mhurhangee/ep-ind-claims huggingface dataset:
An evaporator assembly for an ice maker comprising: an evaporator pan comprising a back wall and left, right, top and bottom sidewalls extending from the back wall; a freeze plate located within the evaporator pan; a serpentine tubing thermally coupled to the back wall of the evaporator pan opposite the left, right, top and bottom sidewalls; a first layer of insulation formed on the serpentine tubing; an evaporator housing attached to the evaporator pan and covering the serpentine tubing and the first layer of insulation, the evaporator housing comprising: housing left, right, top and bottom sidewalls (140, 150, 160, 170), wherein each sidewall comprises a groove (172, 174, 176, 178); and a housing back wall seated into the grooves of the sidewalls, the housing back wall comprising a raised edge (182, 184, 186, 188) melted flat in an ultrasonic welding process to seal the housing back wall to the housing left, right, top and bottom sidewalls. an evaporator pan comprising a back wall and left, right, top and bottom sidewalls extending from the back wall; a freeze plate located within the evaporator pan; a serpentine tubing thermally coupled to the back wall of the evaporator pan opposite the left, right, top and bottom sidewalls; a first layer of insulation formed on the serpentine tubing; an evaporator housing attached to the evaporator pan and covering the serpentine tubing and the first layer of insulation, the evaporator housing comprising: housing left, right, top and bottom sidewalls (140, 150, 160, 170), wherein each sidewall comprises a groove (172, 174, 176, 178); and a housing back wall seated into the grooves of the sidewalls, the housing back wall comprising a raised edge (182, 184, 186, 188) melted flat in an ultrasonic welding process to seal the housing back wall to the housing left, right, top and bottom sidewalls. housing left, right, top and bottom sidewalls (140, 150, 160, 170), wherein each sidewall comprises a groove (172, 174, 176, 178); and a housing back wall seated into the grooves of the sidewalls, the housing back wall comprising a raised edge (182, 184, 186, 188) melted flat in an ultrasonic welding process to seal the housing back wall to the housing left, right, top and bottom sidewalls.
Electrical switching device, particularly for a gas-insulated electrical switchgear, with two chambers (41, 42), wherein a first conductor-piece and, if required, more components of the switching device are placed, and with a pin insulator, which separates both the chambers (41, 42) from each other, and through which the first conductor-piece is passed, wherein a ring is present, which is assigned to the pin-insulator, and through which the first conductor-piece is fed in such a way, that movement of the first conductor-piece is possible in the ring, characterized in that the pin insulator divides both the chambers (41, 42) gas-tight from each other, wherein the ring is connected gas-tight to the pin insulator, and wherein there is at least one sealing ring between the first conductor-piece and the ring.
A frequency regulation method for regulating a frequency of a grid by controlling a storage battery system and a load device, the frequency regulation method comprising: obtaining (s404, s501), when it is detected that a frequency of a grid deviates from a predetermined range, an instruction signal including a power instruction value for keeping the frequency of the grid within the predetermined range; generating (s407, s509) a first control signal for controlling the load device when the load device is operable in accordance with the instruction signal, and controlling the load device based on the first control signal; generating (s408, s509) a second control signal for charging or discharging the storage battery system when the load device is not operable in accordance with the instruction signal, and controlling the storage battery system based on the second control signal; and characterized in that it further comprises determining whether or not the load device is operable in accordance with the instruction signal, by comparing power characteristics and the instruction signal by reference to a management table which stores information about the power characteristics when the load device operates, the power characteristics varying over time and differing according to load device type. obtaining (s404, s501), when it is detected that a frequency of a grid deviates from a predetermined range, an instruction signal including a power instruction value for keeping the frequency of the grid within the predetermined range; generating (s407, s509) a first control signal for controlling the load device when the load device is operable in accordance with the instruction signal, and controlling the load device based on the first control signal; generating (s408, s509) a second control signal for charging or discharging the storage battery system when the load device is not operable in accordance with the instruction signal, and controlling the storage battery system based on the second control signal; and characterized in that it further comprises determining whether or not the load device is operable in accordance with the instruction signal, by comparing power characteristics and the instruction signal by reference to a management table which stores information about the power characteristics when the load device operates, the power characteristics varying over time and differing according to load device type.
