mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a central processing unit (510, 520) including a plurality of core processors; at least one module; and a sharable cache memory wherein the sharable cache memory includes a controller, wherein the controller is configured: to enable, if the central processing unit (510, 520) is in a working mode, the sharable cache memory as a cache memory for the central processing unit (510, 520), to identify whether an operation mode of at least one core processor (511, 521) among the one or more core processors of the central processing unit (510, 520) is transitioned to a sleep mode, and characterised in that the controller is configured to assign, if the operation mode of the at least one core processor (511, 521) among the one or more core processors of the central processing unit (510, 520) is transitioned to the sleep mode, a portion of the sharable cache memory to which the at least one core processor is allocated, as a buffer for the at least one module, wherein the at least one module includes at least one of an auxiliary processor, a communication unit, a sensing unit and a display unit. a central processing unit (510, 520) including a plurality of core processors; at least one module; and a sharable cache memory wherein the sharable cache memory includes a controller, wherein the controller is configured: to enable, if the central processing unit (510, 520) is in a working mode, the sharable cache memory as a cache memory for the central processing unit (510, 520), to identify whether an operation mode of at least one core processor (511, 521) among the one or more core processors of the central processing unit (510, 520) is transitioned to a sleep mode, and characterised in that the controller is configured to assign, if the operation mode of the at least one core processor (511, 521) among the one or more core processors of the central processing unit (510, 520) is transitioned to the sleep mode, a portion of the sharable cache memory to which the at least one core processor is allocated, as a buffer for the at least one module, wherein the at least one module includes at least one of an auxiliary processor, a communication unit, a sensing unit and a display unit. to enable, if the central processing unit (510, 520) is in a working mode, the sharable cache memory as a cache memory for the central processing unit (510, 520), to identify whether an operation mode of at least one core processor (511, 521) among the one or more core processors of the central processing unit (510, 520) is transitioned to a sleep mode, and characterised in that the controller is configured to assign, if the operation mode of the at least one core processor (511, 521) among the one or more core processors of the central processing unit (510, 520) is transitioned to the sleep mode, a portion of the sharable cache memory to which the at least one core processor is allocated, as a buffer for the at least one module, wherein the at least one module includes at least one of an auxiliary processor, a communication unit, a sensing unit and a display unit.
A package comprising: a plastic bag delimiting a seat sealingly housing a product, the plastic bag having - one or more plastic film walls, and - at least one connecting zone (6; 6a, 6b) comprising at least one sealing band (5; 5, 13; 5a; 5a, 13a) connecting together mutually facing wall portions of said plastic film walls, a tab coupled with the at least one connecting zone (6; 6a, 6b) of the plastic bag, wherein the tab includes an easy opening feature at one or more of its perimeter edges, characterized in that the plastic bag comprises a further easy opening feature, wherein the further easy opening feature is formed in the plastic material of the plastic bag and extends from a peripheral border of the plastic bag, and wherein the further easy opening feature is either adjacent to the connecting zone (6; 6a, 6b) of the plastic bag or partly crosses the connecting zone, in particular partly or completely crosses the at least one sealing band (5; 5, 13; 5a; 5a, 13a) of the plastic bag. a plastic bag delimiting a seat sealingly housing a product, the plastic bag having - one or more plastic film walls, and - at least one connecting zone (6; 6a, 6b) comprising at least one sealing band (5; 5, 13; 5a; 5a, 13a) connecting together mutually facing wall portions of said plastic film walls, - one or more plastic film walls, and - at least one connecting zone (6; 6a, 6b) comprising at least one sealing band (5; 5, 13; 5a; 5a, 13a) connecting together mutually facing wall portions of said plastic film walls, a tab coupled with the at least one connecting zone (6; 6a, 6b) of the plastic bag, wherein the tab includes an easy opening feature at one or more of its perimeter edges, characterized in that the plastic bag comprises a further easy opening feature, wherein the further easy opening feature is formed in the plastic material of the plastic bag and extends from a peripheral border of the plastic bag, and wherein the further easy opening feature is either adjacent to the connecting zone (6; 6a, 6b) of the plastic bag or partly crosses the connecting zone, in particular partly or completely crosses the at least one sealing band (5; 5, 13; 5a; 5a, 13a) of the plastic bag.
