mhurhangee/ep-ind-claims huggingface dataset:
A computing system, comprising: an application execution environment; an operating system; a data storage selectively accessible from the application execution environment via the operating system; and a biometrics component comprising a biometrics sensor and a security engine, the biometrics component having direct access to the data storage, the biometrics component configured to selectively prohibit, in response to a request from the application execution environment to capture a biometric sample, access to the data storage from the application execution environment via the operating system, so that the biometric sample is securely captured; capture the biometric sample from the biometric sensor to obtain biometric data; encrypt, by the security engine, the biometric data using a cryptographic key; store the encrypted biometric data in the data storage; and allow access to the data storage from the application execution environment via the operating system subsequent to encrypting the biometric data. an application execution environment; an operating system; a data storage selectively accessible from the application execution environment via the operating system; and a biometrics component comprising a biometrics sensor and a security engine, the biometrics component having direct access to the data storage, the biometrics component configured to selectively prohibit, in response to a request from the application execution environment to capture a biometric sample, access to the data storage from the application execution environment via the operating system, so that the biometric sample is securely captured; capture the biometric sample from the biometric sensor to obtain biometric data; encrypt, by the security engine, the biometric data using a cryptographic key; store the encrypted biometric data in the data storage; and allow access to the data storage from the application execution environment via the operating system subsequent to encrypting the biometric data. selectively prohibit, in response to a request from the application execution environment to capture a biometric sample, access to the data storage from the application execution environment via the operating system, so that the biometric sample is securely captured; capture the biometric sample from the biometric sensor to obtain biometric data; encrypt, by the security engine, the biometric data using a cryptographic key; store the encrypted biometric data in the data storage; and allow access to the data storage from the application execution environment via the operating system subsequent to encrypting the biometric data.
An apparatus comprising: a system-on-chip, SoC; one or more communication pins (CC1, CC2) configured to be coupled to a charger external to the apparatus; a first power supply rail configured to be coupled to the charger when the charger is connected to the apparatus; a charger circuitry; a second power supply rail coupled to the charger circuitry; a power delivery controller configured to detect connection of the charger to the apparatus via a pull-up or a pull-down termination impedance on the one or more communication pins, wherein the power delivery controller is configured to close a switch to couple the first power supply rail with the second power supply rail in response to the detection of connection of the charger; and an embedded controller coupled to the power delivery controller; wherein the power delivery controller is configured to issue an interrupt to the embedded controller in response to closing the switch, and wherein the interrupt, embedded controller and power delivery controller are configured to trigger the SoC to lower its power state during power contract establishment between the apparatus and the charger. a system-on-chip, SoC; one or more communication pins (CC1, CC2) configured to be coupled to a charger external to the apparatus; a first power supply rail configured to be coupled to the charger when the charger is connected to the apparatus; a charger circuitry; a second power supply rail coupled to the charger circuitry; a power delivery controller configured to detect connection of the charger to the apparatus via a pull-up or a pull-down termination impedance on the one or more communication pins, wherein the power delivery controller is configured to close a switch to couple the first power supply rail with the second power supply rail in response to the detection of connection of the charger; and an embedded controller coupled to the power delivery controller; wherein the power delivery controller is configured to issue an interrupt to the embedded controller in response to closing the switch, and wherein the interrupt, embedded controller and power delivery controller are configured to trigger the SoC to lower its power state during power contract establishment between the apparatus and the charger.
A compound having the general formula I H ― L wherein H is a head group selected from wherein A in head group 1 comprises 5 and 6 cyclic aryl and heteroaryl-systems, n is 0 to 6; p is 0 to 6; X and Y are each independently selected from CH 2, C=O and C=S; Z is selected from the group comprising H, alkyl and with m being 0 to 6, R is selected from the group comprising H, alkoxy, hydroxy, alkyl (preferably C 1 -C 10 alkyl), alkoxyaryl, aryl, halogenyl, nitro, amino, amidyl, cyano, sulfanyl, sulfinyl, sulfonyl, formyl, acetyl, with o being 0 to 6, R' and R" are each independently selected from the group comprising H, alkyl, aryl and substituted aryl; K is selected from the group comprising alkyl residues and with i being 0 to 6; L is a linker comprising a hydroxamic acid and having the formula with q being 0 or 1, or a pharmaceutically acceptable salt thereof. A in head group 1 comprises 5 and 6 cyclic aryl and heteroaryl-systems, n is 0 to 6; p is 0 to 6; X and Y are each independently selected from CH 2, C=O and C=S; Z is selected from the group comprising H, alkyl and with m being 0 to 6, R is selected from the group comprising H, alkoxy, hydroxy, alkyl (preferably C 1 -C 10 alkyl), alkoxyaryl, aryl, halogenyl, nitro, amino, amidyl, cyano, sulfanyl, sulfinyl, sulfonyl, formyl, acetyl, with o being 0 to 6, R' and R" are each independently selected from the group comprising H, alkyl, aryl and substituted aryl; K is selected from the group comprising alkyl residues and with i being 0 to 6; L is a linker comprising a hydroxamic acid and having the formula with q being 0 or 1,
An inhibitor of periostin gene expression or periostin mRNA for use in the treatment by therapy of chronic kidney disease in a subject in need thereof, wherein said inhibitor of periostin gene expression or periostin mRNA is a periostin small inhibitory RNA (siRNA), a periostin ribozyme, or an anti-periostin antisense oligonucleotide.