Body cladding for a motor vehicle with an exposed driver, in particular for a single-track vehicle, having - a first cladding part, - a second cladding part, which is arranged such that it can move in relation to the first cladding part, - wherein the body cladding is formed in such a way that the second cladding part can be arranged at least in a first position relative to the first cladding part and a second position relative to the first cladding part, - wherein, in an open state of the body cladding, in which the second cladding part is arranged in the second position relative to the first cladding part, a stowage space is formed between the first cladding part and the second cladding part, characterized in that the first cladding part and/or the second cladding part are/is in the form of a side cladding part. - a first cladding part, - a second cladding part, which is arranged such that it can move in relation to the first cladding part, - wherein the body cladding is formed in such a way that the second cladding part can be arranged at least in a first position relative to the first cladding part and a second position relative to the first cladding part, - wherein, in an open state of the body cladding, in which the second cladding part is arranged in the second position relative to the first cladding part, a stowage space is formed between the first cladding part and the second cladding part, characterized in that the first cladding part and/or the second cladding part are/is in the form of a side cladding part.
Computer implemented method for implementing a Car2x application on target hardware having a radio adapter (3, 3'), wherein the Car2x application is modeled with a graphic modeling environment in the form of a block diagram and the block diagram is translated into a Car2x program that can be run on the target hardware and the Car2x program is transferred to the target hardware and is run there, wherein a Car2x communication block is used for creating the block diagram, the Car2x communication block having at least one radio adapter interface, by means of which data is exchanged between the radio adapter (3, 3') and the Car2x communication block.
Arrangement comprising an electric/electronic installation device and an electric luminaire with a housing in which at least one electric printed circuit board of the lamp equipped with at least one lamp is accommodated and in which housing several optical and electric/electronic components necessary for the function are accommodated, wherein the electric luminaire is provided to be coupled to the electric/electronic installation device, which consists of an insert connected to an electric installation system of a building and a top-piece forming the wall finish, wherein the housing has a tube-type outer shell, which on one side is closed by a housing base and at which on the other side a shield is fixed, and that at the first end section of the shield situated in the tube-type outer shell a printed circuit board of the lamp and a cooling component placed on the surface of the printed circuit board facing the housing base are fixed, and wherein the printed circuit board of the lamp is electrically connected with an electric printed circuit board via a flat-band cable lead out through a first orifice of the housing base, which electric printed circuit board is held in the inner part of the coupling unit, which coupling unit forms an operative connection with the pertaining top-piece of the electric/electronic installation device, and wherein, on the other hand, for this purpose the electric printed circuit board is equipped with several sliding contacts lead out of the coupling unit, and that at the coupling unit a cover is fixed, which allows the through-wiring of the flat-band cable into the inner part of the coupling unit via a second orifice, and wherein the cover is connected to the housing base by means of a hinge, wherein for coupling with the top-piece at least one counter-magnet is arranged in the inner part of the coupling unit, which counter-magnet is in correlation with a coupling magnet housed in the top-piece of the electric/electronic installation device, and wherein between the counter-magnet and the electric printed circuit board an elastic damping element is arranged.
A monoclonal antibody or antibody fragment thereof which specifically binds to a neutralizing conformational epitope of H7 hemagglutinin, wherein the neutralizing conformational epitope comprises amino acids 136Ser, 137Gly and 227Glu of the full length hemagglutinin protein set forth in SEQ ID NO:2, and the monoclonal antibody is monoclonal antibody 11B9 as produced by hybridoma 11B9 which is deposited with Cell Bank Australia with Accession Number CBA20120022.
A door comprising a first outer layer, a second outer layer and an insulation layer therebetween and also a decor unit, the decor unit is arranged between the first outer layer and the second outer layer, where the decor unit is exposed in a first opening in the first layer, where the decor unit has an area larger than the first opening, the door comprises a first inner layer between the first outer layer and the decor unit, where the first inner layer is in contact with the decor unit, wherein the first inner layer constitutes a sealing unit between the decor unit and the first outer layer during use, wherein the decor unit is exposed in a second opening in the second outer layer, characterized in that the decor unit has an area larger than the second opening, wherein the door comprises a second inner layer between the second outer layer and the decor unit, where the second inner layer is in contact with the decor unit, wherein the first inner layer constitutes a protective barrier for the decor unit when the first outer layer is processed and wherein the second inner layer constitutes a protective barrier for the decor unit when the second outer layer is processed and a sealing unit between the decor unit and the second outer layer during use.
