mhurhangee/ep-ind-claims huggingface dataset:
An unpacking device for use in an apparatus for producing a three-dimensional work piece by irradiating layers of a raw material powder with electromagnetic or particle radiation, the unpacking device comprising: - a holding device which is configured to hold a building chamber arrangement, wherein the building chamber arrangement comprises a building chamber accommodating a carrier, and wherein the carrier is configured to receive a three-dimensional work piece produced from a raw material powder by an additive layering process, - an engagement unit which is configured to engage with the carrier of the building chamber arrangement, - a moving mechanism which is configured to cause a relative movement between the building chamber and the engagement unit with the carrier engaged therewith so as to allow a separation of the carrier with a three-dimensional work piece received thereon from the building chamber, and - a raw material powder removal mechanism which is configured to cause at least one of a vibration and a rotation of the engagement unit with the carrier engaged therewith so as to remove residual raw material powder from the three-dimensional work piece received on the carrier. - a holding device which is configured to hold a building chamber arrangement, wherein the building chamber arrangement comprises a building chamber accommodating a carrier, and wherein the carrier is configured to receive a three-dimensional work piece produced from a raw material powder by an additive layering process, - an engagement unit which is configured to engage with the carrier of the building chamber arrangement, - a moving mechanism which is configured to cause a relative movement between the building chamber and the engagement unit with the carrier engaged therewith so as to allow a separation of the carrier with a three-dimensional work piece received thereon from the building chamber, and - a raw material powder removal mechanism which is configured to cause at least one of a vibration and a rotation of the engagement unit with the carrier engaged therewith so as to remove residual raw material powder from the three-dimensional work piece received on the carrier.
A communication device that transmits a communication signal during repetitive time slots, the communication device comprising a proximity detector that senses a proximity of the communication device to a body or an object, the communication device comprising: a duty-cycle adjustment signal generator that is responsive to a proximity signal produced by the proximity detector to generate an adjustment signal; a controller that, in response to the adjustment signal, adjusts a transmission duty cycle relating to the repetitive time slots for transmitting a communication signal during at least one time slot; and an antenna that radiates the communication signal. a duty-cycle adjustment signal generator that is responsive to a proximity signal produced by the proximity detector to generate an adjustment signal; a controller that, in response to the adjustment signal, adjusts a transmission duty cycle relating to the repetitive time slots for transmitting a communication signal during at least one time slot; and an antenna that radiates the communication signal.
Railway vehicle, comprising: - a coach provided for accommodating passengers; - a device for ventilating the coach, comprising: - an air circulation device, provided to ensure air renewal in the coach; - a controller, configured to control the air circulation device such that the latter ensures a rate of renewal of air flowing in the coach; - a control element, configured to give to the controller instructions for controlling the air circulation device: characterised in that the control element is configured to give selectively to the controller an order to clean the air of the coach, the controller being configured in order, when it receives the cleaning order, to order the air circulation device to ensure a predetermined maximum rate of air renewal and, after a delay time, to order the air circulation device to return to the current rate of air renewal. - a coach provided for accommodating passengers; - a device for ventilating the coach, comprising: - an air circulation device, provided to ensure air renewal in the coach; - a controller, configured to control the air circulation device such that the latter ensures a rate of renewal of air flowing in the coach; - a control element, configured to give to the controller instructions for controlling the air circulation device: characterised in that the control element is configured to give selectively to the controller an order to clean the air of the coach, the controller being configured in order, when it receives the cleaning order, to order the air circulation device to ensure a predetermined maximum rate of air renewal and, after a delay time, to order the air circulation device to return to the current rate of air renewal. - an air circulation device, provided to ensure air renewal in the coach; - a controller, configured to control the air circulation device such that the latter ensures a rate of renewal of air flowing in the coach; - a control element, configured to give to the controller instructions for controlling the air circulation device:
method for preparing an electroconductive polymer solution, comprising: adding a phase transfer catalyst to an aqueous polymer solution prepared by dissolving a π-conjugated electroconductive polymer and a solubilizable polymer in water thereby to precipitate a mixture containing the π-conjugated electroconductive polymer, the solubilizable polymer, and the phase transfer catalyst, and adding an organic solvent to the mixture, the π-conjugated electroconductive polymer is one selected from the group consisting of polypyrroles, polythiophenes, polyacetylenes, polyphenylenes, polyphenylenevinylenes, polyanilines, polyacenes and polythiophenevinylenes, the solubilizable polymer solubilizes the π-conjugated electroconductive organic polymer in an organic solvent, and the solubilizable polymer comprises a polymer having an anion group, wherein the solubilizable polymer is one selected from the group consisting of a substituted or unsubstituted polyalkylene, a substituted or unsubstituted polyalkenylene, a substituted or unsubstituted polyimide, a substituted or unsubstituted polyamide and a substituted or unsubstituted polyester, or an electron attractive group, wherein the solubilizable polymer is one selected from the group consisting of polyacrylonitrile. polymethacrylonitrile, acrylonitrile-styrene resin, acrylonitrile-butadiene resin, acrylonitrile-butadiene-styrene resin, resin obtained by cyanoethylating a hydroxyl group or amino group-containing resin, polyvinyl pyrrolidone, alkylated polyvinyl pyrrolidone, and nitrocellulose, and the phase transfer catalyst is coordinated to an anion group or an electron attractive group of the solubilizable polymer.
