mhurhangee/ep-ind-claims huggingface dataset:
Process for the dehydration of an alcohol having at least 2 carbon atoms to make the corresponding olefin, comprising: a) introducing in a reactor a stream comprising at least an alcohol, b) contacting said stream with an acidic catalyst in said reactor at conditions effective to dehydrate at least a portion of the alcohol to make an olefin, wherein the catalyst is selected among: a crystalline silicate zeolite having a ratio Si/Al higher than 10, a dealuminated crystalline silicate zeolite, a phosphorous modified zeolite, c) recovering from said reactor a stream comprising: the inert component and at least an olefin and water, wherein, f) an effective amount of a component capable to neutralize a part of the catalyst active site is introduced in stream or directly in the dehydration reactor, wherein the component injected at step f) is selected from the group consisting of nitriles. a) introducing in a reactor a stream comprising at least an alcohol, b) contacting said stream with an acidic catalyst in said reactor at conditions effective to dehydrate at least a portion of the alcohol to make an olefin, wherein the catalyst is selected among: a crystalline silicate zeolite having a ratio Si/Al higher than 10, a dealuminated crystalline silicate zeolite, a phosphorous modified zeolite, c) recovering from said reactor a stream comprising: the inert component and at least an olefin and water, wherein, the inert component and at least an olefin and water, wherein, f) an effective amount of a component capable to neutralize a part of the catalyst active site is introduced in stream or directly in the dehydration reactor, wherein the component injected at step f) is selected from the group consisting of nitriles.
Mobile sub-assembly for receiving and conveying at least one passenger, comprising a support, a cabin and a guide for guiding the cabin relative to the support in rotation about a reference axis which is common to the support and to the cabin, the reference axis being horizontal when the mobile sub-assembly is in an operational state, the mobile sub-assembly being provided with a stabilization system comprising at least one ring gear which is secured to the support and centered on the reference axis, at least one pinion which is connected to the cabin so as to mesh with the ring gear, first motor drive means which are capable of driving the pinion, comprising a motor having a motor shaft which rotates about an axis which is stationary with respect to the cabin and a transmission kinematic chain between the motor shaft and the pinion, characterized in that the stabilization system comprises a coupling mechanism which is capable of guiding the pinion between a position of engagement with the ring gear, in which the first pinion is capable of meshing with the first ring gear by rotating about a drive axis which is parallel to the reference axis, and an uncoupled position in which the first pinion is remote and disengaged from the first ring gear, the transmission kinematic chain comprising a universal joint.
Bakery product with an open crumb structure obtainable by a method comprising the following steps a) providing a dough mixture wherein said dough mixture comprises 50 weight% to 65 weight% (ofw) of water, and said dough mixture comprises particles comprised of 2 weight% to 15 weight% (ofw) starch or starch derived products, wherein said particles comprised of starch or starch derived products have a particle size of 3 mm to 5 mm, and a particle density of between 60 g/L to 90 g/L, b) mixing the particles present in said dough mixture through said dough mixture providing a homogenous dough mixture comprised of intact starch or starch derived products, c) proofing of said homogenous dough mixture for 15 to 120 minutes, providing a proofed dough mixture, d) baking of said proofed dough mixture in order to obtain the bakery product, wherein the open crumb structure of the bakery products has a porosity of at least 10% coarse cell volume over the total volume of the bakery food. a) providing a dough mixture wherein said dough mixture comprises 50 weight% to 65 weight% (ofw) of water, and said dough mixture comprises particles comprised of 2 weight% to 15 weight% (ofw) starch or starch derived products, wherein said particles comprised of starch or starch derived products have a particle size of 3 mm to 5 mm, and a particle density of between 60 g/L to 90 g/L, b) mixing the particles present in said dough mixture through said dough mixture providing a homogenous dough mixture comprised of intact starch or starch derived products, c) proofing of said homogenous dough mixture for 15 to 120 minutes, providing a proofed dough mixture, d) baking of said proofed dough mixture in order to obtain the bakery product,
Robotic device for positioning a surgical instrument relative to the body of a patient, comprising: - a first robotic arm provided at one end with means for rigidly connecting to at least one surgical instrument in such a way that it can hold, move, position and guide said surgical instrument; - means of anatomically realigning said first arm relative to said body, said realignment being performed by realigning an image of an anatomical area of said patient acquired peroperatively in relation to imaging acquired previously; - sensors for detecting in real time the internal movements of said anatomical zone and means of compensating the movements of said first arm based on said detected movements; said device also comprising: - at least one second robotic arm provided at one end with said sensors for detecting said internal movements of the anatomical zone, said detection sensors being positioned in said contact with said anatomical zone, said second arm being able to move due to the action of movements external to the anatomical zone which consequently induces external