mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving a function call at an application program interface executed by at least one of a plurality of processors (102, 104); selecting, by the application program interface, a first processor of said plurality of processors (102, 104) to execute the function call; executing by the application program interface a first transmit function associated with a bus coupled to the first processor, the first transmit function including a function parameter associated with the function call; and determining, at the first processor, that the function parameter is a function call and translating the determined function call to a format for object code at the first processor, wherein the first transmit function is of a function type associated with transmitting data to the first processor for a task other than execution of the function call. receiving a function call at an application program interface executed by at least one of a plurality of processors (102, 104); selecting, by the application program interface, a first processor of said plurality of processors (102, 104) to execute the function call; executing by the application program interface a first transmit function associated with a bus coupled to the first processor, the first transmit function including a function parameter associated with the function call; and determining, at the first processor, that the function parameter is a function call and translating the determined function call to a format for object code at the first processor, wherein the first transmit function is of a function type associated with transmitting data to the first processor for a task other than execution of the function call.
A baler apparatus including: a baling chamber comprising a channel having an inlet end and an outlet end and at least one adjustable wall for adjusting the compression of the body of bale material by controlling the pressure applied to the body of bale material during formation of a bale; a reciprocating plunger adjacent the inlet end of the baling chamber that is operable to compress a body of bale material within the baling chamber; and a binding device for binding the compressed body of bale material to form a bale by the use of twine loops; characterised by a means for extending the length of the outermost twine loops at binding of the bale, compared to the innermost twines, to reduce the compression within the outer part of the body of bale material. a baling chamber comprising a channel having an inlet end and an outlet end and at least one adjustable wall for adjusting the compression of the body of bale material by controlling the pressure applied to the body of bale material during formation of a bale; a reciprocating plunger adjacent the inlet end of the baling chamber that is operable to compress a body of bale material within the baling chamber; and a binding device for binding the compressed body of bale material to form a bale by the use of twine loops; characterised by a means for extending the length of the outermost twine loops at binding of the bale, compared to the innermost twines, to reduce the compression within the outer part of the body of bale material.
A method of controlling an inductive heating circuit, having a varying load, to seal a packaging material, the inductive heating circuit having an induction power generator coupled the varying load, the method comprising; generating AC power of at least two frequencies on at least one inductor in the inductive heating circuit, determining the resulting phase shift (φ) in the inductive heating circuit from the current generated at the at least two frequencies, determining the impedance (z) of the inductive heating circuit for each of the at least two frequencies, determining a load characteristics of the inductive heating circuit based on the relationship between the determined impedance and the determined phase shift, determining an impedance operating range (z min, z max), selecting an AC output frequency for the induction power generator based on the load characteristics which results in the least amount of phase shift from a set ideal value and which is associated with an impedance that is within the impedance operating range.
A semiconductor package structure, comprising: a substrate; a semiconductor die (115a, 115b) disposed over the substrate; an underfill layer between the semiconductor die (115a, 115b) and the substrate; and a frame disposed over the substrate, wherein the frame is adjacent to the semiconductor die (115a, 115b), and an upper surface of the frame is lower than an upper surface of the semiconductor die (115a, 115b); comprising a buffer layer disposed over the substrate, wherein the buffer layer is located between the frame and the semiconductor die (115a, 115b); further comprising a heat sink disposed over the semiconductor die, wherein the heat sink is in contact with at least one of the semiconductor die (115a, 115b), and the buffer layer and is separate from the frame. a substrate; a semiconductor die (115a, 115b) disposed over the substrate; an underfill layer between the semiconductor die (115a, 115b) and the substrate; and a frame disposed over the substrate, wherein the frame is adjacent to the semiconductor die (115a, 115b), and an upper surface of the frame is lower than an upper surface of the semiconductor die (115a, 115b); comprising a buffer layer disposed over the substrate, wherein the buffer layer is located between the frame and the semiconductor die (115a, 115b); further comprising a heat sink disposed over the semiconductor die, wherein the heat sink is in contact with at least one of the semiconductor die (115a, 115b), and the buffer layer and is separate from the frame.