An electronic apparatus (100, 200) comprising: an emissive display (110, 210); a transparent display (120, 220) disposed on the emissive display (110, 210); a proximity sensor configured to sense an approach of a user; and a controller (130, 280) configured to: in response to the electronic apparatus being operated in a first mode, provide a first image through the emissive display, and in response to the electronic apparatus being operated in a second mode, provide a second image through the transparent display; characterized in that the controller is further configured to: in response to the user being sensed, through the proximity sensor, within a predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the first mode, and in response to the user being sensed, through the proximity sensor, beyond the predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the second mode. an emissive display (110, 210); a transparent display (120, 220) disposed on the emissive display (110, 210); a proximity sensor configured to sense an approach of a user; and a controller (130, 280) configured to: in response to the electronic apparatus being operated in a first mode, provide a first image through the emissive display, and in response to the electronic apparatus being operated in a second mode, provide a second image through the transparent display; in response to the electronic apparatus being operated in a first mode, provide a first image through the emissive display, and in response to the electronic apparatus being operated in a second mode, provide a second image through the transparent display; characterized in that the controller is further configured to: in response to the user being sensed, through the proximity sensor, within a predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the first mode, and in response to the user being sensed, through the proximity sensor, beyond the predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the second mode. in response to the user being sensed, through the proximity sensor, within a predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the first mode, and in response to the user being sensed, through the proximity sensor, beyond the predetermined distance from the electronic apparatus, control the electronic apparatus to operate in the second mode.
Treatment head for cleaning containers which have a valve arrangement (2.1), comprising a tappet which is movably held in a treatment head housing for opening the valve arrangement (2.1) of the container, with a first fluid channel provided in the treatment head, which comprises at least one annular fluid channel section (5.3), and a second fluid channel which is circumferentially surrounded by the first fluid channel at least in some sections, wherein the first and second fluid channels (5, 6) are provided in order to supply and/or discharge a liquid or gaseous fluid into/out of the container, characterised in that means for generating a spiral fluid flow are provided in the first fluid channel or in the fluid line connected to the first fluid channel.
Installation for coating eyeglass lenses, with multiple coating devices for coating of the eyeglass lenses in a vacuum, preferably by means of gaseous-phase deposition, in particular sputtering, and with a conveying apparatus for linear conveying of the eyeglass lenses or a carrier with the eyeglass lenses from a coating device to another coating device, wherein the installation has a transfer chamber (27, 31) and wherein the coating devices have separate coating chambers, wherein the coating chambers and the transfer chambers (27, 31) form a continuous and/or interconnecting vacuum system, characterized in that the transfer chamber (27, 31) is designed for further conveying of the eyeglass lenses selectively to different coating devices or coating lines, wherein the different coating devices and/or coating lines are connected in parallel to the transfer chamber. with multiple coating devices for coating of the eyeglass lenses in a vacuum, preferably by means of gaseous-phase deposition, in particular sputtering, and with a conveying apparatus for linear conveying of the eyeglass lenses or a carrier with the eyeglass lenses from a coating device to another coating device, wherein the installation has a transfer chamber (27, 31) and wherein the coating devices have separate coating chambers, wherein the coating chambers and the transfer chambers (27, 31) form a continuous and/or interconnecting vacuum system, characterized in that the transfer chamber (27, 31) is designed for further conveying of the eyeglass lenses selectively to different coating devices or coating lines, wherein the different coating devices and/or coating lines are connected in parallel to the transfer chamber.