A cable comprising a primary optical cable comprising at least one fiber-optic module, made up of a central mechanical support element surrounded by a plurality of tubes each containing a fiber-optic module, at least one so-called connecting optical fiber and a protective envelope surrounding said primary cable and said optical fiber, said protective envelope being made up of two sub-envelopes, whereof a first sub-envelope contains said primary optical cable and the second sub-envelope contains said optical connecting fiber, said optical cable being a so-called primary optical cable comprising a plurality of fiber-optic modules for connecting to a general network and the cable including, in the second sub-envelope, a plurality of optical fibers for subscriber connection to said primary cable, characterized in that said two sub-envelopes (3A, 3B) are partially longitudinally open and directly connected at their opening, the first sub-envelope having a closed screen on its inner face.
A method of determining random access resources performed by a mobile terminal, the method comprising: receiving information on available random access resources from a network; deciding how to derive the random access resources to be allowed for being used based on at least one parameter received from the network; measuring received signal quality of at least one of a cell to be accessed and a neighboring cell; deriving the allowed random access resources from the available random access resources based on the deciding and the measuring; and selecting a random access resource from the allowed random access resources to perform a random access procedure, wherein the random access resources comprises: sets of any combination of time, frequency, and code, characterized in that: each of the allowed random access resources comprises M Random Access channel, RACH, allowed frequencies mapped on T RACH time offsets; per one random access cycle, S time offsets for each RACH allowed frequency are defined, wherein: the time offsets indicate when the mobile terminal can start the random access procedure; each random access cycle comprises one or more radio frames; and the S available time offsets for each allowed frequency are determined by the following formula: TimeOffset = AllowedFrequency j + k x T / S % T with: j = 0, 1, 2, 3,..., M; k=0, 1, 2, 3,..., S, where % represents a modulo operation. receiving information on available random access resources from a network; deciding how to derive the random access resources to be allowed for being used based on at least one parameter received from the network; measuring received signal quality of at least one of a cell to be accessed and a neighboring cell; deriving the allowed random access resources from the available random access resources based on the deciding and the measuring; and selecting a random access resource from the allowed random access resources to perform a random access procedure, each of the allowed random access resources comprises M Random Access channel, RACH, allowed frequencies mapped on T RACH time offsets; per one random access cycle, S time offsets for each RACH allowed frequency are defined, wherein: the time offsets indicate when the mobile terminal can start the random access procedure; each random access cycle comprises one or more radio frames; and the S available time offsets for each allowed frequency are determined by the following formula: TimeOffset = AllowedFrequency j + k x T / S % T with: j = 0, 1, 2, 3,..., M; k=0, 1, 2, 3,..., S, where % represents a modulo operation. the time offsets indicate when the mobile terminal can start the random access procedure; each random access cycle comprises one or more radio frames; and the S available time offsets for each allowed frequency are determined by the following formula: TimeOffset = AllowedFrequency j + k x T / S % T with: j = 0, 1, 2, 3,..., M; k=0, 1, 2, 3,..., S, where % represents a modulo operation.
A steering device, comprising: a steering mechanism for steering tires of a vehicle under a steering force from a steering wheel; and a speed reducer connected to a motor for outputting a steering assistance force corresponding to the steering force, the speed reducer being configured to enlarge the steering assistance force and transmit the enlarged steering assistance force to the steering mechanism, wherein the speed reducer is connected to the steering mechanism via a speed reducer arm, wherein the steering device further comprises a gearbox having a gearbox arm, the gearbox being provided between the steering wheel and the steering mechanism, characterized in that both the gearbox arm and the speed reducer arm are connected to the steering mechanism via a coupling rod. a steering mechanism for steering tires of a vehicle under a steering force from a steering wheel; and a speed reducer connected to a motor for outputting a steering assistance force corresponding to the steering force, the speed reducer being configured to enlarge the steering assistance force and transmit the enlarged steering assistance force to the steering mechanism, wherein the speed reducer is connected to the steering mechanism via a speed reducer arm, wherein the steering device further comprises a gearbox having a gearbox arm, the gearbox being provided between the steering wheel and the steering mechanism, characterized in that both the gearbox arm and the speed reducer arm are connected to the steering mechanism via a coupling rod.
Radiology holding device, in particular for a radiology apparatus such as an X-ray apparatus, MRT apparatus, CT apparatus or radiotherapy apparatus, comprising an attachment device and pivotally accommodated thereon, at least one supporting arm including at least one axle component and at least one supporting component and a locking device, for locking the supporting arm in at least one locking position, and an actuating mechanism for actuating the locking device, and at least one holding device provided for attachment to the supporting arm, e.g. to provide a patient with a holding means e.g. for sitting up or shifting, wherein the axle component of the supporting arm is pivotally accommodated on the attachment device for pivoting the supporting arm, characterized in that the actuating mechanism comprises at least one transfer component passing through a hollow section of the axle component.
