mhurhangee/ep-ind-claims huggingface dataset:
A compressor control system comprising: at least one variable compressor; at least one fixed-capacity compressor; and a controller operable to modulate said at least one variable compressor based on a suction pressure reading and operable to toggle said at least one fixed-capacity compressor between a run mode and a shutdown mode based on an operating parameter of said at least one variable compressor, characterized in that: said operating parameter of said at least one variable compressor is a capacity or duty cycle of said at least one variable compressor; said operating parameter ranges from ten percent compressor capacity to one hundred percent compressor capacity; and said controller is operable to toggle said at least one fixed compressor into said run mode when said variable compressor capacity is at one hundred percent capacity for a predetermined time. at least one variable compressor; at least one fixed-capacity compressor; and a controller operable to modulate said at least one variable compressor based on a suction pressure reading and operable to toggle said at least one fixed-capacity compressor between a run mode and a shutdown mode based on an operating parameter of said at least one variable compressor, characterized in that: said operating parameter of said at least one variable compressor is a capacity or duty cycle of said at least one variable compressor; said operating parameter ranges from ten percent compressor capacity to one hundred percent compressor capacity; and said controller is operable to toggle said at least one fixed compressor into said run mode when said variable compressor capacity is at one hundred percent capacity for a predetermined time. said operating parameter of said at least one variable compressor is a capacity or duty cycle of said at least one variable compressor; said operating parameter ranges from ten percent compressor capacity to one hundred percent compressor capacity; and said controller is operable to toggle said at least one fixed compressor into said run mode when said variable compressor capacity is at one hundred percent capacity for a predetermined time.
Arrangement for fastening a component by means of an insert, in particular for fastening a threaded bolt inside a rotor blade of a wind turbine, whereby the arrangement comprises at least the component, the insert, an adhesive and at least one decoupling element, said component having in an end face on the fastening side at least one hole designed to receive the insert, which is inserted into the hole with a front face first, an intermediate space between the insert and the inner wall of the hole being at least partially filled with the adhesive, whereby the decoupling element for reducing stress peaks is inserted between the insert and the inner wall whose stiffness is less than a stiffness of the cured adhesive, characterized in that the hole in the component has a longitudinal axis, said longitudinal axis passes through the geometrical centre of the hole, and parts of the decoupling element have a distance to the longitudinal axis which is greater than the arithmetical mean outer radius of the front third of the insert, so that the decoupling element shields one front side of the insert and deflected forces are introduced into the insert at other points.
A hydroprocessing process comprising: hydroprocessing a hydrocarbon feed in a hydroprocessing reactor to provide a hydroprocessing effluent stream; separating the hydroprocessing effluent stream into a cold hydroprocessing effluent stream and a hot hydroprocessing effluent stream; stripping the cold hydroprocessing effluent stream in a cold stripper with stripping media to provide a cold stripped stream; stripping the hot hydroprocessing effluent stream in a hot stripper with stripping media to provide a hot stripped stream; heating said hot stripped stream in a fired heater, and bypassing the cold stripped stream around the fired heater; heating the cold stripped stream in a process heater or process heat exchanger; feeding the cold stripped stream and the hot stripped stream to a product fractionation column; and fractionating the cold stripped stream and the hot stripped stream in the product fractionation column to provide product streams. hydroprocessing a hydrocarbon feed in a hydroprocessing reactor to provide a hydroprocessing effluent stream; separating the hydroprocessing effluent stream into a cold hydroprocessing effluent stream and a hot hydroprocessing effluent stream; stripping the cold hydroprocessing effluent stream in a cold stripper with stripping media to provide a cold stripped stream; stripping the hot hydroprocessing effluent stream in a hot stripper with stripping media to provide a hot stripped stream; heating said hot stripped stream in a fired heater, and bypassing the cold stripped stream around the fired heater; heating the cold stripped stream in a process heater or process heat exchanger; feeding the cold stripped stream and the hot stripped stream to a product fractionation column; and fractionating the cold stripped stream and the hot stripped stream in the product fractionation column to provide product streams.
