mhurhangee/patent-ind-claim-en huggingface dataset:
A load handling machine comprising a mobile frame , a mast arranged at the front of the frame and coupled to the frame by a first pivot link with a so-called horizontal pivot axis extending transversely to the front-rear direction of the frame , at least one actuator for driving the mast in pivoting movement about the pivot axis of said first pivot link , a manual device for controlling the at least one actuator , a driving cabin carried by the frame , said cabin being equipped with a driving station comprising a seat for the driver of the machine , said cabin being connected to the frame by a second pivot link with a pivot axis parallel to the pivot axis of the first link and couplable to the mast to allow, in the coupled state of the mast and the cabin , a concomitant pivoting movement of the mast and the cabin for the passage of the cabin to an inclined position in which access to a location situated under the cabin is possible, characterized in that the machine comprises a presence sensor configured to pass from an inactive state to an active state and vice versa based on the occupied or vacant state of the seat , and a control unit configured to acquire at least data supplied by the presence sensor , and in that the machine comprises a first operating mode in which a control of the pivoting movement of the mast about the pivot axis of the first pivot link with the control device is authorized only in the active state of the presence sensor corresponding to a presence on the seat , a second operating mode in which a control of the pivoting movement of the mast about the pivot axis of the first pivot link with the control device is authorized in the inactive state of the presence sensor , and at least one activation device for switching the vehicle from one operating mode to another.
A pre-fusion respiratory syncytial virus (RSV) F polypeptide, wherein the HRA region, residues 137-239 of reference RSV F protein of SEQ ID NO:1, contains an introduced cysteine residue and the DIII region, residues 51-98 and 206-308 of reference RSV F protein of SEQ ID NO:1, contains an introduced cysteine residue, and a disulfide bond is formed between the introduced cysteine residue in the HRA region and the introduced cysteine residue in the DIII region that prevents the post-fusion HRA-HRB six-helix bundle from forming and stabilizes the pre-fusion RSV F polypeptide, wherein the pre-fusion RSV F polypeptide further comprises a heterologous trimerization domain which is the coiled coil of the yeast GCN4 leucine zipper protein, the trimerizing sequence from bacteriophage T4 fibritin ("foldon") or the trimer domain of influenza HA.
A system for ablating cardiac tissue, the system comprising: a generator configured to deliver at least one pulse train of energy at a predetermined frequency, each pulse train of energy including: at least 60 pulses; an inter-phase delay (C) of between 0μs and 5μs; an inter-pulse delay (D) of 800 μs; a pulse width (B) of 1-5μs; a voltage between 300V and 4000V; and the generator including a processor configured to control the delivery of the at least one pulse train based on a measured patient parameter, the pulse train of energy including biphasic pulses, the generator being configured to deliver the biphasic pulses at a plurality of voltage amplitudes (A). a generator configured to deliver at least one pulse train of energy at a predetermined frequency, each pulse train of energy including: at least 60 pulses; an inter-phase delay (C) of between 0μs and 5μs; an inter-pulse delay (D) of 800 μs; a pulse width (B) of 1-5μs; a voltage between 300V and 4000V; and at least 60 pulses; an inter-phase delay (C) of between 0μs and 5μs; an inter-pulse delay (D) of 800 μs; a pulse width (B) of 1-5μs; a voltage between 300V and 4000V; and the generator including a processor configured to control the delivery of the at least one pulse train based on a measured patient parameter, the pulse train of energy including biphasic pulses, the generator being configured to deliver the biphasic pulses at a plurality of voltage amplitudes (A).
