mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, said method being performed by a User Equipment, UE, and said method comprising: receiving and detecting a downlink control information, DCI, message, wherein the DCI message has a DCI format, and, upon blind detecting that a specific combination of bit values is included in a specific field of the DCI message, transmitting an aperiodic SRS over specific resources, said resources being indicated in the DCI message, wherein the transmitting comprises transmitting the aperiodic SRS after a fixed delay after receiving the first downlink message. receiving and detecting a downlink control information, DCI, message, wherein the DCI message has a DCI format, and, upon blind detecting that a specific combination of bit values is included in a specific field of the DCI message, transmitting an aperiodic SRS over specific resources, said resources being indicated in the DCI message, wherein the transmitting comprises transmitting the aperiodic SRS after a fixed delay after receiving the first downlink message.
A display apparatus comprising: a display device arranged to display an image, the display device having a selectively operable luminance-privacy optical arrangement arranged on operation to reduce the luminance of the image to an off-axis viewer, and a selectively operable contrast-privacy optical arrangement arranged on operation to reduce the contrast of the image to an off-axis viewer; an ambient light sensor arranged to detect the level of the ambient light; and a control system arranged to control the display device , the control system being capable of selectively operating the luminance-privacy arrangement and the contrast-privacy arrangement , wherein the control system is arranged: in a public mode, to operate neither of the luminance-privacy arrangement and the contrast-privacy arrangement in a public mode; and in a private mode, to operate the luminance-privacy arrangement , but not the contrast-privacy arrangement , when the ambient light sensor detects first levels of ambient light, and to operate both the luminance-privacy arrangement and the contrast-privacy arrangement when the ambient light sensor detects second levels of ambient light below the first levels. a display device arranged to display an image, the display device having a selectively operable luminance-privacy optical arrangement arranged on operation to reduce the luminance of the image to an off-axis viewer, and a selectively operable contrast-privacy optical arrangement arranged on operation to reduce the contrast of the image to an off-axis viewer; an ambient light sensor arranged to detect the level of the ambient light; and a control system arranged to control the display device , the control system being capable of selectively operating the luminance-privacy arrangement and the contrast-privacy arrangement , wherein the control system is arranged: in a public mode, to operate neither of the luminance-privacy arrangement and the contrast-privacy arrangement in a public mode; and in a private mode, to operate the luminance-privacy arrangement , but not the contrast-privacy arrangement , when the ambient light sensor detects first levels of ambient light, and to operate both the luminance-privacy arrangement and the contrast-privacy arrangement when the ambient light sensor detects second levels of ambient light below the first levels. in a public mode, to operate neither of the luminance-privacy arrangement and the contrast-privacy arrangement in a public mode; and in a private mode, to operate the luminance-privacy arrangement , but not the contrast-privacy arrangement , when the ambient light sensor detects first levels of ambient light, and to operate both the luminance-privacy arrangement and the contrast-privacy arrangement when the ambient light sensor detects second levels of ambient light below the first levels.
An obstacle avoidance control method, comprising the steps of: receiving vehicle sensor data (S1101), which comprises a width of a current lane W R of the current vehicle, a velocity of the current vehicle, and a lateral position D B of an obstacle, wherein the lateral position D B of an obstacle is a position of the center of the obstacle to the center line of the current lane; calculating an obstacle safe boundary and a lane safe boundary based on the vehicle sensor data (S1102), wherein the obstacle safe boundary is calculated based on the following formula: Obstacle safe boundary = D B − W V 2 − D S 1 , wherein Wv is a width of the current vehicle, and D S1 is a safe distance of the current vehicle from the obstacle, wherein the safe distance D S1 of the current vehicle from the obstacle is related to the velocity of the current vehicle, and wherein the lane safe boundary is calculated based on the following formula: Lane safe boundary = W R 2 − W V 2 − D S 2 , wherein D S2 is a safe distance of the current vehicle crossing the current lane and is related to a type of the current lane of the current vehicle; and determining a passing region and a passing status for a current vehicle according to the obstacle safe boundary and the lane safe boundary (S1103). receiving vehicle sensor data (S1101), which comprises a width of a current lane W R of the current vehicle, a velocity of the current vehicle, and a lateral position D B of an obstacle, wherein the lateral position D B of an obstacle is a position of the center of the obstacle to the center line of the current lane; calculating an obstacle safe boundary and a lane safe boundary based on the vehicle sensor data (S1102), wherein the obstacle safe boundary is calculated based on the following formula: Obstacle safe boundary = D B − W V 2 − D S 1 , wherein Wv is a width of the current vehicle, and D S1 is a safe distance of the current vehicle from the obstacle, wherein the safe distance D S1 of the current vehicle from the obstacle is related to the velocity of the current vehicle, and wherein the lane safe boundary is calculated based on the following formula: Lane safe boundary = W R 2 − W V 2 − D S 2 , wherein D S2 is a safe distance of the current vehicle crossing the current lane and is related to a type of the current lane of the current vehicle; and determining a passing region and a passing status for a current vehicle according to the obstacle safe boundary and the lane safe boundary (S1103).