An isolated cell comprising: (a) a mammalian tunicamycin (Tn)-resistance gene encoding a protein having at least 93% identity to the amino acid sequence of SEQ ID NO: 3, wherein the Tn-resistance gene is exogenously added to the cell; (b) a first gene of interest, wherein the first GOI is an exogenously added GOI; and (c) at least one regulatory element, wherein the Tn-resistant gene is operably linked to the first GOI and the at least one regulatory element, wherein the cell is a mammalian cell, and wherein the first GOI encodes an antibody light chain or antigen-binding fragment thereof, an antibody heavy chain or antigen-binding fragment thereof, or an Fc-fusion protein or a fragment thereof. (a) a mammalian tunicamycin (Tn)-resistance gene encoding a protein having at least 93% identity to the amino acid sequence of SEQ ID NO: 3, wherein the Tn-resistance gene is exogenously added to the cell; (b) a first gene of interest, wherein the first GOI is an exogenously added GOI; and (c) at least one regulatory element,
Refuse collection container for a refuse collection system, comprising a supporting base, a top, a circumferential wall extending between the base and the top, which base, top and circumferential wall define a refuse collection chamber, and a closeable opening for deposing refuse in the chamber, said refuse collection container comprising coupling means (10, 11) to attach the refuse collection container to a lifting device for emptying the refuse collection container, the coupling means comprising elongate slots for use in a bayonet type coupling means, wherein coupling supports (10, 17) of the refuse collection container are positioned on opposite sides of the refuse collection chamber, characterized by a skirt being provided over each of these sides and the coupling supports (10, 17) each extending between a side and a respective skirt, wherein either the coupling supports (10, 17) comprise a support plate each, connected to a respective side of the refuse collection chamber at approximately right angles with respect to said side and parallel to the base, the slots being provided in said support plates, or the coupling supports (10, 17) comprise an end strip each, connected to a respective side of the refuse collection chamber at approximately right angles with respect to said side and the base of the refuse collection chamber, the slots being provided in said end strips.
A signal processing device configured to a displaying process in a display unit on a basis of parameters being predetermined in an image capture device provided with an anamorphic lens, wherein the signal processing device is configured to display an icon indicating an in-focus state on the display unit as the displaying process, wherein the parameters are an aperture, F, value in a direction corresponding to a vertical direction of the anamorphic lens and an F value in a direction corresponding to a horizontal direction of the anamorphic lens, and wherein the signal processing device is configured to determine a mode of displaying the icon on a basis of a result of a comparison between an amount of focus deviation and an average of the F value in the direction corresponding to the vertical direction and the F value in the direction corresponding to the horizontal direction multiplied by a parameter d, the average being either a geometric average, an arithmetic average or a weighted average, the parameter d being a constant for determining an allowable focus width, and the amount of focus deviation being the difference between a current focus position and an in-focus position of the anamorphic lens determined by an autofocus. wherein the signal processing device is configured to display an icon indicating an in-focus state on the display unit as the displaying process, wherein the parameters are an aperture, F, value in a direction corresponding to a vertical direction of the anamorphic lens and an F value in a direction corresponding to a horizontal direction of the anamorphic lens, and wherein the signal processing device is configured to determine a mode of displaying the icon on a basis of a result of a comparison between an amount of focus deviation and an average of the F value in the direction corresponding to the vertical direction and the F value in the direction corresponding to the horizontal direction multiplied by a parameter d, the average being either a geometric average, an arithmetic average or a weighted average, the parameter d being a constant for determining an allowable focus width, and the amount of focus deviation being the difference between a current focus position and an in-focus position of the anamorphic lens determined by an autofocus.
