mhurhangee/patent-ind-claim-en huggingface dataset:
Microelectronic device comprising: - a substrate having a base portion , a dielectric portion and a top layer with a semi-conductive material base, in a stack, - at least one electrical connection element made of an electrically conductive material located above the top layer and electrically insulated from the top layer at least by a dielectric layer , the dielectric layer being in contact with the surface of the top layer , - at least one dielectric element comprising at least one trench filled with a solid dielectric material, said trench forming a closed contour peripheral to or upright to at least a part of the electrical connection element , located at least partially in the top layer and delimiting a closed area of said top layer, the at least one dielectric element having an exposed part at the surface of the top layer, wherein the dielectric layer completely covers the exposed part of the at least one dielectric element . - a substrate having a base portion , a dielectric portion and a top layer with a semi-conductive material base, in a stack, - at least one electrical connection element made of an electrically conductive material located above the top layer and electrically insulated from the top layer at least by a dielectric layer , the dielectric layer being in contact with the surface of the top layer , - at least one dielectric element comprising at least one trench filled with a solid dielectric material, said trench forming a closed contour peripheral to or upright to at least a part of the electrical connection element , located at least partially in the top layer and delimiting a closed area of said top layer, the at least one dielectric element having an exposed part at the surface of the top layer,
A structural assembly comprising: a support structure ; and an elongate structure intersecting the support structure , wherein the elongate structure comprises a web extending the length of the elongate structure and comprises a lower flange extending from the web , the elongate structure having a length and a mass ; wherein: the mass of the elongate structure varies along the length of the elongate structure ; and a localized mass at a particular region, area, or location along the length of the elongate structure decreases toward the support structure and increases away from the support structure , wherein: the elongate structure has a height 110; the height of the elongate structure varies along the length of the elongate structure ; and a localized height of the elongate structure decreases toward the support structure and increases away from the support structure ; and wherein: the web has a web thickness ; the web thickness varies along the length of the elongate structure ; and a localized web thickness of the web decreases toward the support structure and increases away from the support structure . a support structure ; and an elongate structure intersecting the support structure , wherein the elongate structure comprises a web extending the length of the elongate structure and comprises a lower flange extending from the web , the elongate structure having a length and a mass ; wherein: the mass of the elongate structure varies along the length of the elongate structure ; and a localized mass at a particular region, area, or location along the length of the elongate structure decreases toward the support structure and increases away from the support structure , wherein: the elongate structure has a height 110; the height of the elongate structure varies along the length of the elongate structure ; and the elongate structure has a height 110; the height of the elongate structure varies along the length of the elongate structure ; and a localized height of the elongate structure decreases toward the support structure and increases away from the support structure ; and wherein: the web has a web thickness ; the web thickness varies along the length of the elongate structure ; and a localized web thickness of the web decreases toward the support structure and increases away from the support structure . the web has a web thickness ; the web thickness varies along the length of the elongate structure ; and a localized web thickness of the web decreases toward the support structure and increases away from the support structure .
A foldable grip assembly for a foldable firearm , the foldable grip assembly comprising: a foldable pistol grip comprising a pistol grip-frame hinge axis , wherein the foldable pistol grip is rotatably couplable to the frame of the foldable firearm at the pistol grip-frame hinge axis ; a foldable trigger , wherein the foldable trigger is rotatably couplable to the frame of the foldable firearm at a trigger hinge axis ; a foldable trigger guard assembly , wherein the foldable trigger guard assembly is rotatably coupled to the foldable pistol grip at a trigger guard-pistol grip hinge axis and is rotatably couplable to the frame of the foldable firearm at a trigger guard-frame hinge axis ; and a hand stop , wherein the hand stop is rotatably couplable to the frame of the foldable firearm at a hand stop-frame hinge axis : the folding grip assembly being characterized in further comprising: a folding bar , wherein the folding bar is mechanically coupled to the foldable trigger guard assembly at a trigger guard-folding bar hinge axis and is mechanically coupled to the hand stop at a hand stop-folding bar hinge axis . a foldable pistol grip comprising a pistol grip-frame hinge axis , wherein the foldable pistol grip is rotatably couplable to the frame of the foldable firearm at the pistol grip-frame hinge axis ; a foldable trigger , wherein the foldable trigger is rotatably couplable to the frame of the foldable firearm at a trigger hinge axis ; a foldable trigger guard assembly , wherein the foldable trigger guard assembly is rotatably coupled to the foldable pistol grip at a trigger guard-pistol grip hinge axis and is rotatably couplable to the frame of the foldable firearm at a trigger guard-frame hinge axis ; and a hand stop , wherein the hand stop is rotatably couplable to the frame of the foldable firearm at a hand stop-frame hinge axis : the folding grip assembly being characterized in further comprising: a folding bar , wherein the folding bar is mechanically coupled to the foldable trigger guard assembly at a trigger guard-folding bar hinge axis and is mechanically coupled to the hand stop at a hand stop-folding bar hinge axis .