A motor-driven driving device of a winding tube for winding up or unwinding a screen belonging to a black-out device, said motor-driven driving device comprising an electric motor, inserted into said winding tube in the mounted state, and which comprises a driving means, a reduction gear device and an output shaft, coupled by a connecting means with the winding tube, characterized in that: - said output shaft comprises at least one first element and one second element, - said electric motor comprises means for coupling said first element with said reduction gear device, - said first element is coupled in rotation with said second element by means of a mechanism with limited mechanical play, so that the mechanism with limited mechanical play is integrated into the output shaft, - said motor-driven driving device comprises control means configured for detecting relative rotation between said first and second elements (16, 17), - the connecting means is an external accessory, without any mechanism with limited mechanical play, connecting the output shaft to the winding tube. - said output shaft comprises at least one first element and one second element, - said electric motor comprises means for coupling said first element with said reduction gear device, - said first element is coupled in rotation with said second element by means of a mechanism with limited mechanical play, so that the mechanism with limited mechanical play is integrated into the output shaft, - said motor-driven driving device comprises control means configured for detecting relative rotation between said first and second elements (16, 17), - the connecting means is an external accessory, without any mechanism with limited mechanical play, connecting the output shaft to the winding tube.
A plug for retaining a filter screen in a fluid port of a servovalve, the plug comprising an annular body, the annular body comprising: opposed first and second axial end surfaces (24, 26); a radially inner surface extending between the first and second axial end surfaces (24, 26); a radially outer surface extending between the first and second axial end surfaces (24, 26); and at least one recess formed in the radially inner surface for receiving a tool for removing the plug from the port, characterised in that: the recess is an annular recess extending around the entire radially inner surface and comprises opposed axial surfaces (38, 40) and a base surface. opposed first and second axial end surfaces (24, 26); a radially inner surface extending between the first and second axial end surfaces (24, 26); a radially outer surface extending between the first and second axial end surfaces (24, 26); and at least one recess formed in the radially inner surface for receiving a tool for removing the plug from the port,
A recombinant cytomegalovirus gB protein, wherein (i) said gB protein does not comprise a transmembrane domain; and (ii) said gB protein comprises a hydrophobic surface 1 region formed by amino acids 154-160 and 236-243 of the sequence set forth in SEQ ID NO:1, or by corresponding amino acid residues in other CMV gB proteins identified by aligning the query sequence against SEQ ID NO:1, which comprises a mutation that results in a glycosylation site within said region. (i) said gB protein does not comprise a transmembrane domain; and (ii) said gB protein comprises a hydrophobic surface 1 region formed by amino acids 154-160 and 236-243 of the sequence set forth in SEQ ID NO:1, or by corresponding amino acid residues in other CMV gB proteins identified by aligning the query sequence against SEQ ID NO:1, which comprises a mutation that results in a glycosylation site within said region.
Method for producing an cylindrical surface that has a surface structure of predetermined geometry suitable for application of material by thermal spraying, in which in a substrate surface, preferably pre-machined to size, a geometrically determined groove structure of small depth and width in a helical shape and having a predetermined groove pitch is introduced by means of a tool, characterized in that said tool is embodied as a follow-on tool and in that said groove structure is worked into said cylindrical substrate surface while a groove cross-section is processed successively to a finished size/measure in such a way that at first a base groove having a groove bottom and two groove flanks and having a groove bottom width that is smaller than the groove bottom width of the finished groove is introduced into the substrate surface, and that subsequently the groove, for example at least one flank (52-1, 52-2) of the base groove, for producing an undercut groove cross-section is processed in a single working step in different cutting and/or deformation operations by the same tool carrying several forming teeth (54-2 to 54-8) which are staggered with respect to each other by the groove pitch.
A cutting template comprising: a top portion (200, 300) possessing at least one slit (220, 320) forming a desired pattern; a bottom portion (210, 310) comprising a recessed region (230, 330) capable of holding a surgical patch therein and centering the surgical patch under the top portion (200, 300) of the template; and a means for connecting the top portion (200, 300) to the bottom portion (210, 310), and characterised in that the bottom portion possesses openings (240, 340) corresponding to the pattern in the top portion, the openings being provided within the recessed region allowing the surgical patch to be cut all the way through while supporting the surgical patch. a top portion (200, 300) possessing at least one slit (220, 320) forming a desired pattern; a bottom portion (210, 310) comprising a recessed region (230, 330) capable of holding a surgical patch therein and centering the surgical patch under the top portion (200, 300) of the template; and a means for connecting the top portion (200, 300) to the bottom portion (210, 310), and characterised in that the bottom portion possesses openings (240, 340) corresponding to the pattern in the top portion, the openings being provided within the recessed region allowing the surgical patch to be cut all the way through while supporting the surgical patch.
