mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic device comprising: a rotor disposed for rotation about an axis; a plurality of vanes each including a vane step , each of the plurality of vanes moveable relative to the rotor between a retracted position and an extended position where the plurality of vanes work a hydraulic fluid introduced adjacent the rotor; a roller mounted to a tip of each of the plurality of vanes; and a ring disposed at least partially around the rotor, the rotor including one or more passages configured for ingress or egress of a hydraulic fluid to or from a region adjacent the vane step and defined by at least the rotor and the vane step; wherein the plurality of vanes each include a passage extending through the vane from the vane step to the tip beneath the roller, and wherein during operation of the hydraulic device, the roller is configured to rotate relative to the vane on a film of the hydraulic fluid provided to the tip beneath the roller by the passage extending from the vane step to the tip beneath the roller. a rotor disposed for rotation about an axis; a plurality of vanes each including a vane step , each of the plurality of vanes moveable relative to the rotor between a retracted position and an extended position where the plurality of vanes work a hydraulic fluid introduced adjacent the rotor; a roller mounted to a tip of each of the plurality of vanes; and a ring disposed at least partially around the rotor, the rotor including one or more passages configured for ingress or egress of a hydraulic fluid to or from a region adjacent the vane step and defined by at least the rotor and the vane step; wherein the plurality of vanes each include a passage extending through the vane from the vane step to the tip beneath the roller, and wherein during operation of the hydraulic device, the roller is configured to rotate relative to the vane on a film of the hydraulic fluid provided to the tip beneath the roller by the passage extending from the vane step to the tip beneath the roller.
The use of an aerolysin nanopore for the electrical detection of peptides, proteins separated by at least one amino acid in a preparation where said nanopore is inserted into a lipid membrane which is subjected to a difference in potential between -60mV and -10 mV, in a reaction medium comprising an alkali metal halide electrolyte solution with a concentration between 2M and 5M, and at a temperature between 3 °C and 33 °C, and where said use is intended to differentiate said peptides, proteins according to their length, their mass and their sequence.
A method of predicting susceptibility of a subject suffering from cancer to a treatment with an epidermal growth factor receptor (EGFR) inhibitor, wherein the method comprises detecting the presence or absence of a genetic alteration in a long non-coding RNA (lncRNA) that resides in an antisense strand of an oncogene, wherein the genetic alteration alters or disrupts expression of the oncogene; wherein in case the genetic alteration is present, the subject is predicted to show improved susceptibility to the treatment with the EGFR inhibitor compared to a subject not carrying the genetic alteration; wherein the oncogene is EGFR encoding epidermal growth factor receptor; wherein the long non-coding RNA on an antisense strand of an oncogene is EGFR-AS1 for EGFR gene; wherein the genetic alteration is a homozygous silent G>A mutation at nucleotide position 2361 encoding Q787Q in exon 20 of the oncogene EGFR; and wherein the cancer is head and neck cancer.
Spectacles , comprising: a frame , at least one transparent element , which is attached to the frame , wherein the transparent element is a spectacle lens, and an attachment means , which is adapted to fix the frame to the wearer's head, wherein the frame comprises at least one recess , characterized in that an elastic element is provided in the at least one recess , and wherein the at least one recess is arranged on the inner side of the frame facing the forehead of a user, and wherein the at least one recess extends from top to bottom on the inner side of the frame facing the forehead of a user, and wherein the at least one recess is continuous from the top to the bottom side of the frame , wherein the material from which the frame is made has a lower elasticity than the elastic element . a frame , at least one transparent element , which is attached to the frame , wherein the transparent element is a spectacle lens, and an attachment means , which is adapted to fix the frame to the wearer's head, wherein the frame comprises at least one recess , characterized in that an elastic element is provided in the at least one recess , and wherein the at least one recess is arranged on the inner side of the frame facing the forehead of a user, and wherein the at least one recess extends from top to bottom on the inner side of the frame facing the forehead of a user, and wherein the at least one recess is continuous from the top to the bottom side of the frame , wherein the material from which the frame is made has a lower elasticity than the elastic element .
