mhurhangee/patent-ind-claim-en huggingface dataset:
A joining apparatus for supporting strips of adhesive labels conveyed by a labelling machine along a conveying direction (C) between a respective starting reel and a collection reel, said joining apparatus comprising two modules that can be moved with respect to one other between a distanced configuration and a neared configuration and each of which being configured to convey a respective supporting strip , each of said modules comprising: - at least one conveying element of the respective supporting strip ; - at least one cutting element arranged along said conveying direction (C) and configured to cut a respective supporting strip at a joining zone of the same supporting strip ; - at least one joining element arranged along said conveying direction (C) and that can be configured in a first operating position, wherein it keeps in position a joining zone of the respective supporting strip and/or a fixing element , and in a second operating position wherein it abuts against the joining element of the other module so as to join a first joining zone of a first supporting strip to a second joining zone of a second supporting strip ; - at least one locking element arranged along said conveying direction (C) and that can be configured between an active position, wherein it prevents the conveying of the supporting strip , and a passive position, wherein it allows the conveying of the supporting strip ; characterised in that said at least one joining element of at least one of said two modules is configured to be removable from the respective module so as to leave free, in a removed configuration, an access compartment extending through said module and transversally to the conveying direction (C) at the modules to allow the introduction of the fixing element also when said two modules are in the neared configuration so as to apply said fixing element to a rear surface free from adhesive labels of the joining zone of a supporting strip . - at least one conveying element of the respective supporting strip ; - at least one cutting element arranged along said conveying direction (C) and configured to cut a respective supporting strip at a joining zone of the same supporting strip ; - at least one joining element arranged along said conveying direction (C) and that can be configured in a first operating position, wherein it keeps in position a joining zone of the respective supporting strip and/or a fixing element , and in a second operating position wherein it abuts against the joining element of the other module so as to join a first joining zone of a first supporting strip to a second joining zone of a second supporting strip ; - at least one locking element arranged along said conveying direction (C) and that can be configured between an active position, wherein it prevents the conveying of the supporting strip , and a passive position, wherein it allows the conveying of the supporting strip ;
A coating apparatus comprising: an outer chamber including a rotating shaft ; one or more reactors disposed in the outer chamber , connected to the rotating shaft , disposed to be movable to a first position and a second position in the outer chamber , and including powder accommodation spaces (S); a first deposition part (110, 130; 201) including a first supply part , which is provided to be detachably coupled to the reactor positioned at the first position in the outer chamber and sprays one or more kinds of source gases into the accommodation space (S) to form a first deposition layer when installed in the reactor , and a first pumping part which is detachably coupled to the reactor connected to the first supply part and performs exhausting on the accommodation space (S); and a second deposition part (120, 140; 202) including a second supply part , which is detachably coupled to the reactor positioned at the second position in the outer chamber and sprays one or more kinds of source gases into the accommodation space (S) to form a second deposition layer when installed in the reactor , and a second pumping part which is detachably coupled to the reactor connected to the second supply part and performs exhausting on the accommodation space (S), wherein, each of the first and the second pumping part includes a valve . an outer chamber including a rotating shaft ; one or more reactors disposed in the outer chamber , connected to the rotating shaft , disposed to be movable to a first position and a second position in the outer chamber , and including powder accommodation spaces (S); a first deposition part (110, 130; 201) including a first supply part , which is provided to be detachably coupled to the reactor positioned at the first position in the outer chamber and sprays one or more kinds of source gases into the accommodation space (S) to form a first deposition layer when installed in the reactor , and a first pumping part which is detachably coupled to the reactor connected to the first supply part and performs exhausting on the accommodation space (S); and a second deposition part (120, 140; 202) including a second supply part , which is detachably coupled to the reactor positioned at the second position in the outer chamber and sprays one or more kinds of source gases into the accommodation space (S) to form a second deposition layer when installed in the reactor , and a second pumping part which is detachably coupled to the reactor connected to the second supply part and performs exhausting on the accommodation space (S), wherein, each of the first and the second pumping part includes a valve .
