mhurhangee/ep-ind-claims huggingface dataset:
A marker sized for introduction into a target tissue region within a patient's body, comprising: an energy converter for transforming energy pulses striking the marker into electrical energy; a switch coupled to the energy converter such that the energy pulses cause the switch to open and close; a pair of elongate wires coupled to the switch to provide an antenna, the switch configured to open and close to modulate signals reflected by the antenna back to a source of the signals; the energy converter and the switch being encased or embedded in an electronics package, wherein each wire includes a first end coupled to a printed circuit board or other circuit within the package and a second free end, characterized in that the marker further comprises an electro static discharge protection device coupled to the switch to provide protection against an electrostatic discharge event, the electro static discharge protection device being encased or embedded in the electronics package; and in that the first ends include one or more bends to facilitate coupling the first ends to the switch such that the wires extend tangentially from opposite sides of the electronics package, wherein the wires extend tangentially from sides of the electronics package which are opposite to the sides of the printed circuit board or other circuit within the package to which each first end is coupled. an energy converter for transforming energy pulses striking the marker into electrical energy; a switch coupled to the energy converter such that the energy pulses cause the switch to open and close; a pair of elongate wires coupled to the switch to provide an antenna, the switch configured to open and close to modulate signals reflected by the antenna back to a source of the signals; the energy converter and the switch being encased or embedded in an electronics package, wherein each wire includes a first end coupled to a printed circuit board or other circuit within the package and a second free end, characterized in that the marker further comprises an electro static discharge protection device coupled to the switch to provide protection against an electrostatic discharge event, the electro static discharge protection device being encased or embedded in the electronics package; and in that the first ends include one or more bends to facilitate coupling the first ends to the switch such that the wires extend tangentially from opposite sides of the electronics package, wherein the wires extend tangentially from sides of the electronics package which are opposite to the sides of the printed circuit board or other circuit within the package to which each first end is coupled.
Process for production of ice-cream which contains at maximum 1 wt.-% sugar with the steps of - producing a pre-emulsion having at least one water-soluble protein and water, at least one fat and at least one emulsifier, optionally a colorant, - high pressure-emulsifying the pre-emulsion by releasing a pressure difference of at least 1,500 bar for producing an emulsion, - mixing the emulsion with at least one finely divided foodstuff, which is contained in a mixture with water containing maltodextrin, for producing an ice mix, - optionally pasteurizing the ice mix, - cooling the ice mix under motion for producing an ice mass, - with subsequent further cooling of the ice mass by means of a cooled planetary roller extruder for producing a frozen ice mass, - portioning the frozen ice mass for producing pieces from the frozen ice mass. - producing a pre-emulsion having at least one water-soluble protein and water, at least one fat and at least one emulsifier, optionally a colorant, - high pressure-emulsifying the pre-emulsion by releasing a pressure difference of at least 1,500 bar for producing an emulsion, - mixing the emulsion with at least one finely divided foodstuff, which is contained in a mixture with water containing maltodextrin, for producing an ice mix, - optionally pasteurizing the ice mix, - cooling the ice mix under motion for producing an ice mass, - with subsequent further cooling of the ice mass by means of a cooled planetary roller extruder for producing a frozen ice mass, - portioning the frozen ice mass for producing pieces from the frozen ice mass.
A method of forming an intermediate compound for forming a boronic acid, comprising: reacting a 1-chloro-2-substituted-3-fluorobenzene with at least one alkyllithium to form a reaction mixture comprising a lithiated intermediate in a first reactor; transferring the reaction mixture to a second reactor; and adding a borate to the reaction mixture in the second reactor to form a boronate. reacting a 1-chloro-2-substituted-3-fluorobenzene with at least one alkyllithium to form a reaction mixture comprising a lithiated intermediate in a first reactor; transferring the reaction mixture to a second reactor; and adding a borate to the reaction mixture in the second reactor to form a boronate.