A dental implant comprising: a body; a coronal end of the body; and an apical end of the body; the apical end having a core, wherein the core is tapered, the apical end includes at least one region having a tapered variable profile helical thread extending along the core, wherein the thread is a double thread having an apical side, a coronal side, a lateral edge connecting the apical side and the coronal side, a base touching the core, a height defined between the lateral edge and the base, a variable length of the lateral edge being progressively expanded substantially along the region of the apical end in the direction of the coronal end, so that a least length of the lateral edge of the double thread is adjacent the apical end and a greatest length of the lateral edge of the double thread is adjacent the coronal end, and a variable height being progressively expanded substantially along the entire threaded region of the implant in the direction of the apical end, so that a least height of the double thread is adjacent the coronal end and a greatest height of the double thread is adjacent the apical end, wherein a most coronal aspect of the coronal end is tapered coronally forming a narrower coronal edge, wherein the implant has a rough surface along the intra-bony part of the implant, and wherein for each thread the thread step is 1.5-2.5 mm. a body; a coronal end of the body; and an apical end of the body; the apical end having a core, wherein the core is tapered, the apical end includes at least one region having a tapered variable profile helical thread extending along the core, wherein the thread is a double thread having an apical side, a coronal side, a lateral edge connecting the apical side and the coronal side, a base touching the core, a height defined between the lateral edge and the base, a variable length of the lateral edge being progressively expanded substantially along the region of the apical end in the direction of the coronal end, so that a least length of the lateral edge of the double thread is adjacent the apical end and a greatest length of the lateral edge of the double thread is adjacent the coronal end, and a variable height being progressively expanded substantially along the entire threaded region of the implant in the direction of the apical end, so that a least height of the double thread is adjacent the coronal end and a greatest height of the double thread is adjacent the apical end, wherein a most coronal aspect of the coronal end is tapered coronally forming a narrower coronal edge, wherein the implant has a rough surface along the intra-bony part of the implant, and wherein for each thread the thread step is 1.5-2.5 mm.
A machine for grinding track welds on a rail head, comprising: - a portable main chassis arranged so as to be placed on the track and provided with at least one curved support that describes an arc of circle that covers said head perpendicular to the track; - a beam connected to said curved support so as to be able to rotate around the head parallel to the track on the curved support and able to move closer to and further from the head to take reference from said head so as to follow the profile of said head during the rotation of the beam; - a grinding head supported by the beam so as to be able to move in a first direction perpendicular to the beam to move a grinder mounted on one end of the grinder head closer to and further from the center of the arc of circle, and in a second direction parallel to the beam to perform a sweeping movement of the grinder. - a portable main chassis arranged so as to be placed on the track and provided with at least one curved support that describes an arc of circle that covers said head perpendicular to the track; - a beam connected to said curved support so as to be able to rotate around the head parallel to the track on the curved support and able to move closer to and further from the head to take reference from said head so as to follow the profile of said head during the rotation of the beam; - a grinding head supported by the beam so as to be able to move in a first direction perpendicular to the beam to move a grinder mounted on one end of the grinder head closer to and further from the center of the arc of circle, and in a second direction parallel to the beam to perform a sweeping movement of the grinder.
An adaptor for packaging a bed of material within a chromatography column, the adaptor comprising: a substantially circular bottom plate provided with an end surface and provided with a ring shaped element arranged at the periphery of the bottom plate, the bottom plate and the ring shaped element having a common axis, wherein the adaptor is provided with a filter connection arrangement (146; 171) for removably connecting a filter on the end surface of the bottom plate of the adaptor, the adaptor being characterised in that, said ring shaped element is a ring shaped wall element, and said connection arrangement is provided at the periphery of the bottom plate. a substantially circular bottom plate provided with an end surface and provided with a ring shaped element arranged at the periphery of the bottom plate, the bottom plate and the ring shaped element having a common axis, wherein the adaptor is provided with a filter connection arrangement (146; 171) for removably connecting a filter on the end surface of the bottom plate of the adaptor, the adaptor being characterised in that, said ring shaped element is a ring shaped wall element, and said connection arrangement is provided at the periphery of the bottom plate.
