mhurhangee/patent-ind-claim-en huggingface dataset:
A smoking substitute device comprising: a controller configured to detect a mode selected by a user and switch between a child safety mode (CSM) and non-child safety mode (N-CSM) in response to the mode selection wherein the controller is configured to modify at least one control action of the device in response to the mode selection and the duration of time for which the control action must be performed in order to activate a heater , in response to the mode selection, the controller of the device being configured to modify the duration of time for which the control action must be performed in order to activate the heater , between a first duration when in the child safety mode (CSM) and a second duration when in the non-child safety mode (N-CSM), characterised in that the first duration is longer than the second duration. a controller configured to detect a mode selected by a user and switch between a child safety mode (CSM) and non-child safety mode (N-CSM) in response to the mode selection wherein the controller is configured to modify at least one control action of the device in response to the mode selection and the duration of time for which the control action must be performed in order to activate a heater , in response to the mode selection, the controller of the device being configured to modify the duration of time for which the control action must be performed in order to activate the heater , between a first duration when in the child safety mode (CSM) and a second duration when in the non-child safety mode (N-CSM), characterised in that the first duration is longer than the second duration.
Method for assembling a fuel rail assembly , comprising the steps: providing a fuel rail and a component which is to be coupled to the fuel rail , wherein the fuel rail has a casing which borders an inner cavity and which has a first via hole and wherein the component has a housing which borders an inner space and which has a second via hole , and coupling the housing to the casing so that the space is in fluid communication with the inner cavity by a hollow passage , wherein the first via hole has a circular hollow cross section which is surrounded by a wall region of the casing , the second via hole has a circular hollow cross section which is surrounded by a cylindrical wall section of the housing , and coupling of the housing to the casing so that the space is in fluid communication with the inner cavity by a hollow passage comprises the steps: inserting the cylindrical wall section into the first via hole , providing an expander bush which has a convex outer surface 17, which in particular is a convex outer surface of revolution with regard to a geometric rotational axis , and which has a third via hole , which in particular extends along the geometric rotational axis , wherein the convex outer surface has a maximum diameter which is bigger compared to a diameter of the circular hollow cross section of the second via hole , pressing the expander bush in the second via hole so that the hollow passage extends through the third via hole , so that the cylindrical wall section is expanded in a radial direction by the convex outer surface and so that the expander bush is fixed by a press-fit within the second via hole , wherein the radial expansion of the cylindrical wall section causes a mechanical coupling of the cylindrical wall section to the casing at a lateral wall section of the first via hole and characterized in that the method comprises: providing an insertion tool for pressing the expander bush into the second via hole , wherein the insertion tool comprises an operating member , in particular a handle or a drivable member, in particular drivable by an electric, pneumatic or hydraulic device, and wherein the insertion tool comprises a pin , wherein the pin has a diameter which is adapted to a diameter of the third via hole of the expander bush to cooperate for a loose fit or a medium fit, and wherein the insertion tool comprises an annular contact surface which is adjacent to the pin and which extends transversely to a longitudinal axis of the pin , inserting the pin into the third via hole so that the contact surface is in contact with the expander bush , and pressing the expander bush into the third via hole by the insertion tool ..
A bone growth stimulator system for use in bone regeneration therapy, the system comprising: a bioabsorbable electric circuit , the electric circuit including at least one operational amplifier ; a bioabsorbable capsule enclosing the electric circuit , the capsule having a selected capsule thickness, and a known dissolution time; and a power source electrically coupled to the electric circuit . a bioabsorbable electric circuit , the electric circuit including at least one operational amplifier ; a bioabsorbable capsule enclosing the electric circuit , the capsule having a selected capsule thickness, and a known dissolution time; and a power source electrically coupled to the electric circuit .
An indoor unit of an air conditioning device that includes a casing containing a fan and comprising a control box and comprising a bottom surface and a side surface , and can be arranged in a first aspect in which a flow port configured to cause air to flow by the fan is formed in the bottom surface of the casing , and a second aspect in which a flow port is formed in the one side surface of the casing , wherein the control box includes a first side surface in which an inspection port is formed, the control box being disposed in the casing in a state where the inspection port is directed to an inside of the casing in the first aspect, and in a state where the inspection port is directed to an outside of the casing in the second aspect, the control box further comprises a second side surface and a third side surface , wherein in the second side surface and in the third side surface of the control box first leading ports are formed, which are configured to lead external wiring (k, j) into the control box , respectively, the second and third side surfaces being adjacent to the first side surface and opposed to each other, the indoor unit characterized in that the casing is containing the control box and in that in another side surface of the casing , an opening opposed to the inspection port , and second leading ports disposed on both side portions of this opening and configured to lead the external wiring (k, j) into the casing in the second aspect are formed.