A breastpump comprising: a breastshield having a portion defining a chamber within which at least part of a woman's breast can be received; a device detecting actual pressure within said breastshield chamber and generating signals indicative of said detected pressure, and a controller , said controller operating said breastpump in response to signals from said device according to a determined program, wherein the breastpump does automatically transition to different operating conditions by preset instructions or by user input characterized in that the breastpump comprises the ability to regulate pressure changes within the breastshield chamber so as to control pressure during a pumping cycle through a plurality of desired set points. a breastshield having a portion defining a chamber within which at least part of a woman's breast can be received; a device detecting actual pressure within said breastshield chamber and generating signals indicative of said detected pressure, and a controller , said controller operating said breastpump in response to signals from said device according to a determined program, wherein the breastpump does automatically transition to different operating conditions by preset instructions or by user input characterized in that the breastpump comprises the ability to regulate pressure changes within the breastshield chamber so as to control pressure during a pumping cycle through a plurality of desired set points.
A light source unit comprising: a light source section ; and a wavelength conversion element that is excited by exciting light from the light source section to emit fluorescent light, the wavelength conversion element including a substrate that is rotatable around a rotation axis, a phosphor layer including a plurality of phosphor particles, and a quantum-dot layer including a plurality of quantum dots, and the phosphor layer and the quantum-dot layer being disposed in this order relative to the light source section; wherein the wavelength conversion element has a first optical film between the phosphor layer and the quantum-dot layer and wherein the first optical film comprises a dichroic film that reflects the exciting light. a light source section ; and a wavelength conversion element that is excited by exciting light from the light source section to emit fluorescent light, the wavelength conversion element including a substrate that is rotatable around a rotation axis, a phosphor layer including a plurality of phosphor particles, and a quantum-dot layer including a plurality of quantum dots, and the phosphor layer and the quantum-dot layer being disposed in this order relative to the light source section; wherein the wavelength conversion element has a first optical film between the phosphor layer and the quantum-dot layer and wherein the first optical film comprises a dichroic film that reflects the exciting light.
A pneumatic device for cleaning aeronautical parts after machining or piercing, said device comprising a pneumatic means for spraying a solvent on the part to be cleaned and a pneumatic means for aspirating the oil-soiled liquid, chips and/or dust, the aspiration being carried out by a venturi-effect vacuum system supplied by compressed air, the control of the device being pneumatic, said device realising a system which makes it possible to bring solvent to the soiled parts and then to aspirate the mixture, when the solvent has a flash point below or equal to 300°C, without using electric circuit nor solenoid valve.
Interconnection assembly for a switching device in a server room comprising a. at least one cable with a core comprising a first dielectric material, wherein said core is at least partially surrounded by a second dielectric material having a refractive index different from the first dielectric material, preferably lower than the first dielectric material; b. a first connector part positioned with respect to at least one antenna comprising i. a fan-out element comprising per antenna at least one hollow conductor arranged between the at least one antenna and the core of the at least one cable , ii. said at least one hollow conductor extending in the fan-out element to guide a signal between the at least one antenna and the core of the at least one cable , iii. said hollow conductor having a first port aligned with the at least one antenna and a second port , which in an assembled position is in communication with the core of the at least one cable , wherein the second port is funnel shaped; c. at least one second connector part interconnected to the at least one cable positioning the core of the cable in a connected position with respect to the second port of the hollow conductor . a. at least one cable with a core comprising a first dielectric material, wherein said core is at least partially surrounded by a second dielectric material having a refractive index different from the first dielectric material, preferably lower than the first dielectric material; b. a first connector part positioned with respect to at least one antenna comprising i. a fan-out element comprising per antenna at least one hollow conductor arranged between the at least one antenna and the core of the at least one cable , ii. said at least one hollow conductor extending in the fan-out element to guide a signal between the at least one antenna and the core of the at least one cable , iii. said hollow conductor having a first port aligned with the at least one antenna and a second port , which in an assembled position is in communication with the core of the at least one cable , wherein the second port is funnel shaped; i. a fan-out element comprising per antenna at least one hollow conductor arranged between the at least one antenna and the core of the at least one cable , ii. said at least one hollow conductor extending in the fan-out element to guide a signal between the at least one antenna and the core of the at least one cable , iii. said hollow conductor having a first port aligned with the at least one antenna and a second port , which in an assembled position is in communication with the core of the at least one cable , wherein the second port is funnel shaped; c. at least one second connector part interconnected to the at least one cable positioning the core of the cable in a connected position with respect to the second port of the hollow conductor .
A method for controlling the torque produced by a powertrain of a vehicle (V), said torque being a function of a torque setpoint determined by a first computer (C1) monitoring the operation of said powertrain, and said powertrain being coupled to a gearbox (BV), the ratios of which are controlled, as a function of a ratio setpoint to be engaged, provided by said first computer (C1), by a second computer (C2) providing to the latter (C1) a first item of information representative of the ratio effectively engaged and a second item of information representative of a target ratio, that can be used for the determining of said torque setpoint, characterized in that it includes a step in which, in the absence of said first and second items of information, said first computer (C1) determines said torque setpoint as a function of two ratio setpoints to be engaged previously provided at first and second earlier times selected as a replacement respectively of said first and second items of information.
