mhurhangee/patent-ind-claim-en huggingface dataset:
Installation (A) for the treatment of containers (B), in particular PET-bottles (PET), comprising several installation stations including at least one filling station (F) and at least one packing station (P) including foil- or blank-packaging material (FP, ZP) processing working components acting on the packaging material and forming packages, at least one measuring device (M1, M2) at least for determining container dimension-deviations, and a control (CU) for automatically adjusting at least one installation station depending from at least one determined container-dimension-deviation in relation to a target dimension, wherein when packing the filled containers (B) at least working components acting on the packaging material (ZP, FP) are adjusted automatically in the packing station (P) depending from the determined dimension-deviation of the containers and by the control (CU), characterized in that at least one further measuring device (M2) for determining a dimension-deviation of the foil- or blank-packaging material (FP, ZP) is provided and linked with the control (CU), and that at least working components acting in the packing station (P) on the blank-packaging material (ZP) are automatically adjusted via the control (CU) on the basis of a comparison of determined container-dimension-deviations and blank-packaging material-dimension-deviations.
A machine tool configured to perform a method of surface recording comprising: rotating a body , in particular a tool or workpiece, around a rotation axis , and accommodating a number of a >1 rotational angle offset recordings during the rotation of the body with a camera , - wherein each recording images a different portion of a surface , in particular a circumferential surface, of the body , - wherein the a recording images a rotation angle range m of up to 360° of the surface , - and wherein the a recording is distributed on multiple revolutions of the body , wherein the machine tool comprises a drive to rotate the body during the recordings , wherein the body is rotatable with the same drive during its use as tool or workpiece. rotating a body , in particular a tool or workpiece, around a rotation axis , and accommodating a number of a >1 rotational angle offset recordings during the rotation of the body with a camera , - wherein each recording images a different portion of a surface , in particular a circumferential surface, of the body , - wherein the a recording images a rotation angle range m of up to 360° of the surface , - and wherein the a recording is distributed on multiple revolutions of the body , - wherein each recording images a different portion of a surface , in particular a circumferential surface, of the body , - wherein the a recording images a rotation angle range m of up to 360° of the surface , - and wherein the a recording is distributed on multiple revolutions of the body , wherein the machine tool comprises a drive to rotate the body during the recordings , wherein the body is rotatable with the same drive during its use as tool or workpiece.
A user equipment, UE, comprising: means for generating a Subscription Concealed Identifier, SUCI: wherein the SUCI includes a Subscription Permanent Identifier, SUPI, concealed using a protection scheme of a plurality of protection schemes, and wherein the SUCI includes a protection scheme identifier identifying which of the plurality of protection schemes the UE used to conceal the SUPI, whereby the SUCI is configured to enable a second network apparatus to de-conceal the SUCI to the SUPI based on the protection scheme identified by the protection scheme identifier; and means for sending the SUCI including the protection scheme identifier to a first network apparatus for transmission to the second network apparatus during a Registration procedure, wherein the plurality of protection schemes includes a first scheme and a second scheme, wherein the protection scheme identifier identifies the first scheme in a case where the first scheme is used and identifies the second scheme in a case where the second scheme is used, wherein the means for sending is configured to send the SUCI included in a NAS message, wherein the NAS message is a Registration Request message, wherein the second network apparatus is a second core network apparatus, and wherein the second core network apparatus is a Unified Data Management, UDM. means for generating a Subscription Concealed Identifier, SUCI: wherein the SUCI includes a Subscription Permanent Identifier, SUPI, concealed using a protection scheme of a plurality of protection schemes, and wherein the SUCI includes a protection scheme identifier identifying which of the plurality of protection schemes the UE used to conceal the SUPI, whereby the SUCI is configured to enable a second network apparatus to de-conceal the SUCI to the SUPI based on the protection scheme identified by the protection scheme identifier; and wherein the SUCI includes a Subscription Permanent Identifier, SUPI, concealed using a protection scheme of a plurality of protection schemes, and wherein the SUCI includes a protection scheme identifier identifying which of the plurality of protection schemes the UE used to conceal the SUPI, whereby the SUCI is configured to enable a second network apparatus to de-conceal the SUCI to the SUPI based on the protection scheme identified by the protection scheme identifier; and means for sending the SUCI including the protection scheme identifier to a first network apparatus for transmission to the second network apparatus during a Registration procedure, wherein the plurality of protection schemes includes a first scheme and a second scheme, wherein the protection scheme identifier identifies the first scheme in a case where the first scheme is used and identifies the second scheme in a case where the second scheme is used, wherein the means for sending is configured to send the SUCI included in a NAS message, wherein the NAS message is a Registration Request message, wherein the second network apparatus is a second core network apparatus, and wherein the second core network apparatus is a Unified Data Management, UDM.
