mhurhangee/patent-ind-claim-en huggingface dataset:
A system for selective user plane monitoring in a wireless network , the system comprising: a network packet broker configured to receive a plurality of packets comprising user plane data from one or more tunnels created to enable direct transmission of the user plane packets from user equipment to a service getaway, SGW, and configured to receive a plurality of packets comprising control plane data from one or more channels created to enable transmission of the control plane packets from a base transceiver station to the SGW ; and a plurality of monitoring probes operatively coupled to the network packet broker , the monitoring probes are configured to generate control packets metrics associated with the received control plane packets for all subscriber identifiers and configured to selectively generate a first plurality of user plane metrics associated with the received user plane packets for all subscriber identifiers and selectively generate a second plurality of user plane metrics for a subset of the subscriber identifiers where the second plurality of user plane metrics is different than the first plurality of user plane metrics based on one or more identifiers. a network packet broker configured to receive a plurality of packets comprising user plane data from one or more tunnels created to enable direct transmission of the user plane packets from user equipment to a service getaway, SGW, and configured to receive a plurality of packets comprising control plane data from one or more channels created to enable transmission of the control plane packets from a base transceiver station to the SGW ; and a plurality of monitoring probes operatively coupled to the network packet broker , the monitoring probes are configured to generate control packets metrics associated with the received control plane packets for all subscriber identifiers and configured to selectively generate a first plurality of user plane metrics associated with the received user plane packets for all subscriber identifiers and selectively generate a second plurality of user plane metrics for a subset of the subscriber identifiers where the second plurality of user plane metrics is different than the first plurality of user plane metrics based on one or more identifiers.
A hydraulic system comprising a pressure source , at least a hydraulic consumer , and a pressure booster arranged between the pressure source and the hydraulic consumer , wherein inactivating means are provided inactivating or activating said pressure booster , said pressure booster and said inactivating means being part of a booster module , wherein said booster module is part of a valve block , said valve block comprising said booster module and at least one valve module controlling said hydraulic consumer , characterized in that the booster module is positioned between two valve modules , a hydraulic consumer being connected to each of the two valve modules , respectively.
A micro-fluidic device comprising: a housing disposed on a base, said housing comprising a flow path for a first liquid medium; holding pens disposed within said housing, each said pen comprising: a physical enclosure enclosing an interior space, said enclosure structured to (i) hold a biological micro-object suspended in a second liquid medium and (ii) impede a direct flow of said first medium into said second medium in said interior space, and an opening in said enclosure disposed adjacent said flow path; wherein each said pen is structured to allow more than 50% diffusive mixing of said first liquid medium from said flow path with said second liquid medium in said interior space; and an electrode mechanism configured to create selectively electrokinetic forces on biological micro-objects, wherein biological micro-objects can be deterministically selected, moved from the flow path into pens, and removed from pens. a housing disposed on a base, said housing comprising a flow path for a first liquid medium; holding pens disposed within said housing, each said pen comprising: a physical enclosure enclosing an interior space, said enclosure structured to (i) hold a biological micro-object suspended in a second liquid medium and (ii) impede a direct flow of said first medium into said second medium in said interior space, and an opening in said enclosure disposed adjacent said flow path; wherein each said pen is structured to allow more than 50% diffusive mixing of said first a physical enclosure enclosing an interior space, said enclosure structured to (i) hold a biological micro-object suspended in a second liquid medium and (ii) impede a direct flow of said first medium into said second medium in said interior space, and an opening in said enclosure disposed adjacent said flow path; wherein each said pen is structured to allow more than 50% diffusive mixing of said first liquid medium from said flow path with said second liquid medium in said interior space; and an electrode mechanism configured to create selectively electrokinetic forces on biological micro-objects, wherein biological micro-objects can be deterministically selected, moved from the flow path into pens, and removed from pens.