Shower or bath tub partition (1, 1'), comprising an upper rail-like carrier profile (2, 2'); a door leaf which is guided in the carrier profile (2, 2') in a suspended manner by means of an upper guide device and which can be displaced linearly in the horizontal direction above a shower region or a bath tub between two lateral stops (10a, 10b); and a lower guide device which acts on a lower part of the door leaf, wherein the lower guide device has a central guide element (14, 14', 14", 14′′′) which is fastened and/or arranged between the two stops (10a, 10b) on the upper side of a portion of the shower region or of the bath tub that extends substantially parallel to the carrier profile (2, 2'), wherein exclusively a central guide element (14, 14', 14", 14′′′) is provided in in the shower or bath tub partition and is arranged substantially mid-way between the two lateral stops (10a, 10b), or is arranged between the two lateral stops (10a, 10b), wherein the door leaf, which can be displaced between an open position and a closed position, is actively moved into the respective end position by means of a spring-damper unit, comprising at least one spring-damper element, during movement into the open or closed position (58, 60), wherein the spring-damper unit is received on the upper border of the door leaf, wherein activation elements (64, 66) are provided which come into engagement with the spring-damper unit before the respective end position of the open or closed position (58, 60) is reached, wherein the central guide element comprises two mutually opposite and spaced-apart individual component elements (22, 24) which, each separately from one another, are fastened in the region of the front and rear side of the door leaf on the portion of the shower region or of the bath tub that extends parallel to the carrier profile.
A scintillator panel configured to convert radiation into scintillation light, the scintillator panel comprising: a substrate (2, 2C) that includes a principal surface; a scintillator layer (3, 3A, 3B) that is disposed on the principal surface; and a reflective layer that is disposed on the scintillator layer (3, 3A, 3B) and configured to reflect the scintillation light, wherein the scintillator layer (3, 3A, 3B) includes a plurality of scintillator portions (7, 72, 73) which are arranged with a predetermined pitch on the principal surface, wherein each scintillator portion (7, 72, 73) includes a side face (7s, 72s, 73s) that extends in a direction crossing the principal surface, characterized in that the reflective layer includes a plurality of foil-shaped metal particles extending along the side faces (7s, 72s, 73s) and is disposed so as to cover the side faces (7s, 72s, 73s), and wherein the foil-shaped metal particles at least partially overlap and contact the neighboring foil-shaped metal particles thereby forming a continuous reflective surface on the side faces (7s, 72s, 73s). a substrate (2, 2C) that includes a principal surface; a scintillator layer (3, 3A, 3B) that is disposed on the principal surface; and a reflective layer that is disposed on the scintillator layer (3, 3A, 3B) and configured to reflect the scintillation light, wherein the scintillator layer (3, 3A, 3B) includes a plurality of scintillator portions (7, 72, 73) which are arranged with a predetermined pitch on the principal surface, wherein each scintillator portion (7, 72, 73) includes a side face (7s, 72s, 73s) that extends in a direction crossing the principal surface, characterized in that the reflective layer includes a plurality of foil-shaped metal particles extending along the side faces (7s, 72s, 73s) and is disposed so as to cover the side faces (7s, 72s, 73s), and wherein the foil-shaped metal particles at least partially overlap and contact the neighboring foil-shaped metal particles thereby forming a continuous reflective surface on the side faces (7s, 72s, 73s).
A system comprising a pressing device configured to be arranged between a column of a resin insulated dry electric transformer and a yoke clamp, said pressing device comprising a first body and a second body, wherein the first body and the second body are configured to translate away with respect to each other in a guided manner to block the column with respect to the yoke clamp, a barrier support (101, 102, 103) configured to support, at the top and/or at the bottom, a barrier, in the form of a plate of electrically insulating material, between a first winding and a second winding of said electrical transformer, the barrier support (101, 102, 103) comprising a vertical body and a horizontal leg connected to each other substantially at 90°, wherein said horizontal leg is configured so as to be coupled removably to the pressing device, wherein said horizontal leg comprises two half-legs (122, 123) shaped so as to form a circular arc opening, and wherein said vertical body comprises a pair of substantially parallel walls (111, 112) separated by a slit, said walls (111, 112) forming a housing for said barrier.