A method of using audio to associate a target device with credentials of an account associated with a user of a source device, the method comprising: receiving, by means of a media identification engine of a media-delivery system, an association request from the target device for associating the target device with credentials of an account associated with a user of the source device, the association request including an ambient noise recording that includes at least a portion of a media content item recorded by the target device; identifying, by means of the media identification engine, an identifier of said at least a portion of a media content item based on the ambient noise recording; providing, by means of the media identification engine, the identifier to an access management engine of the media-delivery system; determining, by means of the access management engine, an account based on the received identifier, the thus determined account being identified as having caused playback of a media content item associated with said ambient noise recording; obtaining, by means of the access management engine, credentials associated with determined account; and providing, by means of the access management engine, the obtained credentials to the target device to associate the target device with the account associated with the user of the source device. receiving, by means of a media identification engine of a media-delivery system, an association request from the target device for associating the target device with credentials of an account associated with a user of the source device, the association request including an ambient noise recording that includes at least a portion of a media content item recorded by the target device; identifying, by means of the media identification engine, an identifier of said at least a portion of a media content item based on the ambient noise recording; providing, by means of the media identification engine, the identifier to an access management engine of the media-delivery system; determining, by means of the access management engine, an account based on the received identifier, the thus determined account being identified as having caused playback of a media content item associated with said ambient noise recording; obtaining, by means of the access management engine, credentials associated with determined account; and providing, by means of the access management engine, the obtained credentials to the target device to associate the target device with the account associated with the user of the source device.
A medical device for draining a fluid from the body of a patient, comprising: a tubular member configured to have a distal end residing interiorly of the body of a patient and a proximal end extending exteriorly of the body of the patient, said distal end having an opening for transmission of said fluid, the tubular member having an inner surface extending between said distal end and said proximal end, said inner surface defining a lumen, and an interior member disposed in said lumen and extending along a length of said inner surface, said interior member engaged with said inner surface such that a chamber is defined therebetween; and a conduit engaged with said tubular member for transmission of an inflation fluid for selectively varying a dimension of said chamber, characterised in that said inner surface has a proximal end and a distal end, further comprising a circumferential seal between said inner surface proximal end and a proximal end of said interior member, and a circumferential seal between said inner surface distal end and a distal end of said interior member. a tubular member configured to have a distal end residing interiorly of the body of a patient and a proximal end extending exteriorly of the body of the patient, said distal end having an opening for transmission of said fluid, the tubular member having an inner surface extending between said distal end and said proximal end, said inner surface defining a lumen, and an interior member disposed in said lumen and extending along a length of said inner surface, said interior member engaged with said inner surface such that a chamber is defined therebetween; and a conduit engaged with said tubular member for transmission of an inflation fluid for selectively varying a dimension of said chamber, characterised in that said inner surface has a proximal end and a distal end, further comprising a circumferential seal between said inner surface proximal end and a proximal end of said interior member, and a circumferential seal between said inner surface distal end and a distal end of said interior member.
A probe, comprising: a flexible insertion tube, which is configured for insertion into a body of a subject via a body lumen; a sequence of tubular modules, which are contained within the insertion tube, characterised in that each module comprising a rigid tube segment having a respective preset shape and containing internal grooves on an interior surface of the tube segment; a flexible expander tube, which is threaded through the sequence of the tubular modules and has external grooves configured to engage the internal grooves within the tube segment of each of the tubular modules when the expander tube is expanded, so as to hold the tubular modules in mutual alignment, wherein the tubular modules are able to move out of the mutual alignment when the expander tube is unexpanded; and an expansion element, which is insertable through the flexible expander tube so as to expand the expander tube. a flexible insertion tube, which is configured for insertion into a body of a subject via a body lumen; a sequence of tubular modules, which are contained within the insertion tube, characterised in that each module comprising a rigid tube segment having a respective preset shape and containing internal grooves on an interior surface of the tube segment; a flexible expander tube, which is threaded through the sequence of the tubular modules and has external grooves configured to engage the internal grooves within the tube segment of each of the tubular modules when the expander tube is expanded, so as to hold the tubular modules in mutual alignment, wherein the tubular modules are able to move out of the mutual alignment when the expander tube is unexpanded; and an expansion element, which is insertable through the flexible expander tube so as to expand the expander tube.
