mhurhangee/ep-ind-claims huggingface dataset:
Archive storage system for isolating archived material from an external environment, comprising: - at least a first shelving slidable along a sliding direction and having a seat (102....902) extending along a first perimeter of an access opening to the archived material in the first shelving; - a seal (101...901) arranged at least partially inside said seat (102...902); - at least a second shelving slidable along said sliding direction and provided with a pressing edge (103...903) extending along a second perimeter of an access opening to the archived material in the second shelving, said second perimeter facing said first perimeter; wherein said archive storage system is movable between an open configuration, in which the first and the second shelving (2, 3) are distanced from one another along said sliding direction, and a compact configuration, in which said pressing edge (103...903) is adapted to generate a pressure on said seal (101...901) so as to deform said seal (101...901) in order to define isolating portions(104...904) which extend respectively towards an internal interface between the shelvings and towards the external environment in order to isolate one internal archiving volume with respect to the external environment, characterized in that it comprises a first laminar coating arranged on said first shelving so as to have defined a housing cavity interposed between said first shelving and the same first laminar coating to receive a fireproof filling material, the seat (102...902) for receiving said seal (101...901) being defined by a shaped groove of said first laminar coating. - at least a first shelving slidable along a sliding direction and having a seat (102....902) extending along a first perimeter of an access opening to the archived material in the first shelving; - a seal (101...901) arranged at least partially inside said seat (102...902); - at least a second shelving slidable along said sliding direction and provided with a pressing edge (103...903) extending along a second perimeter of an access opening to the archived material in the second shelving, said second perimeter facing said first perimeter; wherein said archive storage system is movable between an open configuration, in which the first and the second shelving (2, 3) are distanced from one another along said sliding direction, and a compact configuration, in which said pressing edge (103...903) is adapted to generate a pressure on said seal (101...901) so as to deform said seal (101...901) in order to define isolating portions(104...904) which extend respectively towards an internal interface between the shelvings and towards the external environment in order to isolate one internal archiving volume with respect to the external environment, characterized in that it comprises a first laminar coating arranged on said first shelving so as to have defined a housing cavity interposed between said first shelving and the same first laminar coating to receive a fireproof filling material, the seat (102...902) for receiving said seal (101...901) being defined by a shaped groove of said first laminar coating.
Method for operating a device for storing and providing electrical components for electronic equipment accommodated in belt spools, wherein the belt spools are provided with identification means, which are recorded by means of a sensor device, wherein the belt spools are transported by means of a handling robot in storage compartments of a shelving facility and wherein the identity data of the belt spools and the associated location data of the storage compartment are written into a data memory, characterised in that, each one of the belt spools is removed in a control mode from its storage compartment by the handling robot and is transported into the recording zone of the sensor device, which records the identity of the belt spool, the belt spool is transported back from there by the handling robot into one of the storage compartments and the identity and position data of the belt spool is renewed in the data memory.
System for handling containers having a movable carrier on which at least one handling station for handling the containers is arranged, wherein the handling station is transported along a predetermined transport path, and wherein the system has a clean room inside which the containers are handled by the handling station, and wherein the handling station is suitable and intended to shape the container hydraulically or directly respectively with a liquid as a product to be introduced, wherein this clean room is delimited relative to an unsterile environment by at least one wall (22, 24, 26), characterised in that at least one wall of the clean room is at least in sections inclined relative to a horizontal plane in such a way that a liquid can be led out of the clean room along this wall and a draining device is provided at a lower position of the clean room in order to drain off liquid from the clean room and the system has a gas barrier (52, 54, 56) which prevents a gaseous medium in particular unsterile air from entering the clean room via the draining device, wherein the draining device has an opening and/or a pipe or a conduit at a bottom wall of the clean room by means of which liquid exits from the clean room, wherein the movable carrier is a rotatable carrier and the clean room is constructed at least in some sections toroidal around the transport path of the plastic preforms and in addition several walls are provided for delimiting the clean room.
