mhurhangee/ep-ind-claims huggingface dataset:
An ice storage device, comprising an ice storage box, wherein - an ice discharging door is provided at an outlet of said ice storage box, - an ice crushing device is provided inside said ice storage box, said ice crushing device comprises at least one fixed ice crushing blade and at least one moving ice crushing blade which is sleeved on a rotating shaft and rotates synchronously to said rotating shaft, and said rotating shaft is connected to a driving device; - at least one stirrer is sleeved on said rotating shaft and rotates synchronously to said rotating shaft, - said stirrer comprises a columnar stirring body having at least one stirring finger on its columnar outer surface, - said stirring finger is arranged obliquely or perpendicular to an axial direction of said rotating shaft, and - a gap is maintained between a tip of said stirring finger and said ice discharging door, characterized in that, when said driving device drives said rotating shaft to rotate in a first direction, said stirring finger is configured to push ice cubes to apply a pushing force onto said ice discharging door. - an ice discharging door is provided at an outlet of said ice storage box, - an ice crushing device is provided inside said ice storage box, said ice crushing device comprises at least one fixed ice crushing blade and at least one moving ice crushing blade which is sleeved on a rotating shaft and rotates synchronously to said rotating shaft, and said rotating shaft is connected to a driving device; - at least one stirrer is sleeved on said rotating shaft and rotates synchronously to said rotating shaft, - said stirrer comprises a columnar stirring body having at least one stirring finger on its columnar outer surface, - said stirring finger is arranged obliquely or perpendicular to an axial direction of said rotating shaft, and - a gap is maintained between a tip of said stirring finger and said ice discharging door, characterized in that, when said driving device drives said rotating shaft to rotate in a first direction, said stirring finger is configured to push ice cubes to apply a pushing force onto said ice discharging door.
A motor vehicle with a rollover protection system with at least one rollover support body which is accommodated in a mount, the mount being attached to a bodywork structure of the motor vehicle by screws with the interconnection of a receiving device which is fixed to the vehicle, wherein the receiving device having an extent in the X direction of the motor vehicle which is greater than the extent of the mount in the X direction, with a fastening by screws, the longitudinal axis of which extends approximately in the Y direction of the motor vehicle, characterised in that the receiving device is arranged on the bodywork structure in the region of a wheel housing and/or of a side wall region of the motor vehicle and the receiving device has at least one strut-like portion extending approximately in the Z direction of the motor vehicle, wherein the strut-like portion is formed by a bulge of the receiving device and/or by a bulge of a component (5; 38; 6) configured as a closure profile and wherein provided on the back of the receiving device is at least one supporting body which connects the upper side of the wheel housing to the back of the receiving device.
A surgical device having a distal end and a proximal end, and comprising a delivery portion extending from the proximal end and comprising first and second instrument delivery channels (100, 102), an active portion at a distal portion of the device and a plug having a proximal end and a distal end, and engageable with the delivery portion at its proximal end, and with the active portion at its distal end, the plug comprising first and second plug channels each defining a curved path, such that the plug channels diverge from one another towards the distal end of the plug wherein when the plug is engaged with the delivery portion the first plug channel and the first instrument delivery channel form a first instrument channel and the second plug channel and the second instrument delivery channel form a second instrument channel, characterised in that the plug comprises first and second plug portions, which plug portions are formed separately and are adapted to fit together to form the plug, the first plug portion comprising the first plug channel, and the second plug portion comprising the second plug channel.
An apparatus comprising means for: simultaneously controlling content rendered by a hand portable device and content rendered by a spatial audio device; in response to an action by a user, splitting a spatial audio content into a first part for the hand portable device and a second part for the spatial audio device, wherein rendering of the first part and the second part, before the action of the user causes the splitting of the spatial audio content into the first part for the hand portable device and the second part for the spatial audio device, is simultaneous and via the spatial audio device; and causing simultaneous rendering to the user, in response to the action of the user, of the first part of the spatial audio content via the hand portable device, not the spatial audio device, and the second part of the spatial audio content via the spatial audio device, not the hand portable device. simultaneously controlling content rendered by a hand portable device and content rendered by a spatial audio device; in response to an action by a user, splitting a spatial audio content into a first part for the hand portable device and a second part for the spatial audio device, wherein rendering of the first part and the second part, before the action of the user causes the splitting of the spatial audio content into the first part for the hand portable device and the second part for the spatial audio device, is simultaneous and via the spatial audio device; and causing simultaneous rendering to the user, in response to the action of the user, of the first part of the spatial audio content via the hand portable device, not the spatial audio device, and the second part of the spatial audio content via the spatial audio device, not the hand portable device.
