mhurhangee/ep-ind-claims huggingface dataset:
An abutment device of an openable body section of a motor vehicle including an abutment and a counter-abutment, this device including: - a support able to be secured to a structural element of the motor vehicle; - a pin mounted on the support; - a balancer able to be pivotably mounted with respect to the openable body section on the one hand and to the pin on the other hand, - the counter-abutment being a housing able to be integral with the openable body section; - the abutment including: a metal armature having a base and a tab extending the base; an attachment means and a polymer part; characterized in that the attachment means passes through the metal armature at the junction between the base and the tab, the attachment means being a thread ring able to receive a threaded rod of the pin, and the polymer part is overmoulded on the metal armature and the attachment means, said polymer part including a body overmoulded on the base of the metal armature and a buffer extending the body opposite the tab of the metal armature. - a support able to be secured to a structural element of the motor vehicle; - a pin mounted on the support; - a balancer able to be pivotably mounted with respect to the openable body section on the one hand and to the pin on the other hand, - the counter-abutment being a housing able to be integral with the openable body section; - the abutment including: a metal armature having a base and a tab extending the base; an attachment means and a polymer part; characterized in that the attachment means passes through the metal armature at the junction between the base and the tab, the attachment means being a thread ring able to receive a threaded rod of the pin, and the polymer part is overmoulded on the metal armature and the attachment means, said polymer part including a body overmoulded on the base of the metal armature and a buffer extending the body opposite the tab of the metal armature. a metal armature having a base and a tab extending the base; an attachment means and a polymer part; characterized in that the attachment means passes through the metal armature at the junction between the base and the tab, the attachment means being a thread ring able to receive a threaded rod of the pin, and the polymer part is overmoulded on the metal armature and the attachment means, said polymer part including a body overmoulded on the base of the metal armature and a buffer extending the body opposite the tab of the metal armature.
A method (600, 700), comprising: receiving, by a cloud computing platform, a new record for a record store, the new record comprising one or more fields; selecting, by the cloud computing platform, a match rule applicable to the new record for detecting duplicitous records, the match rule comprising a unique identifier, one or more match types, and one or more fields of applicability; calculating, by the cloud computing platform, a match index value, wherein the match index value is a composite of the one or more fields of applicability as received in the one or more fields in the new record; deriving, by the cloud computing platform, an encrypted match index value, wherein the unique identifier of the match rule is used as an initialization vector in an encryption scheme used for deriving the encrypted match index value and the match index value is used as plaintext in the encryption scheme; storing, by the cloud computing platform, the encrypted match index value in an encrypted match index column; comparing, by the cloud computing platform, the encrypted match index value to existing values in the encrypted match index column to determine if the encrypted match index value duplicates one or more of the existing values; and if no duplicate record is found, adding the new record to the record store. receiving, by a cloud computing platform, a new record for a record store, the new record comprising one or more fields; selecting, by the cloud computing platform, a match rule applicable to the new record for detecting duplicitous records, the match rule comprising a unique identifier, one or more match types, and one or more fields of applicability; calculating, by the cloud computing platform, a match index value, wherein the match index value is a composite of the one or more fields of applicability as received in the one or more fields in the new record; deriving, by the cloud computing platform, an encrypted match index value, wherein the unique identifier of the match rule is used as an initialization vector in an encryption scheme used for deriving the encrypted match index value and the match index value is used as plaintext in the encryption scheme; storing, by the cloud computing platform, the encrypted match index value in an encrypted match index column; comparing, by the cloud computing platform, the encrypted match index value to existing values in the encrypted match index column to determine if the encrypted match index value duplicates one or more of the existing values; and if no duplicate record is found, adding the new record to the record store.
A silicon and graphite containing composite material comprising a plurality of silicon nanoparticles coated with graphite particles, few-layer graphene particles, graphite nanoparticles, a carbon matrix, and an amorphous carbon external shell, wherein each of the graphite particle coated silicon nanoparticles, the few-layer graphene particles, and the graphite nanoparticles are held within the carbon matrix.