A photocurable transparent ink composition for three-dimensional molding, comprising the following components in parts by weight: 60-125 parts of a photocuring agent, 0.01-5 parts of a yellowing adjusting agent, 0.5-5 parts of a photoinitiator, and 0.5-5 parts of an auxiliary agent; wherein the yellowing adjusting agent is capable of absorbing light in a wavelength range of 560 nm to 650 nm, so that the photocurable transparent ink composition for three-dimensional molding appears transparent; the yellowing adjusting agent is selected from one or more of a photocurable oligomer, a colorant, and a reducing agent; and a printed article with a thickness of 2 mm obtained by a three-dimensional inkjet printing of the photocurable transparent ink composition for three-dimensional molding has a hue range as follows: L value is 80 to 90, a value is -1.00 to 2.00, and b value is -10.00 to 0; and has a light transmittance value of greater than 92%. the yellowing adjusting agent is selected from one or more of a photocurable oligomer, a colorant, and a reducing agent; and a printed article with a thickness of 2 mm obtained by a three-dimensional inkjet printing of the photocurable transparent ink composition for three-dimensional molding has a hue range as follows: L value is 80 to 90, a value is -1.00 to 2.00, and b value is -10.00 to 0; and has a light transmittance value of greater than 92%.
A wind turbine control system comprising: a first controller unit implementing a model predictive control (MPC) routine for calculating a predicted operational trajectory of a predicted operational signal, where a trajectory comprises a time series of at least one variable, and where a trajectory includes a predicted first control value ; a second controller unit implementing a non-optimizing controller for calculating a second control value ; and an actuator controller unit arranged for determining an actuator control signal by combining the predicted first control value and the second control value, characterized in that the first controller unit further comprises a fault unit arranged to monitor an optimization routine of the MPC routine, and to, if the optimization routine does not provide a valid solution to the optimization during a predetermined time, send out a fault signal, the fault signal comprising an override control value to replace the predicted first control value, the override control value being the last determined valid predicted control value, and in that the fault unit is arranged to monitor the number of samples passing by without a valid solution being obtained, and if the number of samples is larger than a predefined threshold value, the fault signal is a shutdown signal of the wind turbine. a first controller unit implementing a model predictive control (MPC) routine for calculating a predicted operational trajectory of a predicted operational signal, where a trajectory comprises a time series of at least one variable, and where a trajectory includes a predicted first control value ; a second controller unit implementing a non-optimizing controller for calculating a second control value ; and an actuator controller unit arranged for determining an actuator control signal by combining the predicted first control value and the second control value, characterized in that the first controller unit further comprises a fault unit arranged to monitor an optimization routine of the MPC routine, and to, if the optimization routine does not provide a valid solution to the optimization during a predetermined time, send out a fault signal, the fault signal comprising an override control value to replace the predicted first control value, the override control value being the last determined valid predicted control value, and in that the fault unit is arranged to monitor the number of samples passing by without a valid solution being obtained, and if the number of samples is larger than a predefined threshold value, the fault signal is a shutdown signal of the wind turbine.