A holder for a tool for machining a workpiece, wherein the holder comprises in a region of its front end a cutting insert receptacle for receiving a cutting insert and in a region of its opposite rear end a shank which extends substantially along a longitudinal axis and forms a clamping portion for clamping the holder in a machine tool, wherein the cutting insert receptacle is defined by an upper and a lower clamping jaw , wherein the holder comprises an upper part on which the upper clamping jaw is arranged and comprises a lower part on which the lower clamping jaw is arranged, wherein the shank is connected integrally to the lower part and the upper and the lower parts are connected together exclusively by means of a web which extends between a first and a second separating slit , wherein the two separating slits extend between the upper part and the lower part of the holder and are arranged on opposite sides of the web such that the upper part is pivotable relative to the lower part via the web in the manner of a rocker, wherein the first separating slit extends in a front holder region between the cutting insert receptacle and the web , and wherein the second separating slit extends in a central holder region between the web and the clamping portion , wherein the holder further comprises an actuating means which cooperates with the upper part in the central holder region and is configured to spread the second separating slit in order to move the upper clamping jaw toward the lower clamping jaw and to clamp the cutting insert between the upper and the lower clamping jaws , characterized in that the actuating means is a screw which engages in a thread which is provided in the lower part and extends along a thread axis which is aligned substantially perpendicularly to the longitudinal axis of the holder , wherein the screw comprises a conical screw head which cooperates with the upper part for spreading the second separating slit .
A method for producing a radiopharmaceutical composition containing a radioactive fluorine-labeled compound represented by the following general formula or a salt thereof as an active ingredient, comprising: a synthesis step of obtaining a crude product of the radioactive fluorine-labeled compound from a labeling precursor compound represented by the following formula ; and a purification step of purifying the radioactive fluorine-labeled compound, wherein the purification step includes purifying the radioactive fluorine-labeled compound using two or more different types of reverse phase solid phase extraction cartridges, wherein X represents a radioactive fluorine atom; wherein P 1 and P 2 independently or together represent a hydroxy group-protecting group, and L represents a leaving group, and wherein the reverse phase solid phase extraction cartridge used in the first purification step is a reverse phase solid phase extraction cartridge filled with a poly(divinylbenzene-co-N-vinylpyrrolidone) polymer, and the reverse phase solid phase extraction cartridge used in the second purification step is a reverse phase solid phase extraction cartridge filled with octadecylsilylated silica gel. a synthesis step of obtaining a crude product of the radioactive fluorine-labeled compound from a labeling precursor compound represented by the following formula ; and a purification step of purifying the radioactive fluorine-labeled compound, wherein the purification step includes purifying the radioactive fluorine-labeled compound using two or more different types of reverse phase solid phase extraction cartridges, wherein X represents a radioactive fluorine atom; wherein P 1 and P 2 independently or together represent a hydroxy group-protecting group, and L represents a leaving group, and wherein the reverse phase solid phase extraction cartridge used in the first purification step is a reverse phase solid phase extraction cartridge filled with a poly(divinylbenzene-co-N-vinylpyrrolidone) polymer, and the reverse phase solid phase extraction cartridge used in the second purification step is a reverse phase solid phase extraction cartridge filled with octadecylsilylated silica gel.
An implant for placement in a prostatic urethra lumen, comprising: an elastic wire body adapted to laterally expand and longitudinally contract from a deployment configuration to an at-rest configuration, wherein the elastic wire body is biased towards the at-rest configuration, the at-rest configuration configured to maintain the prostatic urethra lumen in an at least partially open state, wherein the elastic wire body in the at-rest configuration has a plurality of ring-shaped structures that are non-coplanar, the ring-shaped structures located about a longitudinal axis of the implant, and wherein each of the plurality of ring-shaped structures is coupled with another of the plurality of ring-shaped structures by an interconnect portion of the elastic wire body, the interconnect portion extending longitudinally such that the plurality of ring-shaped structures are spaced apart characterised in that at least one of the ring-shaped structures in the at-rest configuration comprises a U-shaped structure with flared ends . an elastic wire body adapted to laterally expand and longitudinally contract from a deployment configuration to an at-rest configuration, wherein the elastic wire body is biased towards the at-rest configuration, the at-rest configuration configured to maintain the prostatic urethra lumen in an at least partially open state, wherein the elastic wire body in the at-rest configuration has a plurality of ring-shaped structures that are non-coplanar, the ring-shaped structures located about a longitudinal axis of the implant, and wherein each of the plurality of ring-shaped structures is coupled with another of the plurality of ring-shaped structures by an interconnect portion of the elastic wire body, the interconnect portion extending longitudinally such that the plurality of ring-shaped structures are spaced apart characterised in that at least one of the ring-shaped structures in the at-rest configuration comprises a U-shaped structure with flared ends .
