mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator release mechanism comprising: a longitudinal sleeve movable along an axis between a lock position and a release position; drive means for causing the longitudinal sleeve to move along the axis; and bias means to bias the longitudinal sleeve to the lock position; wherein the drive means comprises: a rotary solenoid having a first direction of rotation and a second direction of rotation; a toggle member having a toggle shaft connected to and rotatable with the rotary solenoid, and a toggle head in engagement with the longitudinal sleeve by means of at least one pin extending radially inwards from the longitudinal sleeve and a helical guide rail provided on a radially outer surface of the toggle head, the longitudinal sleeve being mounted around the toggle head, such that rotation of the solenoid causes rotation of the toggle member and the guide rails which causes the pin(s) to ride along the guide rail to rotate the sleeve and cause axial movement of the sleeve relative to the toggle member. a longitudinal sleeve movable along an axis between a lock position and a release position; drive means for causing the longitudinal sleeve to move along the axis; and bias means to bias the longitudinal sleeve to the lock position; wherein the drive means comprises: a rotary solenoid having a first direction of rotation and a second direction of rotation; a toggle member having a toggle shaft connected to and rotatable with the rotary solenoid, and a toggle head in engagement with the longitudinal sleeve by means of at least one pin extending radially inwards from the longitudinal sleeve and a helical guide rail provided on a radially outer surface of the toggle head, the longitudinal sleeve being mounted around the toggle head, such that rotation of the solenoid causes rotation of the toggle member and the guide rails which causes the pin(s) to ride along the guide rail to rotate the sleeve and cause axial movement of the sleeve relative to the toggle member. a rotary solenoid having a first direction of rotation and a second direction of rotation; a toggle member having a toggle shaft connected to and rotatable with the rotary solenoid, and a toggle head in engagement with the longitudinal sleeve by means of at least one pin extending radially inwards from the longitudinal sleeve and a helical guide rail provided on a radially outer surface of the toggle head, the longitudinal sleeve being mounted around the toggle head, such that rotation of the solenoid causes rotation of the toggle member and the guide rails which causes the pin(s) to ride along the guide rail to rotate the sleeve and cause axial movement of the sleeve relative to the toggle member.
A production method that is used for manufacturing a flexible bellows that is suitable for use in a washing machine and that provides insulation between body and tub, the method comprising the steps of • providing an extrudable base material • obtaining an elastic strip by extruding the base material as a continuous strip by an extrusion method, and • after obtaining the elastic strip , cutting the elastic strip into pieces at a predetermined length • obtaining the bellows by joining the two ends of the elastic strip such that the elastic strip takes the form of a ring characterized by extruding the base material at a constant thickness such that the elastic strip has a constant wall thickness of less than 1.1 mm along its length. • providing an extrudable base material • obtaining an elastic strip by extruding the base material as a continuous strip by an extrusion method, and • after obtaining the elastic strip , cutting the elastic strip into pieces at a predetermined length • obtaining the bellows by joining the two ends of the elastic strip such that the elastic strip takes the form of a ring
Method for protecting a cruise missile during its flight in the direction of a target to be combated, in which the cruise missile monitors its surroundings to see whether a signature of a missile that has been launched to combat the cruise missile is detected and, depending on a detection result, begins a defensive measure .
A bed with canopy comprising: a canopy ; a bed , disposed below the canopy ; a solar energy converter , disposed on the canopy for receiving solar energy and converting the solar energy into electrical energy; a power storage device , electrically connected with the solar energy converter and disposed at the bed or the canopy ; a controller , electrically connected with the solar energy converter and the power storage device ; wherein the controller captures an electricity signal of the power storage device and controls whether the solar energy converter is operated based on the electricity signal, when the solar energy converter is operating, the solar energy is converted into the electrical energy, and the electrical energy is stored in the power storage device ; and a power consumer device , electrically connected with the power storage device and being powered by the power storage device , wherein the power consumer device is mounted at the bed or the canopy , characterised in that the canopy comprises a pillar , a roof frame and a top canopy , the roof frame is disposed at an upper end of the pillar , the bed is disposed at a lower end of the pillar , and the top canopy is movably disposed at the roof frame , and wherein the top canopy comprises a sliding bar and a tarpaulin , the tarpaulin is connected with the sliding bar , two ends of the sliding bar have pulleys , the roof frame has sliding grooves , and the pulleys are fitted in the sliding grooves and movably cooperated with the sliding grooves . a canopy ; a bed , disposed below the canopy ; a solar energy converter , disposed on the canopy for receiving solar energy and converting the solar energy into electrical energy; a power storage device , electrically connected with the solar energy converter and disposed at the bed or the canopy ; a controller , electrically connected with the solar energy converter and the power storage device ; wherein the controller captures an electricity signal of the power storage device and controls whether the solar energy converter is operated based on the electricity signal, when the solar energy converter is operating, the solar energy is converted into the electrical energy, and the electrical energy is stored in the power storage device ; and a power consumer device , electrically connected with the power storage device and being powered by the power storage device , wherein the power consumer device is mounted at the bed or the canopy , characterised in that the canopy comprises a pillar , a roof frame and a top canopy , the roof frame is disposed at an upper end of the pillar , the bed is disposed at a lower end of the pillar , and the top canopy is movably disposed at the roof frame , and wherein the top canopy comprises a sliding bar and a tarpaulin , the tarpaulin is connected with the sliding bar , two ends of the sliding bar have pulleys , the roof frame has sliding grooves , and the pulleys are fitted in the sliding grooves and movably cooperated with the sliding grooves .