A tag identification method, comprising: reading, by a Near Field Communication, NFC, controller, a type of a tag; characterized by the method further comprising: performing, by the NFC controller, NFC data exchange format, NDEF, detection on the tag according to the type of the tag; and sending, by the NFC controller, a notification message to a device host when a result of the NDEF detection is that a format of the tag is an NDEF, wherein the notification message comprises that the format of the tag is the NDEF; wherein after the step of sending, by the NFC controller, the notification message to the device host, the method further comprises: receiving, by the NFC controller by using an NDEF radio frequency interface, a read/write command sent by the device host; converting, by the NFC controller, the read/write command into an NDEF read/write command; and performing, by the NFC controller, data reading/writing on the tag according to the NDEF read/write command. reading, by a Near Field Communication, NFC, controller, a type of a tag; characterized by the method further comprising: performing, by the NFC controller, NFC data exchange format, NDEF, detection on the tag according to the type of the tag; and sending, by the NFC controller, a notification message to a device host when a result of the NDEF detection is that a format of the tag is an NDEF, wherein the notification message comprises that the format of the tag is the NDEF; wherein after the step of sending, by the NFC controller, the notification message to the device host, the method further comprises: receiving, by the NFC controller by using an NDEF radio frequency interface, a read/write command sent by the device host; converting, by the NFC controller, the read/write command into an NDEF read/write command; and performing, by the NFC controller, data reading/writing on the tag according to the NDEF read/write command. performing, by the NFC controller, NFC data exchange format, NDEF, detection on the tag according to the type of the tag; and sending, by the NFC controller, a notification message to a device host when a result of the NDEF detection is that a format of the tag is an NDEF, wherein the notification message comprises that the format of the tag is the NDEF; wherein after the step of sending, by the NFC controller, the notification message to the device host, the method further comprises: receiving, by the NFC controller by using an NDEF radio frequency interface, a read/write command sent by the device host; converting, by the NFC controller, the read/write command into an NDEF read/write command; and performing, by the NFC controller, data reading/writing on the tag according to the NDEF read/write command. receiving, by the NFC controller by using an NDEF radio frequency interface, a read/write command sent by the device host; converting, by the NFC controller, the read/write command into an NDEF read/write command; and performing, by the NFC controller, data reading/writing on the tag according to the NDEF read/write command.
Plug connector, which has a plug connector housing, an insulating body arranged in the plug connector housing and an electrical contact arranged in the insulating body, wherein the plug connector forms a plug side and an assembly side, the electrical contact forms a first contact side in the plug side of the plug connector, and in that the electrical contact forms a second contact side in the assembly side of the plug connector, the insulating body comprises at least two parts, a plug-side first insulating body part (3.1) and an assembly-side second insulating body part (3.2), the plug side has at least one locking means for locking the plug connector to a mating plug connector, the first contact side is formed as a contact socket or contact pin and the second contact side is formed as a contact socket or contact pin, the plug side and the assembly side are arranged at an angle of between 70 degrees and 110 degrees with respect to one another, and the first insulating body part (3.1) can be inserted into the plug connector housing through the plug side thereof and the second insulating body part (3.2) can be inserted into the plug connector housing via the assembly side thereof, characterized in that the locking means is a locking clip, and in that the first insulating body part (3.1) and the second insulating body part (3.2) can be latched to one another. wherein the plug connector forms a plug side and an assembly side, the electrical contact forms a first contact side in the plug side of the plug connector, and in that the electrical contact forms a second contact side in the assembly side of the plug connector, the insulating body comprises at least two parts, a plug-side first insulating body part (3.1) and an assembly-side second insulating body part (3.2), the plug side has at least one locking means for locking the plug connector to a mating plug connector, the first contact side is formed as a contact socket or contact pin and the second contact side is formed as a contact socket or contact pin, the plug side and the assembly side are arranged at an angle of between 70 degrees and 110 degrees with respect to one another, and the first insulating body part (3.1) can be inserted into the plug connector housing through the plug side thereof and the second insulating body part (3.2) can be inserted into the plug connector housing via the assembly side thereof, characterized in that the locking means is a locking clip, and in that the first insulating body part (3.1) and the second insulating body part (3.2) can be latched to one another.