A method, comprising: receiving, by a data control task (206a, 206b), data from a network element (602a, 602b, 602c); determining, by the data control task (206a,206b), a candidate data processing task (208a, 208b, 208c) for the received data based upon a first similarity metric between the received data and data currently associated with the candidate data processing task (208a, 208b, 208c); sending (1106, 1202), by the data control task (206a, 206b), the received data to the candidate data processing task (208a, 208b, 208c); determining (1204, 1206), by the candidate data processing task (208a, 208b, 208c), whether the received data is suitable for the candidate data processing task (208a, 208b, 208c) based upon a second similarity metric, wherein the second similarity metric is representative of a deeper analysis for similarity than the first similarity metric; receiving, by the data control task (206a, 206b), an indication regarding whether the candidate data processing task (208a, 208b, 208c) has accepted the received data; and updating (1110, 1114), by the data control task (206a, 206b), similarity information for the candidate data processing task based upon whether the candidate data processing task (208a, 208b, 208c) has accepted the received data. receiving, by a data control task (206a, 206b), data from a network element (602a, 602b, 602c); determining, by the data control task (206a,206b), a candidate data processing task (208a, 208b, 208c) for the received data based upon a first similarity metric between the received data and data currently associated with the candidate data processing task (208a, 208b, 208c); sending (1106, 1202), by the data control task (206a, 206b), the received data to the candidate data processing task (208a, 208b, 208c); determining (1204, 1206), by the candidate data processing task (208a, 208b, 208c), whether the received data is suitable for the candidate data processing task (208a, 208b, 208c) based upon a second similarity metric, wherein the second similarity metric is representative of a deeper analysis for similarity than the first similarity metric; receiving, by the data control task (206a, 206b), an indication regarding whether the candidate data processing task (208a, 208b, 208c) has accepted the received data; and updating (1110, 1114), by the data control task (206a, 206b), similarity information for the candidate data processing task based upon whether the candidate data processing task (208a, 208b, 208c) has accepted the received data.
A powder composition suitable for use in selective laser sintering for printing a three-dimensional object, the powder composition comprising: a first fraction comprising a polyetherketoneketone (PEKK) powder having a plurality of particles, the plurality of particles having a mean diameter between 30 μm to 90 μm; a second fraction comprising a siloxane powder having a plurality of particles. a first fraction comprising a polyetherketoneketone (PEKK) powder having a plurality of particles, the plurality of particles having a mean diameter between 30 μm to 90 μm; a second fraction comprising a siloxane powder having a plurality of particles.
An oral pharmaceutical composition comprising a pharmaceutically acceptable carrier and an active agent selected from R-(+)-N-propargyl-1-aminoindan (rasagiline), S-(-)-N-propargyl-1-aminoindan, or a pharmaceutically acceptable salt thereof, formulated for extended release of said active agent, wherein the dosage of said active agent is 0.2-2.0 mg per day for a 60 kg adult, for use in the treatment of a neurodegenerative disease or an injury to the nervous system.
User Equipment, UE, comprising: first logic to connect with a cellular access network; second logic to connect with a wireless local area network, WLAN; and processing circuitry to: determine a percentage signal strength of the WLAN relative to a maximum signal strength of the WLAN; determine an estimated time value through which the UE is likely to remain in a coverage area of the WLAN, based on a relative mobility of the UE with respect to network coverage of the WLAN; select the WLAN and steer traffic to the WLAN if the percentage signal strength satisfies a first threshold value for a predefined period, and the estimated time value satisfies a second threshold. first logic to connect with a cellular access network; second logic to connect with a wireless local area network, WLAN; and processing circuitry to: determine a percentage signal strength of the WLAN relative to a maximum signal strength of the WLAN; determine an estimated time value through which the UE is likely to remain in a coverage area of the WLAN, based on a relative mobility of the UE with respect to network coverage of the WLAN; select the WLAN and steer traffic to the WLAN if the percentage signal strength satisfies a first threshold value for a predefined period, and the estimated time value satisfies a second threshold. determine a percentage signal strength of the WLAN relative to a maximum signal strength of the WLAN; determine an estimated time value through which the UE is likely to remain in a coverage area of the WLAN, based on a relative mobility of the UE with respect to network coverage of the WLAN; select the WLAN and steer traffic to the WLAN if the percentage signal strength satisfies a first threshold value for a predefined period, and the estimated time value satisfies a second threshold.