Apparatus, comprising: a probe, configured for insertion into a body cavity of a patient and comprising a position sensor for measuring a position of a distal end of the probe inside the body cavity and a force sensor for measuring a force between the distal end and a wall of the body cavity; and a processor, which is configured to construct a simulated surface of the body cavity, to accept from the probe, while pressing the distal end against the wall, position measurements indicating a position of the probe within the body cavity and force measurements indicating a force between the distal end and the wall, to create a distortion in the simulated surface at the position indicated by the position measurements, so as to form a distorted surface, upon detecting that the force measurements exceed a predefined amount, and to display the distorted surface, wherein the processor is configured to adjust the magnitude of the distortion depending on the tissue in contact with the distal end, wherein the processor is configured to introduce a greater degree of distortion when the distal end is in contact with atrial tissue than when the distal end is in contact with ventricle tissue and applying equivalent force. a probe, configured for insertion into a body cavity of a patient and comprising a position sensor for measuring a position of a distal end of the probe inside the body cavity and a force sensor for measuring a force between the distal end and a wall of the body cavity; and a processor, which is configured to construct a simulated surface of the body cavity, to accept from the probe, while pressing the distal end against the wall, position measurements indicating a position of the probe within the body cavity and force measurements indicating a force between the distal end and the wall, to create a distortion in the simulated surface at the position indicated by the position measurements, so as to form a distorted surface, upon detecting that the force measurements exceed a predefined amount, and to display the distorted surface, wherein the processor is configured to adjust the magnitude of the distortion depending on the tissue in contact with the distal end, wherein the processor is configured to introduce a greater degree of distortion when the distal end is in contact with atrial tissue than when the distal end is in contact with ventricle tissue and applying equivalent force.
A spectrometer system comprising: a detector array (220; 320; 420); an imaging lens assembly coupled to the detector array, the imaging lens assembly including a first element of positive optical power (336; 436) followed by a second element of negative optical power (333; 433) and a positive optical power element (325; 425) split into two opposing identical singlets; a dispersive element (345; 445) coupled to the imaging lens assembly; and a fixed focus collimator assembly (260; 360) coupled to the dispersive element. a detector array (220; 320; 420); an imaging lens assembly coupled to the detector array, the imaging lens assembly including a first element of positive optical power (336; 436) followed by a second element of negative optical power (333; 433) and a positive optical power element (325; 425) split into two opposing identical singlets; a dispersive element (345; 445) coupled to the imaging lens assembly; and a fixed focus collimator assembly (260; 360) coupled to the dispersive element.
An apparatus for labelling containers by means of heat-shrink sleeve-like labels, comprising a frame which supports at least one device for handling containers to be labelled and which is provided with at least one applicator, which is adapted to transfer a respective sleeve-like label onto the outer surface of at least one container to be labelled, feeder means being provided which are adapted to make said sleeve-like labels available to said at least one applicator, said feeder means comprising an element for unwinding a reel of printable film and means for cutting said printable film unwound from said reel in order to provide portions of film adapted to form said sleeve-like labels, means for wrapping said portions of film and means for heat-sealing the opposite flaps (15a, 15b) of said portions of film wrapped by said wrapping means in order to obtain said sleeve-like labels being provided, characterized in that it comprises printing means adapted to decorate at least one portion of said sleeve-like labels or said portions of film when said portions of film or said sleeve-like labels engage said wrapping means.