A method for producing a thin-film solar cell, comprising the steps: a. Applying a CdTe layer onto a substrate, b. Activating the CdTe layer using an activation agent, c. Removing the residual activation agent from the CdTe layer after activation, and d. Performing a temperature treatment under vacuum or in a heating chamber filled with either air, or inert gas, directly after removing the residual activation agent, during which treatment the substrate is exposed to a temperature between 180°C and 380°C for a time between 5 minutes and 60 minutes, wherein the method further comprises the steps: e. Providing the substrate which is a transparent substrate, f. Applying a front contact layer onto the substrate, g. Applying a window layer onto the front contact layer, h. Applying a back contact layer, wherein the steps a) to d) are performed after step g) and before step h). a. Applying a CdTe layer onto a substrate, b. Activating the CdTe layer using an activation agent, c. Removing the residual activation agent from the CdTe layer after activation, and d. Performing a temperature treatment under vacuum or in a heating chamber filled with either air, or inert gas, directly after removing the residual activation agent, during which treatment the substrate is exposed to a temperature between 180°C and 380°C for a time between 5 minutes and 60 minutes, e. Providing the substrate which is a transparent substrate, f. Applying a front contact layer onto the substrate, g. Applying a window layer onto the front contact layer, h. Applying a back contact layer, wherein the steps a) to d) are performed after step g) and before step h).
A welding wire coil package for a coil of wire wound on a mandrel , the coil having at least a first and a second turn that overlap each other at a crossover point (CP) forming a figure eight configuration, the welding wire coil package further comprising: such a welding wire coil , a sheath constructed of a non-shrink wrap material, the sheath being laid over the coil where the sheath includes at least one layer of material that adheres to the wire (W) to hold the wire (W) within the coil in the position that the coil is formed and prevent unintended movement of the wire (W), the sheath defining an opening through which wire (W) is paid out from an interior surface of the coil; and a first end form located at a first end and a second end form located at a second end of the coil, wherein each end form includes an edge portion defining a mandrel receiving opening , the edge portion being adapted to abut an end of the coil, and an extended element that extends radially outward from the edge portion, wherein the extended element further extends axially outward from the edge portion wherein the sheath at least partially overlies the extended element to attach the end form to the sheath , and in a pair of hubs , wherein the hubs are attached to at least one of the end form and the sheath .
Glycosaminoglycan esters, wherein at least part of the hydroxyl groups present on the N-acetylglucosamine residue are esterified with an apocarotenoid, wherein said glycosaminoglycan is: hyaluronic acid and said apocarotenoid is selected from: crocetin and bixin.
A method for cooling a closable accommodation space of a food transport cart which has at least one coolant reservoir comprising a cavity for accommodating a coolant for cooling the accommodation space, wherein prior to an intended use of the food transport cart (i) the coolant reservoir is filled through at least one top opening with pourable ice which consists of water, wherein the filling material slips down due to gravity and fills in the cavity of the coolant reservoir , or (ii) the coolant reservoir is filled with a mixture of pourable ice and ice water, wherein the ice water cools the walls of the coolant reservoir and is discharged again and replaced with pourable ice prior to the intended use of the food transport cart , wherein the ice used as a coolant is sprayed or wetted with liquid water to improve its pourability, and wherein used coolant in the form of melt water is discharged out of the coolant reservoir . (i) the coolant reservoir is filled through at least one top opening with pourable ice which consists of water, wherein the filling material slips down due to gravity and fills in the cavity of the coolant reservoir , or (ii) the coolant reservoir is filled with a mixture of pourable ice and ice water, wherein the ice water cools the walls of the coolant reservoir and is discharged again and replaced with pourable ice prior to the intended use of the food transport cart ,
Rotary compressor, comprising: a cylinder comprising a space; a roller configured to compress refrigerants in the cylinder and having a ring shape; a vane configured to divide the space into a suction space (S) and a compression space (P); a coupling groove disposed at one side of an outer circumferential surface of the roller , having a circular arc shape from an outer diameter of the roller towards an inner diameter of the roller , and configured to couple the vane and the roller ; and a vane slot which is disposed in the cylinder wall in a radial direction of the cylinder , wherein the vane is inserted into the vane slot moveable back and forth, characterized in that the coupling groove comprises a ferrosoferric oxide (Fe 3 O 4 ) film on a surface thereof. a cylinder comprising a space; a roller configured to compress refrigerants in the cylinder and having a ring shape; a vane configured to divide the space into a suction space (S) and a compression space (P); a coupling groove disposed at one side of an outer circumferential surface of the roller , having a circular arc shape from an outer diameter of the roller towards an inner diameter of the roller , and configured to couple the vane and the roller ; and a vane slot which is disposed in the cylinder wall in a radial direction of the cylinder , wherein the vane is inserted into the vane slot moveable back and forth, characterized in that the coupling groove comprises a ferrosoferric oxide (Fe 3 O 4 ) film on a surface thereof.