LED replacement lamp, suitable for operation with a fluorescent lamp ballast, comprising - a LED load comprising a series arrangement of LEDs, - a first lamp end circuit comprising - a first lamp pin and a second lamp pin for connection to a first lamp connection terminal comprised in the high frequency fluorescent lamp ballast, - a first rectifier (D1-D4; D1,D2) equipped with at least one input terminal coupled to the second lamp pin and with first and second output terminals coupled to respective ends of the LED load, the first rectifier comprising at least two diodes, one of which is shunted by a first capacitor, - a second lamp end circuit comprising - a third lamp pin and a fourth lamp pin for connection to a second lamp connection terminal comprised in the high frequency fluorescent lamp ballast, - a second rectifier (D5-D8, D5, D6) equipped with at least one input terminal coupled to the fourth lamp pin and with first and second output terminals coupled to respective ends of the LED load, the second rectifier comprising at least two diodes, one of which is shunted by a second capacitor, characterised by the first capacitor and the second capacitor form a series arrangement coupled directly between the second lamp pin and the fourth lamp pin. - a LED load comprising a series arrangement of LEDs, - a first lamp end circuit comprising - a first lamp pin and a second lamp pin for connection to a first lamp connection terminal comprised in the high frequency fluorescent lamp ballast, - a first rectifier (D1-D4; D1,D2) equipped with at least one input terminal coupled to the second lamp pin and with first and second output terminals coupled to respective ends of the LED load, the first rectifier comprising at least two diodes, one of which is shunted by a first capacitor, - a second lamp end circuit comprising - a third lamp pin and a fourth lamp pin for connection to a second lamp connection terminal comprised in the high frequency fluorescent lamp ballast, - a second rectifier (D5-D8, D5, D6) equipped with at least one input terminal coupled to the fourth lamp pin and with first and second output terminals coupled to respective ends of the LED load, the second rectifier comprising at least two diodes, one of which is shunted by a second capacitor,
A method of missed call notification, the method comprising: detecting a missed call (310, 410, 810) from a calling party (115, 215, 1115) to a mobile device of a called party (125, 225, 1125); and sending, by a device (225, 1145), a notification of the missed call (330, 430, 852) to one or more predefined contacts (232, 234, 236, 1132, 1134, 1136) of the called party (125, 225, 1125) when one or more predefined conditions (320, 420. 425, 820) have been satisfied, wherein the one or more predefined conditions (320, 420. 425, 820) require that the mobile device (125, 225, 1125) has not been accessed by the called party within a predefined period of time, and characterized in that the one or more predefined conditions further require that the mobile device (125, 225, 1125) has been paged by a single access point during that predefined period of time so that it is determined that a location of the mobile device (125, 225, 1125) has remained the same for the predefined period of time. detecting a missed call (310, 410, 810) from a calling party (115, 215, 1115) to a mobile device of a called party (125, 225, 1125); and sending, by a device (225, 1145), a notification of the missed call (330, 430, 852) to one or more predefined contacts (232, 234, 236, 1132, 1134, 1136) of the called party (125, 225, 1125) when one or more predefined conditions (320, 420. 425, 820) have been satisfied, wherein the one or more predefined conditions (320, 420. 425, 820) require that the mobile device (125, 225, 1125) has not been accessed by the called party within a predefined period of time, and characterized in that the one or more predefined conditions further require that the mobile device (125, 225, 1125) has been paged by a single access point during that predefined period of time so that it is determined that a location of the mobile device (125, 225, 1125) has remained the same for the predefined period of time.
A device for removing printed materials such as sheets or folding box blanks made of paper, cardboard or the like, which are fed through at least two pairs of parallelly arranged conveyor belts (9, 10) each having an upper conveyor belt and a lower conveyor belt and each having a deflecting element for deflecting the respective upper and lower conveyor belt downwards with respect to the horizontal transport plane, wherein the printed materials to be removed are diverted from their horizontal transport direction to a removal direction, wherein said deflecting elements are directly or indirectly connected to a shaft, characterized in that said shaft is driven by an actuator, in particular a servomotor, and that eccentric disks are mounted on the shaft in a rotationally stable manner, wherein a respective eccentric disk is assigned to a respective deflecting element and acts thereon, wherein the rotation of the shaft having the eccentric disks by said deflecting elements causes the deflection of conveyor belts (9, 10) and thereby the removal of a printed material.
A cable transportation system switch comprising: - a first straight rail; - a second straight rail forming an angle of more than 0° and less than 45° with the first straight rail; - a third straight rail located between the first and second straight rail (20, 23) and movable selectively between a first operating position, in which it contacts the first straight rail and is parallel to the second straight rail, and a second operating position, in which it contacts the second straight rail and is parallel to the first straight rail; - a supporting structure for supporting the third straight rail; and - an actuating device for operating the third straight rail. - a first straight rail; - a second straight rail forming an angle of more than 0° and less than 45° with the first straight rail; - a third straight rail located between the first and second straight rail (20, 23) and movable selectively between a first operating position, in which it contacts the first straight rail and is parallel to the second straight rail, and a second operating position, in which it contacts the second straight rail and is parallel to the first straight rail; - a supporting structure for supporting the third straight rail; and - an actuating device for operating the third straight rail.
