter information of a plurality of downlink signals, wherein each downlink signal is a synchronization signal block, SS block, wherein the random access configuration information is a configuration of random access resources; determining, based on the random access configuration information, a length of a time period, T RA , for associating the plurality of downlink signals with the random access resources; determining, based on the configuration information, a random access resource and a random access preamble that are associated with a downlink signal, wherein a time period corresponding to the random access resource associated with the downlink signal is the T RA ; and sending the random access preamble to the network device on the random access resource.
A method of regaining an original Card Security Code, CSC, from a temporary CSC used in a card based transaction, wherein the method is performed by a server system having one or several computer servers and the method comprising: obtaining a temporary CSC, wherein the temporary CSC has been generated by previously applying a minimal perfect hash function to an original CSC as well as a first data seed, the first data seed including a mobile terminal identifier of a mobile terminal and a time stamp generated by said mobile terminal; and obtaining a second data seed, the second data seed being a same data seed as the first data seed and including the same mobile terminal identifier and the same time stamp as the first data seed, wherein at least said mobile terminal identifier has been stored in advance at the server system such that obtaining the second data seed comprises obtaining the mobile terminal identifier locally from the server system; applying a same minimal perfect hash function to the obtained second data seed together with each one of several CSCs from a stored list of available CSCs until a match is found between the obtained temporary CSC and one CSC from the stored list of available CSCs; and in response to a match having been found: continuing an initiated card based transaction obtaining a temporary CSC, wherein the temporary CSC has been generated by previously applying a minimal perfect hash function to an original CSC as well as a first data seed, the first data seed including a mobile terminal identifier of a mobile terminal and a time stamp generated by said mobile terminal; and obtaining a second data seed, the second data seed being a same data seed as the first data seed and including the same mobile terminal identifier and the same time stamp as the first data seed, wherein at least said mobile terminal identifier has been stored in advance at the server system such that obtaining the second data seed comprises obtaining the mobile terminal identifier locally from the server system; applying a same minimal perfect hash function to the obtained second data seed together with each one of several CSCs from a stored list of available CSCs until a match is found between the obtained temporary CSC and one CSC from the stored list of available CSCs; and in response to a match having been found: continuing an initiated card based transaction
A measurement control apparatus comprising: a sensor data acquisition unit configured to acquire an electrocardiographic signal of a user measured by a sensor including an electrocardiograph in a preset period of time from a start time to an end time of a normal operation, in which an electrocardiographic waveform is acquired; an extraction unit configured to extract a feature quantity with periodicity from the electrocardiographic signal acquired by the sensor data acquisition unit; and an interval acquisition unit configured to acquire a period of the extracted feature quantity, characterized in that the measurement control apparatus comprises: a determination unit configured to determine whether or not the feature quantity will have appeared by the end time on the basis of the acquired period of the feature quantity; and a termination processing unit configured to terminate the normal operation of the sensor data acquisition unit when the determination unit determines that the feature quantity will not have appeared by the end time. a sensor data acquisition unit configured to acquire an electrocardiographic signal of a user measured by a sensor including an electrocardiograph in a preset period of time from a start time to an end time of a normal operation, in which an electrocardiographic waveform is acquired; an extraction unit configured to extract a feature quantity with periodicity from the electrocardiographic signal acquired by the sensor data acquisition unit; and an interval acquisition unit configured to acquire a period of the extracted feature quantity, characterized in that the measurement control apparatus comprises: a determination unit configured to determine whether or not the feature quantity will have appeared by the end time on the basis of the acquired period of the feature quantity; and a termination processing unit configured to terminate the normal operation of the sensor data acquisition unit when the determination unit determines that the feature quantity will not have appeared by the end time. a determination unit configured to determine whether or not the feature quantity will have appeared by the end time on the basis of the acquired period of the feature quantity; and a termination processing unit configured to terminate the normal operation of the sensor data acquisition unit when the determination unit determines that the feature quantity will not have appeared by the end time.
A composition comprising 0.1 to 5% by weight of 2,4,6-trimethyl-4-phenyl-1,3-dioxane and 1 to 50% by weight of lavender oil as an ethereal solvent.