A secondary battery for cycling between a charged state and a discharged state, the secondary battery comprising an enclosure , an electrode assembly and a non-aqueous liquid electrolyte within the enclosure, and a constraint that maintains a pressure on the electrode assembly as the energy storage device is cycled between the charged and the discharged states, the electrode assembly comprising a population of electrode structures , a population of counter-electrode structures and an electrically insulating microporous separator material between members of the electrode and counter-electrode populations wherein the electrode assembly has opposing first and second longitudinal end surfaces separated along a longitudinal axis, and a lateral surface surrounding the longitudinal axis and connecting the first and second longitudinal end surfaces, a combined surface area of the first and second longitudinal end surfaces being less than 33% of a combined surface area of the lateral surface and the first and second longitudinal end surfaces, members of the electrode population and members of the counter-electrode population are arranged in an alternating and interdigitated sequence in a stacking direction that parallels the longitudinal axis within the electrode assembly, and wherein each member of the electrode population has a bottom, a top, a length L E , a width W E , a height H E , and a central longitudinal axis A E extending from the bottom to the top of each such member and in a direction that is generally transverse to the stacking direction, the length L E of each member of the electrode population being measured in the direction of its central longitudinal axis A E , the width W E of each member of the electrode population being measured in the stacking direction, and the height H E of each member of the electrode population being measured in a direction that is perpendicular to the central longitudinal axis A E of each such member and to the stacking direction, the ratio of L E to each of W E and H E of each member of the electrode population being at least 5:1, respectively, the ratio of H E to W E for each member of the electrode population being between 0.4:1 and 1000:1, respectively, the constraint comprises first and second compression members overlying the first and second longitudinal end surfaces that are connected by at least one tension member that pulls the compression members toward each other, and the constraint maintains a pressure on the electrode assembly in the stacking direction that exceeds the pressure maintained on the electrode assembly in each of two directions that are mutually perpendicular and perpendicular to the stacking direction.
A filtering device for filtering a fluid, in particular a liquefied plastic, comprising: - a housing having a receptacle for receiving a screen carrier , and a fluid inlet channel and a fluid outlet channel ; - a screen carrier movable inside said receptacle , having at least one cavity for receiving a screen support plate having a filter element , wherein the screen carrier is movable from a filtering position into a screen replacement position, wherein the screen carrier and/or the receptacle has a filling recess for filling the cavity with fluid, which releases a flow cross-section whose size depends on the position of the screen carrier in the receptacle to feed fluid from the fluid inlet channel and/or the fluid outlet channel into the cavity, wherein the screen carrier has at least one ventilation recess for releasing any air which is in the cavity during filling, and a control unit which is configured and adapted in such a way that it changes the position of the screen carrier in steps and repeatedly or continuously by means of control signals, characterized in that the control unit is further configured and adapted to change the position of the screen carrier in steps and repeatedly or continuously by means of control signals in such a way that the fluid pressure in the fluid inlet channel and/or in the fluid outlet channel remains within definable pressure ranges while the cavity is being filled. - a housing having a receptacle for receiving a screen carrier , and a fluid inlet channel and a fluid outlet channel ; - a screen carrier movable inside said receptacle , having at least one cavity for receiving a screen support plate having a filter element ,
A hand-held surface cleaning device , the hand-held surface cleaning device comprising: a body that extends from a first end to a second end; a handle portion defined by the body adjacent the first end; a nozzle with a dirty air inlet defined by the body adjacent the second end; a motor for generating suction and drawing air into the dirty air inlet ; and a dust cup for receiving and storing debris, characterized in that the dust cup is rotatably coupled to the body of the hand-held surface cleaning device and configured to transition between a closed orientation to fluidly couple the dust cup with the dirty air inlet and the motor , and a release orientation to decouple the dust cup from the dirty air inlet and the motor to allow dirt and debris stored in the dust cup to exit from an opening of the dust cup , wherein the dust cup remains rotatably coupled to the body in the release orientation and is removable from the body , wherein the dirty air inlet and the dust cup are fluidly coupled to each other, and wherein the hand-held surface cleaning device further comprises a valve body positioned to prevent the debris from exiting the device through the dirty air inlet in an absence of suction from the motor . a body that extends from a first end to a second end; a handle portion defined by the body adjacent the first end; a nozzle with a dirty air inlet defined by the body adjacent the second end; a motor for generating suction and drawing air into the dirty air inlet ; and a dust cup for receiving and storing debris, characterized in that the dust cup is rotatably coupled to the body of the hand-held surface cleaning device and configured to transition between a closed orientation to fluidly couple the dust cup with the dirty air inlet and the motor , and a release orientation to decouple the dust cup from the dirty air inlet and the motor to allow dirt and debris stored in the dust cup to exit from an opening of the dust cup , wherein the dust cup remains rotatably coupled to the body in the release orientation and is removable from the body , wherein the dirty air inlet and the dust cup are fluidly coupled to each other, and wherein the hand-held surface cleaning device further comprises a valve body positioned to prevent the debris from exiting the device through the dirty air inlet in an absence of suction from the motor .