Twin spool turbojet , including, from upstream to downstream, an inlet casing , a low pressure compressor , an intermediate casing , a high pressure spool, a low pressure turbine , and an exhaust casing , in which the low pressure compressor comprises a low pressure compressor rotor , and the low pressure turbine comprises a low pressure turbine rotor connected to the low pressure compressor rotor by a low pressure shaft (A2), wherein the inlet casing comprises an outer shell , an inner shell defining a hub of the inlet casing, and an annular row of vanes connecting together the outer and inner shells of the inlet casing , wherein the intermediate casing comprises an outer shell , an inner shell defining a hub of the intermediate casing, and structural arms connecting together the outer and inner shells of the intermediate casing , wherein the exhaust casing comprises an outer shell , an inner shell defining a hub of the exhaust casing, and structural arms connecting together the outer and inner shells of the exhaust casing , in which the inlet casing and the low pressure compressor define an air inlet channel of the turbojet, which divides downstream of the low pressure compressor into a primary flow channel passing through the high pressure spool, and into a secondary flow channel extending around the primary flow channel, and in which the low pressure shaft (A2) is supported by: - a first bearing borne by the inlet casing , the first bearing being a roller bearing, - a second bearing borne by the intermediate casing , and - a third bearing borne by the exhaust casing , characterized in that the low pressure shaft (A2) is further supported by an additional bearing borne by the intermediate casing and arranged between the first bearing and the second bearing , and in that the additional bearing is a ball bearing. - a first bearing borne by the inlet casing , the first bearing being a roller bearing, - a second bearing borne by the intermediate casing , and - a third bearing borne by the exhaust casing ,
An isolated antibody or antigen-binding fragment thereof that binds human MUC 16 within residues 14237 to 14290 of SEQ ID NO: 1899, and comprises complementarity determining regions HCDR1, HCDR2, HCDR3, LCDR1, LCDR2 and LCDR3 comprising the amino acid sequences of SEQ ID NOs: 20, 22, 24, 28, 30, and 32, respectively.
A method for operating a first access service depending on a presence of a second access service comprising: - conducting at least one measurement by the first access service, wherein the at least one measurement detects a crosstalk that results from the second access service; - determining based on the at least one measurement whether or not a power spectral density used by the first access service is adjusted; - wherein the second access service is a VDSL2 service, the method being characterised in that the presence of the VDSL2 service is detected by at least one of the following: - determining a difference between a VDSL2 upstream and a VDSL2 downstream crosstalk; - evaluating at least one step in a generated noise at a band edge due to alternating VDSL2 upstream and VDSL2 downstream bands. - conducting at least one measurement by the first access service, wherein the at least one measurement detects a crosstalk that results from the second access service; - determining based on the at least one measurement whether or not a power spectral density used by the first access service is adjusted; - wherein the second access service is a VDSL2 service, - determining a difference between a VDSL2 upstream and a VDSL2 downstream crosstalk; - evaluating at least one step in a generated noise at a band edge due to alternating VDSL2 upstream and VDSL2 downstream bands.
A non-transitory processor-readable medium storing code representing instructions to be executed by a processor of a server or a proxy of the server, the code comprising code to cause the processor to: send an authentication request to a client device via a network to obtain a utilization code in response to a request from the client device to access data, the utilization code uniquely associated with the client device and previously provided to the client device by the server or other device via the network ; obtain an authentication response including the utilization code from the client device ; authenticate the client device if the utilization code matches a utilization identifier stored in a database; and the non-transitory processor-readable medium further comprising code to cause the processor of the server to: generate an encryption key using a seed based at least in part on the utilization code; encrypt the data with the encryption key to generate encrypted data; and send, when the utilization code matches the utilization identifier stored in the database, the encrypted data to the client device without requiring a user of the client device to login. send an authentication request to a client device via a network to obtain a utilization code in response to a request from the client device to access data, the utilization code uniquely associated with the client device and previously provided to the client device by the server or other device via the network ; obtain an authentication response including the utilization code from the client device ; authenticate the client device if the utilization code matches a utilization identifier stored in a database; and the non-transitory processor-readable medium further comprising code to cause the processor of the server to: generate an encryption key using a seed based at least in part on the utilization code; encrypt the data with the encryption key to generate encrypted data; and send, when the utilization code matches the utilization identifier stored in the database, the encrypted data to the client device without requiring a user of the client device to login. generate an encryption key using a seed based at least in part on the utilization code; encrypt the data with the encryption key to generate encrypted data; and send, when the utilization code matches the utilization identifier stored in the database, the encrypted data to the client device without requiring a user of the client device to login.