Apparatus, comprising: a catheter comprising a tracking sensor; a physiological sensor; an electrical interface; and a processor, configured: to receive via the electrical interface a first signal from the tracking sensor that indicates a location of the catheter inside a body of a subject, and a second signal from the physiological sensor that indicates a phase, of a cardiac cycle of the subject, at which the first signal was acquired, to set imaging parameters according to the first signal and the second signal, the imaging parameters comprising a scan plane that passes through the location indicated by the first signal, and a scan window that covers a portion of a subsequent cardiac cycle of the subject that includes the phase indicated by the second signal, and to drive a magnetic resonance imaging, MRI, scanner to acquire a set of multiple images according to the set imaging parameters; wherein the driving of the MRI scanner is gated so that imaging is limited to the scan plane and the scan window. a catheter comprising a tracking sensor; a physiological sensor; an electrical interface; and a processor, configured: to receive via the electrical interface a first signal from the tracking sensor that indicates a location of the catheter inside a body of a subject, and a second signal from the physiological sensor that indicates a phase, of a cardiac cycle of the subject, at which the first signal was acquired, to set imaging parameters according to the first signal and the second signal, the imaging parameters comprising a scan plane that passes through the location indicated by the first signal, and a scan window that covers a portion of a subsequent cardiac cycle of the subject that includes the phase indicated by the second signal, and to drive a magnetic resonance imaging, MRI, scanner to acquire a set of multiple images according to the set imaging parameters; to receive via the electrical interface a first signal from the tracking sensor that indicates a location of the catheter inside a body of a subject, and a second signal from the physiological sensor that indicates a phase, of a cardiac cycle of the subject, at which the first signal was acquired, to set imaging parameters according to the first signal and the second signal, the imaging parameters comprising a scan plane that passes through the location indicated by the first signal, and a scan window that covers a portion of a subsequent cardiac cycle of the subject that includes the phase indicated by the second signal, and to drive a magnetic resonance imaging, MRI, scanner to acquire a set of multiple images according to the set imaging parameters; wherein the driving of the MRI scanner is gated so that imaging is limited to the scan plane and the scan window.
Method for the inscription of second order non-linear optical properties on a support comprising an inorganic amorphous material, said inorganic amorphous material comprising cations, said method being characterised in that it comprises: ▪ Heating the support within a temperature range allowing the movement of cations inside said support; ▪ Applying a structured electrode, in contact to said support, said structured electrode comprising a thin conductive film on an insulating substrate, said structured electrode comprising at least one geometric discontinuity, said thin conductive film generating an electrical field designed to induce a localised accumulation of electrons, by each discontinuity, in at least one first zone of the surface of said structured electrode when it is supplied by a voltage, said localised accumulation of electrons generating, by edge effect or peak effect coupled with cations of said support, at least one anisotropy, comprising a modification of the cations density of said support and/or a reorganisation of the molecular structure of said support, structuring a second zone of the support in the form of non-linear optical properties inscribed on the surface of said support; ▪ Cooling the support under the application of the electrical field generated and maintained for a predetermined duration by the application of the electrode. ▪ Heating the support within a temperature range allowing the movement of cations inside said support; ▪ Applying a structured electrode, in contact to said support, said structured electrode comprising a thin conductive film on an insulating substrate, said structured electrode comprising at least one geometric discontinuity, said thin conductive film generating an electrical field designed to induce a localised accumulation of electrons, by each discontinuity, in at least one first zone of the surface of said structured electrode when it is supplied by a voltage, said localised accumulation of electrons generating, by edge effect or peak effect coupled with cations of said support, at least one anisotropy, comprising a modification of the cations density of said support and/or a reorganisation of the molecular structure of said support, structuring a second zone of the support in the form of non-linear optical properties inscribed on the surface of said support; ▪ Cooling the support under the application of the electrical field generated and maintained for a predetermined duration by the application of the electrode.
A split pin safety cap (20, 30) for encapsulating free ends of an installed split pin, the split pin safety cap having a body comprising one or more side wall which together define a bore arranged to receive an end portion of a rod, diametrically opposing first (24, 36) and second openings (22, 34) formed through the one or more side walls, each opening being sized to receive the arms (108a', 108b') of the split pin when the split pin is in an insertion condition to permit the arms of the split pin to be inserted through a lateral hole in the rod, and at least one recess sized to receive the free ends of the split pin when the split pin is in an installed condition, wherein the body includes a retention portion (26, 38) situated between the first opening and an end face of the one or more side walls, the retention portion serving to retain the cap on the rod when the split pin is in the installed condition characterised in that the second opening is elongate and defines the recess and the second opening (22, 34) extends in a generally parallel plane with respect to the axis of the bore.
