mhurhangee/ep-ind-claims huggingface dataset:
An electric power transmission cable ( 200; 300) comprising: - at least one first section ( 235; 335) provided with cable armour elements made of a first metallic material, and - at least one second section ( 225; 325) provided with a cable armour elements made of a second metallic material, wherein the second metallic material is substantially free from ferromagnetism, said sections being longitudinally contiguous to each other, characterised in that: an anticorrosion protection is provided in correspondence of the contact point between the armour elements in the first section ( 235; 335) and the armour elements in the second section ( 225;325); the anticorrosion protection comprises zinc rods or strips inserted in between the armour elements in the first section ( 235;335) and the armour elements in the second section ( 225;325), a nd the anticorrosion protection extends for a length of from 1 m to 20 m in at least one direction from the contact point between the armour elements in the first section ( 235;335) and the armour elements in the second section ( 225;325). - at least one first section ( 235; 335) provided with cable armour elements made of a first metallic material, and - at least one second section ( 225; 325) provided with a cable armour elements made of a second metallic material, wherein the second metallic material is substantially free from ferromagnetism, said sections being longitudinally contiguous to each other, characterised in that: an anticorrosion protection is provided in correspondence of the contact point between the armour elements in the first section ( 235; 335) and the armour elements in the second section ( 225;325); the anticorrosion protection comprises zinc rods or strips inserted in between the armour elements in the first section ( 235;335) and the armour elements in the second section ( 225;325), a nd the anticorrosion protection extends for a length of from 1 m to 20 m in at least one direction from the contact point between the armour elements in the first section ( 235;335) and the armour elements in the second section ( 225;325). an anticorrosion protection is provided in correspondence of the contact point between the armour elements in the first section ( 235; 335) and the armour elements in the second section ( 225;325); the anticorrosion protection comprises zinc rods or strips inserted in between the armour elements in the first section ( 235;335) and the armour elements in the second section ( 225;325), a nd the anticorrosion protection extends for a length of from 1 m to 20 m in at least one direction from the contact point between the armour elements in the first section ( 235;335) and the armour elements in the second section ( 225;325).
A data routing method, comprising: • receiving (101, 603), by a home subscriber server, HSS, a route distinguisher of a mobile management entity, MME, serving user equipment UE sent by the MME; • determining (102, 605), by the HSS according to the route distinguisher of the MME, an information transmission manner supported by the MME, wherein the route distinguisher of the MME is in a one-to-one correspondence with the information transmission manner supported by the MME; • receiving (103, 607), by the HSS, a query message sent by a Machine Type Communications-Interworking Function entity, MTC-IWF entity, wherein the query message carries a UE identifier and an information transmission manner that needs to be used; • determining (104, 608), by the HSS according to the information transmission manner supported by the MME, the UE identifier, and the information transmission manner that needs to be used, that the MME serving the UE supports the information transmission manner that needs to be used; and • sending (105, 609), by the HSS, a route distinguisher of the MME that corresponds to the information transmission manner that needs to be used to the MTC-IWF entity. • receiving (101, 603), by a home subscriber server, HSS, a route distinguisher of a mobile management entity, MME, serving user equipment UE sent by the MME; • determining (102, 605), by the HSS according to the route distinguisher of the MME, an information transmission manner supported by the MME, wherein the route distinguisher of the MME is in a one-to-one correspondence with the information transmission manner supported by the MME; • receiving (103, 607), by the HSS, a query message sent by a Machine Type Communications-Interworking Function entity, MTC-IWF entity, wherein the query message carries a UE identifier and an information transmission manner that needs to be used; • determining (104, 608), by the HSS according to the information transmission manner supported by the MME, the UE identifier, and the information transmission manner that needs to be used, that the MME serving the UE supports the information transmission manner that needs to be used; and • sending (105, 609), by the HSS, a route distinguisher of the MME that corresponds to the information transmission manner that needs to be used to the MTC-IWF entity.
A puller device (100, 200, 300, 400) for pulling off an overvoltage protection magazine (352, 452) attached at an electrical terminal block (350, 450), comprising: - a base section (102, 202, 302, 402) having a projection (108, 208, 408) configured to engage behind the attached overvoltage protection magazine (352, 452), - two puller modules (118, 120, 220, 318, 320, 420) attached to opposite sides (110, 112, 212, 310, 312, 412) of the base section (102, 202, 302, 402), - wherein the puller modules (118, 120, 220, 318, 320, 420) are arranged to cooperate with a respective stop surface provided by the terminal block (350, 450) during a pulling off operation in such a way that by an actuation of the respective puller module (118, 120, 220, 318, 320, 420) exerts a force through the projection (108, 208, 408) on the attached overvoltage protection magazine (352, 452) so that the overvoltage protection magazine (352, 452) is pulled off the terminal block (350, 450). - a base section (102, 202, 302, 402) having a projection (108, 208, 408) configured to engage behind the attached overvoltage protection magazine (352, 452), - two puller modules (118, 120, 220, 318, 320, 420) attached to opposite sides (110, 112, 212, 310, 312, 412) of the base section (102, 202, 302, 402), - wherein the puller modules (118, 120, 220, 318, 320, 420) are arranged to cooperate with a respective stop surface provided by the terminal block (350, 450) during a pulling off operation in such a way that by an actuation of the respective puller module (118, 120, 220, 318, 320, 420) exerts a force through the projection (108, 208, 408) on the attached overvoltage protection magazine (352, 452) so that the overvoltage protection magazine (352, 452) is pulled off the terminal block (350, 450).
