mhurhangee/patent-ind-claim-en huggingface dataset:
A double joining device suitable for a piece of furniture comprising at least three panels , said panels having seats (S1,S1',S2,S2') and said joining device having a levelling group (GL) for central panels of furniture and furnishing items, in particular between a first panel , such as a shoulder of a piece of furniture, and a pair of second panels , such as a base or shelf of a piece of furniture, positioned on opposite sides of the first panel , which must be moved towards each other according to an approach direction (d,d') in order to bring the edge (B,B') of one panel abutted in a tightening position against a surface (S,S') of the other panel, said joining device comprising two blocking groups (GB) and one connection group (GC) assemblable on said panels , characterized in that said double joining device also comprises said levelling group (GL), said two blocking groups (GB) and also said levelling group (GL) being insertable inside a respective seat, adjacent and contained in the thickness (SP) of the panel on which said blocking groups (GB) and said levelling group (GL) are applicable, said seats of the blocking groups (GB) and elling group (GL) having a longitudinal axis (X) which is perpendicular to said direction (d,d'); wherein each of said blocking groups (GB) and said levelling group (GL) can be actuated from a first hole (37,37',37") produced in said shoulder and that each of said pin connection groups (GC) can be coupled with said shoulder from a second hole produced in said shoulder , said first and second holes (37,38; 37',38') being spaced from each other and horizontal, the double joining device further comprising a casing , wherein each blocking group (GB) comprises a pinion-toothed crown bevel , which is housed in said casing positionable in a pair of holes or seats (S1, S1') of said shoulder adjacent and spaced from said levelling group (GL), said pinion-toothed crown bevel controlling the movement of a grub screw suitable for being engaged on a respective pin group of each of the two connection groups (GC); and wherein said levelling group (GL) comprises a pinion-toothed crown bevel , which is housed in said casing positionable in said hole or seat (S1") of said shoulder and which controls the movement of a supporting leg suitable for being engaged on a floor (P).
A method of operation of a communication system comprising: receiving an input digital data stream by a block size unit; encoding a progressive-Golomb codeword characterised by a parameter m from the input digital data stream including establishing a group size parameter for matching a distribution of the input digital data stream, the group size parameter being selected from a plurality of sizes of groups of progressive-Golomb codewords including a first group size of three associated with a value m=1, a second group size of four associated with a value m=2, a third group size of twelve associated with a value m=3 and a fourth group size of infinite associated with a value m=4; and transferring, to an output device, the progressive-Golomb codeword, wherein the progressive-Golomb codeword, for a smallest value of the input digital data stream to a largest value of the input digital data stream, is formed of a concatenation of an incremental number of bits of the value "1", a bit of the value "0", and an incremental m-bit value. receiving an input digital data stream by a block size unit; encoding a progressive-Golomb codeword characterised by a parameter m from the input digital data stream including establishing a group size parameter for matching a distribution of the input digital data stream, the group size parameter being selected from a plurality of sizes of groups of progressive-Golomb codewords including a first group size of three associated with a value m=1, a second group size of four associated with a value m=2, a third group size of twelve associated with a value m=3 and a fourth group size of infinite associated with a value m=4; and transferring, to an output device, the progressive-Golomb codeword, wherein the progressive-Golomb codeword, for a smallest value of the input digital data stream to a largest value of the input digital data stream, is formed of a concatenation of an incremental number of bits of the value "1", a bit of the value "0", and an incremental m-bit value.
Luminous module for a motor vehicle lighting and/or signalling optical unit, comprising first and second light ray emission means arranged on the two opposite faces of the same printed circuit board , first and second light guides of flat type capable respectively of receiving the light rays coming from the said first and second emission means and capable of ensuring respectively with the said corresponding emission means a first and a second predetermined photometric function, and a support part comprising two shafts passing successively through two corresponding first orifices formed in the said first light guide and two corresponding second orifices formed in the said second light guide , the said first and second orifices being arranged in the said support part , as well as a support part comprising two shafts passing successively through two corresponding first orifices provided in said first light guide and two corresponding second orifices provided in said printed circuit board , said second light guide being fitted onto the free ends of said shafts , each of said shafts also having an internal bore opening at its free end and into which is screwed a screw which has previously passed through a corresponding hole formed in said second light guide and whose head is pressed against the face of this second light guide opposite said printed circuit board on the periphery of this hole ; characterized in that said shafts have a conical shape, their section decreasing from their base attached to said support part to their free end.