Arrangement (ARG) comprising a drive-side transmission (GER) with an output shaft (SHB) of the transmission (GER), which extends along an axis (X), and comprising a work machine (WMS) with a drive shaft (SHN) connected in a rotationally fixed manner to the output shaft (SHB), wherein the transmission (GER) on the work machine (WMS), by means of the connection between the output shaft (SHB) and the drive shaft (SHN) and by means of a torque arm (TSP), is supported to the extent of at least 90% of the forces arising during operation, wherein the connection between the output shaft (SHB) and the drive shaft (SHN) is configured to be flexurally stiff to support transverse forces, wherein the axial end of the drive shaft (SHN) is embodied as a hollow shaft (HLW), wherein the axial end of the output shaft (SHB) has a stub (STP) which is at least partially disposed in the hollow shaft (HLW) of the drive shaft (SHN), characterized in that the drive shaft (SHN) in the region of the configuration as a hollow shaft (HLW) has a moulding (PTR), wherein a holding element (AFE) by means of fastening means (FXE) is fastened to the axial end of the output shaft (SHB) configured as a stub (STP) in such a manner that the moulding (PTR) is jammed in the region between the holding element (AFE) and an axial contact surface of the remaining part of the output shaft (SHB). wherein the transmission (GER) on the work machine (WMS), by means of the connection between the output shaft (SHB) and the drive shaft (SHN) and by means of a torque arm (TSP), is supported to the extent of at least 90% of the forces arising during operation, wherein the connection between the output shaft (SHB) and the drive shaft (SHN) is configured to be flexurally stiff to support transverse forces, wherein the axial end of the drive shaft (SHN) is embodied as a hollow shaft (HLW), wherein the axial end of the output shaft (SHB) has a stub (STP) which is at least partially disposed in the hollow shaft (HLW) of the drive shaft (SHN), characterized in that the drive shaft (SHN) in the region of the configuration as a hollow shaft (HLW) has a moulding (PTR), wherein a holding element (AFE) by means of fastening means (FXE) is fastened to the axial end of the output shaft (SHB) configured as a stub (STP) in such a manner that the moulding (PTR) is jammed in the region between the holding element (AFE) and an axial contact surface of the remaining part of the output shaft (SHB).
Vehicle camera apparatus for recording a surrounding area for object recognition in various distance and vicinity regions of a motor vehicle , having a first and a second optronics unit , wherein the first and the second optronics unit each comprise an optical unit and an image sensor, wherein the first optronics unit is designed to record a first capture region and the second optronics unit is designed to record a second capture region of the surrounding area, wherein the first and the second optronics unit have differently sized angles of view (α1, α2) with an overlap section of the capture regions , characterized in that the overlap section recorded by way of the first optronics unit has a different, reduced angular resolution (x1) than in the remaining region of the first capture region , wherein the first optronics unit has an image sensor which is designed to have a lower resolution in the region recording the overlap section than in the region recording the rest and wherein the second capture region corresponds to the overlap section . having a first and a second optronics unit , wherein the first and the second optronics unit each comprise an optical unit and an image sensor, wherein the first optronics unit is designed to record a first capture region and the second optronics unit is designed to record a second capture region of the surrounding area, wherein the first and the second optronics unit have differently sized angles of view (α1, α2) with an overlap section of the capture regions , characterized in that the overlap section recorded by way of the first optronics unit has a different, reduced angular resolution (x1) than in the remaining region of the first capture region , wherein the first optronics unit has an image sensor which is designed to have a lower resolution in the region recording the overlap section than in the region recording the rest and wherein the second capture region corresponds to the overlap section .