A method for the preparation of exenatide, which is characterized by comprising the following steps: Step 1: serine-resin is obtained by a first coupling between serine and resin; Step 2: peptide-resin of SEQ ID No. 1 is obtained by a secondary coupling of said serine-resin sequentially with amino acids; Step 3: peptide-resin of SEQ ID No. 2 is obtained by a third coupling between the protective group-containing histidine or a salt thereof with said peptide-resin of SEQ ID No. 1, and exenatide is finally obtained after cleavage and purification; wherein the protective group-containing histidine or a salt thereof in step 3 has the structure as shown in formula IV: Boc-His(Boc)-OH.DCHA Formula IV, wherein step 3 comprises obtaining exenatide-resin in a solvent in the presence of a coupling agent and an organic base, wherein the coupling agent is HATU and HOAt. Step 1: serine-resin is obtained by a first coupling between serine and resin; Step 2: peptide-resin of SEQ ID No. 1 is obtained by a secondary coupling of said serine-resin sequentially with amino acids; Step 3: peptide-resin of SEQ ID No. 2 is obtained by a third coupling between the protective group-containing histidine or a salt thereof with said peptide-resin of SEQ ID No. 1, and exenatide is finally obtained after cleavage and purification; wherein the protective group-containing histidine or a salt thereof in step 3 has the structure as shown in formula IV: Boc-His(Boc)-OH.DCHA Formula IV,
Inkjet printing process on a substrate comprising (a)a step of deposition of a self-assembled monolayer on the substrate; (b)a step of printing of a material within the boundaries of the SAM, the material being a composition containing PZT (Pb(Zr,Ti)O 3), PLZT ((Pb,La)(Zr,Ti)O 3), PbTiO 3, PbZrO 3, Pb(Mg,Nb,Ti)O 3, BaTiO 3, or (Ba,Ca)(Ti,Zr)O 3; wherein both steps are made by inkjet printing. (a)a step of deposition of a self-assembled monolayer on the substrate; (b)a step of printing of a material within the boundaries of the SAM, the material being a composition containing PZT (Pb(Zr,Ti)O 3), PLZT ((Pb,La)(Zr,Ti)O 3), PbTiO 3, PbZrO 3, Pb(Mg,Nb,Ti)O 3, BaTiO 3, or (Ba,Ca)(Ti,Zr)O 3; wherein both steps are made by inkjet printing.
A method for manufacturing a color conversion film, the method comprising: preparing a base film; preparing a resin solution in which a thermoplastic resin, a solvent, and an organic fluorescent dye are mixed; coating the resin solution onto the base film; primary drying the resin solution coated onto the base film; and characterised in that, further secondary drying the resin solution after primary drying the resin solution coated onto the base film, wherein a content of the solvent after the secondary drying is 0.0001 part by weight to 0.1 part by weight based on 100 parts by weight of the color conversion layer. preparing a base film; preparing a resin solution in which a thermoplastic resin, a solvent, and an organic fluorescent dye are mixed; coating the resin solution onto the base film; primary drying the resin solution coated onto the base film; and characterised in that, further secondary drying the resin solution after primary drying the resin solution coated onto the base film, wherein a content of the solvent after the secondary drying is 0.0001 part by weight to 0.1 part by weight based on 100 parts by weight of the color conversion layer.
An apparatus for evaluating gas barrier properties, comprising: a support for supporting a sample; a chamber on a permeation side; and a detection unit (31,32,33), in which the support is connected with an opening of the chamber on the permeation side so as to close the opening, in which the water vapor-transmission rate of the support is 1×10 -10 mol/m 2 sPa to 1×10 -14 mol/m 2 sPa, characterized in that the support and the permeation-side chamber are united even when samples are exchanged. a support for supporting a sample; a chamber on a permeation side; and a detection unit (31,32,33), in which the support is connected with an opening of the chamber on the permeation side so as to close the opening, in which the water vapor-transmission rate of the support is 1×10 -10 mol/m 2 sPa to 1×10 -14 mol/m 2 sPa,
A time division multiple access communication network with collision detection, wherein the network comprises at least two transmitting nodes (14, 16, 18) and at least one receiving node that has a correlation receiver for signaling, wherein at least one of the transmitting nodes (14, 16, 18) provides a respective predefined signal pattern for signaling, wherein the receiving node is configured to detect one or more incoming transmissions based on correlation of the predefined signal pattern received, wherein the receiving node is configured to indicate more than one colliding transmissions to all other nodes (14, 16, 18) of the network, and wherein at least one of the transmission nodes (14, 16, 18) is configured to stop transmission due to reception of a collision information, characterized in that the receiving node is configured to indicate at least one valid transmission to all other nodes (14, 16, 18) of the network, wherein the receiving node is configured to send a first signal pattern indicating the at least one valid transmission, which informs the other transmission nodes (14, 16, 18) and blocks at least one respective time slot ensuring that no collision will occur in the appropriate time slot, characterized in that the at least one transmission node (14, 16, 18), which stopped transmission, is configured to reinitiate transmission after a certain time after stopping transmission, and wherein the respective transmission nodes (14, 16, 18) involved in the collision are configured to use different back off values or times ensuring that the collision is avoided in the future.