A delivery device comprising: an inner shaft ; a delivery platform comprising: a pair of annular bands around the inner shaft , both of the annular bands having a first outer diameter; and a sleeve secured to the inner shaft and positioned between the annular bands , the sleeve having a lower durometer than the inner shaft ; wherein the delivery platform is configured to receive an intraluminal device for deployment from the delivery device into a vessel, the delivery platform configured to receive the intraluminal device between the annular bands and on the sleeve ; and an outer sheath positioned on and slidable over the inner shaft and the delivery platform , the outer sheath having a pre-deployment position covering the delivery platform and at least one delivery position where the outer sheath is withdrawn exposing at least one of the annular bands and the sleeve of the delivery platform . an inner shaft ; a delivery platform comprising: a pair of annular bands around the inner shaft , both of the annular bands having a first outer diameter; and a sleeve secured to the inner shaft and positioned between the annular bands , the sleeve having a lower durometer than the inner shaft ; wherein the delivery platform is configured to receive an intraluminal device for deployment from the delivery device into a vessel, the delivery platform configured to receive the intraluminal device between the annular bands and on the sleeve ; and a pair of annular bands around the inner shaft , both of the annular bands having a first outer diameter; and a sleeve secured to the inner shaft and positioned between the annular bands , the sleeve having a lower durometer than the inner shaft ; wherein the delivery platform is configured to receive an intraluminal device for deployment from the delivery device into a vessel, the delivery platform configured to receive the intraluminal device between the annular bands and on the sleeve ; and an outer sheath positioned on and slidable over the inner shaft and the delivery platform , the outer sheath having a pre-deployment position covering the delivery platform and at least one delivery position where the outer sheath is withdrawn exposing at least one of the annular bands and the sleeve of the delivery platform .
A method comprising: identifying, by a computing device comprising at least two processors and at least two transceiver components, , at least two signals at two or more communication interfaces in accordance with one or more communication standards; selecting, by the computing device, one or more available frequency segments from a frequency spectrum database; transforming, by the computing device, the at least two signals into at least two converted signals for transmission on a backhaul link, the backhaul link being established for two-way data communication using the one or more available frequency segments; and causing to send, by the computing device, the at least two converted signals using the one or more available frequency segments; wherein transforming the at least two signals further includes multiplexing a first signal of the at least two signals and a second signal of the at least two signals, wherein the first signal is received on a first communication interface of the two or more communication interfaces in accordance with a first communication standard and the second signal is received on a second communication interface of the two or more communication interfaces in accordance with a second communication standard. identifying, by a computing device comprising at least two processors and at least two transceiver components, , at least two signals at two or more communication interfaces in accordance with one or more communication standards; selecting, by the computing device, one or more available frequency segments from a frequency spectrum database; transforming, by the computing device, the at least two signals into at least two converted signals for transmission on a backhaul link, the backhaul link being established for two-way data communication using the one or more available frequency segments; and causing to send, by the computing device, the at least two converted signals using the one or more available frequency segments;
A caster wheel assembly (1; 1') for a wheelchair , comprising: a caster housing , a central body having a radially outwards extending flange , which central body is configured to be received by the caster housing , a spindle shaft configured to be rotationally locked relative to the central body , a first bearing having an inner bearing race configured to be rotationally locked relative to the spindle shaft , a friction member (13; 11a) configured to be rotationally locked relative to the caster housing , a resilient member configured to be arranged between the flange and the friction member , and configured to provide a force between the flange and the friction member to thereby create friction torque between the caster housing and the spindle shaft , and an annular member configured to be rotationally locked relative to the caster housing , wherein the friction member is annular and configured to be mounted between the flange and the first bearing , and which friction member has a circumferential groove configured to receive the annular member , the friction member and the annular member being configured to be rotationally locked relative to each other. a caster housing , a central body having a radially outwards extending flange , which central body is configured to be received by the caster housing , a spindle shaft configured to be rotationally locked relative to the central body , a first bearing having an inner bearing race configured to be rotationally locked relative to the spindle shaft , a friction member (13; 11a) configured to be rotationally locked relative to the caster housing , a resilient member configured to be arranged between the flange and the friction member , and configured to provide a force between the flange and the friction member to thereby create friction torque between the caster housing and the spindle shaft , and an annular member configured to be rotationally locked relative to the caster housing , wherein the friction member is annular and configured to be mounted between the flange and the first bearing , and which friction member has a circumferential groove configured to receive the annular member , the friction member and the annular member being configured to be rotationally locked relative to each other.