Method for producing a heat exchanger having at least two components bonded to one another, wherein an adhesive layer is applied to an outer side of at least one of the components , characterised in that either - the component to be coated is in the form of a strip material and the adhesive layer is initially in the form of (adhesive) granules , - the strip material to be coated is heated and then the granules are spread on and melted to form the adhesive layer , - the strip material with the adhesive layer applied thereon is guided through pressure rollers and the adhesive layer is evened out and bonded to the strip material , - the coated strip material is rolled up, or that - the component to be coated is in the form of a pipe and the adhesive layer is initially in the form of (adhesive) granules , - the pipe to be coated is heated, - the granules are spread onto the pipe to be coated, - the pipe with the adhesive layer applied thereon is guided through pressure rollers and the adhesive layer is evened out and bonded to the pipe , - the coated pipe is cooled. - the component to be coated is in the form of a strip material and the adhesive layer is initially in the form of (adhesive) granules , - the strip material to be coated is heated and then the granules are spread on and melted to form the adhesive layer , - the strip material with the adhesive layer applied thereon is guided through pressure rollers and the adhesive layer is evened out and bonded to the strip material , - the coated strip material is rolled up, - the component to be coated is in the form of a pipe and the adhesive layer is initially in the form of (adhesive) granules , - the pipe to be coated is heated, - the granules are spread onto the pipe to be coated, - the pipe with the adhesive layer applied thereon is guided through pressure rollers and the adhesive layer is evened out and bonded to the pipe , - the coated pipe is cooled.
A method performed by a device , the method comprising: verifying that firmware of the device is trusted and contains a root of trust; verifying that a protected storage of the device contains a private or secret key associated with a device certificate (DevCert) that is stored in a persistent storage of the device, wherein the verifying comprises: providing a challenge value (R) to the protected storage; receiving a signature (S) from the protected storage, the signature generated using the challenge value and a key stored in the protected storage; and determining whether the key stored in the protected storage is the private or secret key associated with the device certificate using the signature; verifying the device certificate of the device using the root of trust contained in the firmware, wherein the verifying comprises: validating the device certificate using an intermediate certificate authority's certificate (InterCert); and validating the intermediate certificate authority's certificate using the root of trust; and in response to verifying that the protected storage contains the private or secret key associated with the device certificate and verifying the device certificate, determining that the device is a genuine device. verifying that firmware of the device is trusted and contains a root of trust; verifying that a protected storage of the device contains a private or secret key associated with a device certificate (DevCert) that is stored in a persistent storage of the device, wherein the verifying comprises: providing a challenge value (R) to the protected storage; receiving a signature (S) from the protected storage, the signature generated using the challenge value and a key stored in the protected storage; and determining whether the key stored in the protected storage is the private or secret key associated with the device certificate using the signature; providing a challenge value (R) to the protected storage; receiving a signature (S) from the protected storage, the signature generated using the challenge value and a key stored in the protected storage; and determining whether the key stored in the protected storage is the private or secret key associated with the device certificate using the signature; verifying the device certificate of the device using the root of trust contained in the firmware, wherein the verifying comprises: validating the device certificate using an intermediate certificate authority's certificate (InterCert); and validating the intermediate certificate authority's certificate using the root of trust; and validating the device certificate using an intermediate certificate authority's certificate (InterCert); and validating the intermediate certificate authority's certificate using the root of trust; and in response to verifying that the protected storage contains the private or secret key associated with the device certificate and verifying the device certificate, determining that the device is a genuine device.
Horological display mechanism comprising a cam arranged to be driven by a time base, at least a first drive means of a first display of a first quantity, said drive means comprising a drive rack pivoting about an axis A and being arranged to cooperate, directly or indirectly, with a drive wheel of said first display , said drive rack comprising a first rigid part comprising a toothed sector and a second elastically deformable part , said first rigid part and second elastically deformable part being separated by a slot receiving an eccentric arranged to cooperate with said elastically deformable part and separate the latter from the first rigid part .
Diving mask of the so-called large full face type comprising a transparent visor , a frame or strap , a gasket preferably made of a rubber suitable for ensuring a watertight seal and suitable belts for putting the mask on the face, the facial part of the mask being associated with a breathing tube which is inserted on the upper part of the mask and which allows the flow of air to enter the compartment formed between the frame and the viewer, the path of the air in the inhalation phase and the one in the exhalation phase both in the mask and in the tube being different each other, the tube being made with separate ducts for the inhalation air and exhalation air and the inside of the mask being made with two spaces one upper front and one lower oronasal separated by a separation wall, the path inside the mask provides that the inhalation air is introduced by the tube into the frontal compartment and then in the oronasal one and the air exhaled from the oronasal space travels up to the tube, wherein the diving mask comprises an assisted inhalation device , characterized in that said assisted inhalation device comprises a suction channel which draws the suction air near the top of the duct for the inhalation air of this tube , ventilation means motorized which allow the forced suction of the intake air from said channel, a conveyor which re-injects the forcibly sucked air into the duct for the inhalation air of the tube .