A rotary vibration absorber having a base part, which is rotatable about an axis of rotation, and having an inertial mass part which is arranged on the base part and which is rotatable relative to the base part counter to the restoring force of a restoring apparatus, wherein the restoring apparatus has a spring device for generating an actuating force and has at least one lever element which is pivotable about an articulation point and via which the actuating force can be transmitted to the inertial mass part so as to generate the restoring force which acts on the inertial mass part, characterized in that the restoring apparatus can be adjusted, by means of an adjustment apparatus, so as to vary a restoring force characteristic curve of the restoring force that acts on the inertial mass part.
A method performed by a first wireless device for relaying a data session via a second radio access node (122; 110; 123) in a radio communications network, wherein said data session is ongoing towards a first gateway node via a first radio access node (110; 122) in the radio communications network, the method comprising discovering (301, 601, 901) radio connectivity towards the second radio access node (122; 110; 123); determining (302, 602, 902) that the ongoing data session is to be relayed via the second radio access node (122; 110; 123); and transmitting (303, 603, 903) a relay request message, to a proximity service function, ProSe, node configured to operatively manage relaying of data sessions in the radio communications network, comprising relay information indicating that the ongoing data session is to be relayed via the second radio access node (122; 110; 123) with session continuity towards the first gateway node such that data packets of the ongoing data session is to be at least partly tunneled between the first gateway node and the second radio access node (122; 110; 123).
A cartridge for an aerosol delivery system, the cartridge comprising: a first compartment comprising a volatile delivery enhancing compound source; a second compartment comprising a medicament source; a vaporiser for heating the medicament; and a transfer element for conveying the medicament from the second compartment to the vaporiser, wherein the transfer element comprises a capillary material for conveying the medicament from the second compartment to the vaporiser by capillary action, and wherein the capillary material is a capillary wick having a first portion extending into the second compartment and a second portion adjacent to the vaporiser. a first compartment comprising a volatile delivery enhancing compound source; a second compartment comprising a medicament source; a vaporiser for heating the medicament; and a transfer element for conveying the medicament from the second compartment to the vaporiser, wherein the transfer element comprises a capillary material for conveying the medicament from the second compartment to the vaporiser by capillary action, and wherein the capillary material is a capillary wick having a first portion extending into the second compartment and a second portion adjacent to the vaporiser.
A device for preparing a layer of biological cells on a deposition surface of a slide, said device comprising a body provided with a channel, said body comprising a first end forming an entry tip intended to enter inside a container containing a biological liquid, closed by a stopper and a second end forming a depositing tip intended to deposit a drop of said biological liquid onto the deposition surface, said second end comprising support means intended to come to rest against the deposition surface and a spreading means to spread the drop of liquid to form the layer of biological cells, said spreading means comprising a blade arranged in a plane forming an angle of inclination α with a plane of the deposition surface and elastic return means that are interposed between said blade and said second end, characterized in that said spreading means comprises a blade having a substantially rectangular shape, said blade comprising a first edge connected to the second end by the elastic return means and a second edge which protrudes beyond a plane delimited by the support means by a distance h 2, the distance h 2 and the elastic return means working together so as to ensure a controlled spreading of the drop of biological liquid to form the layer of biological cells and in that said support means comprise a skirt partially surrounding the depositing tip and provided with a window.
A long term evolution, LTE, wireless transmit/receive unit, WTRU, (200, 300, 500) comprising: means for receiving a handover command from a current cell to handover to a target cell (204a-c); and means for, in accordance with the received handover command, handing over to the target cell (204a-c); characterized by the handover command including information representative of a target sequence hopping pattern of the target cell (204a-c) including a sequence hopping enable information; and means for transmitting to the target cell (204a-c) using the information representative of the target sequence hopping pattern. means for receiving a handover command from a current cell to handover to a target cell (204a-c); and means for, in accordance with the received handover command, handing over to the target cell (204a-c); characterized by the handover command including information representative of a target sequence hopping pattern of the target cell (204a-c) including a sequence hopping enable information; and means for transmitting to the target cell (204a-c) using the information representative of the target sequence hopping pattern.
A method for analyzing the material in a target, the method comprising: illuminating the target with a bremsstrahlung photon beam; measuring a first number of photons scattered from a voxel of the target in a first energy range of energies greater than 150 keV and in a first measurement direction using a first collimated detector (38, 42), wherein the voxel is defined by the three-dimensional intersection of the photon beam and the view of the first collimated detector; measuring a second number of photons scattered from the voxel of the target in a second energy range of energies greater than 150 keV and in a second measurement direction using a second collimated detector (40, 42), wherein the voxel is defined by the three-dimensional intersection of the photon beam with the view of the second collimated detector; determining a ratio of the first number of photons to the second number of photons; and determining an average atomic number of the material in the voxel using the ratio. illuminating the target with a bremsstrahlung photon beam; measuring a first number of photons scattered from a voxel of the target in a first energy range of energies greater than 150 keV and in a first measurement direction using a first collimated detector (38, 42), wherein the voxel is defined by the three-dimensional intersection of the photon beam and the view of the first collimated detector; measuring a second number of photons scattered from the voxel of the target in a second energy range of energies greater than 150 keV and in a second measurement direction using a second collimated detector (40, 42), wherein the voxel is defined by the three-dimensional intersection of the photon beam with the view of the second collimated detector; determining a ratio of the first number of photons to the second number of photons; and determining an average atomic number of the material in the voxel using the ratio.