A method of controlling an aerosol generating device (1, 1100), the method comprising: measuring a temperature of a heater (13, 1120); selecting one of a plurality of temperature correction algorithms (810, 820, 1010 - 1070), based on the measured temperature; and correcting the measured temperature by applying the selected temperature correction algorithm (810, 820, 1010 - 1070) to match the measured temperature with the actual temperature (T72, T74), wherein the plurality of temperature correction algorithms (810, 820, 1010 - 1070) include a high-temperature correction algorithm and a low-temperature correction algorithm, and the correcting of the measured temperature includes correcting the measured temperature by applying the high-temperature correction algorithm based on the measured temperature being equal to or greater than a preset value, and correcting the measured temperature by applying the low-temperature correction algorithm based on the measured temperature being below the preset value, and wherein the high-temperature correction algorithm adds a first constant to the measured temperature, and the low-temperature correction algorithm adds a second constant to the measured temperature. measuring a temperature of a heater (13, 1120); selecting one of a plurality of temperature correction algorithms (810, 820, 1010 - 1070), based on the measured temperature; and correcting the measured temperature by applying the selected temperature correction algorithm (810, 820, 1010 - 1070) to match the measured temperature with the actual temperature (T72, T74), wherein the plurality of temperature correction algorithms (810, 820, 1010 - 1070) include a high-temperature correction algorithm and a low-temperature correction algorithm, and the correcting of the measured temperature includes correcting the measured temperature by applying the high-temperature correction algorithm based on the measured temperature being equal to or greater than a preset value, and correcting the measured temperature by applying the low-temperature correction algorithm based on the measured temperature being below the preset value, and wherein the high-temperature correction algorithm adds a first constant to the measured temperature, and the low-temperature correction algorithm adds a second constant to the measured temperature.
Obstacle detection system for a vehicle (1, DIS) comprising: - means for emitting a light beam (3, FX1), - first detection means, arranged to receive, by reflection, at least a part of the beam (3, FX1_R) so as to detect the presence of an obstacle encountered by the beam (3, FX1), - second detection means, arranged to detect and quantify a lowering of visibility in the environment of the vehicle, characterized in that it comprises - control means configured to adapt the power of said beam according to the lowering of visibility, and at least one same sensor (CAPT) comprising the first and the second detection means, the second detection means being arranged to detect and quantify said lowering of visibility by analysing said at least part of the beam received by reflection (3, FX1_R), and in which: - the emission means comprise at least one light source, - the system (1, DIS) is arranged to increase the light flux originating from the source when a lowering of visibility is detected by the second detection means, and - the light flux is increased by the control means relative to use in good visibility, so as not to exceed an ocular safety threshold. - means for emitting a light beam (3, FX1), - first detection means, arranged to receive, by reflection, at least a part of the beam (3, FX1_R) so as to detect the presence of an obstacle encountered by the beam (3, FX1), - second detection means, arranged to detect and quantify a lowering of visibility in the environment of the vehicle, - control means configured to adapt the power of said beam according to the lowering of visibility, - the emission means comprise at least one light source, - the system (1, DIS) is arranged to increase the light flux originating from the source when a lowering of visibility is detected by the second detection means, and - the light flux is increased by the control means relative to use in good visibility, so as not to exceed an ocular safety threshold.
A melter comprising a melting chamber, provided with an upper opening, which is covered, together with the elements of a outlet system for the molten material for the application thereof, by a shell incorporating a lid for closing the opening of the chamber, characterized in that the chamber is arranged in an assembly in which it is held on lower supports with the freedom to expand upwards, said chamber incorporating on the edge of the upper opening a gasket, on which the lid is supported in the closed position, said gasket having an upwardly inclined flexible lip in the outer part on which the shell rests, establishing a leak-tight closure with respect to the chamber, whereas on the gasket there is arranged an L-shaped frame having an upward vertical flange, with respect to which the lid is assembled with the possibility to swing between a closed position and an open position.