A building automation method carried out by a server system, the method comprising: receiving , by a scheduling module executing on a server system of a building automation system, event configuration information from user devices for events to be scheduled at spaces of a building; determining , by the scheduling module, required building automation features for the events to be scheduled based on the event configuration information; generating , by the scheduling module, location information for the events to be scheduled based on the event configuration information; selecting , by the scheduling module, spaces for the events based on the required building automation features, the location information, and environmental efficiency of the building, wherein selecting spaces for the events based on the environmental efficiency of the building comprises selecting spaces for the events based on residual heating from other used spaces; sending information identifying the selected spaces to the user devices; and controlling operations of the building automation system based on the selected spaces. receiving , by a scheduling module executing on a server system of a building automation system, event configuration information from user devices for events to be scheduled at spaces of a building; determining , by the scheduling module, required building automation features for the events to be scheduled based on the event configuration information; generating , by the scheduling module, location information for the events to be scheduled based on the event configuration information; selecting , by the scheduling module, spaces for the events based on the required building automation features, the location information, and environmental efficiency of the building, wherein selecting spaces for the events based on the environmental efficiency of the building comprises selecting spaces for the events based on residual heating from other used spaces; sending information identifying the selected spaces to the user devices; and controlling operations of the building automation system based on the selected spaces.
Method for producing a drill bit, in particular a masonry drill bit, having a shank with an insertion end and a drill head , wherein a connecting recess for a form-fitting engagement with the drill head is provided in the end side of shank that is remote from the insertion end , wherein, in one method step, a substantially cylindrical shank blank is created, wherein, in a subsequent method step, the connecting recess is introduced into the shank , and wherein, in another subsequent method step, the drill head is brought into form-fitting engagement with the shank via the connecting recess , characterized in that the connecting recess is introduced into the shank by electrochemical machining (ECM), and in that the connecting recess has at least one groove and/or at least one web.
A hydrogen production method for producing hydrogen by electrolyzing water containing alkali with an electrolyzer using a power supply whose output fluctuates in increments of several seconds to several minutes derived from a renewal energy power station, wherein the electrolyzer comprises at least an anode and a cathode, the cathode comprises a conductive substrate and a catalyst layer on the surface of the conductive substrate, wherein the conductive substrate is a mesh of metal wires containing at least one metal including nickel, wherein said mesh has no corners or projections, and each of the metal wires containing at least one metal including nickel has a circular or elliptical shape in the cross-section perpendicular to the axial direction, the catalyst layer contains at least platinum and has a weight per unit area, determined as described in the description, of 6.0 g/m 2 or more and 40.0 g/m 2 or less, and the platinum has a weight per unit area, determined as described in the description, of 5.5 g/m 2 or more and 25.0 g/m 2 or less.
A method for forming a microchannel or microfluidic reservoir comprising applying a covering over a recess formed in a substrate , bonding the covering to the surface of the substrate along seams running along and in a distance from the recess , providing elevated edges bordering the recess that project from the surface of the substrate , characterized by forming the seams in a distance between 50 and 500 μm from the recess so that the seams are spaced from the respective elevated edge and the covering and the elevated edges are pressed against one another.