Method for customizing a sport footwear of the kind comprising an inner liner made of a substantially soft material and a substantially rigid outer shell, said method comprising at least the steps of: - manufacturing said inner liner or a portion of said inner liner from a first material; - applying one or more inserts to the outer surface of said inner liner or portion thereof , the outer surface of said inner liner or portion thereof being the surface which, in use, is facing said substantially rigid outer shell, said one or more inserts being made of a second material which is different from the first material and is shapeable by machining, said one or more inserts covering only partially the outer surface of said inner liner or portion thereof ; - introducing said inner liner into said outer shell; - acquiring information on the user's morphology; - machining said one or more inserts on the basis of the acquired information, so as to adapt the shape and geometry of said one or more inserts to said user's morphology and to the shape and geometry of said outer shell, wherein said second material is shapeable by machining by material removal, characterized in that said one or more inserts is/are machined by milling. - manufacturing said inner liner or a portion of said inner liner from a first material; - applying one or more inserts to the outer surface of said inner liner or portion thereof , the outer surface of said inner liner or portion thereof being the surface which, in use, is facing said substantially rigid outer shell, said one or more inserts being made of a second material which is different from the first material and is shapeable by machining, said one or more inserts covering only partially the outer surface of said inner liner or portion thereof ; - introducing said inner liner into said outer shell; - acquiring information on the user's morphology; - machining said one or more inserts on the basis of the acquired information, so as to adapt the shape and geometry of said one or more inserts to said user's morphology and to the shape and geometry of said outer shell, wherein said second material is shapeable by machining by material removal, characterized in that said one or more inserts is/are machined by milling.
Restraint coupling for coupling at least one pipe comprising • a main body including a through hole with a middle axis , • at least one end ring extending around the middle axis , and • a plurality of wedge-shaped gripping elements , provided around the middle axis in an annular arrangement, • wherein each gripping element has a toothed surface adapted to contact the pipe and a slanted surface slanted with respect to the toothed surface , the slanted surface being in contact with an inside surface of the end ring , • wherein the end ring can be clamped to the main body via mounting elements thereby pressing the inside surface of the end ring against the slanted surface of each gripping element to shift each gripping element towards the middle axis , • characterized in that the gripping elements are arranged in a non-linked fashion with each gripping element being provided independent from each other gripping element between the main body and the end ring . • a main body including a through hole with a middle axis , • at least one end ring extending around the middle axis , and • a plurality of wedge-shaped gripping elements , provided around the middle axis in an annular arrangement, • wherein each gripping element has a toothed surface adapted to contact the pipe and a slanted surface slanted with respect to the toothed surface , the slanted surface being in contact with an inside surface of the end ring , • wherein the end ring can be clamped to the main body via mounting elements thereby pressing the inside surface of the end ring against the slanted surface of each gripping element to shift each gripping element towards the middle axis , • characterized in that the gripping elements are arranged in a non-linked fashion with each gripping element being provided independent from each other gripping element between the main body and the end ring .
A method for reducing media skew in a media advance system, comprising: advancing a media from a media roll through a feed roller towards the nip of a drive roller characterised by reducing a media transportation speed at the feed roller relative to the media transportation speed at the drive roller for a predetermined period of time when a leading edge of the media reaches the nip of the drive roller ; and cutting the media to a predetermined page size at a position upstream of the feed roller . advancing a media from a media roll through a feed roller towards the nip of a drive roller characterised by reducing a media transportation speed at the feed roller relative to the media transportation speed at the drive roller for a predetermined period of time when a leading edge of the media reaches the nip of the drive roller ; and cutting the media to a predetermined page size at a position upstream of the feed roller .
Tag for labelling goods within the value chain, comprising: a communication module for bidirectional communication with network nodes, a network processor having integrated routing logic for establishing a meshed network with another tag , and a storage means for receiving information regarding the goods labelled by the tag , characterised in that the tag is designed to save and retrieve information regarding adjacent tags in the storage means, in order to store, in the storage means, a history of tags which have been detected in the vicinity of the tag over a certain period of time, at least one fastening means is provided on or within the housing of the tag for fastening the tag to the goods , preferably in the form of at least one eye and/or a press stud on the housing and/or a disc magnet integrated in the housing, and an antenna that is peripheral in the housing for amplifying the transmission and/or reception power of the tag , the antenna being electrically conductively connected to the at least one fastening means in order to loop through the transmission and/or reception signal. a communication module for bidirectional communication with network nodes, a network processor having integrated routing logic for establishing a meshed network with another tag , and a storage means for receiving information regarding the goods labelled by the tag , characterised in that the tag is designed to save and retrieve information regarding adjacent tags in the storage means, in order to store, in the storage means, a history of tags which have been detected in the vicinity of the tag over a certain period of time, at least one fastening means is provided on or within the housing of the tag for fastening the tag to the goods , preferably in the form of at least one eye and/or a press stud on the housing and/or a disc magnet integrated in the housing, and an antenna that is peripheral in the housing for amplifying the transmission and/or reception power of the tag , the antenna being electrically conductively connected to the at least one fastening means in order to loop through the transmission and/or reception signal.