An actuator , comprising: an actuator coupling plate ; a yoke : an inner magnet arranged relative to an axis wherein the inner magnet is axially magnetized; an outer magnet arranged at a radial distance from the axis, an inner radial wall of the outer magnet facing an outer radial wall of the inner magnet, the outer magnet surrounding the outside of a voice coil and contained by the yoke , wherein the outer magnet is radially magnetized; a magnetic plate co-axial with the inner magnet and proximate to the actuator coupling plate ; wherein the voice coil is arranged in an air gap separating the outer magnet and the magnetic plate ; wherein the yoke and the magnetic plate are formed from a soft magnetic material; and wherein during operation of the actuator , electrical activation of the voice coil causes axial motion of the actuator coupling plate . an actuator coupling plate ; a yoke : an inner magnet arranged relative to an axis wherein the inner magnet is axially magnetized; an outer magnet arranged at a radial distance from the axis, an inner radial wall of the outer magnet facing an outer radial wall of the inner magnet, the outer magnet surrounding the outside of a voice coil and contained by the yoke , wherein the outer magnet is radially magnetized; a magnetic plate co-axial with the inner magnet and proximate to the actuator coupling plate ; wherein the voice coil is arranged in an air gap separating the outer magnet and the magnetic plate ; wherein the yoke and the magnetic plate are formed from a soft magnetic material; and wherein during operation of the actuator , electrical activation of the voice coil causes axial motion of the actuator coupling plate . an inner magnet arranged relative to an axis wherein the inner magnet is axially magnetized; an outer magnet arranged at a radial distance from the axis, an inner radial wall of the outer magnet facing an outer radial wall of the inner magnet, the outer magnet surrounding the outside of a voice coil and contained by the yoke , wherein the outer magnet is radially magnetized; a magnetic plate co-axial with the inner magnet and proximate to the actuator coupling plate ; wherein the voice coil is arranged in an air gap separating the outer magnet and the magnetic plate ; wherein the yoke and the magnetic plate are formed from a soft magnetic material; and wherein during operation of the actuator , electrical activation of the voice coil causes axial motion of the actuator coupling plate .
A compressor unit of a compressor for compressing refrigerant comprising a drive device, in particular a drive shaft , for driving one or more pistons that are arranged in a radial direction and that can be moved back and forth in extension and retraction movements in corresponding cylinder bores , wherein the drive device is in operative engagement with an eccentric that controls the extension movement of the pistons , wherein the eccentric also controls the retraction movement of the pistons , characterized in that the eccentric has an operative eccentric section by means of which it is, via a bearing , in operative engagement with one or more connecting rods , in particular operative connecting rod sections , of the respective connecting rods , wherein the operative connecting rod sections are arranged on the bearing by means of a operative connecting rod section seat , wherein the movements of the connecting rods are disengaged from each other, wherein the operative connecting rod sections 38 that are designed to correspond with the circular outer perimeter of the bearing 40 and are shaped as a circular segment on their side facing the bearing have, at their end facing the bearing an extension that widens in an axial direction such that they are arranged on the bearing by means of two shells that are designed with an L-shaped cross-section and that form the operative connecting rod section seat , wherein the compressor unit is provided for CO 2 as a refrigerant, the compressor unit comprises a stroke/bore ratio of 0.3 to 1, and the eccentric is a component of the drive shaft. the eccentric has an operative eccentric section by means of which it is, via a bearing , in operative engagement with one or more connecting rods , in particular operative connecting rod sections , of the respective connecting rods , wherein the operative connecting rod sections are arranged on the bearing by means of a operative connecting rod section seat , wherein the movements of the connecting rods are disengaged from each other, wherein the operative connecting rod sections 38 that are designed to correspond with the circular outer perimeter of the bearing 40 and are shaped as a circular segment on their side facing the bearing have, at their end facing the bearing an extension that widens in an axial direction such that they are arranged on the bearing by means of two shells that are designed with an L-shaped cross-section and that form the operative connecting rod section seat , wherein the compressor unit is provided for CO 2 as a refrigerant, the compressor unit comprises a stroke/bore ratio of 0.3 to 1, and the eccentric is a component of the drive shaft.