A method for applying personalization information to a card-shaped data carrier by forming a personalization layer in which the personalization information is contained, characterized in that - a feature layer protected against tampering is applied to an intermediate carrier, - on the feature layer the personalization layer is applied which in the process penetrates into the feature layer, so that a permanent and intimate connection is formed between the personalization layer and the feature layer and the personalization layer is not removable without damage to the feature layer, - and feature layer and personalization layer are thereupon transferred jointly to the data carrier. - a feature layer protected against tampering is applied to an intermediate carrier, - on the feature layer the personalization layer is applied which in the process penetrates into the feature layer, so that a permanent and intimate connection is formed between the personalization layer and the feature layer and the personalization layer is not removable without damage to the feature layer, - and feature layer and personalization layer are thereupon transferred jointly to the data carrier.
Method for the production of a three-dimensional dental block of material from a dental, polymerisable material, wherein the block of material is suitable for the production of dental prosthetic parts in a material-removing process, comprising the steps of a) optionally: setting the viscosity, b) transferring the polymerisable dental material into a radiolucent three-dimensional casting or press mould, c) optionally: planarising at least one surface of the dental material in the three-dimensional casting or press mould forming a defined three-dimensional geometry of the material, and/or d) optionally application of pressure to the polymerisable material in the three-dimensional casting or press mould, e) irradiating the polymerisable dental material substantially from all sides with light in the UV/Vis spectral region forming polymerised outer surfaces of the dental material in the form of a solid outer shell of the dental material, wherein the shell is present in the defined three-dimensional geometry of the material whilst the inner region of the material is not polymerised or partially polymerised, f) optionally removing the dental material with dimensionally stable shell having defined three-dimensional geometry from the casting or press mould, g) heating the material with solid shell being present in defined three-dimensional geometry, to 60 °C to 150 °C for at least 90 minutes, h) optionally: cooling the completely polymerised material, i) obtaining a dental, polymerised block of material having defined three-dimensional geometry. a) optionally: setting the viscosity, b) transferring the polymerisable dental material into a radiolucent three-dimensional casting or press mould, c) optionally: planarising at least one surface of the dental material in the three-dimensional casting or press mould forming a defined three-dimensional geometry of the material, and/or d) optionally application of pressure to the polymerisable material in the three-dimensional casting or press mould, e) irradiating the polymerisable dental material substantially from all sides with light in the UV/Vis spectral region forming polymerised outer surfaces of the dental material in the form of a solid outer shell of the dental material, wherein the shell is present in the defined three-dimensional geometry of the material whilst the inner region of the material is not polymerised or partially polymerised, f) optionally removing the dental material with dimensionally stable shell having defined three-dimensional geometry from the casting or press mould, g) heating the material with solid shell being present in defined three-dimensional geometry, to 60 °C to 150 °C for at least 90 minutes, h) optionally: cooling the completely polymerised material, i) obtaining a dental, polymerised block of material having defined three-dimensional geometry.
Compounds of the following formula: in the above formula A is selected from the following substituents A-i: wherein J represents hydrogen, E represents hydrogen, or cyano, D represents halogen, cyano, nitro, or -CHO, Q is selected from the following substituents Q-i, Q-ii and Q-iii-1; (Q-i) hydrogen; (Q-ii) C 1 -C 8 -alkyl which is unsubstituted or substituted by a group selected from halogen, hydroxy, C 3 -C 7 -cycloalkyl and O-R 6 wherein R 6 represents C 1 -C 7 alkyl; (Q-iii-1) (wherein W represents O or S, R7 represents hydrogen, or C 1 -C 7 -alkyl, and n denotes an integer of 0~3); Y represents hydrogen, saturated straight-chain or branched C 1 -C 7 -alkyl, C 1 -C 7 -alkoxy-C1-C7-alkyl or phenyl, and G represents hydrogen, or pharmaceutically acceptable salts thereof.