mhurhangee/ep-ind-claims huggingface dataset:
Component set for producing a polyurethane coating agent that can be cured by chemical isocyanate reaction, at least comprising: A) A liquid reaction component A containing the polyhydroxyl compound of the polyurethane binder as well as the flakey pigments, B) a liquid reaction component B containing the polyisocyanate for crosslinking the polyhydroxyl compound; wherein an inorganic filler is contained in the component A and/or B, and wherein the reaction components A and/or B contain a volatile compound of the Formula II wherein R2, R3, R4 designate a methyl or ethyl group, as well as C) a separately provided flow agent and catalyst component C containing a titanium compound of the Formula I Ti x(OCOR1)y Formula I wherein R = C1-C8; R1 = C10 - C18 hydrocarbon group; x = 1 or 2; y = 2 or 3; x + y = 4. A) A liquid reaction component A containing the polyhydroxyl compound of the polyurethane binder as well as the flakey pigments, B) a liquid reaction component B containing the polyisocyanate for crosslinking the polyhydroxyl compound; wherein an inorganic filler is contained in the component A and/or B, and wherein the reaction components A and/or B contain a volatile compound of the Formula II wherein R2, R3, R4 designate a methyl or ethyl group, as well as C) a separately provided flow agent and catalyst component C containing a titanium compound of the Formula I Ti x(OCOR1)y Formula I wherein R = C1-C8; R1 = C10 - C18 hydrocarbon group; x = 1 or 2; y = 2 or 3; x + y = 4.
A patient support apparatus comprising: a frame, a patient support surface positioned on the frame, a plurality of force sensors (222, 224, 226, 228, 230) coupled to at least one of the frame and the patient support surface, each of the plurality of force sensors (222, 224, 226, 228, 230) configured to detect a force applied to the respective force sensor (222, 224, 226, 228, 230), and a controller in communication with each of the plurality of force sensors, the controller comprising a processor and a memory device, wherein the memory device includes instructions that, when executed by the processor, cause the processor to process data signals from the plurality of force sensors to determine a mobility score of a patient supported on the patient support surface, wherein determining the mobility score includes executing the instructions with the processor to cause the processor to: determine a change of position of a center of gravity of the patient, multiply the change of position of the center of gravity by a patient weight to compute an instantaneous work, sum the instantaneous work over a time period to compute a power, and utilize the power as an input to a statistical model to generate the mobility score. a frame, a patient support surface positioned on the frame, a plurality of force sensors (222, 224, 226, 228, 230) coupled to at least one of the frame and the patient support surface, each of the plurality of force sensors (222, 224, 226, 228, 230) configured to detect a force applied to the respective force sensor (222, 224, 226, 228, 230), and a controller in communication with each of the plurality of force sensors, the controller comprising a processor and a memory device, wherein the memory device includes instructions that, when executed by the processor, cause the processor to process data signals from the plurality of force sensors to determine a mobility score of a patient supported on the patient support surface, wherein determining the mobility score includes executing the instructions with the processor to cause the processor to: determine a change of position of a center of gravity of the patient, multiply the change of position of the center of gravity by a patient weight to compute an instantaneous work, sum the instantaneous work over a time period to compute a power, and utilize the power as an input to a statistical model to generate the mobility score. determine a change of position of a center of gravity of the patient, multiply the change of position of the center of gravity by a patient weight to compute an instantaneous work, sum the instantaneous work over a time period to compute a power, and utilize the power as an input to a statistical model to generate the mobility score.
A sheet manufacturing apparatus comprising: a defibrating unit configured to defibrate a raw material containing fiber into a defibrated material; a screening unit configured to screen the defibrated material that is defibrated by the defibrating unit; a web forming unit configured to form a web by deposition of the defibrated material screened by the screening unit; said apparatus further characterized by a dividing unit configured to divide the web formed by the web forming unit to form a subdivided body, a deposition unit configured to deposit the material configuring the subdivided body, and a forming unit configured to form the sheet by pressurizing and heating the material deposited by the deposition unit. a defibrating unit configured to defibrate a raw material containing fiber into a defibrated material; a screening unit configured to screen the defibrated material that is defibrated by the defibrating unit; a web forming unit configured to form a web by deposition of the defibrated material screened by the screening unit; said apparatus further characterized by a dividing unit configured to divide the web formed by the web forming unit to form a subdivided body, a deposition unit configured to deposit the material configuring the subdivided body, and a forming unit configured to form the sheet by pressurizing and heating the material deposited by the deposition unit.