A computer-implemented method, the method comprising: obtaining a virtual machine, VM, image measurement comprising a re-computable identity representing a VM image by applying a measurement function to the VM image that defines a computing service in an execution environment, wherein the computing service is identified by a role, and further comprising sending an indication of the role to a key service; sending a key request to the key service , the key request including an indication of the computing service and the VM image measurement; obtaining, in response to the key request, a key from the key service based on the indication of the computing service and the VM image measurement, wherein obtaining the key comprises receiving, from the key service, a role key that is associated with the role and enables the execution environment to execute the computing service, wherein the role key is received from the key service based on a determination that the VM image measurement is mapped to the role; and executing the computing service in the execution environment using the key. obtaining a virtual machine, VM, image measurement comprising a re-computable identity representing a VM image by applying a measurement function to the VM image that defines a computing service in an execution environment, wherein the computing service is identified by a role, and further comprising sending an indication of the role to a key service; sending a key request to the key service , the key request including an indication of the computing service and the VM image measurement; obtaining, in response to the key request, a key from the key service based on the indication of the computing service and the VM image measurement, wherein obtaining the key comprises receiving, from the key service, a role key that is associated with the role and enables the execution environment to execute the computing service, wherein the role key is received from the key service based on a determination that the VM image measurement is mapped to the role; and executing the computing service in the execution environment using the key.
A method of manufacturing a light emitting element mounting base member , the method comprising: arranging a plurality of core members , each of which includes an electrical conductor core and a light-reflecting insulating member provided on a surface of the electrical conductor core , and a plurality of insulating spacer members disposed between the core members ; integrally holding the core members and the insulating spacer members with a light blocking resin ; and partially removing the insulating members and the light blocking resin to expose at least one surface of each of the electrical conductor cores from the insulating members and the light blocking resin , wherein positions of the core members are adjusted using the insulating spacer members , in the arranging step, characterized in that each of the plurality of core members and the plurality of insulating spacer members is of spherical shape or partially spherical shape, respectively. arranging a plurality of core members , each of which includes an electrical conductor core and a light-reflecting insulating member provided on a surface of the electrical conductor core , and a plurality of insulating spacer members disposed between the core members ; integrally holding the core members and the insulating spacer members with a light blocking resin ; and partially removing the insulating members and the light blocking resin to expose at least one surface of each of the electrical conductor cores from the insulating members and the light blocking resin , wherein positions of the core members are adjusted using the insulating spacer members , in the arranging step, characterized in that each of the plurality of core members and the plurality of insulating spacer members is of spherical shape or partially spherical shape, respectively.
An inflatable mattress for patient transfer comprising: an elongate top sheet having a head end , a foot end and a longitudinal axis extending therebetween; an elongate bottom sheet having substantially the same size as the top sheet and positioned adjacent to the top sheet , wherein the top and bottom sheets are joined around their perimeter to define a cavity between the top and bottom sheets ; and a valve in fluid communication with the cavity , wherein the valve includes a port on an external surface of the mattress to enable the cavity to be inflated or deflated, wherein the inflatable mattress comprises a low friction material provided on at least a portion of an outwards facing surface of the bottom sheet , or optionally on a cover sheet attached to and covering at least a portion of the bottom sheet , wherein the top and bottom sheets are joined within the cavity at one or more baffles ; characterised in that the mattress further comprises one or more grip pads composed of a high-friction material disposed on the outwards facing surface of the bottom sheet or, where present, the cover sheet ; wherein the grip pads are positioned adjacent or on baffles such that, in use, when the mattress is deflated, the grip pads will contact a substrate, thus increasing friction between the mattress and the substrate, and when the mattress is inflated, the grip pads will be raised away from and will no longer contact the substrate. an elongate top sheet having a head end , a foot end and a longitudinal axis extending therebetween; an elongate bottom sheet having substantially the same size as the top sheet and positioned adjacent to the top sheet , wherein the top and bottom sheets are joined around their perimeter to define a cavity between the top and bottom sheets ; and a valve in fluid communication with the cavity , wherein the valve includes a port on an external surface of the mattress to enable the cavity to be inflated or deflated, wherein the inflatable mattress comprises a low friction material provided on at least a portion of an outwards facing surface of the bottom sheet , or optionally on a cover sheet attached to and covering at least a portion of the bottom sheet , wherein the top and bottom sheets are joined within the cavity at one or more baffles ; characterised in that the mattress further comprises one or more grip pads composed of a high-friction material disposed on the outwards facing surface of the bottom sheet or, where present, the cover sheet ; wherein the grip pads are positioned adjacent or on baffles such that, in use, when the mattress is deflated, the grip pads will contact a substrate, thus increasing friction between the mattress and the substrate, and when the mattress is inflated, the grip pads will be raised away from and will no longer contact the substrate.