A method of heating liquid in a portable liquid dispensing apparatus , the portable liquid dispensing apparatus comprising: a battery a heating element ; a liquid reservoir ; a pump ; an outlet; and a pipe, extending from the reservoir to the outlet and passing adjacent to the heating element ; wherein, in operation, the pump drives liquid from the reservoir into and through the pipe while the battery causes the heating element to heat the liquid passing through the portion of the pipe adjacent to the heating element to be expelled from the outlet at a temperature greater than the ambient temperature, characterized in that the temperature of the heated liquid is controlled via the flow rate of the pump , via varying the diameter of the pipe or via varying the voltage of the battery. a battery a heating element ; a liquid reservoir ; a pump ; an outlet; and a pipe, extending from the reservoir to the outlet and passing adjacent to the heating element ; wherein, in operation, the pump drives liquid from the reservoir into and through the pipe while the battery causes the heating element to heat the liquid passing through the portion of the pipe adjacent to the heating element to be expelled from the outlet at a temperature greater than the ambient temperature,
Fastening element , designed in particular in the form of a clamp, for fastening an electronic component on a surface of a heat sink , having a first free end and a second free end , wherein the first free end is formed by a first, rectilinear portion , characterized in that , on the first, rectilinear portion , at least one protrusion is formed, as a punched or stamped portion, at the first free end of the fastening element and is latched in a releasable manner in a recess of the heat sink beneath an overhang , which serves as a latching nose, and the first, rectilinear portion can be deformed by a force oriented perpendicularly to it such that a latching connection in a recess is released.
Power-assisted steering system for a motor vehicle, comprising a threaded spindle which engages in a spindle nut , extends axially in the direction of a spindle axis (S) and is axially displaceable in a housing , and a drive unit with a gear wheel which is non-rotatably connected to the spindle nut and can be driven in rotation about the spindle axis (S), which is rotatably mounted in the housing in a bearing arrangement which has at least one bearing outer ring which is axially supported at the end face on the housing via a spring element and which is received coaxially in a sleeve element and held radially in the housing , characterised in in that the spring element is designed as a spring section and the sleeve element is designed as a sleeve section connected integrally thereto on an integral carrier sleeve .
A system comprising a device ; a power cord having a power line therein configured to provide the device with electrical power from an electrical source; a module electrically connected to the power line, the module having a transceiver for wireless communicating with a remote device , a microprocessor , and a power converter configured for converting power in the power line for use by the module ; and wherein the device further comprises a microcomputer separated from the microprocessor and the microcomputer configured to control the device , the device further comprising a control panel integrated therewith, and a communications bus configured to modulate between the control panel and the microcomputer; the power cord extending between the module and the device , the power cord adapted to include at least one control wire embedded in the power cord extending from the module to the device and configured to transmit control signals between the module and the device to control the device ; and wherein the at least one control wire is connected to the communications bus at substantially the same location at which the control panel is connected to the communication bus. a device ; a power cord having a power line therein configured to provide the device with electrical power from an electrical source; a module electrically connected to the power line, the module having a transceiver for wireless communicating with a remote device , a microprocessor , and a power converter configured for converting power in the power line for use by the module ; and wherein the device further comprises a microcomputer separated from the microprocessor and the microcomputer configured to control the device , the device further comprising a control panel integrated therewith, and a communications bus configured to modulate between the control panel and the microcomputer; the power cord extending between the module and the device , the power cord adapted to include at least one control wire embedded in the power cord extending from the module to the device and configured to transmit control signals between the module and the device to control the device ; and wherein the at least one control wire is connected to the communications bus at substantially the same location at which the control panel is connected to the communication bus.
An anti-Flt-1 antibody or antigen binding fragment thereof for use in a method of treating bronchopulmonary dysplasia (BPD) in an infant, comprising administering to an infant in need of treatment an effective amount of the anti-Flt-1 antibody or antigen binding fragment thereof, wherein the anti-Flt-1 antibody or antigen-binding fragment thereof comprises: a light chain variable (VL) complementarity determining region (CDR)1 defined by the amino acid sequence of SEQ ID NO:21, a VL CDR2 defined by the amino acid sequence of SEQ ID NO:24, a VL CDR3 defined by the amino acid sequence of SEQ ID NO:32, a heavy chain variable (VH) CDR1 defined by the amino acid sequence of SEQ ID NO: 3, a VH CDR2 defined by the amino acid sequence of SEQ ID NO: 12, and a VH CDR3 defined by the amino acid sequence of SEQ ID NO: 17. a light chain variable (VL) complementarity determining region (CDR)1 defined by the amino acid sequence of SEQ ID NO:21, a VL CDR2 defined by the amino acid sequence of SEQ ID NO:24, a VL CDR3 defined by the amino acid sequence of SEQ ID NO:32, a heavy chain variable (VH) CDR1 defined by the amino acid sequence of SEQ ID NO: 3, a VH CDR2 defined by the amino acid sequence of SEQ ID NO: 12, and a VH CDR3 defined by the amino acid sequence of SEQ ID NO: 17.