A refrigerator comprising: a drain pan disposed under an evaporator and comprising a drain port through which defrosted water is discharged; a drain pipe coupled to the drain port; and a drain cap installed inside of the drain pipe, wherein a flip member disposed inside of the drain cap is integrally formed with the drain cap and is bendable, characterized in that the drain cap is fitted in an inlet end of the drain pipe and the drain port is installed in the drain cap. a drain pan disposed under an evaporator and comprising a drain port through which defrosted water is discharged; a drain pipe coupled to the drain port; and a drain cap installed inside of the drain pipe, wherein a flip member disposed inside of the drain cap is integrally formed with the drain cap and is bendable, characterized in that the drain cap is fitted in an inlet end of the drain pipe and the drain port is installed in the drain cap.
A harness saddle for horse for pulling a cart, the harness saddle comprising a first side and a second side wherein both the first side and the second side are outer sides of the harness saddle, and wherein the first side and the second side are adapted to face horse's head and tail, respectively, a first area adapted to arch along a first side of the horse and a second area adapted to arch along a second side of the horse, and a third area therebetween characterized in that a width of the harness saddle is 5-15 cm and that the first side and the second side are adapted to arch at the third area from a center part of the harness saddle towards both sides of the horse and towards the horse's tail, so that the harness saddle bypasses the horse's withers at the back thereof, when the harness saddle is worn by a horse.
A combination of a container neck with an external thread and a closure, wherein the closure consists of a screw cap with a guarantee band, wherein the screw cap has at least one cylindrical cap skirt with an internal thread and a circumferential guarantee band at the lower, open end of the cap skirt, wherein the guarantee band is connected to the lower rim of the cap skirt along easily tearable weakening lines (13, 14), wherein the guarantee band, after tearing along the weakening lines, remains non-detachably connected to the cap skirt via holding bands (15, 16), wherein the holding bands (15, 16) being formed by two weakening lines (13, 14) which are each interrupted at least once in the circumferential direction by a separating web (11, 12), partially overlap in the circumferential direction and extend at least in the overlap region at an axial distance from one another, and wherein the separating webs (11, 12) of both weakening lines (13, 14) are bridged by the respective other weakening line (14, 13) at an axial distance, characterized in that the container neck, in addition to a pilfer-proof ring, comprises an annular projection which is arranged circumferentially on the container neck above an upper flank of the pilfer-proof ring.
A cyclosporine liquid formulation for use as an aerosol for inhalation in a method of preventing or treating pulmonary chronic graft rejection in single lung transplanted patients, wherein the formulation is a liposomal formulation.
A joint for connecting a first blade segment to a second blade segment of a wind turbine rotor blade, the joint comprising: a first bolt comprising a first proximal end connected to the first blade segment and a first distal end connected to the second blade segment; a second bolt comprising a second proximal end connected to the first blade segment and a second distal end connected to the second blade segment; and a third bolt comprising a third proximal end connected to the first blade segment and a third distal end connected to the second blade segment, wherein at least two of the first bolt, the second bolt and the third bolt differ in size, and wherein a first distance between the first bolt and the second bolt is different than a second distance between the second bolt and the third bolt; characterized in that: the bolts are connected between the first blade segment and the second blade segment in alternating directions. a first bolt comprising a first proximal end connected to the first blade segment and a first distal end connected to the second blade segment; a second bolt comprising a second proximal end connected to the first blade segment and a second distal end connected to the second blade segment; and a third bolt comprising a third proximal end connected to the first blade segment and a third distal end connected to the second blade segment, wherein at least two of the first bolt, the second bolt and the third bolt differ in size, and wherein a first distance between the first bolt and the second bolt is different than a second distance between the second bolt and the third bolt; characterized in that: the bolts are connected between the first blade segment and the second blade segment in alternating directions.
The procedure for the authentication of a single product of a series, to which at least one specific code is assigned on a data carrier. This code is saved in a public database, read by a third party and entered into the database. On the basis of a comparison between the entered code and the code of all products of a series saved in the database, info is provided as to whether the code is identical with a saved code and/or has already been requested and characterized in that it is an official banknote of a state central bank and the code is their official serial number.