A fluid ejection and vaporization device , configured for generating vapors and comprises a maintenance apparatus, an ejection head , a vapor heater and a mouthpiece , and is configured such that, during operation, a flow of air flows through the fluid ejection and vaporization device , and a fluid is ejected from the ejection head onto the vapor heater , and the fluid is vaporized and flows though the mouthpiece out of the fluid ejection and vaporization device , wherein the maintenance apparatus comprises: a wiper blade , configured to sweep the ejection head ; and an air operated mechanism , wherein the air operated mechanism is attached to the wiper blade and configured to be operated by the flow of air to move the wiper blade across the ejection head , wherein the air operated mechanism has a first end configured to be fixed within the fluid ejection and vaporization device and a second end moveable relative to the first end , the second end being attached to the wiper blade and characterized in that a movement of the second end relative to the first end is linear movement parallel to an axial direction of the fluid ejection and vaporization device . a wiper blade , configured to sweep the ejection head ; and an air operated mechanism , wherein the air operated mechanism is attached to the wiper blade and configured to be operated by the flow of air to move the wiper blade across the ejection head , wherein the air operated mechanism has a first end configured to be fixed within the fluid ejection and vaporization device and a second end moveable relative to the first end , the second end being attached to the wiper blade and characterized in that a movement of the second end relative to the first end is linear movement parallel to an axial direction of the fluid ejection and vaporization device .
A node device comprising: a first optical unit for outputting a first optical signal addressed to a second terminal station that is received from a first terminal station and a second optical signal having a wavelength band different from that of the first optical signal addressed to a third terminal station that is received from the first terminal station; and characterized by a second optical unit in which the first and second optical signals outputted from the first optical unit are inputted, the frequency of the first optical signal is shifted by a predetermined amount into a fourth optical signal, the second optical signal is passed as it is, and the second and fourth optical signals are coupled and transmitted to the third terminal station, wherein the predetermined amount is determined in such a way that the frequency of a carrier of the fourth optical signal is a frequency midway between two frequencies of the frequency grid receivable by the third terminal station. a first optical unit for outputting a first optical signal addressed to a second terminal station that is received from a first terminal station and a second optical signal having a wavelength band different from that of the first optical signal addressed to a third terminal station that is received from the first terminal station; and characterized by a second optical unit in which the first and second optical signals outputted from the first optical unit are inputted, the frequency of the first optical signal is shifted by a predetermined amount into a fourth optical signal, the second optical signal is passed as it is, and the second and fourth optical signals are coupled and transmitted to the third terminal station, wherein the predetermined amount is determined in such a way that the frequency of a carrier of the fourth optical signal is a frequency midway between two frequencies of the frequency grid receivable by the third terminal station.
A process for preparing dialkyl terephalate comprising the following steps:- i) providing furan-2,5-dicarboxylate; ii) esterifying the furan-2,5-dicarboxylate with alcohol to form furan-2,5-carboxylic acid dialkyl ester; iii) reacting the furan-2,5-carboxylic acid dialkyl ester with ethylene under Diels Alder conditions, elevated temperature and pressure and in the presence of a catalyst such that dialkyl terephthalate is produced; wherein the Diels-Alder reaction is free from solvent; wherein the catalyst comprises a clay comprising metal ions and having Lewis acidity. i) providing furan-2,5-dicarboxylate; ii) esterifying the furan-2,5-dicarboxylate with alcohol to form furan-2,5-carboxylic acid dialkyl ester; iii) reacting the furan-2,5-carboxylic acid dialkyl ester with ethylene under Diels Alder conditions, elevated temperature and pressure and in the presence of a catalyst such that dialkyl terephthalate is produced; wherein the Diels-Alder reaction is free from solvent; wherein the catalyst comprises a clay comprising metal ions and having Lewis acidity.
Method implemented by an apparatus of I-CSCF type for the selecting of a device of S-CSCF type of a telecommunications network of IMS type during the registration of a user apparatus for implementing communications on the telecommunications network of IMS type, comprising the following steps: a) receiving (S30) a set of characteristics associated with a subscriber of said user apparatus; b) forming (S31, S32) a first symbolic address for the interrogation of an address server, on the basis of at least some of the characteristics of said set on the one hand, and of an address domain name on the other hand; c) transmitting (S33) the first address to the address server; d) receiving (S34) on the basis of the address domain name on interrogation of said address server a list of one or more devices of S-CSCF type which are compatible with said at least some of the characteristics of said set; said list comprising for each compatible device a physical address of said compatible device; and e) selecting (S35) a device of S-CSCF type from among the list. a) receiving (S30) a set of characteristics associated with a subscriber of said user apparatus; b) forming (S31, S32) a first symbolic address for the interrogation of an address server, on the basis of at least some of the characteristics of said set on the one hand, and of an address domain name on the other hand; c) transmitting (S33) the first address to the address server; d) receiving (S34) on the basis of the address domain name on interrogation of said address server a list of one or more devices of S-CSCF type which are compatible with said at least some of the characteristics of said set; said list comprising for each compatible device a physical address of said compatible device; and e) selecting (S35) a device of S-CSCF type from among the list.