A control unit (121, 123; 221, 223), comprising: a panel (127; 227; 427) having a face (129; 229; 329; 429) and an opposite back (131; 231); a case (133; 233) attached to the back (131; 231) of the panel (127; 227; 427); a plurality of first primary flight display inputs (135; 235; 335; 435) on the face (129; 229; 329; 429) of the panel (127; 227; 427), the plurality of first primary flight display inputs (135; 235; 335; 435) being configured to receive physical inputs for the control of a first primary flight display ; a plurality of second primary flight display inputs (137; 237; 337; 437) on the face (129; 229; 329; 429) of the panel (127; 227; 427), the plurality of second primary flight display inputs (137; 237; 337; 437) being configured to receive physical inputs for the control of a second primary flight display ; a shared input disposed between the plurality of first primary flight display inputs and the plurality of second primary flight display inputs , the shared input being configured to receive physical inputs for the control of both the first primary fight display and the second primary flight display ; and a plurality of flight control inputs (139; 239; 339; 439) on the face (129; 229; 329; 429) of the panel (127; 227; 427), the plurality of flight control inputs (139; 239; 339; 439) being configured to receive physical inputs for the control of automated flight behavior. a panel (127; 227; 427) having a face (129; 229; 329; 429) and an opposite back (131; 231); a case (133; 233) attached to the back (131; 231) of the panel (127; 227; 427); a plurality of first primary flight display inputs (135; 235; 335; 435) on the face (129; 229; 329; 429) of the panel (127; 227; 427), the plurality of first primary flight display inputs (135; 235; 335; 435) being configured to receive physical inputs for the control of a first primary flight display ; a plurality of second primary flight display inputs (137; 237; 337; 437) on the face (129; 229; 329; 429) of the panel (127; 227; 427), the plurality of second primary flight display inputs (137; 237; 337; 437) being configured to receive physical inputs for the control of a second primary flight display ; a shared input disposed between the plurality of first primary flight display inputs and the plurality of second primary flight display inputs , the shared input being configured to receive physical inputs for the control of both the first primary fight display and the second primary flight display ; and a plurality of flight control inputs (139; 239; 339; 439) on the face (129; 229; 329; 429) of the panel (127; 227; 427), the plurality of flight control inputs (139; 239; 339; 439) being configured to receive physical inputs for the control of automated flight behavior.
Sweet food product made of dried fruit consisting of: - between 25 and 45% by weight of dried fruit representing a total fat contribution coming from said dried fruit representing at most 25% by weight with respect to the total weight of said food product; said dried fruit being selected from seeds or nuts; - between 25 and 45% by weight of saccharose or other anhydrous sweetening matter; - between 20 and 40% by weight of cocoa butter or any other solid vegetable fat at ambient temperature used in partial or total substitution of the cocoa butter; - optionally, by emulsifier in a content less than or equal to 1%; said sweet food product having a grain size less than or equal to 50μm. - between 25 and 45% by weight of dried fruit representing a total fat contribution coming from said dried fruit representing at most 25% by weight with respect to the total weight of said food product; said dried fruit being selected from seeds or nuts; - between 25 and 45% by weight of saccharose or other anhydrous sweetening matter; - between 20 and 40% by weight of cocoa butter or any other solid vegetable fat at ambient temperature used in partial or total substitution of the cocoa butter; - optionally, by emulsifier in a content less than or equal to 1%; said sweet food product having a grain size less than or equal to 50μm.