A method for checking the quality of PET bottle preforms, characterised by the following steps: - synchronised uptake of the preforms by suction on an end region; - dynamic self-centring of the preforms by rotation and centring belts; - rotating of the preforms about their own longitudinal axis; - guiding the rotating preforms on one side past at least a first high-speed camera for checking a longitudinal region of the preforms and on another side past an illumination station; - circumferentially gripping the preforms by suction on the longitudinal region; - guiding the preforms past at least one further high-speed camera for checking the end region of the preforms. - synchronised uptake of the preforms by suction on an end region; - dynamic self-centring of the preforms by rotation and centring belts; - rotating of the preforms about their own longitudinal axis; - guiding the rotating preforms on one side past at least a first high-speed camera for checking a longitudinal region of the preforms and on another side past an illumination station; - circumferentially gripping the preforms by suction on the longitudinal region; - guiding the preforms past at least one further high-speed camera for checking the end region of the preforms.
A method for streaming scalable video including a plurality of base layer and enhancement layer frames, each base layer frame having a corresponding enhancement layer frame, the base layer frames comprising base layer data and the enhancement layer frames comprising enhancement layer data having a scalable data structure, the method comprising the steps of: transmitting at least a portion of the base layer data for at least one base layer frame in a given time interval; and determining if a loss of bandwidth for enhancement layer data has occurred in the given time interval; characterized in that the method further comprises the steps of: selecting a window comprising a multiplicity of enhancement layer frames, including the current enhancement layer frame, over which the loss of bandwidth is to be distributed; calculating a reduced amount of enhancement layer data to transmit for each frame in the window of enhancement layer frames; and transmitting at least a portion of the reduced amount of enhancement layer data in the given time interval. transmitting at least a portion of the base layer data for at least one base layer frame in a given time interval; and determining if a loss of bandwidth for enhancement layer data has occurred in the given time interval; characterized in that the method further comprises the steps of: selecting a window comprising a multiplicity of enhancement layer frames, including the current enhancement layer frame, over which the loss of bandwidth is to be distributed; calculating a reduced amount of enhancement layer data to transmit for each frame in the window of enhancement layer frames; and transmitting at least a portion of the reduced amount of enhancement layer data in the given time interval. selecting a window comprising a multiplicity of enhancement layer frames, including the current enhancement layer frame, over which the loss of bandwidth is to be distributed; calculating a reduced amount of enhancement layer data to transmit for each frame in the window of enhancement layer frames; and transmitting at least a portion of the reduced amount of enhancement layer data in the given time interval.
A preparation method of a polyurethane mounting pad, comprising the steps of: wet-coagulating a resin composition including a polyurethane resin having a weight average molecular weight of 220,000 to 1,000,000 and a DMF solvent; and immersing the wet-coagulated material in an immersion solution at 40 to 90°C. wet-coagulating a resin composition including a polyurethane resin having a weight average molecular weight of 220,000 to 1,000,000 and a DMF solvent; and immersing the wet-coagulated material in an immersion solution at 40 to 90°C.
A method of protecting toll-specific data and/or of an application for determining toll-specific data in an On-Board-Unit of a motor vehicle, whereby from position data of said motor vehicle being received by a satellite locating system assigned to said On-Board-Unit and from vehicle specific information in said application for determining toll-specific data the toll-specific data being determined, whereby the toll-specific data can be transmitted to a toll operator via a mobile radio module being assigned to said On-Board-Unit, characterized in that the toll-specific data and/or the application for determining toll-specific data are stored in a memory unit of a SIM-card of the mobile radio module and that upon an opening of said On-Board-Unit an opening detector activates a password protection of the SIM-card, such that the stored toll-specific data and/or the application for determining the toll-specific data cannot be manipulated.
A primer set in the methylation-specific fluorescence assay used to detect methylation of CpG islands in the p16 gene, comprising a pair of oligonucleotide primers and one fluorescence-labeled probe, characterized in that the oligonucleotide primers of said pair of oligonucleotide primers have the base sequence as shown in SEQ ID NO: 1 and SEQ ID NO: 2, and said fluorescence-labeled probe has base sequence as shown in SEQ ID NO: 3 or SEQ ID NO: 4.