A method for dyeing keratinous material, in particular human hair, comprising the following steps: - applying an agent (a) to the keratinous material, wherein agent (a) contains at least one organosilicon compound selected from silanes having one, two or three silicon atoms, wherein the organosilicon compound comprises one or more basic chemical functions and one or more hydroxyl groups or hydrolyzable groups per molecule, - applying an agent (b) to the keratinous material, wherein agent (b) contains at least one coloring compound from the group of pigments and/or direct dyes, - applying an agent (c) to the keratinous material, wherein agent (c) contains at least one silicone oil having a viscosity of 10 to 2000 mm 2 /s, measured according to the ASTM Standard D-445 (25 °C). - applying an agent (a) to the keratinous material, wherein agent (a) contains at least one organosilicon compound selected from silanes having one, two or three silicon atoms, wherein the organosilicon compound comprises one or more basic chemical functions and one or more hydroxyl groups or hydrolyzable groups per molecule, - applying an agent (b) to the keratinous material, wherein agent (b) contains at least one coloring compound from the group of pigments and/or direct dyes, - applying an agent (c) to the keratinous material, wherein agent (c) contains at least one silicone oil having a viscosity of 10 to 2000 mm 2 /s, measured according to the ASTM Standard D-445 (25 °C).
A method comprising: receiving, by a User Equipment, UE, a New Radio, NR, Radio Resource Control, RRC, signal from an NR base station, the NR RRC signal indicating a Long Term Evolution, LTE, network parameter of an LTE base station ; and receiving, by the UE from the NR base station, an NR downlink signal over one or more resources in a set of resources, the set of resources comprising a subset of resources reserved for an LTE signal according to the LTE network parameter indicated by the NR RRC signal, and the one or more resources excluding the subset of resources in the set of resources . receiving, by a User Equipment, UE, a New Radio, NR, Radio Resource Control, RRC, signal from an NR base station, the NR RRC signal indicating a Long Term Evolution, LTE, network parameter of an LTE base station ; and receiving, by the UE from the NR base station, an NR downlink signal over one or more resources in a set of resources, the set of resources comprising a subset of resources reserved for an LTE signal according to the LTE network parameter indicated by the NR RRC signal, and the one or more resources excluding the subset of resources in the set of resources .
A method of quantifying the amount of at least two analytes A1 and A2 comprised in a sample, comprising: (a) adding at least one salt (S) to at least a portion (P1) of the sample comprising the at least two analytes A1 and A2, (b) ionizing at least a portion of the sample according to (a) thereby forming an analyte flow comprising the analytes A1 and A2 in ionized form, (c) separating the ionized analytes A1 and A2 from each other by using at least one ion mobility separator , wherein the analyte flow according to (b) at least partially passes through the ion mobility separator , and (d) quantifying the amount of the separated ionized analytes obtained according to (c), wherein A1 is a pharmaceutically active compound C or derivative thereof and A2 is an epimer of C, and wherein A1 has an octanol-water partitioning coefficient (log P) value of greater than 0. (a) adding at least one salt (S) to at least a portion (P1) of the sample comprising the at least two analytes A1 and A2, (b) ionizing at least a portion of the sample according to (a) thereby forming an analyte flow comprising the analytes A1 and A2 in ionized form, (c) separating the ionized analytes A1 and A2 from each other by using at least one ion mobility separator , wherein the analyte flow according to (b) at least partially passes through the ion mobility separator , and (d) quantifying the amount of the separated ionized analytes obtained according to (c), wherein A1 is a pharmaceutically active compound C or derivative thereof and A2 is an epimer of C, and
A dielectric waveguide connector for guiding electromagnetic radiation between a high frequency radiating device and a dielectric waveguide comprising: a cone or pyramid structure provided from a dielectric material having a first relative dielectric permittivity ε r1 ; an integrated circuit insert at the wide side of the cone or pyramid structure configured to house an integrated circuit having an antenna; a waveguide inset at the narrow side of the cone or pyramid structure configured to house a dielectric waveguide ; a dielectric lens provided from a dielectric material having a second relative dielectric permittivity ε r2 and wherein ε r1 < ε r2 ; wherein the dielectric lens is arranged in the center of the cone or pyramid structure above the integrated circuit insert . a cone or pyramid structure provided from a dielectric material having a first relative dielectric permittivity ε r1 ; an integrated circuit insert at the wide side of the cone or pyramid structure configured to house an integrated circuit having an antenna; a waveguide inset at the narrow side of the cone or pyramid structure configured to house a dielectric waveguide ; a dielectric lens provided from a dielectric material having a second relative dielectric permittivity ε r2 and wherein ε r1 < ε r2 ; wherein the dielectric lens is arranged in the center of the cone or pyramid structure above the integrated circuit insert .