A fluid infusion device , comprising: a housing having a first chamber configured to receive a removable fluid reservoir , the fluid reservoir having a first end and a second end ; and a connector system having a first body section coupled to a second body section , the first body section including a graspable portion for removably coupling the connector system to the housing , the first body section defining a bore in communication with a chamber of the second body section and a counterbore of the second body section , the counterbore of the second body section configured to receive and mate with the second end of the fluid reservoir to define a fluid flow path from the fluid reservoir , the second body section received within the first chamber to retain the fluid reservoir within the housing , the chamber of the second body section in fluid communication with a vent subsystem defined through the second body section , the vent subsystem terminating in an outlet , and the vent subsystem is configured to direct gas in the fluid flow path through the second body section to the outlet . a housing having a first chamber configured to receive a removable fluid reservoir , the fluid reservoir having a first end and a second end ; and a connector system having a first body section coupled to a second body section , the first body section including a graspable portion for removably coupling the connector system to the housing , the first body section defining a bore in communication with a chamber of the second body section and a counterbore of the second body section , the counterbore of the second body section configured to receive and mate with the second end of the fluid reservoir to define a fluid flow path from the fluid reservoir , the second body section received within the first chamber to retain the fluid reservoir within the housing , the chamber of the second body section in fluid communication with a vent subsystem defined through the second body section , the vent subsystem terminating in an outlet , and the vent subsystem is configured to direct gas in the fluid flow path through the second body section to the outlet .
A method of converting a single-chain variable fragment (scFv) into a chimeric polypeptide, comprising (a) providing a first vector comprising, in order from 5' to 3', a first mammalian expression control motif, a first E. coli expression control motif, a sequence encoding a heavy chain variable region (VH) of the scFv, a first site-specific recombination motif, a sequence encoding a light chain variable region (VL) of the scFv, a 5' mammalian splice site (MaM 5'SS ), a fusion display protein sequence, a 3' mammalian splice site (MaM 3'SS ), and a sequence encoding a light chain constant region (CL), and (b) providing a second vector comprising, in order from 5' to 3', a second mammalian expression control motif, a second site-specific recombination motif, and a sequence encoding a polypeptide; and (c) contacting the first vector and the second vector in the presence of a recombinase enzyme, wherein the recombinase enzyme combines the first vector and the second vector in a site-specific manner to form an integrant vector, wherein the integrant vector expresses the VL fused to the CL and a separate VH fused to said polypeptide, thereby upon expression converting an scFv into a chimeric polypeptide. (a) providing a first vector comprising, in order from 5' to 3', a first mammalian expression control motif, a first E. coli expression control motif, a sequence encoding a heavy chain variable region (VH) of the scFv, a first site-specific recombination motif, a sequence encoding a light chain variable region (VL) of the scFv, a 5' mammalian splice site (MaM 5'SS ), a fusion display protein sequence, a 3' mammalian splice site (MaM 3'SS ), and a sequence encoding a light chain constant region (CL), and a first mammalian expression control motif, a first E. coli expression control motif, a sequence encoding a heavy chain variable region (VH) of the scFv, a first site-specific recombination motif, a sequence encoding a light chain variable region (VL) of the scFv, a 5' mammalian splice site (MaM 5'SS ), a fusion display protein sequence, a 3' mammalian splice site (MaM 3'SS ), and a sequence encoding a light chain constant region (CL), and (b) providing a second vector comprising, in order from 5' to 3', a second mammalian expression control motif, a second site-specific recombination motif, and a sequence encoding a polypeptide; and a second mammalian expression control motif, a second site-specific recombination motif, and (c) contacting the first vector and the second vector in the presence of a recombinase enzyme,
A method, comprising: performing a first iteration of a recursive operation using a first bit string and a second bit string; modifying a quantity of bits of a result of the first iteration of the recursive operation, wherein the modified quantity of bits is less than a threshold quantity of bits; writing a first value comprising the modified quantity of bits indicative of the result of the first iteration of the recursive operation to a first register ; writing a second value indicative of a factor corresponding to the result of the first iteration of the recursive operation to a second register ; determining that a result of a second iteration of the recursive operation contains a quantity of bits greater than the threshold quantity of bits; increasing an available size of the first register responsive to determining that the result of the second iteration of the recursive operation contains a quantity of bits greater than the threshold quantity of bits; and writing the result of the second iteration of the recursive operation to the first register . performing a first iteration of a recursive operation using a first bit string and a second bit string; modifying a quantity of bits of a result of the first iteration of the recursive operation, wherein the modified quantity of bits is less than a threshold quantity of bits; writing a first value comprising the modified quantity of bits indicative of the result of the first iteration of the recursive operation to a first register ; writing a second value indicative of a factor corresponding to the result of the first iteration of the recursive operation to a second register ; determining that a result of a second iteration of the recursive operation contains a quantity of bits greater than the threshold quantity of bits; increasing an available size of the first register responsive to determining that the result of the second iteration of the recursive operation contains a quantity of bits greater than the threshold quantity of bits; and writing the result of the second iteration of the recursive operation to the first register .