An inflatable hyperbaric chamber with a multi-layer structure, which comprises a powerful compressor for raising pressure inside the chamber and proper ventilation, and an oxygen tank or any other oxygen source or a concentrator, characterized in that: o the chamber has a three-layered structure and a releasable connection of individual layers and functional elements, which allows operation of the chamber at pressures from 130 kPa (1.3 bar) to 300 kPa (3.0 bar), wherein the three-layered structure consists of an inner bag, an outer bag and a grid, mutually connected with straps with hooks on one layer interacting with straps with loops on another layer; ∘ soft windows are provided on a wrap of the inner bag; ∘ hard windows are provided on a wrap of the outer bag; ∘ a zipper on the inner bag for closing thereof is covered with a flap containing the inserts; ∘ above the flap transverse straps of the grid are closed with buckles (33a, 33b) ∘ rings are installed on the bottoms, wherein ends of horizontal straps of the grid are trapped in the said rings; ∘ the outer bag has holes corresponding to circular holes of the inner bag, the circular holes having attachments for mounting a system of valves and instruments for controlling the pressure inside the chamber. o the chamber has a three-layered structure and a releasable connection of individual layers and functional elements, which allows operation of the chamber at pressures from 130 kPa (1.3 bar) to 300 kPa (3.0 bar), wherein the three-layered structure consists of an inner bag, an outer bag and a grid, mutually connected with straps with hooks on one layer interacting with straps with loops on another layer; ∘ soft windows are provided on a wrap of the inner bag; ∘ hard windows are provided on a wrap of the outer bag; ∘ a zipper on the inner bag for closing thereof is covered with a flap containing the inserts; ∘ above the flap transverse straps of the grid are closed with buckles (33a, 33b) ∘ rings are installed on the bottoms, wherein ends of horizontal straps of the grid are trapped in the said rings; ∘ the outer bag has holes corresponding to circular holes of the inner bag, the circular holes having attachments for mounting a system of valves and instruments for controlling the pressure inside the chamber.
Contact means made of an elongated spring-elastic material for coupling a control panel made of an electrically insulating material to a sensor device (1; 21), the contact means comprising a mounting section (6; 23) for mounting on a printed circuit board, a spring section for providing a contact force and a locating section for location on the control panel, wherein the spring section adjoins the mounting section (6; 23) and the locating section adjoins the spring section and the spring section comprises at least one spring coil, wherein the locating section is designed as a spiral spring and the coil radius (20a, 20b, 20c) of the spiral spring is reduced along the extent of the spiral spring as the distance from the spring section increases, characterised in that a connecting region (11; 24), is formed in a tangential plane at the spring section and has a V-shape in the tangential plane and connects the spring section and the end region of the mounting section (6; 23) to one another.
An actuator system comprising: an actuator housing having a longitudinal axis; a piston member disposed within the actuator housing along the longitudinal axis; a drive belt coupled to the piston member, the drive belt configured to drive the piston member in reciprocal motion along the longitudinal axis; and an output rod having a first end coupled to the piston member and second end opposite the first end; one or more wear members or rings disposed in sliding engagement between the piston member and an inner surface of the actuator housing; and a bushing disposed in sliding engagement about the distal end of the output rod in the front end of the actuator housing; wherein the second end of the output rod is selectively positionable outside the actuator housing in response to the reciprocal motion of the piston member within the actuator housing. an actuator housing having a longitudinal axis; a piston member disposed within the actuator housing along the longitudinal axis; a drive belt coupled to the piston member, the drive belt configured to drive the piston member in reciprocal motion along the longitudinal axis; and an output rod having a first end coupled to the piston member and second end opposite the first end; one or more wear members or rings disposed in sliding engagement between the piston member and an inner surface of the actuator housing; and a bushing disposed in sliding engagement about the distal end of the output rod in the front end of the actuator housing; wherein the second end of the output rod is selectively positionable outside the actuator housing in response to the reciprocal motion of the piston member within the actuator housing.
Rotor of a centrifuge, having a receiving space for samples to be centrifuged, a concentrically arranged seat, which seat is associated with a support of a drive shaft of the centrifuge, a lid that delimits the receiving space at the top and that is mounted concentrically relative to the rotor and has a handle means on its side remote from the receiving space, which handle means is used to carry the rotor and the lid, and a locking mechanism (50, 34b) of lid and rotor, which locking mechanism (50, 34b) comprises a locking element that can be moved between a locking position and an unlocking position, characterized in that the handle means is of a partially movable design and is operatively connected to a securing element (48b, 48c), with the securing element (48b, 48c) being adapted to be moved, by means of the handle means, between a first position, which prevents actuation of the locking element, and a second position, which releases the locking element.