A lock for securing to a base (8, 12 14) a wear member having an exterior surface, an interior surface including a mounting portion that is securable to the base , and an opening defined by an inner surface extending from the exterior surface to the interior surface for use in an abrasive environment including fines comprising: a collar secured in the opening of the wear member and having a hole defined by an inner surface , the hole including a circumferential first recess ; a pin having a head and a tapered shank projecting from the head, the shank being movably received in the hole and releasably maintained in the collar in a hold position where the lock secures the wear member to the base, the shank having a circumferential second recess adjacent the head; wherein a circumferential first seal received in the circumferential first recess, which is compressed between the shank and the inner surface when the pin is in the hold position; and a circumferential second seal received in the circumferential second recess, which is compressed between the head and the collar when the pin is in the hold position. a collar secured in the opening of the wear member and having a hole defined by an inner surface , the hole including a circumferential first recess ; a pin having a head and a tapered shank projecting from the head, the shank being movably received in the hole and releasably maintained in the collar in a hold position where the lock secures the wear member to the base, the shank having a circumferential second recess adjacent the head; wherein a circumferential first seal received in the circumferential first recess, which is compressed between the shank and the inner surface when the pin is in the hold position; and a circumferential second seal received in the circumferential second recess, which is compressed between the head and the collar when the pin is in the hold position.
A method for producing hydroxypropyl methyl cellulose having a methoxy degree of substitution (DS) of from 1.4 to 2.2 and a hydroxypropoxy molar substitution (MS) of from 0.5 to 1.0, comprising steps of: bringing sheet-like or chip-like pulp into contact with an alkali metal hydroxide solution to obtain a reaction product mixture containing alkali cellulose, removing a liquid portion from the reaction product mixture to obtain the alkali cellulose, reacting the obtained alkali cellulose with an etherifying agent to obtain crude hydroxypropyl methyl cellulose, disintegrating the crude hydroxypropyl methyl cellulose to obtain disintegrated crude hydroxypropyl methyl cellulose, dispersing the disintegrated crude hydroxypropyl methyl cellulose in water to obtain a slurry, filtering the slurry to obtain a cake, and washing the cake. bringing sheet-like or chip-like pulp into contact with an alkali metal hydroxide solution to obtain a reaction product mixture containing alkali cellulose, removing a liquid portion from the reaction product mixture to obtain the alkali cellulose, reacting the obtained alkali cellulose with an etherifying agent to obtain crude hydroxypropyl methyl cellulose, disintegrating the crude hydroxypropyl methyl cellulose to obtain disintegrated crude hydroxypropyl methyl cellulose, dispersing the disintegrated crude hydroxypropyl methyl cellulose in water to obtain a slurry, filtering the slurry to obtain a cake, and washing the cake.
A silencer for a firearm with an outer tube margining a hollow body of the silencer , an inner tube arranged in the hollow body, which margins a projectile channel on the inside in the radial direction and supports at least one sound-reflecting and/or -absorbing element, such as a sound impact wall with projectile passage opening , wherein the outer tube and the inner tube margin an annular space in which sound-absorbing filler material and/or a sound-absorbing lining are arranged, a front wall facing the firearm with a projectile entry opening and a front end wall facing away from the firearm with a projectile exit opening , wherein at least one exchange opening is formed in the inner tube for a gas exchange between the projectile channel and the annular space and at least one vent opening is additionally formed in the front end wall and the annular space provides a gas communication between the at least one exchange opening and the at least one vent opening , characterized in that the annular space is formed in such a way that inside the annular space , muzzle gas flowed into the at least one exchange opening can directly leave the annular space at the at least one venting opening .