A system for controlling the display of service fields about the status of at least one service-relevant component of a vehicle, comprising: a display of a head unit configured to display said service fields; a master connected to said display; an electronic control unit comprising a client; and at least one sensor connected to said client and configured to sense the status of said component, wherein said master is configured to control the display to display said service fields about said status only when said status is not up to a standard, that is only if the service relevant component is going to be service relevant within a given time or distance, and wherein the status is the service requirements of the components of the vehicle; an instrument cluster for displaying the distance to be driven or time to the next service for a specific period after switching on the ignition; and a teleservice module connected to the instrument cluster, configured to connect the vehicle to a service centre of a service dealer and transmits data of the vehicle's service requirements in advance to the service centre when the status of the service relevant component turns to not up to standard. a display of a head unit configured to display said service fields; a master connected to said display; an electronic control unit comprising a client; and at least one sensor connected to said client and configured to sense the status of said component, wherein said master is configured to control the display to display said service fields about said status only when said status is not up to a standard, that is only if the service relevant component is going to be service relevant within a given time or distance, and wherein the status is the service requirements of the components of the vehicle; an instrument cluster for displaying the distance to be driven or time to the next service for a specific period after switching on the ignition; and
A method for a robotic cleaning device of detecting a difference in level of a surface in front of the robotic cleaning device, comprising: illuminating the surface with light; capturing an image of the surface; detecting a luminous section in the captured image caused by the light; the method being characterized in further comprising: identifying at least a first segment and a second segment (30b") representing the detected luminous section; and detecting, from a positional relationship between the identified first and second segment (30b', 30b"), the difference in level of the surface and determining, from coordinates of the captured image, a distance (l) to a proximal end of the identified first segment and a vertical distance between the identified first and second segment (30b', 30b"), the vertical distance constituting the height (h) of the detected difference in level. illuminating the surface with light; capturing an image of the surface; detecting a luminous section in the captured image caused by the light; the method being characterized in further comprising: identifying at least a first segment and a second segment (30b") representing the detected luminous section; and detecting, from a positional relationship between the identified first and second segment (30b', 30b"), the difference in level of the surface and determining, from coordinates of the captured image, a distance (l) to a proximal end of the identified first segment and a vertical distance between the identified first and second segment (30b', 30b"), the vertical distance constituting the height (h) of the detected difference in level. identifying at least a first segment and a second segment (30b") representing the detected luminous section; and detecting, from a positional relationship between the identified first and second segment (30b', 30b"), the difference in level of the surface and determining, from coordinates of the captured image, a distance (l) to a proximal end of the identified first segment and a vertical distance between the identified first and second segment (30b', 30b"), the vertical distance constituting the height (h) of the detected difference in level.
A method of wireless communication at a User Equipment UE (452, 902), comprising: receiving, from a base station, random access configuration information for the base station (102,310, 904); determining a first time duration for a preamble of a first random access message based on the random access configuration information received from the base station and a reference subcarrier spacing, SCS associated with an uplink bandwidth part, BWP configured for the first random access message, wherein the reference SCS is different from an actual SCS received in the random access configuration information; determining a second time duration for a payload of the first random access message based on the random access configuration information received from the base station and the reference SCS; and transmitting the first random access message to the base station to initiate a random access procedure. receiving, from a base station, random access configuration information for the base station (102,310, 904); determining a first time duration for a preamble of a first random access message based on the random access configuration information received from the base station and a reference subcarrier spacing, SCS associated with an uplink bandwidth part, BWP configured for the first random access message, wherein the reference SCS is different from an actual SCS received in the random access configuration information; determining a second time duration for a payload of the first random access message based on the random access configuration information received from the base station and the reference SCS; and transmitting the first random access message to the base station to initiate a random access procedure.
A surgical instrument (1, 12) for inserting an implant, comprising: - a shaft, wherein the shaft is suitable to receive the implant, in particular a screw (9, 15) with a cannulation means, at its proximal end, wherein the shaft has a cannulation means, and wherein the shaft has at its proximal end an entraining element suitable to be brought into engagement with the implant, and - a handle which is connected to the shaft at a distal end of the shaft, wherein the shaft has a slot, and - a K-wire which is suitable for being introduced into the cannulation means of the shaft, and/or a measuring frame, characterised in that the shaft (2, 20) has a scale (7, 22), with the scale and the K-wire serving for determining a depth of introduction, and/or the scale and a measuring frame serving for determining an implant length. - a shaft, wherein the shaft is suitable to receive the implant, in particular a screw (9, 15) with a cannulation means, at its proximal end, wherein the shaft has a cannulation means, and wherein the shaft has at its proximal end an entraining element suitable to be brought into engagement with the implant, and - a handle which is connected to the shaft at a distal end of the shaft, wherein the shaft has a slot, and - a K-wire which is suitable for being introduced into the cannulation means of the shaft, and/or a measuring frame,