A modular system for interconnecting vehicle services, the system comprising: a mother board in turn comprising: a power connector configured for connecting the mother board to a power source of a vehicle, and a data connector configured for connecting the mother board to a data bus of the vehicle, two or more vehicle service connectors (5a,5b,5c,5d) of the same type, for connecting different vehicle service modules (6a,6b,6c,6d) to the mother board, a data bus interconnecting the vehicle service connectors (5a,5b,5c,5d), and wherein the system further comprises at least one processor adapted to operate as the system controller to identify whether a vehicle service module (6a,6b,6c,6d) connected to the mother board is authorized or not to be connected with the mother board, and to register the identity of an authorized vehicle services module (6a,6b,6c,6d) connected to the mother board, and wherein the system is adapted such that the data bus acts as a direct and independent from the processor communication means for the vehicle services modules, when the authorized services modules (6a,6b,6c,6d) are connected to the vehicle service connectors (5a,5b,5c,5d) and when they have been registered into the system, and wherein the processor acting as the system controller, is adapted in a way that if a connected vehicle service module (6a,6b,6c,6d) is not authorized to be connected to the mother board, the processor disables power supply to the unauthorized vehicles service module (6a,6b,6c,6d), and to enable power supply to the connected vehicle service modules (6a,6b,6c,6d) that are authorized. a power connector configured for connecting the mother board to a power source of a vehicle, and a data connector configured for connecting the mother board to a data bus of the vehicle, two or more vehicle service connectors (5a,5b,5c,5d) of the same type, for connecting different vehicle service modules (6a,6b,6c,6d) to the mother board, a data bus interconnecting the vehicle service connectors (5a,5b,5c,5d), and wherein the system further comprises at least one processor adapted to operate as the system controller to identify whether a vehicle service module (6a,6b,6c,6d) connected to the mother board is authorized or not to be connected with the mother board, and to register the identity of an authorized vehicle services module (6a,6b,6c,6d) connected to the mother board, and wherein the system is adapted such that the data bus acts as a direct and independent from the processor communication means for the vehicle services modules, when the authorized services modules (6a,6b,6c,6d) are connected to the vehicle service connectors (5a,5b,5c,5d) and when they have been registered into the system, and wherein the processor acting as the system controller, is adapted in a way that if a connected vehicle service module (6a,6b,6c,6d) is not authorized to be connected to the mother board, the processor disables power supply to the unauthorized vehicles service module (6a,6b,6c,6d), and to enable power supply to the connected vehicle service modules (6a,6b,6c,6d) that are authorized.
A method for generating recommended queries related to a search query, the method comprising: Receiving the search query, Executing the search query on an index of pre-computed query clusters to identify a baseline query cluster and one or more neighboring query clusters, forming a data structure including queries from within the baseline query cluster and the one or more neighboring query clusters, traversing the data structure to form a hierarchical arrangement of queries, and sending the hierarchical arrangement of queries to a computing device from which the search query was received. Receiving the search query, Executing the search query on an index of pre-computed query clusters to identify a baseline query cluster and one or more neighboring query clusters, forming a data structure including queries from within the baseline query cluster and the one or more neighboring query clusters, traversing the data structure to form a hierarchical arrangement of queries, and sending the hierarchical arrangement of queries to a computing device from which the search query was received.
A compound that inhibits KCNQ potassium channel activity for use in treating a negative symptom of schizophrenia in a patient in need thereof, wherein the compound is selected from Linopirdine, XE991 and DMP543.
A method of making a vacuum insulating glass window unit, the method comprising: providing first and second substantially parallel spaced-apart glass substrates and a frit provided at least partially between the first and second glass substrates for sealing an edge of the VIG window unit; pre-heating the glass substrates and the frit to at least one temperature below a melting point of the first and second substrates and below a melting point of the frit; providing localized heat proximate to the edge to be sealed so as to at least partially melt the frit; and cooling the unit and allowing the frit to harden in making the vacuum insulating glass window unit, wherein the method further comprises initially providing the unit at room temperature; and during the pre-heating, providing first and second intermediate temperatures in this order, the first intermediate temperature being about 75°C whereas the second intermediate temperature being about 150°C, characterized in that the first intermediate temperature is provided in a first entrance zone chamber of an oven and the second intermediate temperature is provided in a second entrance zone chamber of the oven. providing first and second substantially parallel spaced-apart glass substrates and a frit provided at least partially between the first and second glass substrates for sealing an edge of the VIG window unit; pre-heating the glass substrates and the frit to at least one temperature below a melting point of the first and second substrates and below a melting point of the frit; providing localized heat proximate to the edge to be sealed so as to at least partially melt the frit; and cooling the unit and allowing the frit to harden in making the vacuum insulating glass window unit, wherein the method further comprises initially providing the unit at room temperature; and during the pre-heating, providing first and second intermediate temperatures in this order, the first intermediate temperature being about 75°C whereas the second intermediate temperature being about 150°C, characterized in that the first intermediate temperature is provided in a first entrance zone chamber of an oven and the second intermediate temperature is provided in a second entrance zone chamber of the oven.