A security laminate including in order an oriented polyester support, a subbing layer and an adhesive layer which is coated on top of the subbing layer, wherein the binder of the adhesive layer is based on a mixture of a first and a second polymer in a weight ratio from 50/50 to 90/10, wherein the first polymer is a copolymer comprising vinyl acetate and at least 85 wt% of vinyl chloride based on the total weight of the first polymer; wherein the second polymer is a copolymer of styrene, butadiene and methylmethacrylate or a copolymer of vinyl butyral, vinyl acetate and vinyl alcohol.
A method for configuring an electric pulse tool, where torque is delivered in torque pulses on an output shaft of the electric pulse tool, wherein for each period a current pulse is provided to an electric motor during a current on time (T ON) and current feed is paused during a determined current off time (T OFF), the method comprising the following steps: - retrieving a parameter value reflecting an amount of reaction force that the operator of the electric pulse tool can be exposed to; and - determining the current off time (T OFF) based on the parameter value, wherein the determined current off time (T OFF) comprises a first off interval until the end of the torque pulse and a second off interval after the end of the torque pulse and wherein the second off interval is further based on the width (T WIDTH) of the torque pulse, such that a wider torque pulse results in a wider off interval (T OFF) and a narrower torque pulse results in a shorter off interval (T OFF). - retrieving a parameter value reflecting an amount of reaction force that the operator of the electric pulse tool can be exposed to; and - determining the current off time (T OFF) based on the parameter value, wherein the determined current off time (T OFF) comprises a first off interval until the end of the torque pulse and a second off interval after the end of the torque pulse and wherein the second off interval is further based on the width (T WIDTH) of the torque pulse, such that a wider torque pulse results in a wider off interval (T OFF) and a narrower torque pulse results in a shorter off interval (T OFF).
A communication apparatus (1, 2, 3) comprising: a reception unit configured to receive a communication signal, the communication signal including two or more preamble blocks (B1-1, Bl-2, Bl-3) that are signal regions with which two or more different preamble patterns (P1, P2, P3) are associated, respectively, the preamble pattern being stored in one of the preamble blocks, wherein the two or more preamble blocks are placed in a preamble portion, the preamble portion being a first signal region of the communication signal; a preamble detection unit configured to detect a preamble pattern from the communication signal; and a transfer processing unit configured to, when the preamble pattern detected by the preamble detection unit is a predetermined preamble pattern, remove the detected preamble pattern from the communication signal, and transfer the communication signal while storing, in a second block, a preamble pattern associated with the second block that is a signal region following a first block that is a signal region in which the detected preamble pattern has been stored; wherein the transfer processing unit is further configured to stop transfer of the communication signal when the first block is a last preamble block of the two or more preamble blocks, and the second block is not one of the preamble blocks. a reception unit configured to receive a communication signal, the communication signal including two or more preamble blocks (B1-1, Bl-2, Bl-3) that are signal regions with which two or more different preamble patterns (P1, P2, P3) are associated, respectively, the preamble pattern being stored in one of the preamble blocks, wherein the two or more preamble blocks are placed in a preamble portion, the preamble portion being a first signal region of the communication signal; a preamble detection unit configured to detect a preamble pattern from the communication signal; and a transfer processing unit configured to, when the preamble pattern detected by the preamble detection unit is a predetermined preamble pattern, remove the detected preamble pattern from the communication signal, and transfer the communication signal while storing, in a second block, a preamble pattern associated with the second block that is a signal region following a first block that is a signal region in which the detected preamble pattern has been stored; wherein the transfer processing unit is further configured to stop transfer of the communication signal when the first block is a last preamble block of the two or more preamble blocks, and the second block is not one of the preamble blocks.
A high-pressure capsule for calorimetric measurements comprising: a crucible (2, 2', 2", 2′′′) comprising a receiving space for receiving a sample, a lid for closing the crucible (2, 2', 2", 2′′′), and a coating at least regions, wherein the coating is arranged at least in regions on a surface (22, 32, 32') of the high-pressure capsule facing the receiving space, characterized in that the coating comprises at least one amorphous carbon layer, and that the crucible (2, 2', 2", 2′′′) is made of steel. a crucible (2, 2', 2", 2′′′) comprising a receiving space for receiving a sample, a lid for closing the crucible (2, 2', 2", 2′′′), and a coating at least regions, wherein the coating is arranged at least in regions on a surface (22, 32, 32') of the high-pressure capsule facing the receiving space,