Ceiling or wall flush-mounted housing for receiving a light source, comprising a base element , a wall element adjoining the base element , and a support element which is designed opposite the base element and extends from the wall element on the side facing away from the base element , the wall element having a thread at least on its inside, characterised in that the housing is made in one piece of metal and the thread is pressed from the outside as a bead directly into the wall element of the flush-mounted housing and extends into the inner wall side as a bead, wherein the bead is formed in the start or end region with a gradually increasing or decreasing depth.
A method comprising: providing a light source in the form of a luminaire or lamp operable to emit light into an environment , the light source being activated from a time at which the light source is first deployed into said environment to enable the light to be controlled via a first communication channel, but having a capability for the light to be controlled via a second communication channel being electronically deactivated at said time; after said time of deployment of the light source into said environment, receiving a request to upgrade the light source; and in response to said request, sending activation data to the light source or to a user of the light source, thereby enabling said capability for the light to be controlled via the second communication channel to be electronically activated. providing a light source in the form of a luminaire or lamp operable to emit light into an environment , the light source being activated from a time at which the light source is first deployed into said environment to enable the light to be controlled via a first communication channel, but having a capability for the light to be controlled via a second communication channel being electronically deactivated at said time; after said time of deployment of the light source into said environment, receiving a request to upgrade the light source; and in response to said request, sending activation data to the light source or to a user of the light source, thereby enabling said capability for the light to be controlled via the second communication channel to be electronically activated.
A readjustment device for a pneumatically actuatable disc brake for a vehicle that is designed to compensate for wear between one or more brake pads and/or a brake disc, the readjustment device having at least the following: - a pneumatic actuator device having a cylinder into which is inserted an axially displaceable piston , to which compressed air can be applied and which can be moved in a first direction by the application of compressed air; - a threaded drive of non-self-locking design that has a threaded nut and a threaded shaft ; - the piston being coupled rotationally conjointly to the threaded nut and the threaded shaft extending rotatably through the threaded nut ; characterised in that - there is provided at least one resetting spring by means of which the piston can be moved in the cylinder in a second direction that is opposite to the first direction, - and the readjustment device is designed such that an advancing stroke can be performed as a result of the application of compressed air to the piston and a resetting stroke can be performed in spring-actuated fashion as a result of the spring force of the at least one resetting spring . - a pneumatic actuator device having a cylinder into which is inserted an axially displaceable piston , to which compressed air can be applied and which can be moved in a first direction by the application of compressed air; - a threaded drive of non-self-locking design that has a threaded nut and a threaded shaft ; - the piston being coupled rotationally conjointly to the threaded nut and the threaded shaft extending rotatably through the threaded nut ; - there is provided at least one resetting spring by means of which the piston can be moved in the cylinder in a second direction that is opposite to the first direction, - and the readjustment device is designed such that an advancing stroke can be performed as a result of the application of compressed air to the piston and a resetting stroke can be performed in spring-actuated fashion as a result of the spring force of the at least one resetting spring .
A bending robot that is configured to take out a workpiece (W) that is stored on a stacker having a storage reference flat plane and whose end face is being contacted with the storage reference flat plane , and is configured to then supply the workpiece (W) to a bending machine (M), comprising: a main body that is movable parallel to the storage reference flat plane ; an arm portion (A) that is supported by the main body and capable of positioning above the stacker ; characterised by a distance sensor that is provided in the arm portion (A) and capable of measuring a distance to the workpiece (W) stored on the stacker in a contactless manner, the distance sensor being configured to output a first electric current or voltage value (Ib) corresponding to a distance to an upper surface of the uppermost workpiece (W) stored on the stacker and a second electric current or voltage value (Ia) corresponding to a distance to an upper surface of a bottom plate of the stacker on which the workpiece (w) is stored, and the main body moves parallel to the storage reference flat plane and the distance sensor measures on a measurement path (BK, BKa) in a vicinity of the storage reference flat plane , and the bending robot includes a controller configured to judge whether or not a workpiece (W) is placed on the stacker by determining whether or not two electric current or voltage values (la, Ib) with a difference are detected. a main body that is movable parallel to the storage reference flat plane ; an arm portion (A) that is supported by the main body and capable of positioning above the stacker ; characterised by a distance sensor that is provided in the arm portion (A) and capable of measuring a distance to the workpiece (W) stored on the stacker in a contactless manner, the distance sensor being configured to output a first electric current or voltage value (Ib) corresponding to a distance to an upper surface of the uppermost workpiece (W) stored on the stacker and a second electric current or voltage value (Ia) corresponding to a distance to an upper surface of a bottom plate of the stacker on which the workpiece (w) is stored, and the main body moves parallel to the storage reference flat plane and the distance sensor measures on a measurement path (BK, BKa) in a vicinity of the storage reference flat plane , and the bending robot includes a controller configured to judge whether or not a workpiece (W) is placed on the stacker by determining whether or not two electric current or voltage values (la, Ib) with a difference are detected.