An image display device comprising: a display unit on which a first region and a second region are displayed, the second region on which at least one object through which a function is activated with a pointing signal is displayed; an interface unit through which the pointing signal is received from a spatial remote controller; and a controller that, when a pointer displayed according to the received pointing signal is moved within the first region, performs control in such a manner that the pointer is moved at a first moving speed, and that, when the pointer displayed according to the received pointing signal is moved within the second region, performs the control in such a manner that the pointer is moved at a second moving speed lower than the first moving speed, characterized in that the second moving speed is variable in dependence of at least one of a size or form of an object displayed in the second region, and the controller further performs control in such a manner that the pointer is stopped for a predetermined time when a form of the object on which the pointer is positioned is a complicated form or a size of the object on which the pointer is positioned is smaller than a predetermined size. a display unit on which a first region and a second region are displayed, the second region on which at least one object through which a function is activated with a pointing signal is displayed; an interface unit through which the pointing signal is received from a spatial remote controller; and a controller that, when a pointer displayed according to the received pointing signal is moved within the first region, performs control in such a manner that the pointer is moved at a first moving speed, and that, when the pointer displayed according to the received pointing signal is moved within the second region, performs the control in such a manner that the pointer is moved at a second moving speed lower than the first moving speed, characterized in that the second moving speed is variable in dependence of at least one of a size or form of an object displayed in the second region, and the controller further performs control in such a manner that the pointer is stopped for a predetermined time when a form of the object on which the pointer is positioned is a complicated form or a size of the object on which the pointer is positioned is smaller than a predetermined size.
A method of forming an imaging calibration device for a biological material imaging system, the method comprising: providing one or more discrete regions upon or within a retaining member, each region for the receipt of a selected predetermined tissue stain material, wherein, for each discrete region, every part of the discrete region produces a common optical path length through the region, as defined in the direction normal to the surface of the retaining member; wherein providing one or more discrete regions comprises providing one or more elements of stain absorbent material onto the retaining member; selecting one or more predetermined tissue stain materials, wherein each of the selected predetermined tissue stain materials has a predetermined optical response; and depositing one or more of the selected predetermined tissue stains in a fluid form to the said one or more discrete regions such that the said material is localised in the said region. providing one or more discrete regions upon or within a retaining member, each region for the receipt of a selected predetermined tissue stain material, wherein, for each discrete region, every part of the discrete region produces a common optical path length through the region, as defined in the direction normal to the surface of the retaining member; wherein providing one or more discrete regions comprises providing one or more elements of stain absorbent material onto the retaining member; selecting one or more predetermined tissue stain materials, wherein each of the selected predetermined tissue stain materials has a predetermined optical response; and depositing one or more of the selected predetermined tissue stains in a fluid form to the said one or more discrete regions such that the said material is localised in the said region.
Method for producing a multi-part notice, especially a pharmaceutical notice, characterised in that it comprises the following steps: - there is used a single sheet of paper on which notices (N2, N3) are printed on either side of at least one separation line; - the sheet is folded into a configuration in which the notices are so arranged that their contours substantially coincide and in which at least one separation line is situated substantially on a lateral fold line of the folded sheet; - a cut is made along said lateral fold line so as to separate the notices; and - the notices are held together, flat, by means of a device for temporary assembly of the notices. - there is used a single sheet of paper on which notices (N2, N3) are printed on either side of at least one separation line; - the sheet is folded into a configuration in which the notices are so arranged that their contours substantially coincide and in which at least one separation line is situated substantially on a lateral fold line of the folded sheet; - a cut is made along said lateral fold line so as to separate the notices; and - the notices are held together, flat, by means of a device for temporary assembly of the notices.
A central instrument in the cockpit of a motor vehicle, comprising a circular display, in which multiple items of vehicle-relevant information are displayed, wherein the display, at its edge, contains a plurality of lighting means, which are freely programmable in respect of their brightness, which are controlled variably during an operating phase of the motor vehicle, and which generate a light figure (3, 4) thatvaries overtime and that provides a determination of the state and/or the function of the motor vehicle and/or a motor vehicle component, and wherein the light figure formed by the lighting means is symmetrical with respect to a display meridian, which forms an imaginary vertical line of symmetry, characterised in that a pulsating effect of the lighting means is brought about by the variation overtime of the light figure by rhythmic control.