A pharmaceutical composition comprising, as the active ingredient, a thiazole derivative represented by a formula, or a pharmaceutically acceptable salt thereof: wherein: R 1A represents substituted or unsubstituted furyl (excluding a group selected from 5-phosphonofuran-2-yl and 5-nitrofuran-2-yl); R 12 represents substituted or unsubstituted C 1-10 alkyl, substituted or unsubstituted C 1-10 alkoxy, substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl, substituted or unsubstituted aralkyl, a substituted or unsubstituted alicyclic heterocyclic group, a substituted or unsubstituted aromatic heterocyclic group, substituted or unsubstituted alicyclic heterocyclicalkyl, or substituted or unsubstituted aromatic heterocyclic-alkyl; n is 0; R 3A represents a hydrogen atom; and R 2A represents -COR 8 (wherein R 8 represents substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl, a substituted or unsubstituted alicyclic heterocyclic group, or a substituted or unsubstituted aromatic heterocyclic group). R 1A represents substituted or unsubstituted furyl (excluding a group selected from 5-phosphonofuran-2-yl and 5-nitrofuran-2-yl); R 12 represents substituted or unsubstituted C 1-10 alkyl, substituted or unsubstituted C 1-10 alkoxy, substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl, substituted or unsubstituted aralkyl, a substituted or unsubstituted alicyclic heterocyclic group, a substituted or unsubstituted aromatic heterocyclic group, substituted or unsubstituted alicyclic heterocyclicalkyl, or substituted or unsubstituted aromatic heterocyclic-alkyl; n is 0; R 3A represents a hydrogen atom; and R 2A represents -COR 8 (wherein R 8 represents substituted or unsubstituted cycloalkyl, substituted or unsubstituted aryl, a substituted or unsubstituted alicyclic heterocyclic group, or a substituted or unsubstituted aromatic heterocyclic group).
A combination of a therapeutically effective amount of activated T cells that specifically recognize a viral antigen of interest, and a therapeutically effective amount of a PD-1 antagonist for use in treating a persistent viral infection; comprising administering the combination to a subject to induce an immune response to the viral antigen of interest; wherein the PD-1 antagonist is an antibody that specifically binds PD-1, an antibody that specifically binds Programmed Death Ligand 1 (PD-L1) or an antibody that specifically binds Programmed Death Ligand-2 (PD-L2), or combinations thereof; or wherein the PD-1 antagonist is an anti-PD-1 antibody, an anti-PD-L1 antibody, an anti-PD-L2 antibody, a small inhibitory anti-PD-1 RNAi, a small inhibitory anti-PD-L1 RNA, an small inhibitory anti-PD-L2 RNAi, an anti-PD-1 antisense RNA, an anti-PD-L1 antisense RNA, an anti-PD-L2 antisense RNA, or combinations thereof.
A control unit for a factory automation system, FA system, comprising: a memory that stores a system program, a control program, and control data; a computation control part configured to execute the system program and the control program with reference to the control data; and an input and output unit for connecting the computation control part to an input device and an output device of the FA system, wherein the control program includes a sequence command computation program and a user program; wherein, the system program includes a scheduler program, a motion computation program, the sequence command computation program, and a data refresh program for executing a data refresh of data of the input device, of data of the output device and the control data of the memory via the input and output unit, the data refresh including executing a process for reflecting data from the input device in the control data via the input and output unit and executing a process for outputting computation results from the motion computation program and the user program to the output device via the input and output unit, and the computation control part is configured to: stop executing the control program, if the computation control part receive a change of the control program, execute the change of the control program while executing a part of the system program including the data refresh program, and resume executing the control program. a memory that stores a system program, a control program, and control data; a computation control part configured to execute the system program and the control program with reference to the control data; and an input and output unit for connecting the computation control part to an input device and an output device of the FA system, wherein the control program includes a sequence command computation program and a user program; wherein, the system program includes a scheduler program, a motion computation program, the sequence command computation program, and a data refresh program for executing a data refresh of data of the input device, of data of the output device and the control data of the memory via the input and output unit, the data refresh including executing a process for reflecting data from the input device in the control data via the input and output unit and executing a process for outputting computation results from the motion computation program and the user program to the output device via the input and output unit, and the computation control part is configured to: stop executing the control program, if the computation control part receive a change of the control program, execute the change of the control program while executing a part of the system program including the data refresh program, and resume executing the control program. stop executing the control program, if the computation control part receive a change of the control program, execute the change of the control program while executing a part of the system program including the data refresh program, and resume executing the control program.