A geared motor, comprising a gear unit driven by an electric motor, wherein the electric motor comprises at least a motor housing, a rotor, comprising rotor shaft, and a drive-end motor bearing shield, wherein the motor housing of the motor has an interface with the output-side motor bearing shield at which the output-side motor bearing shield is connected to the motor housing, wherein the drive-end motor bearing shield has on the output side an interface such that the drive-end motor bearing shield is connected to an adapter flange of an adapter, wherein the adapter comprises a first adapter part and the adapter flange, wherein the first adapter part is connected to the adapter flange, wherein the interface between the adapter flange and drive-end motor bearing shield comprises a means for centring, i.e. a mounting, wherein the first adapter part - is connected to a gear unit free from transverse force, such as planetary gear unit, by means of an interface embodied on the gear unit on the input side as a mounting, - comprises an adapter shaft, - has means for compensation of axial expansions, in particular thermally caused expansions, and - comprises a bearing, characterised in that the mounting arranged on the gear unit on the input side is embodied such that prior to tightening the connecting screws radial displacements between the adapter and gear unit which are greater than corresponding displacements between the adapter and motor are permitted, and in that the motor plus rotor shaft upon screwing-on is positioned precisely, i.e. in that the spatial position and orientation of the motor bearing shield with the motor housing and motor shaft is fixed by means of the screw-attachment, wherein the motor-side - i.e. arranged between the adapter flange and drive-end motor bearing shield - interface, i.e. the mounting of the adapter flange, is embodied with very low tolerance, i.e. with high precision, wherein the output-side motor bearing shield comprises a bearing for the rotor shaft, wherein a bellows coupling is provided as first means for compensation of axial expansions, wherein the bellows coupling has a motor-side coupling half and a gear-side coupling half, wherein the cylindrical shaft end of the rotor shaft [is] able to be connected by means of the clamping ring to a motor-side coupling half, which to this end has a slot, wherein the gear-side coupling half is inserted into the adapter shaft, in particular is connected to the adapter shaft, in particular in positive manner, in non-positive manner and/or by a material-formed bond, wherein a metal bellows is welded at its axial end regions in each case to the gear-side coupling half and the motor-side coupling half. - is connected to a gear unit free from transverse force, such as planetary gear unit, by means of an interface embodied on the gear unit on the input side as a mounting, - comprises an adapter shaft, - has means for compensation of axial expansions, in particular thermally caused expansions, and - comprises a bearing,
A medical, in particular dental, adapter (1, 1', 1", 1"') for detection of the start of operation, for cleaning and/or care of a medical, in particular dental, instrument, comprising: - a housing, - a first connecting device for connecting, in particular releasably, the medical, in particular dental, instrument to the adapter (1, 1', 1", 1"'), - a second connecting device for connecting, in particular releasably, the adapter (1, 1', 1", 1"') to a fluid source and/or to a drive unit, - a sensor unit having at least one sensor, - a sending and/or receiving unit (6, 6', 6"), which is designed to receive and/or to output data detected by the sensor unit, as well as - an energy-generating unit, which can be driven by the fluid source or the drive unit and is designed to supply electrical energy to the sensor unit and/or to the sending and/or receiving unit (6, 6', 6"), - characterized in that the at least one sensor of the sensor unit is designed to determine an operating state of the energy-generating unit. - a housing, - a first connecting device for connecting, in particular releasably, the medical, in particular dental, instrument to the adapter (1, 1', 1", 1"'), - a second connecting device for connecting, in particular releasably, the adapter (1, 1', 1", 1"') to a fluid source and/or to a drive unit, - a sensor unit having at least one sensor, - a sending and/or receiving unit (6, 6', 6"), which is designed to receive and/or to output data detected by the sensor unit, as well as - an energy-generating unit, which can be driven by the fluid source or the drive unit and is designed to supply electrical energy to the sensor unit and/or to the sending and/or receiving unit (6, 6', 6"), - characterized in that the at least one sensor of the sensor unit is designed to determine an operating state of the energy-generating unit.
A curved wing tip connected to a wing for an aircraft swept toward the aft of the aircraft and having a wing leading edge and a wing trailing edge that exhibits a wing trailing edge sweep angle, the curved wing tip comprising: a leading edge curved to maintain attached air flow and defining a first parabolic line from the wing leading edge to a leading end point; a trailing edge curved to maintain elliptic loading over the wing tip defining a second parabolic line from the trailing edge to a trailing end point; and an end segment connecting the leading end point and the trailing end point, the end segment being swept at an end segment angle close to or equal to the wing trailing edge sweep angle to maintain a trailing vortex position close to the trailing end point. a leading edge curved to maintain attached air flow and defining a first parabolic line from the wing leading edge to a leading end point; a trailing edge curved to maintain elliptic loading over the wing tip defining a second parabolic line from the trailing edge to a trailing end point; and an end segment connecting the leading end point and the trailing end point, the end segment being swept at an end segment angle close to or equal to the wing trailing edge sweep angle to maintain a trailing vortex position close to the trailing end point.