movements of said second arm; - means of actuating the positioning of said first arm relative, on the one hand, to said acquired internal movements and relative, on the other hand, to the external movements induced in said second arm, characterised in that: - said second arm consists of means of referencing the spatial positions of said detection sensors and that the means of actuating the positioning of said arm comprise means of taking into account the referencing of said positions. - a first robotic arm provided at one end with means for rigidly connecting to at least one surgical instrument in such a way that it can hold, move, position and guide said surgical instrument; - means of anatomically realigning said first arm relative to said body, said realignment being performed by realigning an image of an anatomical area of said patient acquired peroperatively in relation to imaging acquired previously; - sensors for detecting in real time the internal movements of said anatomical zone and means of compensating the movements of said first arm based on said detected movements; - at least one second robotic arm provided at one end with said sensors for detecting said internal movements of the anatomical zone, said detection sensors being positioned in said contact with said anatomical zone, said second arm being able to move due to the action of movements external to the anatomical zone which consequently induces external movements of said second arm; - means of actuating the positioning of said first arm relative, on the one hand, to said acquired internal movements and relative, on the other hand, to the external movements induced in said second arm, - said second arm consists of means of referencing the spatial positions of said detection sensors and that the means of actuating the positioning of said arm comprise means of taking into account the referencing of said positions.
An RFID reader (10, 11) for tracking a plurality of RFID tags, the RFID reader comprising: an array of multilayer antennas, each multilayer antenna comprising a first coil and a second coil, the first coil being superimposed above the second coil; and an electronics unit configured to transmit a signal to and receive and process information from each multilayer antenna, characterised in that the RFID reader includes Radar Absorbent Material. an array of multilayer antennas, each multilayer antenna comprising a first coil and a second coil, the first coil being superimposed above the second coil; and an electronics unit configured to transmit a signal to and receive and process information from each multilayer antenna, characterised in that the RFID reader includes Radar Absorbent Material.
A drive circuit for an injector arrangement comprising a fuel injector (12a, 12b), the drive circuit comprising diagnostic means (R F) in a connection of the drive circuit to a ground potential (V GND), the diagnostic means (R F) being operable: a) to sense a detected current (I dect); and b) to provide a signal on detection of a short circuit fault to the ground potential (V GND), wherein the signal is provided when the detected current (I dect) is at variance from a predetermined threshold current (I trip), wherein the connection of the drive circuit to the ground potential (V GND) is connected to charge storage means (C 1, C 2), said threshold current not being a measured value. a) to sense a detected current (I dect); and b) to provide a signal on detection of a short circuit fault to the ground potential (V GND),
A method for authenticating an attempt at establishment of a network connection by allowed code, comprising: providing a dataset having a plurality of previously observed stack trace templates each representing a stack trace pattern prevailing in stack traces recorded by monitoring a plurality of stacks of a plurality of clients executing an allowed code during a connection establishment process for establishing network connections related to the allowed code; receiving a new stack trace recorded during a new connection establishment process for a new network connection by a new client; measuring a similarity between the new stack trace and the plurality of stack trace templates to identify a match to a stack trace template; evaluating the matched stack trace template for a predefined rule requirement; and updating a rule-set database with the matched stack trace template to authenticate new network connection establishments associated with stack templates matching the matched stack trace template; characterized in that evaluating the matched stack trace template comprises: incrementing a value of a counter indicative of a number of previous stack trace template matches from different clients, and evaluating the value against the predefined rule requirement of a number of matches. providing a dataset having a plurality of previously observed stack trace templates each representing a stack trace pattern prevailing in stack traces recorded by monitoring a plurality of stacks of a plurality of clients executing an allowed code during a connection establishment process for establishing network connections related to the allowed code; receiving a new stack trace recorded during a new connection establishment process for a new network connection by a new client; measuring a similarity between the new stack trace and the plurality of stack trace templates to identify a match to a stack trace template; evaluating the matched stack trace template for a predefined rule requirement; and updating a rule-set database with the matched stack trace template to authenticate new network connection establishments associated with stack templates matching the matched stack trace template;
A whole cell Mycobacterium for use in the treatment of neoplastic disease in combination with an mTOR inhibitor, wherein the Mycobacterium is a non-pathogenic heat-killed Mycobacterium.