A replaceable device to facilitate authentication of a print cartridge , the replaceable device comprising a memory , a processor and dedicated hardware logic , the replaceable device to receive a timing challenge from a host device and enable authentication of the print cartridge by providing a challenge response in a challenge response time that falls within an expected time window, the dedicated hardware logic to perform a calculation, comprising a basic function that defines a sequence of operations, in response to the timing challenge, wherein the calculation yields the challenge response within the expected time window, and wherein the dedicated hardware logic is fabricated such that the basic function that defines the sequence of operations runs very fast in the dedicated hardware logic, and wherein the basic function is iterated many times in the dedicated hardware logic with the output of each iteration being part of the input to the next iteration, characterized by the first iteration using a session key and an operation on a random seed number, and the output of the last iteration yielding the challenge response, the replaceable device to derive, with the host device and using a base key , a new and different session key for each communication exchange with the host device .
Endoscopic device comprising an optical guide head intended to be inserted, at least in part, into a body or a cavity in order to view a given object that is inaccessible to the naked eye, the optical guide head is constituted by an optical bar made out of organic glass and with refraction index gradient, the endoscopic device being characterized in that the optical bar comprises at least one longitudinal rail capable of receiving an optical illumination fiber to illuminate the object to be viewed in proximity to the distal end of the optical bar.
A method for reconfiguring a size of a receiving window of a receiver in a communications system , the method comprising: receiving a command for reconfiguring the size of the receiving window; reconfiguring the size of the receiving window according to the command; removing packets with sequence numbers outside the receiving window with reconfigured size from a buffer of the receiver and delivering the packets to an upper layer; and characterized by : determining whether a sequence number of a next expected packet is below the receiving window with reconfigured size by using modulus operations taking a lower edge of the receiving window with reconfigured size as a modulus base; and keeping the sequence number of the next expected packet and the packets in the buffer of the receiver unchanged when the sequence number of the next expected packet is not below the receiving window with reconfigured size. receiving a command for reconfiguring the size of the receiving window; reconfiguring the size of the receiving window according to the command; removing packets with sequence numbers outside the receiving window with reconfigured size from a buffer of the receiver and delivering the packets to an upper layer; and characterized by : determining whether a sequence number of a next expected packet is below the receiving window with reconfigured size by using modulus operations taking a lower edge of the receiving window with reconfigured size as a modulus base; and keeping the sequence number of the next expected packet and the packets in the buffer of the receiver unchanged when the sequence number of the next expected packet is not below the receiving window with reconfigured size. determining whether a sequence number of a next expected packet is below the receiving window with reconfigured size by using modulus operations taking a lower edge of the receiving window with reconfigured size as a modulus base; and keeping the sequence number of the next expected packet and the packets in the buffer of the receiver unchanged when the sequence number of the next expected packet is not below the receiving window with reconfigured size.
Lateral flow chromatography strip for detecting Staphylococcus aureus in a sample characterised in that it comprises at least one part that comprises at least one protein of at least one S. aureus-specific bacteriophage, said at least one protein being chosen among a protein of sequence SEQ ID NO: 1, a protein of sequence SEQ ID NO:2, a protein of sequence SEQ ID NO:3, a protein of sequence SEQ ID NO:4, a protein of sequence SEQ ID NO:5, a protein of sequence SEQ ID NO:6, and a protein having at least 70% identity with one of the proteins of sequence SEQ ID NOs: 1-6.