Tyre comprising a monitoring device fixed onto an inner surface of said tyre at a crown portion of said tyre , wherein the monitoring device comprises: - an electronic unit comprising at least one sensor for detecting at least one of the following physical quantities: temperature, pressure, acceleration, deformation; a processing unit; a transceiver; and - an accumulation device electrically connected to said electronic unit to electrically supply said electronic unit , wherein said accumulation device is interposed between said inner surface and said electronic unit and it is fixed to said inner surface , wherein the fixing of said accumulation device to said inner surface of the tyre takes place by means of at least one first adhesive layer interposed between said accumulation device and said inner surface , characterized in that said accumulation device has a plan surface greater than or equal to about 500 mm 2 and a thickness lower than or equal to about 2.0 mm, and in that said first adhesive layer is a double-sided adhesive tape comprising (i) a viscoelastic acrylic foam or (ii) a substrate of expanded polymeric material, such as EPDM rubber or polyurethane, or (iii) at least one acrylic-type adhesive layer with a thickness equal to or greater than about 0.4 mm or (iv) combinations thereof, said double-sided adhesive tape being resistant to a dynamic shear stress greater than 50 kPa measured according to the standard ASTM D-1002. wherein the monitoring device comprises: - an electronic unit comprising at least one sensor for detecting at least one of the following physical quantities: temperature, pressure, acceleration, deformation; a processing unit; a transceiver; and - an accumulation device electrically connected to said electronic unit to electrically supply said electronic unit , - an electronic unit comprising at least one sensor for detecting at least one of the following physical quantities: temperature, pressure, acceleration, deformation; a processing unit; a transceiver; and - an accumulation device electrically connected to said electronic unit to electrically supply said electronic unit , wherein said accumulation device is interposed between said inner surface and said electronic unit and it is fixed to said inner surface , wherein the fixing of said accumulation device to said inner surface of the tyre takes place by means of at least one first adhesive layer interposed between said accumulation device and said inner surface , characterized in that said accumulation device has a plan surface greater than or equal to about 500 mm 2 and a thickness lower than or equal to about 2.0 mm, and in that said first adhesive layer is a double-sided adhesive tape comprising (i) a viscoelastic acrylic foam or (ii) a substrate of expanded polymeric material, such as EPDM rubber or polyurethane, or (iii) at least one acrylic-type adhesive layer with a thickness equal to or greater than about 0.4 mm or (iv) combinations thereof, said double-sided adhesive tape being resistant to a dynamic shear stress greater than 50 kPa measured according to the standard ASTM D-1002.
A gas phase process for producing a carboxylic acid or an alkyl ester comprising: (a) providing a catalyst support comprising deposits of cobalt thiocyanate on at least a portion of the catalyst support, wherein the catalyst support has a surface area of greater than 5 m 2 /g; (b) heating the catalyst support to convert the cobalt thiocyanate on the support to cobalt sulfide to form a supported cobalt sulfide catalyst; and (c) reacting alkene gas, steam or an alkanol gas, and a carbon-containing gas in the presence of the supported cobalt sulfide catalyst in a reactor to form a product stream, wherein the carbon-containing gas comprises carbon monoxide or a mixture of carbon monoxide and carbon dioxide, wherein when steam is used as a reactant, the product stream comprises a carboxylic acid, and wherein when alkanol gas is used as a reactant, the product stream comprises an alkyl ester. (a) providing a catalyst support comprising deposits of cobalt thiocyanate on at least a portion of the catalyst support, wherein the catalyst support has a surface area of greater than 5 m 2 /g; (b) heating the catalyst support to convert the cobalt thiocyanate on the support to cobalt sulfide to form a supported cobalt sulfide catalyst; and (c) reacting alkene gas, steam or an alkanol gas, and a carbon-containing gas in the presence of the supported cobalt sulfide catalyst in a reactor to form a product stream, wherein the carbon-containing gas comprises carbon monoxide or a mixture of carbon monoxide and carbon dioxide,
A multi-deck baking oven including a housing and at least two adjacent baking chambers located within the housing, the at least two adjacent baking chambers being separated by an insulating layer configured to dampen the rate of heat flow between the at least two adjacent baking chambers, wherein the insulating layer includes a hollow partition, wherein the hollow partition includes a first wall member and a second wall member defining an internal void, wherein the first and second wall members are connected by one or more reinforcing rib members configured to provide sufficient structural strength while minimising the level of conductive heat transfer through the hollow partition, wherein the one or more reinforcing rib members define a series of hollow cells within the hollow partition, and wherein the reinforcing rib members are provided with slots for the passage of gas enabling each hollow cell to be in fluid communication with at least one adjacent cell.