A method for wireless communication at a user equipment, UE, in a wireless communication network, wherein the UE is configured to operate with a plurality of component carriers (430-440; 1430-1440) comprising uplink and downlink component carriers of the wireless communication network, the plurality of component carriers (430-440; 1430-1440) comprising a primary uplink component carrier and one or more secondary uplink component carriers, the method comprising: receiving a request for a random access procedure, wherein the request is received on a first downlink component carrier of the plurality of component carriers; selecting an uplink component carrier from among the plurality of component carriers (430; 440; 1430; 1440) for transmitting a random access message in response to the request for the random access procedure based on an association between the selected uplink component carrier and the first downlink component carrier; transmitting the random access message on the selected uplink component carrier; and receiving a response to the transmitted random access message, characterized in that the response is scrambled by a component carrier-specific signature sequence or a component carrier-specific radio network temporary identifier, RNTI, identifying a particular uplink component carrier, in order to enable cross carrier control. receiving a request for a random access procedure, wherein the request is received on a first downlink component carrier of the plurality of component carriers; selecting an uplink component carrier from among the plurality of component carriers (430; 440; 1430; 1440) for transmitting a random access message in response to the request for the random access procedure based on an association between the selected uplink component carrier and the first downlink component carrier; transmitting the random access message on the selected uplink component carrier; and receiving a response to the transmitted random access message, characterized in that the response is scrambled by a component carrier-specific signature sequence or a component carrier-specific radio network temporary identifier, RNTI, identifying a particular uplink component carrier, in order to enable cross carrier control.
A tripod for mounting a camera or the like, said tripod comprising a support having three legs moveably mounted at a proximal end about the support and circumferentially equidistant from each other, the legs being moveable between an expanded configuration to support the tripod and a folded configuration when the legs lie adjacent to each other, at least one leg including a magnet spaced distally along the leg from the support; each of the other two legs including a further magnet or a magnetically attracted portion to magnetically engage the magnet and releasably retain the tripod in the folded configuration, wherein the or each magnet or magnetically attracted portion is housed on a sleeve, said sleeve being attached to a leg; characterised in that the sleeve includes a body portion including a ring section defining an aperture, the aperture being so shaped to fit about, in continuous engagement to the leg to thereby slide the sleeve onto the leg.
A method for detecting asymmetry or symmetry of phase voltages (UL1, UL2, UL3) of a multiphase power network, the instantaneous values of the phase voltages (UL1, UL2, UL3) being detected using an asymmetry detector by the asymmetry detector comprising a rectifier which is used to generate a pulsating DC voltage UDC by rectifying the phase voltages (UL1, UL2, UL3), the asymmetry or symmetry of the phase voltages (UL1, UL2, UL3) being detected by analysing the pulsating DC voltage UDC, an instantaneous value UDC(t) of the pulsating DC voltage UDC being acquired using an instantaneous value detector, and the instantaneous value UDC(t) being compared with a threshold value using a comparator, characterised in that a peak value U Peak of the pulsating DC voltage UDC(t) is ascertained, and in that the threshold value is a relative value U_Re1 = A x U_Peak in the form of a fraction A of the peak value U_Peak, wherein, when the instantaneous value UDC(t) does not fall below the relative value U_Re1 uninterruptedly over the duration of the switch-on delay time dT_ev, i.e. the instantaneous values of all the phase voltages (UL1, UL2, UL3) are in each case detected as being of approximately the same magnitude uninterruptedly over a switch-on delay time dT_ev, a detection signal indicating symmetry is generated, and wherein, when the instantaneous value UDC(t) falls once below the specified relative value U_Rel, i.e. the instantaneous value of just one of the phase voltages (UL1, UL2, UL3) falls below a setpoint value, a detection signal DS indicating asymmetry is generated substantially without delay. the instantaneous values of the phase voltages (UL1, UL2, UL3) being detected using an asymmetry detector by the asymmetry detector comprising a rectifier which is used to generate a pulsating DC voltage UDC by rectifying the phase voltages (UL1, UL2, UL3), the asymmetry or symmetry of the phase voltages (UL1, UL2, UL3) being detected by analysing the pulsating DC voltage UDC, an instantaneous value UDC(t) of the pulsating DC voltage UDC being acquired using an instantaneous value detector, and the instantaneous value UDC(t) being compared with a threshold value using a comparator, characterised in that a peak value U Peak of the pulsating DC voltage UDC(t) is ascertained, and in that the threshold value is a relative value U_Re1 = A x U_Peak in the form of a fraction A of the peak value U_Peak, wherein, when the instantaneous value UDC(t) does not fall below the relative value U_Re1 uninterruptedly over the duration of the switch-on delay time dT_ev, i.e. the instantaneous values of all the phase voltages (UL1, UL2, UL3) are in each case detected as being of approximately the same magnitude uninterruptedly over a switch-on delay time dT_ev, a detection signal indicating symmetry is generated, and wherein, when the instantaneous value UDC(t) falls once below the specified relative value U_Rel, i.e. the instantaneous value of just one of the phase voltages (UL1, UL2, UL3) falls below a setpoint value, a detection signal DS indicating asymmetry is generated substantially without delay.