A processing unit (120; 400) configured to: receive a set of reference images of a sheet part of a plurality of sheet parts , wherein the set of reference images are captured by a plurality of respective image capture devices (110A-110N); identify at least one primary point in a reference image of the set of reference images; identify at least one secondary point in a mask image of a set of mask images, wherein the mask image defines a silhouette of the sheet part including a size and a shape of the sheet part for inspection, and wherein the mask image corresponds to the reference image; transform the mask image based on the at least one primary point and the at least one secondary point, wherein the transforming changes at least one of an orientation of the mask image or a shape of the mask image to align the orientation of the mask image to an orientation of the reference image and to align the shape of the mask image to a shape of the reference image, apply the transformed mask image to the reference image to identify an inspection region within the reference image; process the inspection region of the reference image to determine a quality of the sheet part ; and output information indicative of the quality of the sheet part ; wherein the processing unit (120; 400) is configured to independently determine the quality of the sheet part based on the reference image captured by each respective image capture device (110A-110-N). receive a set of reference images of a sheet part of a plurality of sheet parts , wherein the set of reference images are captured by a plurality of respective image capture devices (110A-110N); identify at least one primary point in a reference image of the set of reference images; identify at least one secondary point in a mask image of a set of mask images, wherein the mask image defines a silhouette of the sheet part including a size and a shape of the sheet part for inspection, and wherein the mask image corresponds to the reference image; transform the mask image based on the at least one primary point and the at least one secondary point, wherein the transforming changes at least one of an orientation of the mask image or a shape of the mask image to align the orientation of the mask image to an orientation of the reference image and to align the shape of the mask image to a shape of the reference image, apply the transformed mask image to the reference image to identify an inspection region within the reference image; process the inspection region of the reference image to determine a quality of the sheet part ; and output information indicative of the quality of the sheet part ;
A process for preparing 4-hydroxymethyl-2-oxazolidinone (serinol carbamate) of formula (II): said process comprising the step of: i) reacting glycerol or glycerol 1,2-carbonate with urea at a temperature higher than or equal to 130°C in the presence of a catalyst selected from Mg, MgO, Mg(OMe) 2 , Mg(OH) 2 and La 2 O 3 . i) reacting glycerol or glycerol 1,2-carbonate with urea at a temperature higher than or equal to 130°C in the presence of a catalyst selected from Mg, MgO, Mg(OMe) 2 , Mg(OH) 2 and La 2 O 3 .
A separator element for a medical discharge device for discharging a product with a proximal end and a distal end , said separator element comprising: a filter region which is configured to prevent the passage of a granulate along an axial direction (L) between the proximal end and the distal end but to permit the passage of liquid along the axial direction (L); and an internal thread which is open toward the proximal end and which extends around the axial direction (L), characterized by at least one resilient locking arm which is arranged on the outer periphery, which is formed in the region of the proximal end and which extends with its free end toward the proximal end , and in that the separator element has one or more driver elements which are formed at the outer side on the separator element in order to permit a form-fitting engagement of the separator element with a driver of a closure in the peripheral direction. a filter region which is configured to prevent the passage of a granulate along an axial direction (L) between the proximal end and the distal end but to permit the passage of liquid along the axial direction (L); and an internal thread which is open toward the proximal end and which extends around the axial direction (L), characterized by at least one resilient locking arm which is arranged on the outer periphery, which is formed in the region of the proximal end and which extends with its free end toward the proximal end , and in that the separator element has one or more driver elements which are formed at the outer side on the separator element in order to permit a form-fitting engagement of the separator element with a driver of a closure in the peripheral direction.
A method, comprising the following steps performed by an application risk control system : receiving a request from a mobile device , the request comprising a cryptographic representation of application information for an application residing on the mobile device and of a company identifier for a particular company associated with the mobile device ; comparing the received cryptographic representation to an application information database that comprises cryptographic representations of applications and information that indicates whether the applications are a security risk, the cryptographic representations being stored in whitelists and blacklists for respective companies; and automatically remediating the application if the application matches an application that is a known risk in the application information database , the application being on a blacklist associated with the company identifier. receiving a request from a mobile device , the request comprising a cryptographic representation of application information for an application residing on the mobile device and of a company identifier for a particular company associated with the mobile device ; comparing the received cryptographic representation to an application information database that comprises cryptographic representations of applications and information that indicates whether the applications are a security risk, the cryptographic representations being stored in whitelists and blacklists for respective companies; and automatically remediating the application if the application matches an application that is a known risk in the application information database , the application being on a blacklist associated with the company identifier.