A motor comprising: a shaft; a rotor disposed radially outside the shaft; a stator disposed radially outside the rotor; a sensing magnet coupled to an axially upper end of the shaft; a circuit substrate disposed above the sensing magnet and including a sensor configured to detect a magnetic flux change due to the sensing magnet; and a cap member which covers the sensor, wherein the circuit substrate includes a first substrate, a second substrate disposed to be spaced apart from the first substrate, and connecting portions connecting the first substrate to the second substrate, the sensor is mounted on the second substrate, and the cap member is disposed to pass through a separating space between the first substrate and the second substrate and the upper portion of the cap member surrounds a space axially above the second substrate and the lower portion of the cap member surrounds a space axially under the second substrate, characterized by the fact that slots formed upward from a lower end of the cap member are disposed in the cap member; and the connecting portions are disposed in the slots, and a length of the lower portion of the cap member is such that a position of the lower end of the cap member is disposed at a lower level than a position of said axially upper end of the shaft, wherein upper ends of the slots are blocked by the connecting portions. a shaft; a rotor disposed radially outside the shaft; a stator disposed radially outside the rotor; a sensing magnet coupled to an axially upper end of the shaft; a circuit substrate disposed above the sensing magnet and including a sensor configured to detect a magnetic flux change due to the sensing magnet; and a cap member which covers the sensor, wherein the circuit substrate includes a first substrate, a second substrate disposed to be spaced apart from the first substrate, and connecting portions connecting the first substrate to the second substrate, the sensor is mounted on the second substrate, and the cap member is disposed to pass through a separating space between the first substrate and the second substrate and the upper portion of the cap member surrounds a space axially above the second substrate and the lower portion of the cap member surrounds a space axially under the second substrate, characterized by the fact that slots formed upward from a lower end of the cap member are disposed in the cap member; and the connecting portions are disposed in the slots, and a length of the lower portion of the cap member is such that a position of the lower end of the cap member is disposed at a lower level than a position of said axially upper end of the shaft, wherein upper ends of the slots are blocked by the connecting portions.
A method for allowing a provider not known to a computer network to have access to an electronic medical record of a patient stored on the computer network, the method characterized by: (a) the provider requesting access to the electronic medical record and providing a provider information selected from the group consisting of provider ID, provider location, provider department and the purpose of use, a CVS attribute selected from the group consisting of patient name, provider ID, provider location, provider department, purpose of use and reason and a piece of patient information selected from the group consisting of a patient ID, a password, passphrase and a key and providing the purpose of use/ reason; (b) authenticating the provider through the piece of provider information and dependent on a provider specific authentication service; (c) authenticating the provider by validating the piece of patient information; (d) confirming a patient specific consent protocol based on: (i) the CVS attribute; (ii) the piece of patient information; (iii) the purpose of use/ reason; and (e) establishing a connection for the access to the electronic medical record for the provider dependent upon an authentication received from step (c) and a confirmation received from step (d). (a) the provider requesting access to the electronic medical record and providing a provider information selected from the group consisting of provider ID, provider location, provider department and the purpose of use, a CVS attribute selected from the group consisting of patient name, provider ID, provider location, provider department, purpose of use and reason and a piece of patient information selected from the group consisting of a patient ID, a password, passphrase and a key and providing the purpose of use/ reason; (b) authenticating the provider through the piece of provider information and dependent on a provider specific authentication service; (c) authenticating the provider by validating the piece of patient information; (d) confirming a patient specific consent protocol based on: (i) the CVS attribute; (ii) the piece of patient information; (iii) the purpose of use/ reason; and (i) the CVS attribute; (ii) the piece of patient information; (iii) the purpose of use/ reason; and (e) establishing a connection for the access to the electronic medical record for the provider dependent upon an authentication received from step (c) and a confirmation received from step (d).