A material sorting system, comprising: a base including: a pair of fork pockets adapted to receive a pair of forks (103, 105) from a material handling vehicle; a top wall; a bottom wall spaced apart from the top wall; and a center wall arranged between the top wall and the bottom wall and dividing the pair of fork pockets; a carousel assembly (318, 418, 518, 618, 718) coupled to the base and including a plurality of storage units (320, 420, 520, 620, 720) and at least one electrical contact within the base and in electrical communication with the carousel assembly, the at least one electrical contact being adapted to transfer power or a communication signal between the material handling vehicle and the carousel assembly. a base including: a pair of fork pockets adapted to receive a pair of forks (103, 105) from a material handling vehicle; a top wall; a bottom wall spaced apart from the top wall; and a center wall arranged between the top wall and the bottom wall and dividing the pair of fork pockets; a pair of fork pockets adapted to receive a pair of forks (103, 105) from a material handling vehicle; a top wall; a bottom wall spaced apart from the top wall; and a center wall arranged between the top wall and the bottom wall and dividing the pair of fork pockets; a carousel assembly (318, 418, 518, 618, 718) coupled to the base and including a plurality of storage units (320, 420, 520, 620, 720) and at least one electrical contact within the base and in electrical communication with the carousel assembly, the at least one electrical contact being adapted to transfer power or a communication signal between the material handling vehicle and the carousel assembly.
Method for outputting image data for a secure display, in which the image data is generated for a display facility, in which the generated image data is changed as a function of a colour correction offset value as a characteristic variable of the display facility and in which correction data is determined which is representative of a difference between generated and changed image data (13, 18), wherein the changed image data is calculated back by means of the correction data such that it can be compared again with the generated image data and the image data calculated back is compared with predetermined expected target value image data, and/or is calculated from the predetermined expected target value image data and this is compared with the changed image data. in which the image data is generated for a display facility, in which the generated image data is changed as a function of a colour correction offset value as a characteristic variable of the display facility and in which correction data is determined which is representative of a difference between generated and changed image data (13, 18), wherein the changed image data is calculated back by means of the correction data such that it can be compared again with the generated image data and the image data calculated back is compared with predetermined expected target value image data, and/or is calculated from the predetermined expected target value image data and this is compared with the changed image data.
Method for forming a mono pile foundation in soil for a wind turbine tower, comprising drilling a plurality of holes into the soil, said plurality of holes being arranged along a curve having a contour corresponding to a cross-dimensional shape of the mono pile, placing the mono pile in an annular cavity, said annular cavity being formed by said plurality of holes alone and/or by said mono pile breaking up intermediate soil walls between adjacent holes in said plurality of holes while being placed therein; characterized in that when drilling the plurality of holes, a first hole is drilled and filled with a temporary filling material before a subsequent hole adjacent the first hole is drilled, and characterized in that it further comprises forming an additional hole adjacent said annular cavity so as to be in communication with a lower portion of said annular cavity; and introducing concrete into said annular cavity using said additional hole so as to fill remaining portions of said plurality of holes with concrete after placing said mono pile.
Driverless transport device for assembling a motor vehicle, comprising a drivable base and a vehicle carrier coupled to the base and extending in a longitudinal direction, wherein the vehicle carrier has actuatable holding points for carrying the motor vehicle, wherein the vehicle carrier can be moved along its longitudinal direction relative to the base by means of a guide device, characterized in that the vehicle carrier can be tilted around an axis oriented orthogonally to the longitudinal direction, such that the at least partially assembled motor vehicle can drive off of the vehicle carrier on its own wheels when holding points are released from the motor vehicle.