A method comprising: receiving, on a first beam of a satellite-based receiver having multiple beams, a radio frequency ("RF") transmission comprising a message, the message comprising a self-reported position of a transmitter of the RF transmission; determining a second set of beams of the satellite-based receiver that received the RF transmission; determining a measure of the likelihood that the self-reported position of the transmitter is valid; and transmitting an indication of the likelihood that the self-reported position is valid; characterized by determining a first set of beams of the satellite-based receiver expected to receive the RF transmission based on the self-reported position of the transmitter and a beam radiation pattern for beams of the satellite-based receiver, wherein the measure of likelihood that the self-reported position of the transmitter is valid is determined based on results of comparing the first set of beams of the satellite-based receiver expected to receive the RF transmission and the second set of beams of the satellite-based receiver that received the RF transmission. receiving, on a first beam of a satellite-based receiver having multiple beams, a radio frequency ("RF") transmission comprising a message, the message comprising a self-reported position of a transmitter of the RF transmission; determining a second set of beams of the satellite-based receiver that received the RF transmission; determining a measure of the likelihood that the self-reported position of the transmitter is valid; and transmitting an indication of the likelihood that the self-reported position is valid; characterized by determining a first set of beams of the satellite-based receiver expected to receive the RF transmission based on the self-reported position of the transmitter and a beam radiation pattern for beams of the satellite-based receiver, wherein the measure of likelihood that the self-reported position of the transmitter is valid is determined based on results of comparing the first set of beams of the satellite-based receiver expected to receive the RF transmission and the second set of beams of the satellite-based receiver that received the RF transmission.
A lamp module, comprising: - at least one light emitting diode chip for emitting light, - means (13, 15, 16, 17) for extracting and shaping light emitted from the chip(s), and - a base for allowing the lamp module to be fitted and electrically connected to a lighting device, characterized by - at least one electrically switchable cell adapted to receive light emitted from the chip(s), which cell in a first state transmits incoming light without substantially altering the direction of the light and in a second state alters the direction of the light when the light passes the cell(s), - a LED driver coupled to said chip(s), - a DC-AC converter for converting direct current from an external power source to alternating current for supplying said cell(s), and - a processor configured to separately control said LED chip(s) and the state of said cell(s) based on a common input signal, wherein the lamp module is formed as an integrated unit which can be retrofitted in an existing lighting device. - at least one light emitting diode chip for emitting light, - means (13, 15, 16, 17) for extracting and shaping light emitted from the chip(s), and - a base for allowing the lamp module to be fitted and electrically connected to a lighting device, - at least one electrically switchable cell adapted to receive light emitted from the chip(s), which cell in a first state transmits incoming light without substantially altering the direction of the light and in a second state alters the direction of the light when the light passes the cell(s), - a LED driver coupled to said chip(s), - a DC-AC converter for converting direct current from an external power source to alternating current for supplying said cell(s), and - a processor configured to separately control said LED chip(s) and the state of said cell(s) based on a common input signal,
A fingerprint sensing system comprising: a light transmitting hole array layer including a plurality of light blocking patterns having a plurality of light transmitting holes to form light transmitting paths of light rays; a sensor layer including a plurality of photo sensors configured to sense light rays that pass through the light transmitting holes and are incident on the sensor layer; metal patterns configured to apply electrical signals to pixels disposed on the light transmitting hole array layer and to the light blocking patterns, and a contact layer configured to apply power to the light blocking patterns, wherein a gap between the light blocking patterns overlaps with at least some of the metal patterns, wherein the metal patterns comprise lines formed on the contact layer, and wherein the contact layer is electrically coupled to the light blocking patterns through one or more contact holes and selectively applies a bias voltage to at least one of the light blocking patterns. a light transmitting hole array layer including a plurality of light blocking patterns having a plurality of light transmitting holes to form light transmitting paths of light rays; a sensor layer including a plurality of photo sensors configured to sense light rays that pass through the light transmitting holes and are incident on the sensor layer; metal patterns configured to apply electrical signals to pixels disposed on the light transmitting hole array layer and to the light blocking patterns, and a contact layer configured to apply power to the light blocking patterns, wherein a gap between the light blocking patterns overlaps with at least some of the metal patterns, wherein the metal patterns comprise lines formed on the contact layer, and wherein the contact layer is electrically coupled to the light blocking patterns through one or more contact holes and selectively applies a bias voltage to at least one of the light blocking patterns.
A radiant burner for treating an effluent gas stream from a manufacturing process tool, said radiant burner comprising: an inlet for receiving said effluent gas stream, a sintered metal fibre sleeve through which, in use, combustion materials pass for combustion proximate to an inner combustion surface of said sintered metal fibre sleeve for combustion within a combustion chamber; the radiant burner being characterized in a ceramic fibre blanket insulating sleeve surrounding said sintered metal fibre sleeve and through which, in use, said combustion materials pass. an inlet for receiving said effluent gas stream, a sintered metal fibre sleeve through which, in use, combustion materials pass for combustion proximate to an inner combustion surface of said sintered metal fibre sleeve for combustion within a combustion chamber; the radiant burner being characterized in a ceramic fibre blanket insulating sleeve surrounding said sintered metal fibre sleeve and through which, in use, said combustion materials pass.