A rotor assembly for a centrifugal pitot tube pump , comprising: a rotor cover having a body with a rotational axis , a center portion about the rotational axis and a peripheral outer portion radially spaced from the center portion , the body further having a first side that, in use, is oriented away from a fluid chamber of the rotor assembly and a second side that, in use, is oriented toward and in direct contact with the fluid chamber of the rotor assembly ; a fluid inlet portion located at the center portion of the body and positioned on the first side of the body ; at least one primary channel formed in the body extending from the fluid inlet portion to proximate the peripheral outer portion of the body ; and at least one secondary channel formed in the body , having an opening positioned on the second side of the cover for providing a pathway for fluid to move from the fluid chamber at a point proximate the second side of the body toward the peripheral outer portion of the body characterised in that there is no fluid communication between the opening of the secondary channel and the fluid inlet portion . a rotor cover having a body with a rotational axis , a center portion about the rotational axis and a peripheral outer portion radially spaced from the center portion , the body further having a first side that, in use, is oriented away from a fluid chamber of the rotor assembly and a second side that, in use, is oriented toward and in direct contact with the fluid chamber of the rotor assembly ; a fluid inlet portion located at the center portion of the body and positioned on the first side of the body ; at least one primary channel formed in the body extending from the fluid inlet portion to proximate the peripheral outer portion of the body ; and at least one secondary channel formed in the body , having an opening positioned on the second side of the cover for providing a pathway for fluid to move from the fluid chamber at a point proximate the second side of the body toward the peripheral outer portion of the body characterised in that there is no fluid communication between the opening of the secondary channel and the fluid inlet portion .
A dynamic air separator for separating materials made up of particles of different sizes into particle-size fractions, said separator comprising a rotary cage above which the material to be treated is supplied and a fine particle recovery chamber arranged coaxially in the extension of the rotary cage , characterized in that : - said separator comprises a fan wheel positioned coaxially to the fine particle recovery chamber ; - said fan wheel is located at the end of a purified air outlet duct coming from the fine particle recovery chamber so as to suck in, in use, that air and send it toward an air distribution chamber around the rotary cage . - said separator comprises a fan wheel positioned coaxially to the fine particle recovery chamber ; - said fan wheel is located at the end of a purified air outlet duct coming from the fine particle recovery chamber so as to suck in, in use, that air and send it toward an air distribution chamber around the rotary cage .
A method comprising: measuring the temperature of a fused region and the temperature of an unfused region of a first layer of build material; determining a preheating setting for a subsequent layer of build material in response to the measured temperature of the unfused region of the first layer; determining a print instruction for applying print agent to the subsequent layer of build material, wherein the application of print agent prescribed by the print instruction for the subsequent layer is to cause the temperature of the preheated build material to be a predetermined temperature prior to fusion in response to the measured temperature of the fused region of the first layer; forming the subsequent layer of build material; preheating the subsequent layer of build material in accordance with the preheating setting; and selectively applying the print agent onto the subsequent layer based on the print instruction. measuring the temperature of a fused region and the temperature of an unfused region of a first layer of build material; determining a preheating setting for a subsequent layer of build material in response to the measured temperature of the unfused region of the first layer; determining a print instruction for applying print agent to the subsequent layer of build material, wherein the application of print agent prescribed by the print instruction for the subsequent layer is to cause the temperature of the preheated build material to be a predetermined temperature prior to fusion in response to the measured temperature of the fused region of the first layer; forming the subsequent layer of build material; preheating the subsequent layer of build material in accordance with the preheating setting; and selectively applying the print agent onto the subsequent layer based on the print instruction.