A method of securing a memory storage in an apparatus, the method comprising: receiving a user password; reading a random number from a Trusted Platform Module, TPM, of the apparatus; receiving values of one or more Platform Configuration Registers of the Trusted Platform Module; creating a blob using the random number and the values from the one or more registers and the user password; encrypting the blob in the Trusted Platform Module; re-encrypting the encrypted blob in a Trusted Execution Environment, TEE, execution mode of the apparatus utilizing a hardware specific key and the user password; and storing the re-encrypted blob, the re-encryption further comprising: generating a salt from the user password; applying a Secure Hash Algorithm, SHA, to the salt; generating an Advanced Encryption Standard key utilising the salt and the hardware specific key; and encrypting the Advanced Encryption Standard key utilising Advanced Encryption Standard Cipher Block Chaining, AES-CBC. receiving a user password; reading a random number from a Trusted Platform Module, TPM, of the apparatus; receiving values of one or more Platform Configuration Registers of the Trusted Platform Module; creating a blob using the random number and the values from the one or more registers and the user password; encrypting the blob in the Trusted Platform Module; re-encrypting the encrypted blob in a Trusted Execution Environment, TEE, execution mode of the apparatus utilizing a hardware specific key and the user password; and storing the re-encrypted blob, the re-encryption further comprising: generating a salt from the user password; applying a Secure Hash Algorithm, SHA, to the salt; generating an Advanced Encryption Standard key utilising the salt and the hardware specific key; and encrypting the Advanced Encryption Standard key utilising Advanced Encryption Standard Cipher Block Chaining, AES-CBC. generating a salt from the user password; applying a Secure Hash Algorithm, SHA, to the salt; generating an Advanced Encryption Standard key utilising the salt and the hardware specific key; and encrypting the Advanced Encryption Standard key utilising Advanced Encryption Standard Cipher Block Chaining, AES-CBC.
A light deflector comprising: a reflector having a reflecting surface ; a movable part coupled to the reflector ; a drive circuit configured to cause the movable part to deform so as to rotate and oscillate the reflector ; a supporting unit having an opening in part; and a spring having a bending structure disposed between the movable part and the supporting unit , the spring coupled to each of the movable part and the supporting unit , wherein the spring is less rigid in a direction of an oscillation axis of the reflector and is thicker and more rigid in a direction orthogonal to the reflecting surface than the movable part , wherein the opening includes two openings (16 and 17), and wherein one of the two openings is provided at one side of the reflector , and the other of the two openings is provided at the other side of the reflector in a direction orthogonal to a direction of an oscillation axis of the reflector , wherein the supporting unit includes two supporting units being separate from each other with the openings therebetween. a reflector having a reflecting surface ; a movable part coupled to the reflector ; a drive circuit configured to cause the movable part to deform so as to rotate and oscillate the reflector ; a supporting unit having an opening in part; and a spring having a bending structure disposed between the movable part and the supporting unit , the spring coupled to each of the movable part and the supporting unit , wherein the spring is less rigid in a direction of an oscillation axis of the reflector and is thicker and more rigid in a direction orthogonal to the reflecting surface than the movable part , wherein the opening includes two openings (16 and 17), and wherein one of the two openings is provided at one side of the reflector , and the other of the two openings is provided at the other side of the reflector in a direction orthogonal to a direction of an oscillation axis of the reflector , wherein the supporting unit includes two supporting units being separate from each other with the openings therebetween.