A human monoclonal antibody capable of specifically binding to human alpha-synuclein, wherein the monoclonal antibody is selected from the group consisting of human monoclonal antibodies -: A human monoclonal antibody comprising: a) the heavy chain variable domain of SEQ ID NO:7, and b) the light chain variable domain of SEQ ID NO:8; A human monoclonal antibody comprising: a) the heavy chain variable domain of SEQ ID NO:31, and b) the light chain variable domain of SEQ ID NO:8; and wherein the human monoclonal antibody is a human IgG1 isotype. A human monoclonal antibody comprising: a) the heavy chain variable domain of SEQ ID NO:7, and b) the light chain variable domain of SEQ ID NO:8; a) the heavy chain variable domain of SEQ ID NO:7, and b) the light chain variable domain of SEQ ID NO:8; A human monoclonal antibody comprising: a) the heavy chain variable domain of SEQ ID NO:31, and b) the light chain variable domain of SEQ ID NO:8; a) the heavy chain variable domain of SEQ ID NO:31, and b) the light chain variable domain of SEQ ID NO:8;
An information transmission method, comprising: receiving a pilot signal and data that are sent by a terminal device; determining a data processing mode based on the pilot signal, wherein the data processing mode comprises a modulation and coding mode; and processing data based on the data processing mode. receiving a pilot signal and data that are sent by a terminal device; determining a data processing mode based on the pilot signal, wherein the data processing mode comprises a modulation and coding mode; and processing data based on the data processing mode.
A pool cleaner for cleaning a swimming pool, comprising: a vacuum head having an intake nozzle drawing in fluid; a body chamber coupled to the intake nozzle and having an intake end and a discharge end; a pump housed within the body chamber drawing fluid from the intake end and expelling the fluid through the discharge end; a filter placed within the body chamber filtering out particulates from the fluid drawn into the body chamber; a battery pack located remote from the pool cleaner and wearable by a user of the pool cleaner; a power cord coupling the battery pack to the pump, the power cord being electrically connected to the pump by a waterproof connector characterized in that a dirt tray is hingely coupled to a bottom area of the body chamber; a latching mechanism hingely securing the dirt tray to the bottom of the body chamber; and a lighting element is formed within the latching mechanism and the power cord is coupled to the lighting element and the pump. a vacuum head having an intake nozzle drawing in fluid; a body chamber coupled to the intake nozzle and having an intake end and a discharge end; a pump housed within the body chamber drawing fluid from the intake end and expelling the fluid through the discharge end; a filter placed within the body chamber filtering out particulates from the fluid drawn into the body chamber; a battery pack located remote from the pool cleaner and wearable by a user of the pool cleaner; a power cord coupling the battery pack to the pump, the power cord being electrically connected to the pump by a waterproof connector characterized in that a dirt tray is hingely coupled to a bottom area of the body chamber; a latching mechanism hingely securing the dirt tray to the bottom of the body chamber; and a lighting element is formed within the latching mechanism and the power cord is coupled to the lighting element and the pump.
Arrangement - with an isolated power supply device, which has: an input for applying an input voltage (Ue), an output isolated from the input for outputting a controlled output voltage (Ua) and a control terminal, to which a control signal (Srk) can be applied for raising or lowering the output voltage (Ua), and - with a voltage evaluation module, which is connected to the output of the power supply device and supplies a feedback signal (Sr), which is dependent on the voltage level of the output voltage (Ua), to an isolated component (OPTO), - wherein the voltage evaluation module is configured so that the feedback signal (Sr) is additionally dependent on the operating frequency spectrum, which is dependent on the input voltage (Ue), of the power supply device, - wherein the voltage evaluation module comprises at least two differently operating target-actual comparators (61, 62), which generate different output signals (Sr1, Sr2), and comprises a frequency-dependent control element, - wherein the target-actual comparators (61, 62) generate a comparison signal as a function of the voltage level of the output voltage (Ua), - wherein the frequency-dependent control element influences the mode of operation of the voltage evaluation module as a function of the operating frequency spectrum of the power supply device, wherein - the frequency-dependent control element is configured so that it selects in each instance one of the target-actual comparators (61, 62) to generate the feedback signal (Sr) as a function of the operating frequency spectrum of the power supply device. - with an isolated power supply device, which has: an input for applying an input voltage (Ue), an output isolated from the input for outputting a controlled output voltage (Ua) and a control terminal, to which a control signal (Srk) can be applied for raising or lowering the output voltage (Ua), and - with a voltage evaluation module, which is connected to the output of the power supply device and supplies a feedback signal (Sr), which is dependent on the voltage level of the output voltage (Ua), to an isolated component (OPTO), - wherein the voltage evaluation module is configured so that the feedback signal (Sr) is additionally dependent on the operating frequency spectrum, which is dependent on the input voltage (Ue), of the power supply device, - wherein the voltage evaluation module comprises at least two differently operating target-actual comparators (61, 62), which generate different output signals (Sr1, Sr2), and comprises a frequency-dependent control element, - wherein the target-actual comparators (61, 62) generate a comparison signal as a function of the voltage level of the output voltage (Ua), - wherein the frequency-dependent control element influences the mode of operation of the voltage evaluation module as a function of the operating frequency spectrum of the power supply device, wherein - the frequency-dependent control element is configured so that it selects in each instance one of the target-actual comparators (61, 62) to generate the feedback signal (Sr) as a function of the operating frequency spectrum of the power supply device.