A process for removing acid gases from a fluid stream, wherein the fluid stream is contacted with an absorbent comprising a solution of a compound of the general formula (I) wherein R 1 and R 2 are independently C 1 -C 4 -alkyl; R 3 is selected from hydrogen and C 1 -C 4 -alkyl, R 4 , R 5 and R 6 are independently selected from hydrogen and C 1 -C 4 -alkyl; x and y are integers from 2 to 4 and z is an integer from 1 to 3; to obtain a treated fluid stream and a laden absorbent.
Children's tent with safety snap fasteners for tensioning a tent canvas, comprising four obliquely placed vertical slats (F), two of which are interconnected at a sharp angle, wherein the vertical slats (F) are connected at the bottom with two horizontal slats (E) and with a horizontal slat (G) at the top, and a tent canvas (P), wherein each vertical slat (F) comprises, in the upper part, a groove (L) with a hole (K) in the middle of the groove (L) for connection with the top horizontal slat (G) and, in the lower part, a hole (O) for connection with the respective bottom horizontal slat (E), wherein across groove (L), two vertical slats (F) each are interconnected, characterized by further comprising snap fasteners (C), each snap fastener (C) comprising two parts, a first part (H) which enters the respective vertical slat (F) and a second part (I) which is connected with the tent canvas (P), and above the hole (O) in the lower part, the vertical slat (F) comprises the first part (H) of the safety snap fastener (C), wherein the second part (I) of the safety snap fastener (C) is on the tent canvas (P), allowing the transfer of tension force (D) diagonally across the tent canvas (P) while the tent canvas (P) is crossed over the top horizontal slat (G) and covers and encompasses the vertical slats (F). characterized by further comprising snap fasteners (C), each snap fastener (C) comprising two parts, a first part (H) which enters the respective vertical slat (F) and a second part (I) which is connected with the tent canvas (P), and above the hole (O) in the lower part, the vertical slat (F) comprises the first part (H) of the safety snap fastener (C), wherein the second part (I) of the safety snap fastener (C) is on the tent canvas (P), allowing the transfer of tension force (D) diagonally across the tent canvas (P) while the tent canvas (P) is crossed over the top horizontal slat (G) and covers and encompasses the vertical slats (F).
A compressor comprising: a crankshaft ; an electric motor having a rotor coupled to the crankshaft and a stator in which the rotor is housed via an air gap; and a counterweight being disposed adjacent to the rotor and being integrated with the crankshaft, wherein an oil outflow reduction member an overall outer shape of which is formed in a shape of a substantially closed cylinder extending in an axial direction of the crankshaft by an upper disc portion enclosing an upper side of a counterweight passing space (Sbw), a disc enclosing a lower side of the counterweight passing space, and a lateral portion enclosing a lateral side of the counterweight passing space, the counterweight passing space being a space through which at least part of the counterweight passes when the crankshaft rotates 360°. a crankshaft ; an electric motor having a rotor coupled to the crankshaft and a stator in which the rotor is housed via an air gap; and a counterweight being disposed adjacent to the rotor and being integrated with the crankshaft, wherein an oil outflow reduction member an overall outer shape of which is formed in a shape of a substantially closed cylinder extending in an axial direction of the crankshaft by an upper disc portion enclosing an upper side of a counterweight passing space (Sbw), a disc enclosing a lower side of the counterweight passing space, and a lateral portion enclosing a lateral side of the counterweight passing space, the counterweight passing space being a space through which at least part of the counterweight passes when the crankshaft rotates 360°.