A motor drive apparatus integrally comprising: a motor contained in a frame; and a motor drive control apparatus, placed in the direction of the rotation axis of the motor, for performing drive control of the motor, wherein the motor drive control apparatus comprises: a heat sink, on which a switching element for performing drive control of the motor is mounted, placed on a side of the motor; and a housing coupled to the heat sink, and wherein a first abutment surface between the housing and the heat sink is located on a single plane intersecting with the direction of the rotation axis of the motor, and screw holes for coupling the frame, the heat sink and the housing to each other are provided such that the positions in the circumferential direction of the screw holes correspond to each other wherein a) the heat sink, the housing and the frame are coupled using separate screws (101,102) from both sides in the direction of the rotation axis of the motor or b) the heat sink, the housing and the frame are coupled using a common screw from one side in the direction of the rotation axis of the motor, wherein a second abutment surface between a gear box and the heat sink, the gear being coupled to the output shaft of the motor, is located on the line extended from the screw or the screws (101,102,103) in the direction of the rotation axis of the motor. a heat sink, on which a switching element for performing drive control of the motor is mounted, placed on a side of the motor; and a housing coupled to the heat sink, and wherein a first abutment surface between the housing and the heat sink is located on a single plane intersecting with the direction of the rotation axis of the motor, and screw holes for coupling the frame, the heat sink and the housing to each other are provided such that the positions in the circumferential direction of the screw holes correspond to each other wherein a) the heat sink, the housing and the frame are coupled using separate screws (101,102) from both sides in the direction of the rotation axis of the motor or b) the heat sink, the housing and the frame are coupled using a common screw from one side in the direction of the rotation axis of the motor, wherein a second abutment surface between a gear box and the heat sink, the gear being coupled to the output shaft of the motor, is located on the line extended from the screw or the screws (101,102,103) in the direction of the rotation axis of the motor.
A system for treating osteoarthritis in a hip joint, the hip joint comprising an acetabulum, being part of the pelvic bone, and a caput femur, being a part of the femoral bone, said system comprising: - at least one sealing member adapted to be placed inside of the hip joint, and - an injecting member (92; 105) adapted to be used in connection with said at least one sealing member, said injecting member being adapted to inject material into a hollow space, wherein said system further comprises - a material adapted to be injected with said injecting member into said hollow space, wherein said material is adapted to transform from a fluid state to a solid state after being injected, characterised in that said at least one sealing member is configured to define said hollow space together with the caput femur, or an artificial replacement therefor, and the acetabulum, or an artificial replacement therefor, of said human patient, whereby said hollow space is sealed, and said material is configured for resurfacing or replacing bearing contacting surfaces of the hip joint. - at least one sealing member adapted to be placed inside of the hip joint, and - an injecting member (92; 105) adapted to be used in connection with said at least one sealing member, said injecting member being adapted to inject material into a hollow space, wherein said system further comprises - a material adapted to be injected with said injecting member into said hollow space, wherein said material is adapted to transform from a fluid state to a solid state after being injected, characterised in that said at least one sealing member is configured to define said hollow space together with the caput femur, or an artificial replacement therefor, and the acetabulum, or an artificial replacement therefor, of said human patient, whereby said hollow space is sealed, and said material is configured for resurfacing or replacing bearing contacting surfaces of the hip joint.