An electrical device, comprising: an electrode (120, 230) including a plurality of pillars (122, 232) having the same length; a semiconductor element configured to be electrically-connected with the electrode; a substrate having electrode patterns (142, 144); and a conductive adhesive layer located between the substrate and the electrode, the conductive adhesive layer including conductive substances configured to electrically-connect the pillars and the electrode patterns to each other, and including a body which encloses the conductive substances, characterized in that the plurality of pillars are disposed in rows and columns at a surface of the electrode, integrally formed with the electrode, and inserted into the conductive adhesive layer, and the electrode patterns (142, 144) are protruded from the substrate so as to face the pillars (122, 232) and inserted into the conductive adhesive layer. an electrode (120, 230) including a plurality of pillars (122, 232) having the same length; a semiconductor element configured to be electrically-connected with the electrode; a substrate having electrode patterns (142, 144); and a conductive adhesive layer located between the substrate and the electrode, the conductive adhesive layer including conductive substances configured to electrically-connect the pillars and the electrode patterns to each other, and including a body which encloses the conductive substances, characterized in that the plurality of pillars are disposed in rows and columns at a surface of the electrode, integrally formed with the electrode, and inserted into the conductive adhesive layer, and the electrode patterns (142, 144) are protruded from the substrate so as to face the pillars (122, 232) and inserted into the conductive adhesive layer.
An oral care implement (20; 100) comprising: a housing (24; 121) comprising a reservoir and a dispensing conduit terminating in a discharge opening, the dispensing conduit fluidly coupled to the reservoir for delivering an oral care fluid from the reservoir to the discharge opening; an electrical circuit comprising, in operable coupling, a power source, a first electrode (52, 53) electrically coupled to the oral care fluid, and a second electrode (53, 52) disposed in the dispensing conduit and electrically coupled to the oral care fluid in the dispensing conduit; an actuator operably coupled to the electrical circuit and configured to energize the first and second electrodes (52, 53) upon being actuated, thereby generating an electrical charge at the second electrode (53, 52) to which the oral care fluid in the dispensing conduit adjacent the second electrode (53, 52) is exposed; and a dispensing mechanism, wherein the actuator is operably coupled to the dispensing mechanism; characterized in that the dispensing mechanism includes an axially movable piston arranged in a proximal end of the reservoir, and the piston is configured to move axially and dispense the oral care fluid when the actuator is actuated. a housing (24; 121) comprising a reservoir and a dispensing conduit terminating in a discharge opening, the dispensing conduit fluidly coupled to the reservoir for delivering an oral care fluid from the reservoir to the discharge opening; an electrical circuit comprising, in operable coupling, a power source, a first electrode (52, 53) electrically coupled to the oral care fluid, and a second electrode (53, 52) disposed in the dispensing conduit and electrically coupled to the oral care fluid in the dispensing conduit; an actuator operably coupled to the electrical circuit and configured to energize the first and second electrodes (52, 53) upon being actuated, thereby generating an electrical charge at the second electrode (53, 52) to which the oral care fluid in the dispensing conduit adjacent the second electrode (53, 52) is exposed; and a dispensing mechanism, wherein the actuator is operably coupled to the dispensing mechanism; characterized in that the dispensing mechanism includes an axially movable piston arranged in a proximal end of the reservoir, and the piston is configured to move axially and dispense the oral care fluid when the actuator is actuated.