A method of constructing a knitted compression hosiery product having a smooth interior surface free of loose threads and ridges, comprising the steps of: (a) introducing an elastomer compression inlay yarn into a predetermined first selection of needles on a first knitting machine finger position at a first machine feed; (b) raising a predetermined second selection of needles to take on first and second pattern yarns from a second machine feed; (c) introducing the first and second pattern yarns into the predetermined second selection of needles on second and third knitting machine finger positions at the second machine feed, the first selection of needles and the second selection of needles collectively defining a predetermined pattern; (d) wherein when the predetermined second selection of needles is raised to take on the first and second pattern yarns, the elastomer compression inlay yarn deflects the raised second selection of needles radially inwardly to define an annular space into which the pattern yarns are dropped in an offset relation to the elastomer compression inlay yarn; and (e) wherein the first and second pattern yarns are plated to respective outer and inner surfaces of the fabric, and the elastomer compression yarn is inlaid to the inner surface of the fabric and one pattern yarn has a composition that takes on a dye differently than the other pattern yarn takes on dye, resulting in a pattern that is distinguished by a different color appearance of the two yarns. (a) introducing an elastomer compression inlay yarn into a predetermined first selection of needles on a first knitting machine finger position at a first machine feed; (b) raising a predetermined second selection of needles to take on first and second pattern yarns from a second machine feed; (c) introducing the first and second pattern yarns into the predetermined second selection of needles on second and third knitting machine finger positions at the second machine feed, the first selection of needles and the second selection of needles collectively defining a predetermined pattern; (d) wherein when the predetermined second selection of needles is raised to take on the first and second pattern yarns, the elastomer compression inlay yarn deflects the raised second selection of needles radially inwardly to define an annular space into which the pattern yarns are dropped in an offset relation to the elastomer compression inlay yarn; and (e) wherein the first and second pattern yarns are plated to respective outer and inner surfaces of the fabric, and the elastomer compression yarn is inlaid to the inner surface of the fabric and one pattern yarn has a composition that takes on a dye differently than the other pattern yarn takes on dye, resulting in a pattern that is distinguished by a different color appearance of the two yarns.
Method for assisting with the analysis of the execution of at least one virtual machine hosted by a host server , the virtual machine comprising an operating system (OS1) that communicates with a hypervisor of the host system, said hypervisor interfacing between the operating system and hardware resources of the host system, said method comprising the following steps: - identifying (E10) a first instruction corresponding to an entry point of a kernel function of the virtual machine, called the current function, by scanning stepwise a memory region allocated to the kernel of the virtual machine by the hypervisor, until said first instruction is found, - identifying (E11) a second instruction corresponding to the end of said current function, by scanning stepwise the memory region allocated to the kernel of the virtual machine, from the identified entry point until said second instruction is found, - computing (E12) a digest of the instructions comprised between the first instruction and the second instruction of the current function, - searching (E13) a reference database (BDR) for said digest, said database containing a set of digests of kernel functions of the operating system of the virtual machine, which are respectively associated with a prototype of said kernel function, - when said digest is found in the reference database, storing (E14) an address of the entry point of the current function in association with the prototype of the kernel function associated with said digest in the reference database. - identifying (E10) a first instruction corresponding to an entry point of a kernel function of the virtual machine, called the current function, by scanning stepwise a memory region allocated to the kernel of the virtual machine by the hypervisor, until said first instruction is found, - identifying (E11) a second instruction corresponding to the end of said current function, by scanning stepwise the memory region allocated to the kernel of the virtual machine, from the identified entry point until said second instruction is found, - computing (E12) a digest of the instructions comprised between the first instruction and the second instruction of the current function, - searching (E13) a reference database (BDR) for said digest, said database containing a set of digests of kernel functions of the operating system of the virtual machine, which are respectively associated with a prototype of said kernel function, - when said digest is found in the reference database, storing (E14) an address of the entry point of the current function in association with the prototype of the kernel function associated with said digest in the reference database.