Automated equipment adapted to be installed in a beer dispensing installation located in an establishment, said beer dispensing installation comprising at least two tanks for product to be dispensed, with outputs connected to a refrigerated pipe circuit adapted to transport said product to one or more taps, said automated equipment comprising: - a pneumatic valve provided, in use, in the output of each tank, - an air inlet regulator assembly to each tank, - a pneumatic system comprising: - a pressurised air circuit and - a compressor adapted to generate back-pressure inside each tank so that the product exits, said pressurised air circuit being connected to said pneumatic valve of the product output of each tank and being connected to said air inlet regulator assembly, characterised in that the automated equipment comprises an electronic system comprising: - a series of tank switchboards, one for each tank of the installation, - a main switchboard, - an actuation and back-pressure assembly comprising magnetic valves (14, 14') and regulators of tank pressure, wherein said tank switchboards are connected to each other and to said main switchboard such that in use the electronic system is adapted to control the automatic operation and power supply of said actuation and back-pressure assembly, as well as to control the operation of said pneumatic system, and in that the main switchboard incorporates a pre-recorded and programmable management software adapted for the management and control of the equipment, and adapted both to connect and disconnect the flow of product to said one or more taps and to change the tanks and to know the temperature and pressure or level of content thereof at any time; and in that the main switchboard is adapted to be connected, in use, via an internal Wi-Fi network, to an electronic device with a touch screen, which acts as a remote user interface. - a pneumatic valve provided, in use, in the output of each tank, - an air inlet regulator assembly to each tank, - a pneumatic system comprising: - a pressurised air circuit and - a compressor adapted to generate back-pressure inside each tank so that the product exits, said pressurised air circuit being connected to said pneumatic valve of the product output of each tank and being connected to said air inlet regulator assembly, - a pressurised air circuit and - a compressor adapted to generate back-pressure inside each tank so that the product exits, said pressurised air circuit being connected to said pneumatic valve of the product output of each tank and being connected to said air inlet regulator assembly, - a series of tank switchboards, one for each tank of the installation, - a main switchboard, - an actuation and back-pressure assembly comprising magnetic valves (14, 14') and regulators of tank pressure, wherein said tank switchboards are connected to each other and to said main switchboard such that in use the electronic system is adapted to control the automatic operation and power supply of said actuation and back-pressure assembly, as well as to control the operation of said pneumatic system,
A computer-implemented method for simulating a filling process of a mold cavity in an injection molding process using a plastic material, the method comprising: i) discretizing at least a part of the mold cavity into a plurality of cells; ii) defining a cavity injection point; iii) determining a surface normal direction perpendicular to the nearest cavity surface for each cell; iv) determining a cell coordinate system for each cell, defined by - a first principal direction parallel to a flow direction, - a third principal direction parallel to the normal direction, and - a second principal direction perpendicular to the first and third principal directions; and v) determining the flow direction of a mold flow for each cell. i) discretizing at least a part of the mold cavity into a plurality of cells; ii) defining a cavity injection point; iii) determining a surface normal direction perpendicular to the nearest cavity surface for each cell; iv) determining a cell coordinate system for each cell, defined by - a first principal direction parallel to a flow direction, - a third principal direction parallel to the normal direction, and - a second principal direction perpendicular to the first and third principal directions; and - a first principal direction parallel to a flow direction, - a third principal direction parallel to the normal direction, and - a second principal direction perpendicular to the first and third principal directions; and v) determining the flow direction of a mold flow for each cell.
Device for immobilising a goods transport vehicle during the docking phases of the said vehicle, by action on the tyre of one of its wheels, comprising a lateral means of guiding the said vehicle positioned parallel to the direction of movement of the vehicle to be immobilised, a carriage moving along the said guiding means, a means of moving the said carriage along the said guiding means and a means of locking the said carriage on the said guiding means, a chocking part one end of which is fixed on the frame of the device, a mechanism for positioning the said chocking part, the guiding means being typically a frame comprising in particular a beam, a rail and two end blocks, characterised by the carriage having a simple form comprising at least one guide tube on the beam and parts supporting at least one spade pivoting upwards, from the rest position to the stop or so-called work position, a handle comprising the means of movement enabling the movement of the carriage on the beam to be actuated manually and also the spade supporting the arm to be moved into place by being pivoted under the effect of a system of links, the end of the handle rod moving in a central oval, bean-shaped hole in at least a first articulated link with one end connected rotationally to at least a second link connected rotationally to the spade; the first link being connected rotationally to the carriage and its other end being equipped with a stop serving to lock the carriage in the work position on the carriage frame, the position of the pins of the links locking the spade in the raised work position.