An active resistive shim coil assembly comprising: an X-shim coil comprising four quadrants, wherein a first pair of the four quadrants of the X-shim coil are disposed symmetrically about a central plane, and a second pair of the four quadrants of the X-shim coil are disposed symmetrically about the central plane; a Y-shim coil comprising four quadrants, wherein a first pair of the four quadrants of the Y-shim coil are disposed symmetrically about the central plane and a second pair of the four quadrants of the Y-shim coil are disposed symmetrically about the central plane; and a Z-shim coil comprising a pair of halves disposed symmetrically about the central plane; wherein the X-shim, Y-shim, and Z-shim coils are each operable to be energized by separate currents through a plurality of power channels, the four quadrants of at least one of the X-shim coil or the Y-shim coil comprising: a first quadrant and a second quadrant connected in series, operable to be energized by a first power channel, and disposed symmetrically on opposing sides of the central plane; and a third quadrant and a fourth quadrant connected in series, operable to be energized by a second power channel, and disposed symmetrically on opposing sides of the central plane. an X-shim coil comprising four quadrants, wherein a first pair of the four quadrants of the X-shim coil are disposed symmetrically about a central plane, and a second pair of the four quadrants of the X-shim coil are disposed symmetrically about the central plane; a Y-shim coil comprising four quadrants, wherein a first pair of the four quadrants of the Y-shim coil are disposed symmetrically about the central plane and a second pair of the four quadrants of the Y-shim coil are disposed symmetrically about the central plane; and a Z-shim coil comprising a pair of halves disposed symmetrically about the central plane; wherein the X-shim, Y-shim, and Z-shim coils are each operable to be energized by separate currents through a plurality of power channels, the four quadrants of at least one of the X-shim coil or the Y-shim coil comprising: a first quadrant and a second quadrant connected in series, operable to be energized by a first power channel, and disposed symmetrically on opposing sides of the central plane; and a third quadrant and a fourth quadrant connected in series, operable to be energized by a second power channel, and disposed symmetrically on opposing sides of the central plane. a first quadrant and a second quadrant connected in series, operable to be energized by a first power channel, and disposed symmetrically on opposing sides of the central plane; and a third quadrant and a fourth quadrant connected in series, operable to be energized by a second power channel, and disposed symmetrically on opposing sides of the central plane.
Atomizing furnace, in particular for atomic absorption spectroscopy, comprising a tube furnace apparatus and a sample carrier, wherein the sample carrier serves the purpose of taking up an analyte, wherein the sample carrier is disposed within the tube furnace apparatus, wherein the sample carrier comprises three supporting protrusions (12, 13, 14) by which the sample carrier is punctually supported on an interior wall of the tube furnace apparatus, wherein at least two supporting protrusions (12, 13) are formed on two respectively opposite ends (17, 18) of the sample carrier, characterized in that the supporting protrusions are disposed in a common plane running through a longitudinal axis of the sample carrier, wherein one supporting protrusion is formed at mid-length between the ends of the sample carrier, wherein the sample carrier is fixed within the tube furnace apparatus by pyrolytic coating.
A meter adapted to determine and store an analyte concentration from a fluid sample located on a test sensor, the meter comprising: a display adapted to display information to a user of the meter; at least one segment on the display displaying a pre-event iconic marker and a post-event iconic marker, the pre-event iconic marker and the post-event iconic marker being paired non-language based graphical images; at least one marking means for allowing the user to interact with the meter, wherein after the analyte concentration is taken, no pre-event iconic marker is displayed, wherein a pre-event iconic marker appears on the display upon pressing a button, wherein the pre-event iconic marker disappears and the post-event iconic marker appears on the display upon pressing the button again, wherein when the proper iconic marker is displayed, it is selectable by the user; and a memory device adapted to store the analyte concentration with the corresponding pre-event or post-event iconic marker. a display adapted to display information to a user of the meter; at least one segment on the display displaying a pre-event iconic marker and a post-event iconic marker, the pre-event iconic marker and the post-event iconic marker being paired non-language based graphical images; at least one marking means for allowing the user to interact with the meter, wherein after the analyte concentration is taken, no pre-event iconic marker is displayed, wherein a pre-event iconic marker appears on the display upon pressing a button, wherein the pre-event iconic marker disappears and the post-event iconic marker appears on the display upon pressing the button again, wherein when the proper iconic marker is displayed, it is selectable by the user; and a memory device adapted to store the analyte concentration with the corresponding pre-event or post-event iconic marker.