A continuous uterus monitoring system comprising: a uterine insert , a deployment module , a system control device and a display; the deployment module being configured to be removably engageable with the uterine insert ; the uterine insert being designed to be positioned in a uterus over an extended period of time and having an insert extension , that (i) comprises at least one sensor and (ii) being configured to undergo bending when the uterine insert is engaged with the deployment module ; the system control device being operationally coupled to continuously receive signals from the at least one sensor and to convert the signals into data representing the signals, and the display operationally coupled to display the data from the system control device . a uterine insert , a deployment module , a system control device and a display; the deployment module being configured to be removably engageable with the uterine insert ; the uterine insert being designed to be positioned in a uterus over an extended period of time and having an insert extension , that (i) comprises at least one sensor and (ii) being configured to undergo bending when the uterine insert is engaged with the deployment module ;
An injection molding system , including: an injection station including a platform and an injector disposed over the platform ; a molding device disposed between the platform and the injector and over the first opening , wherein the molding device includes a first mold base , a second mold base disposed over and corresponding to the first mold base , a mold cavity defined by the first mold base and the second mold base , and a clamping unit coupled the second mold base with the first mold base and configured for clamping the molding device , wherein the molding device and the clamping unit are movable away from the injection station ; and a plunger disposed under the platform and movable away from the injection station , wherein the platform includes a first opening extending through the platform , and the plunger includes a base and a rod , the rod is extendable through the first opening toward the molding device and retractable toward the base . an injection station including a platform and an injector disposed over the platform ; a molding device disposed between the platform and the injector and over the first opening , wherein the molding device includes a first mold base , a second mold base disposed over and corresponding to the first mold base , a mold cavity defined by the first mold base and the second mold base , and a clamping unit coupled the second mold base with the first mold base and configured for clamping the molding device , wherein the molding device and the clamping unit are movable away from the injection station ; and a plunger disposed under the platform and movable away from the injection station , wherein the platform includes a first opening extending through the platform , and the plunger includes a base and a rod , the rod is extendable through the first opening toward the molding device and retractable toward the base .
A coffee machine comprising a drip tray , in turn comprising a container and a covering grille for covering the container , said grille being provided with a plurality of openings for the passage of the liquids to the container , characterized in that said tray comprises a plurality of vertical protrusions passing through said openings , the upper ends of the vertical protrusions defining a resting surface that is raised with respect to the outer surface of said grille .
An airflow apparatus comprising: an outlet for allowing air to flow out of the apparatus; a wall delimiting a flared bore which widens to the outlet; and at least one air guide member (108A; 108B; 108C; 110A; 110B; 110C) configured to retractably protrude into the flared bore from the wall, the at least one air guide member having a surface for guiding air flowing in the flared bore away from the wall and towards the outlet when the air guide member is protruding into the flared bore, characterized in that the at least one air guide member (108A; 108B; 108C; 110A; 110B; 110C) comprises a series of air guide members which are respectively arranged to protrude into the flared bore from positions along the wall which are successively closer to the outlet . an outlet for allowing air to flow out of the apparatus; a wall delimiting a flared bore which widens to the outlet; and at least one air guide member (108A; 108B; 108C; 110A; 110B; 110C) configured to retractably protrude into the flared bore from the wall, the at least one air guide member having a surface for guiding air flowing in the flared bore away from the wall and towards the outlet when the air guide member is protruding into the flared bore, characterized in that the at least one air guide member (108A; 108B; 108C; 110A; 110B; 110C) comprises a series of air guide members which are respectively arranged to protrude into the flared bore from positions along the wall which are successively closer to the outlet .
A radial compressor comprising: - an impeller , - a motor for driving the impeller , which motor exhibits a shaft , - a housing for the motor and - a distribution system for a service fluid for the motor , wherein the distribution system is an integral part of the housing , wherein the distribution system comprises a main feed , a manifold and at least two feed branches , wherein the service fluid can be conducted through the main feed and the manifold to the at least two feed branches , wherein the main feed and the feed branches join in the manifold wherein the feed branches extend in longitudinal directions from the manifold , and wherein the service fluid is oil, characterised in that : housing comprises several housing parts , which are connected to each other and which are arranged adjacent to each other in longitudinal direction of the shaft , wherein the distribution system extends through at least two of the housing parts . - an impeller , - a motor for driving the impeller , which motor exhibits a shaft , - a housing for the motor and - a distribution system for a service fluid for the motor ,