A positive airway pressure device comprising: a flow generator configured to provide gas at a pressure to a patient; a sensor configured to measure breathing of the patient; and a control system configured to: detect sleep disordered breathing based at least in part on analysis of data acquired by the sensor; determine a sleep state of the patient based at least in part on analysis of data acquired by the sensor; control the flow generator to provide a pressure between a low pressure, which is greater than or equal to about 4 cmH 2 O, and a high pressure, which is less than or equal to about 20 cmH 2 O, when the sleep state is determined to be asleep, the pressure provided based at least in part on whether sleep disordered breathing is detected; and control the flow generator to provide an awake pressure lower than the low pressure if the sleep state is determined to be awake, wherein the awake pressure is selectable by a user and is a therapeutic pressure greater than or equal to about 4 cmH 2 O. a flow generator configured to provide gas at a pressure to a patient; a sensor configured to measure breathing of the patient; and a control system configured to: detect sleep disordered breathing based at least in part on analysis of data acquired by the sensor; determine a sleep state of the patient based at least in part on analysis of data acquired by the sensor; control the flow generator to provide a pressure between a low pressure, which is greater than or equal to about 4 cmH 2 O, and a high pressure, which is less than or equal to about 20 cmH 2 O, when the sleep state is determined to be asleep, the pressure provided based at least in part on whether sleep disordered breathing is detected; and control the flow generator to provide an awake pressure lower than the low pressure if the sleep state is determined to be awake, wherein the awake pressure is selectable by a user and is a therapeutic pressure greater than or equal to about 4 cmH 2 O. detect sleep disordered breathing based at least in part on analysis of data acquired by the sensor; determine a sleep state of the patient based at least in part on analysis of data acquired by the sensor; control the flow generator to provide a pressure between a low pressure, which is greater than or equal to about 4 cmH 2 O, and a high pressure, which is less than or equal to about 20 cmH 2 O, when the sleep state is determined to be asleep, the pressure provided based at least in part on whether sleep disordered breathing is detected; and control the flow generator to provide an awake pressure lower than the low pressure if the sleep state is determined to be awake, wherein the awake pressure is selectable by a user and is a therapeutic pressure greater than or equal to about 4 cmH 2 O.
Use of a base metal only catalyst device for purifying an air supply of ozone and volatile organic compounds, the base metal only catalyst device comprising: (a) a housing; (b) a solid substrate disposed within the housing; and (c) a catalyst layer disposed on the solid substrate, wherein the catalyst layer comprises: (i) a first base metal catalyst which is copper oxide at a first mass percent; (ii) a second base metal catalyst which is manganese oxide at a second mass percent; and (iii) an oxygen donating support material comprising a rare earth metal oxide impregnated with at least one of the first base metal catalyst or the second base metal catalyst. (a) a housing; (b) a solid substrate disposed within the housing; and (c) a catalyst layer disposed on the solid substrate, wherein the catalyst layer comprises: (i) a first base metal catalyst which is copper oxide at a first mass percent; (ii) a second base metal catalyst which is manganese oxide at a second mass percent; and (iii) an oxygen donating support material comprising a rare earth metal oxide impregnated with at least one of the first base metal catalyst or the second base metal catalyst. (i) a first base metal catalyst which is copper oxide at a first mass percent; (ii) a second base metal catalyst which is manganese oxide at a second mass percent; and (iii) an oxygen donating support material comprising a rare earth metal oxide impregnated with at least one of the first base metal catalyst or the second base metal catalyst.
A system of an elevator system comprising: one or more processors configured to receive a door close signal from a door close selector and a door open signal (38, 48, 52) from at least one of a door open selector and a door obstructed sensor (36, 42); one or more non-transitory storage mediums; a data file stored in the one or more non-transitory storage mediums and including a door open time duration associated with at least one of the door open signal (38, 48, 52) and the door close signal; and executable instructions stored in the one or more non-transitory storage mediums and executed by the one or more processors, the executable instructions configured to generate the door open time duration based on the door open signal (38, 48, 52) and the door close signal, wherein the one or more processors are configured to output a door open command based at least in-part on the door open time duration. one or more processors configured to receive a door close signal from a door close selector and a door open signal (38, 48, 52) from at least one of a door open selector and a door obstructed sensor (36, 42); one or more non-transitory storage mediums; a data file stored in the one or more non-transitory storage mediums and including a door open time duration associated with at least one of the door open signal (38, 48, 52) and the door close signal; and executable instructions stored in the one or more non-transitory storage mediums and executed by the one or more processors, the executable instructions configured to generate the door open time duration based on the door open signal (38, 48, 52) and the door close signal, wherein the one or more processors are configured to output a door open command based at least in-part on the door open time duration.