A compound of formula (VI): wherein R 1 and R 2 are each independently selected from a methoxy group, a hydroxyl group, and an alkyl sulfonyl group; L is a carbonyl, alkylene, or alkenylene, or alkynl when Z is not present; Z is -H, -OH, a substituted styrenyl, an aromatic ring, a cycloalkyl, -COR 3 , -CONR 3 R 4 , or -CX 3 , wherein R 3 and R 4 are each -H, -CH 3 , -C n H 2n+1 wherein n = 2-4, a heterocyclic, a heteroaryl, or a cycloalkyl, or R 3 and R 4 together form a heterocyclic; or Z is COOR wherein R is -H, -CH 3 , -C n H 2n+1 , wherein n = 2-4, or a cycloalkyl, when Y is not H; and X is a -F, -Cl, or -Br; Y is a short alkyl C 1-3 ; wherein each R 1 or R 2 substituted phenyl of the compound is mono- or disubstituted by R 1 or R 2 . R 1 and R 2 are each independently selected from a methoxy group, a hydroxyl group, and an alkyl sulfonyl group; L is a carbonyl, alkylene, or alkenylene, or alkynl when Z is not present; Z is -H, -OH, a substituted styrenyl, an aromatic ring, a cycloalkyl, -COR 3 , -CONR 3 R 4 , or -CX 3 , wherein R 3 and R 4 are each -H, -CH 3 , -C n H 2n+1 wherein n = 2-4, a heterocyclic, a heteroaryl, or a cycloalkyl, or R 3 and R 4 together form a heterocyclic; or Z is COOR wherein R is -H, -CH 3 , -C n H 2n+1 , wherein n = 2-4, or a cycloalkyl, when Y is not H; and X is a -F, -Cl, or -Br; Y is a short alkyl C 1-3 ; wherein each R 1 or R 2 substituted phenyl of the compound is mono- or disubstituted by R 1 or R 2 .
Method of manufacturing a component from a high-strength blank metal strip or sheet having a tensile strength of at least 850 MPa, the method comprising: - providing (P_MS) the blank metal strip or sheet (MS) having a thickness (T), a longitudinal extension (L) and a width (W) perpendicular thereto, the strip or sheet (MS) comprising a first section and a second section separated by a folding section (FS) which extends along the width (W) of the strip or sheet (MS), - folding (F_S) the strip or sheet (MS) along the folding section (FS) with a bending radius equal to or smaller than the thickness (T) so that a surface of the first section becomes arranged adjacent and parallel to a surface of the second section , and - joining (J_S_S) the first and second sections so that the strip or sheet (MS) remains folded, characterized in that the method further comprises, before said folding (F_S) of the strip or sheet (MS), reducing (R_T_C) the thickness (T) of the strip or sheet (MS) in the folding section (FS) by use of a shaping tool (ST) so that a shaped section (SS) is obtained having a predetermined shape, seen in a cross-section perpendicular to the width (W), in at least a part of the folding section (FS), and in that said foling (F_S) of the strip or sheet (MS) is along said shaped section (SS). - providing (P_MS) the blank metal strip or sheet (MS) having a thickness (T), a longitudinal extension (L) and a width (W) perpendicular thereto, the strip or sheet (MS) comprising a first section and a second section separated by a folding section (FS) which extends along the width (W) of the strip or sheet (MS), - folding (F_S) the strip or sheet (MS) along the folding section (FS) with a bending radius equal to or smaller than the thickness (T) so that a surface of the first section becomes arranged adjacent and parallel to a surface of the second section , and - joining (J_S_S) the first and second sections so that the strip or sheet (MS) remains folded, characterized in that the method further comprises, before said folding (F_S) of the strip or sheet (MS), reducing (R_T_C) the thickness (T) of the strip or sheet (MS) in the folding section (FS) by use of a shaping tool (ST) so that a shaped section (SS) is obtained having a predetermined shape, seen in a cross-section perpendicular to the width (W), in at least a part of the folding section (FS), and in that said foling (F_S) of the strip or sheet (MS) is along said shaped section (SS).
A cord lock comprising: a first cord-clamp bar comprising a first aperture and a second aperture , wherein the first cord-clamp bar includes a first protruding member including a first cord-receiving channel , and wherein the first cord-clamp bar includes a second protruding member including a second cord-receiving channel ; a second cord-clamp bar including a third aperture and a fourth aperture ; the first protruding member extending through the third aperture , and the second protruding member extending through the fourth aperture , characterized in that it comprises a biasing element that biases the first cord-clamp bar and the second cord-clamp bar away from one another. a first cord-clamp bar comprising a first aperture and a second aperture , wherein the first cord-clamp bar includes a first protruding member including a first cord-receiving channel , and wherein the first cord-clamp bar includes a second protruding member including a second cord-receiving channel ; wherein the first cord-clamp bar includes a first protruding member including a first cord-receiving channel , and wherein the first cord-clamp bar includes a second protruding member including a second cord-receiving channel ; a second cord-clamp bar including a third aperture and a fourth aperture ; the first protruding member extending through the third aperture , and the second protruding member extending through the fourth aperture , characterized in that it comprises a biasing element that biases the first cord-clamp bar and the second cord-clamp bar away from one another.