A computer-implemented method for diagnosing radiotoxicity and for adapting radiotherapy depending on the level of radiotoxicity, comprising: - obtaining a first feature vector constituting a three- or four-dimensional matrix derived from an image modality pertaining to a tissue of interest for which radiotherapy is planned or a tissue in the vicinity of this target volume, - selecting, based on a biomedical disease specific rationale, at least one disease specific biomarker suitable for detecting or quantifying radiotherapy side-effects in the area of the tissue of interest, selected from the group comprising: haemoglobin concentration (Hb), complete and leukocyte blood cell count, C-reactive protein, ferritin, transferrin, creatinine, alpha-amylase, HbAlc, TNF-α, lactate dehydrogenase, interleukins, hepcidin, pro-hepcidin, immunoglobin fragments, or citrulline, - retrieving at least one measurement value of the selected disease specific in vitro diagnostic biomarker and creating a second feature vector comprising the retrieved selected disease specific in vitro diagnostic biomarker measurement values, and - processing the first feature vector derived from an image modality and the second feature vector comprising the at least one disease specific in vitro diagnostic biomarker measurement value by means of a correlation analysis, resulting in an output signal indicative of the radiotoxicity in the area of the tissue of interest, wherein said output signal comprises a combination of said image derived features with information provided by said biomarkers. - obtaining a first feature vector constituting a three- or four-dimensional matrix derived from an image modality pertaining to a tissue of interest for which radiotherapy is planned or a tissue in the vicinity of this target volume, - selecting, based on a biomedical disease specific rationale, at least one disease specific biomarker suitable for detecting or quantifying radiotherapy side-effects in the area of the tissue of interest, selected from the group comprising: haemoglobin concentration (Hb), complete and leukocyte blood cell count, C-reactive protein, ferritin, transferrin, creatinine, alpha-amylase, HbAlc, TNF-α, lactate dehydrogenase, interleukins, hepcidin, pro-hepcidin, immunoglobin fragments, or citrulline, - retrieving at least one measurement value of the selected disease specific in vitro diagnostic biomarker and creating a second feature vector comprising the retrieved selected disease specific in vitro diagnostic biomarker measurement values, and - processing the first feature vector derived from an image modality and the second feature vector comprising the at least one disease specific in vitro diagnostic biomarker measurement value by means of a correlation analysis, resulting in an output signal indicative of the radiotoxicity in the area of the tissue of interest, wherein said output signal comprises a combination of said image derived features with information provided by said biomarkers.
A medicament delivery device (10, 110, 210) comprising: at least one microneedle for delivering a medicament to a patient; and a system (30, 130, 230) configured to enhance the penetration of the medicament into the patient's skin, wherein the system comprises a first electrode, a second electrode, and a power supply connected to the first and second electrodes, the system being configured to generate an electric field between the first and second electrodes, the first and second electrodes being arranged such that, in use, the electric field generated between the first and second electrodes drives the medicament towards the patient's skin, and characterised in that the second electrode is permeable such that, in use, medicament driven by the electric field flows through the second electrode towards the patient's skin.. at least one microneedle for delivering a medicament to a patient; and a system (30, 130, 230) configured to enhance the penetration of the medicament into the patient's skin, wherein the system comprises a first electrode, a second electrode, and a power supply connected to the first and second electrodes, the system being configured to generate an electric field between the first and second electrodes, the first and second electrodes being arranged such that, in use, the electric field generated between the first and second electrodes drives the medicament towards the patient's skin, and characterised in that wherein the system comprises a first electrode, a second electrode, and a power supply connected to the first and second electrodes, the system being configured to generate an electric field between the first and second electrodes, the first and second electrodes being arranged such that, in use, the electric field generated between the first and second electrodes drives the medicament towards the patient's skin, and characterised in that the second electrode is permeable such that, in use, medicament driven by the electric field flows through the second electrode towards the patient's skin..
A method for performing WLAN offload, the method comprising: executing a selected operating system by an application processor; forming IP packets from data to be transmitted by the application processor; applying a cellular protocol to the IP packets to form cellular protocol packets by a modem processor; encapsulating the cellular protocol packets to form outer IP tunnel packets; and transmitting the outer IP tunnel packets over a WLAN communication channel, wherein a WLAN interface is connected to communicate with the operating system. executing a selected operating system by an application processor; forming IP packets from data to be transmitted by the application processor; applying a cellular protocol to the IP packets to form cellular protocol packets by a modem processor; encapsulating the cellular protocol packets to form outer IP tunnel packets; and transmitting the outer IP tunnel packets over a WLAN communication channel, wherein a WLAN interface is connected to communicate with the operating system.