A variator control circuit, comprising: a plurality of variator control devices in fluid communication with each other and with a variator of a continuously variable transmission, and a maximum of two sensing devices in communication with the plurality of variator control devices, characterized in that : the sensing devices are configured to detect positions of the plurality of variator control devices for detecting faults occurring in any one of the plurality of variator control devices, wherein the plurality of variator control devices comprises a pair of shift valves and a plurality of trim valves , each of the shift valves has a first port and a second port axially spaced from the first port, each of the first ports in fluid communication with the variator, each of the trim valves is selectively coupled to the first port of one of the shift valves, and each of the sensing devices is coupled to the second port of one of the shift valves. a plurality of variator control devices in fluid communication with each other and with a variator of a continuously variable transmission, and a maximum of two sensing devices in communication with the plurality of variator control devices, the sensing devices are configured to detect positions of the plurality of variator control devices for detecting faults occurring in any one of the plurality of variator control devices, wherein the plurality of variator control devices comprises a pair of shift valves and a plurality of trim valves , each of the shift valves has a first port and a second port axially spaced from the first port, each of the first ports in fluid communication with the variator, each of the trim valves is selectively coupled to the first port of one of the shift valves, and each of the sensing devices is coupled to the second port of one of the shift valves.
Process for producing hydrogen from a hydrocarbon feedstock comprising: passing the feedstock through the sequential stages of steam methane reforming, water gas shift, and hydrogen separation, in which at least a portion of a tail gas from a separate plant for production of gasoline or diesel is added downstream the steam methane reforming stage and upstream the water gas shift stage; and wherein the tail gas comprises: 5-35 vol. % carbon monoxide (CO) 5-35 vol. % hydrogen (H 2 ) 5-35 vol. % carbon dioxide (CO 2 ) more than 2 vol. % methane (CH 4 ). 5-35 vol. % carbon monoxide (CO) 5-35 vol. % hydrogen (H 2 ) 5-35 vol. % carbon dioxide (CO 2 ) more than 2 vol. % methane (CH 4 ).
A method of application container access, the method comprising: performing a foreground unlock on an application container; creating a copy of a container key of the application container; locking the application container; the method being characterised in that it comprises: receiving a background unlock trigger; determining whether a background unlock is authorized; performing the background unlock on at least a portion of the application container using the copy of the container key in response to determining the background unlock is authorized; and storing data in the at least a portion of the application container while the application container is in the background unlock. performing a foreground unlock on an application container; creating a copy of a container key of the application container; locking the application container; receiving a background unlock trigger; determining whether a background unlock is authorized; performing the background unlock on at least a portion of the application container using the copy of the container key in response to determining the background unlock is authorized; and storing data in the at least a portion of the application container while the application container is in the background unlock.
A method comprising: sending a request, by an application function, to a policy control function, PCF, indicative of whether user plane, UP, paths of two or more PDU sessions involved in a peer-to-peer, P2P, communication are to be jointly selected or reselected during selections or reselections of the UP paths, wherein the request further includes information indicative of application locations, and wherein a common application location selected or reselected from the application locations during the selections or reselections of the UP paths according to policy rules associated with the request is shared by the UP paths.
A method for delivering coordinated signal injections into a utility grid, comprising: receiving spatial and temporal reaches for a plurality of signal injections; selecting times and locations for the plurality of signal injections to be implemented into a utility grid such that the spatial and temporal reaches of the signal injections do not overlap; and implementing the signal injections into the utility grid at the selected times and locations; wherein the spatial reach is computed based on a database of utility grid response to prior signal injections and wherein the temporal reach is computed based on a database of utility grid response to prior signal injections. receiving spatial and temporal reaches for a plurality of signal injections; selecting times and locations for the plurality of signal injections to be implemented into a utility grid such that the spatial and temporal reaches of the signal injections do not overlap; and implementing the signal injections into the utility grid at the selected times and locations; wherein the spatial reach is computed based on a database of utility grid response to prior signal injections and wherein the temporal reach is computed based on a database of utility grid response to prior signal injections.