A detector (DET_i) including: - a sensor (CAP) configured to acquire a characteristic of the environment of said sensor; - a module (APP) configured to pair (E30) said detector (DET_i) with a concentrator (CON), and to receive, during said pairing, a unique identifier (ID_i) of said detector (DET _i); - a memory (MEM) for storing said unique identifier (ID_i) and a computer program (PG_DET); - a module (SYN) for synchronizing a clock (HRL) of said detector (DET_i) with a clock (HRL) of said concentrator (CON); - a radio communication module (COM) controlled by the clock (HRL) of the detector (DET_i); - a calculation module (CAL) configured to determine (E40), from said unique identifier (ID_i), and by executing said computer program (PG_DET), at least one emission range of a collection data (DNC_i) obtained from the characteristic of the environment acquired by the sensor (CAP); - said radio communication module (COM) being configured to send (E70) said collection data (DNC_i) to said concentrator (CON) during said emission range. - a sensor (CAP) configured to acquire a characteristic of the environment of said sensor; - a module (APP) configured to pair (E30) said detector (DET_i) with a concentrator (CON), and to receive, during said pairing, a unique identifier (ID_i) of said detector (DET _i); - a memory (MEM) for storing said unique identifier (ID_i) and a computer program (PG_DET); - a module (SYN) for synchronizing a clock (HRL) of said detector (DET_i) with a clock (HRL) of said concentrator (CON); - a radio communication module (COM) controlled by the clock (HRL) of the detector (DET_i); - a calculation module (CAL) configured to determine (E40), from said unique identifier (ID_i), and by executing said computer program (PG_DET), at least one emission range of a collection data (DNC_i) obtained from the characteristic of the environment acquired by the sensor (CAP); - said radio communication module (COM) being configured to send (E70) said collection data (DNC_i) to said concentrator (CON) during said emission range.
Rotary fitting for concealed arrangement on doors or windows , with a first strip part for securing to a leaf , and a second strip part for securing to a frame , wherein, in order to form a hinge-like pivoting connection of the rotary fitting , the two strip parts can be rotated about a common axis of rotation , and are in working connection with one another by means of a hinge bar which comprises the rotary joint , wherein the hinge bar comprises at one end , with the strip part , a receiving hole forming the axis of rotation for a bearing bolt passing through it, and, with its other end facing towards the leaf , engages with working effect into a receiving section , rectangular in cross-section, of the strip part secured to the leaf , wherein the hinge bar comprises at its free end a thickened section , formed as one piece, which is adjusted to fit the walls of the strip part forming the receiving section , and faces towards the end of the receiving section , wherein a section of the hinge bar , configured in the form of a web as far as the thickened section , is arranged at a spacing interval from the walls , characterized in that the hinge bar comprises an adjustment device , with which the hinge bar can be held by the thickened section so as to be adjustable in the receiving section about the axis of rotation , wherein the adjustment device is received in a cut-out opening of the hinge bar and is formed from a bearing part secured to the hinge bar in non-positive fit, an adjustment cam , and a threaded pin , wherein the adjustment cam exhibits a cambered section arranged at the free end , which projects into the receiving section of the second strip part , wherein the cambered section forms, with the receiving section , a sliding fit seat.
A method carried out by a server or a system which comprises at least two apparatuses, wherein at least one apparatus is a server, comprising: - obtaining of an identifier of a locker system detected or obtained by a device of a person who wants to obtain access to a locker of a plurality of lockers of the locker system, and - generating and/or outputting access authorization information, the provision of which to a locker system is a necessary condition for the granting of access to a locker of a plurality of lockers of the locker system by the locker system, wherein the access authorization information is generated after the identifier of the locker system had been detected or obtained by the device of the person, and the identifier of the locker system is taken into account during the generating of the access authorization information. - obtaining of an identifier of a locker system detected or obtained by a device of a person who wants to obtain access to a locker of a plurality of lockers of the locker system, and - generating and/or outputting access authorization information, the provision of which to a locker system is a necessary condition for the granting of access to a locker of a plurality of lockers of the locker system by the locker system, wherein the access authorization information is generated after the identifier of the locker system had been detected or obtained by the device of the person, and the identifier of the locker system is taken into account during the generating of the access authorization information.
An illumination package , comprising: a heat spreader including a base and a stub that extends from the base , wherein the base comprises a bottom surface providing for direct coupling to a heat sink and comprises a top surface ; an edge-emitting laser diode, EELD, configured to generate illumination light, the EELD being mounted to a side of the stub ; and a substrate being electrically connected to the EELD and a printed circuit board, PCB , wherein the substrate includes a first surface and a second surface opposing the first surface, the first surface being coupled to the top surface of the base and the second surface being coupled to the PCB , and is at a location on the top surface of the base spaced from the EELD . a heat spreader including a base and a stub that extends from the base , wherein the base comprises a bottom surface providing for direct coupling to a heat sink and comprises a top surface ; an edge-emitting laser diode, EELD, configured to generate illumination light, the EELD being mounted to a side of the stub ; and a substrate being electrically connected to the EELD and a printed circuit board, PCB , wherein the substrate includes a first surface and a second surface opposing the first surface, the first surface being coupled to the top surface of the base and the second surface being coupled to the PCB , and is at a location on the top surface of the base spaced from the EELD .