A display module comprising: a display panel configured to display an image, wherein the display panel is bendable; a light guide plate which guides light toward the display panel ; and a guide unit which guides the light guide plate to be bent to a curved surface and to be maintained in a state of the curved surface, wherein the guide unit comprises a shape of the curved surface in which both ends of the guide unit protrude forward relative to a center portion of the guide unit , characterized in that the guide unit is provided at at least one from among an upper side and a lower side of the light guide plate to contact and to support a front surface and a rear surface of the light guide plate . a display panel configured to display an image, wherein the display panel is bendable; a light guide plate which guides light toward the display panel ; and a guide unit which guides the light guide plate to be bent to a curved surface and to be maintained in a state of the curved surface, wherein the guide unit comprises a shape of the curved surface in which both ends of the guide unit protrude forward relative to a center portion of the guide unit , characterized in that the guide unit is provided at at least one from among an upper side and a lower side of the light guide plate to contact and to support a front surface and a rear surface of the light guide plate .
Method for detecting cells expressing an antigen binding domain of a chimeric antigen receptor (CAR) by providing a detection reagent according to general formula X n -S m -D o wherein - X is a polypeptide comprising at least 20 amino acids of which at least two amino acids are connected by at least one disulfide group - S is a spacer comprising at least 15 carbon atoms - D is a detection moiety - m, o are integers independently between 1 and 200 - n is an integer between 4 and 200 with the provisio that X binds to the antigen binding domain of a chimeric antigen receptor of a cell and wherein the spacer S is selected from the group consisting of enzymatically degradable units to a sample of cells wherein the cells have an antigen binding domain of a chimeric antigen receptor (CAR) binding the detection reagent; detection of the cells via the detection moiety of the detection reagent. characterized in that after detection, the detection reagent is enzymatically cleaved thereby removing the detection moiety D from the detected cell. - X is a polypeptide comprising at least 20 amino acids of which at least two amino acids are connected by at least one disulfide group - S is a spacer comprising at least 15 carbon atoms - D is a detection moiety - m, o are integers independently between 1 and 200 - n is an integer between 4 and 200 to a sample of cells wherein the cells have an antigen binding domain of a chimeric antigen receptor (CAR) binding the detection reagent; detection of the cells via the detection moiety of the detection reagent. characterized in that after detection, the detection reagent is enzymatically cleaved thereby removing the detection moiety D from the detected cell.
Screw conveyor , in particular for a separator device for dewatering moist masses, comprising - a shaft , which extends in axial direction along an axis of rotation and which is preferably not manufactured in an additive manufacturing process, wherein the shaft comprises or consists of metallic material, preferably steel, in particular stainless steel, - a screw flight , which ∘ is arranged helically around the shaft, ∘ is connected to the shaft at the outer circumference of the shaft, ∘ and extends in an axial direction along at least a portion of the shaft, characterized in that the screw flight is a metallic structure additively manufactured on the shaft and has, on the outer circumference, an outer edge, in which a plurality of recesses spaced from each other for receiving fibrous materials are arranged, wherein the recesses are formed in the screw flight by interrupting the material application in the area of the recesses during the layer-by-layer application of metallic paths. - a shaft , which extends in axial direction along an axis of rotation and which is preferably not manufactured in an additive manufacturing process, wherein the shaft comprises or consists of metallic material, preferably steel, in particular stainless steel, - a screw flight , which ∘ is arranged helically around the shaft, ∘ is connected to the shaft at the outer circumference of the shaft, ∘ and extends in an axial direction along at least a portion of the shaft, ∘ is arranged helically around the shaft, ∘ is connected to the shaft at the outer circumference of the shaft, ∘ and extends in an axial direction along at least a portion of the shaft, characterized in that the screw flight is a metallic structure additively manufactured on the shaft and has, on the outer circumference, an outer edge, in which a plurality of recesses spaced from each other for receiving fibrous materials are arranged, wherein the recesses are formed in the screw flight by interrupting the material application in the area of the recesses during the layer-by-layer application of metallic paths.