A gas chromatograph comprising a mainframe housing an oven wherein at least one capillary column is installed, at least one injector (13, 13'), at least one detector (14, 14'), wherein said oven comprises oven heating means and wherein electronic control means are provided for controlling: the temperature of the oven, the temperature of the injector(s) (13, 13') and detector(s) (14, 14'), the feeding of gases to the injector(s) (13, 13') and detector(s) (14, 14') and the analysis process, said at least one injector (13, 13') and/or one detector (14, 14') being in a replaceable modular form, said mainframe further comprising at least one seat (16, 16', 17, 17') with mechanical connections for said at least one injector (13, 13') and/or one detector (14, 14'), characterized in that said at least one injector (13, 13') and/or detector (14, 14') comprises: - pneumatic connections (36, 49) adapted to fit with the corresponding gas feeding connections (20, 20', 21, 21') on said at least one seat (16, 16', 17, 17') of said mainframe, - electrical-electronic connections (37, 47) adapted to fit with electrical-electronic connections (18, 18', 19, 19') on said at least one seat (16, 16', 17, 17') of said mainframe; - one or more connection(s) to connect a capillary column end to an injector body or a detector body (33, 43) of said at least one injector (13, 13'), respectively detector (14, 14'); - a heater (34, 44) for said at least one injector (13, 13') and/or detector (14, 14'); and - dedicated sensors and an electronic board (40, 50) for controlling at least the temperature and the gas feeding features of said at least one injector (13, 13') and/or detector (14, 14'). - pneumatic connections (36, 49) adapted to fit with the corresponding gas feeding connections (20, 20', 21, 21') on said at least one seat (16, 16', 17, 17') of said mainframe, - electrical-electronic connections (37, 47) adapted to fit with electrical-electronic connections (18, 18', 19, 19') on said at least one seat (16, 16', 17, 17') of said mainframe; - one or more connection(s) to connect a capillary column end to an injector body or a detector body (33, 43) of said at least one injector (13, 13'), respectively detector (14, 14'); - a heater (34, 44) for said at least one injector (13, 13') and/or detector (14, 14'); and - dedicated sensors and an electronic board (40, 50) for controlling at least the temperature and the gas feeding features of said at least one injector (13, 13') and/or detector (14, 14').
Luminaire body comprising the following: an LED module having an underside and an opposite top, a carrier element with a contact surface on which the underside of the LED module is arranged, and two holding elements which are separated from one another and formed separately from the carrier element and each have a bearing portion which is fastened to the carrier element outside the contact surface, and a holding portion which projects beyond the upper side of the LED module, the holding portions of the holding elements fixing the LED module to the contact surface of the carrier element, characterized in that the upper side of the LED module and the holding portion of at least one of the holding elements are provided with at least one pair of interengaging surface structures which comprise at least one projection and a recess for receiving the projection, or a positioning nose is provided on a side of at least one of the holding portions facing the LED module, which positioning nose is arranged laterally next to the LED module in the installation position. an LED module having an underside and an opposite top, a carrier element with a contact surface on which the underside of the LED module is arranged, and two holding elements which are separated from one another and formed separately from the carrier element and each have a bearing portion which is fastened to the carrier element outside the contact surface, and a holding portion which projects beyond the upper side of the LED module, the holding portions of the holding elements fixing the LED module to the contact surface of the carrier element, characterized in that the upper side of the LED module and the holding portion of at least one of the holding elements are provided with at least one pair of interengaging surface structures which comprise at least one projection and a recess for receiving the projection, or a positioning nose is provided on a side of at least one of the holding portions facing the LED module, which positioning nose is arranged laterally next to the LED module in the installation position.
A susceptor for holding a semiconductor wafer having an orientation notch while depositing a layer on a front side of the semiconductor wafer, comprising a susceptor ring and a susceptor bottom, the susceptor ring comprising a depositing surface for depositing the semiconductor wafer in the edge region of a rear side of the semiconductor wafer, and a step-shaped outer boundary of the susceptor ring adjoining the depositing surface, characterised in that in that the susceptor has four positions at which the structure of the susceptor differs from the structure of the susceptor at a further four positions, the distance from one of the four positions to the next of the four positions being 90° and the distance from one of the four positions to the next further position being 45°, and one of the four positions is a notch position at which the structure of the susceptor differs from the structure of the susceptor at the other three of the four positions of the susceptor, wherein at the notch position of the susceptor there is an inward bulge of the deposit surface and an inward bulge of the outer boundary.