mhurhangee/patent-ind-claim-en huggingface dataset:
A method of alarm list management comprising: accessing data characterizing an operation of a machine , the data including time durations of a plurality of alarms associated with the operation of the machine, the plurality of alarms sharing an alarm property selected by a user; displaying a first view of the accessed data in a graphical display , the first view including separate visual representations for each of the plurality of alarms, wherein the separate visual representations are rows in a data table in the graphical display , the plurality of alarms being represented by a plurality of rows of the data table; receiving data characterizing a user input indicative of a view change request; characterized by determining an aggregate operation time and a number of occurrences of the plurality of alarms, the aggregate operation time being determined by adding the durations of the alarms that share the selected alarm property; and replacing , in the graphical display , the first view with a second view, the second view including a single row for the plurality of alarms, the single row including the determined aggregate operation time and the number of occurrences, the plurality of rows in the data table being replaced by the single row . accessing data characterizing an operation of a machine , the data including time durations of a plurality of alarms associated with the operation of the machine, the plurality of alarms sharing an alarm property selected by a user; displaying a first view of the accessed data in a graphical display , the first view including separate visual representations for each of the plurality of alarms, wherein the separate visual representations are rows in a data table in the graphical display , the plurality of alarms being represented by a plurality of rows of the data table; receiving data characterizing a user input indicative of a view change request; characterized by determining an aggregate operation time and a number of occurrences of the plurality of alarms, the aggregate operation time being determined by adding the durations of the alarms that share the selected alarm property; and replacing , in the graphical display , the first view with a second view, the second view including a single row for the plurality of alarms, the single row including the determined aggregate operation time and the number of occurrences, the plurality of rows in the data table being replaced by the single row .
A composite tube joint , comprising: an end of a composite tube ; an inner member disposed within the end, wherein an outer surface of the inner member has a complementary shape to an inner surface of the end; an outer member concentrically surrounding the end of the composite tube; and a first undulated surface configured to mitigate movement of the end relative to at least one of the inner member and the outer member , wherein the composite tube extends along a centerline axis , wherein the first undulated surface is disposed on the outer surface of the inner member , the first undulated surface configured to physically restrict the end from moving relative to the inner member ; characterized in that the first undulated surface comprises a first plurality of undulations orientated perpendicular with respect to the centerline axis and the first undulated surface comprises a second plurality of undulations orientated at a non-zero angle with respect to the first plurality of undulations . an end of a composite tube ; an inner member disposed within the end, wherein an outer surface of the inner member has a complementary shape to an inner surface of the end; an outer member concentrically surrounding the end of the composite tube; and a first undulated surface configured to mitigate movement of the end relative to at least one of the inner member and the outer member , wherein the composite tube extends along a centerline axis , wherein the first undulated surface is disposed on the outer surface of the inner member , the first undulated surface configured to physically restrict the end from moving relative to the inner member ; characterized in that the first undulated surface comprises a first plurality of undulations orientated perpendicular with respect to the centerline axis and the first undulated surface comprises a second plurality of undulations orientated at a non-zero angle with respect to the first plurality of undulations .
A microelectromechanical systems, MEMS, device , comprising: two frame gyroscopes configured to sense a first component of angular velocity associated with the MEMS device around a first axis; four drive shuttles comprising respective guided masses and coupled to associated ones of the two frame gyroscopes, wherein the four drive shuttles are configured to move in anti-phase drive motion and are configured to transmit the anti-phase drive motion to the two frame gyroscopes, resulting in the two frame gyroscopes anti-phase drive motion, via a set of flexible couplings configured to minimize transmission of motion, which is orthogonal to the anti-phase drive motion, of the two frame gyroscopes to the four drive shuttles; and four proof masses coupled with respective ones of the four drive shuttles and configured to sense a second component of angular velocity associated with the MEMS device around a second axis that is orthogonal to the first axis. two frame gyroscopes configured to sense a first component of angular velocity associated with the MEMS device around a first axis; four drive shuttles comprising respective guided masses and coupled to associated ones of the two frame gyroscopes, wherein the four drive shuttles are configured to move in anti-phase drive motion and are configured to transmit the anti-phase drive motion to the two frame gyroscopes, resulting in the two frame gyroscopes anti-phase drive motion, via a set of flexible couplings configured to minimize transmission of motion, which is orthogonal to the anti-phase drive motion, of the two frame gyroscopes to the four drive shuttles; and four proof masses coupled with respective ones of the four drive shuttles and configured to sense a second component of angular velocity associated with the MEMS device around a second axis that is orthogonal to the first axis.
A refrigerator comprising: a main body ; a storeroom formed inside the main body and including an opening at a front side thereof; a cooling room provided at a rear side of the storeroom; an evaporator disposed on a first side of the cooling room, the evaporator including a refrigerant tube ; a first combining member to couple the upper side of the evaporator with the first side of the cooling room , the first combining member being disposed on and protruding from the first side of the cooling room such that a lower surface of the refrigerant tube at an upper side of the evaporator is received in a hook groove of the first combining member , such that the evaporator is supported while being rotatable with respect to the first combining member; and a second combining member to couple the lower side of the evaporator with the first side of the cooling room , the second combining member being disposed on and protruding from the first side of the cooling room below the first combining member such that the refrigerant tube at a lower side of the evaporator is insertable into the second combining member by being rotated with respect to the first combining member into the second combining member . a main body ; a storeroom formed inside the main body and including an opening at a front side thereof; a cooling room provided at a rear side of the storeroom; an evaporator disposed on a first side of the cooling room, the evaporator including a refrigerant tube ; a first combining member to couple the upper side of the evaporator with the first side of the cooling room , the first combining member being disposed on and protruding from the first side of the cooling room such that a lower surface of the refrigerant tube at an upper side of the evaporator is received in a hook groove of the first combining member , such that the evaporator is supported while being rotatable with respect to the first combining member; and a second combining member to couple the lower side of the evaporator with the first side of the cooling room , the second combining member being disposed on and protruding from the first side of the cooling room below the first combining member such that the refrigerant tube at a lower side of the evaporator is insertable into the second combining member by being rotated with respect to the first combining member into the second combining member .
A penile prosthesis demonstration tool comprising: a housing having an anterior face extending between a first lateral side , a second lateral side , a superior top side , and an inferior bottom side ; a male genital tool including a penis tool attached to a scrotum tool , with the male genital tool connected to the anterior face of the housing ; an inflatable penile implant placed inside of the penis tool ; a pump (P, 44) placed inside of the scrotum tool and coupled to the inflatable penile implant ; a lubricant (L) placed inside of the scrotum tool and located between an interior wall of the scrotum tool and an exterior of the pump; and a reservoir (R, 46) placed inside of the housing and coupled to the pump; wherein the pump is operable to move a liquid contained in the reservoir into the inflatable penile implant to simulate an erection in the penis tool . a housing having an anterior face extending between a first lateral side , a second lateral side , a superior top side , and an inferior bottom side ; a male genital tool including a penis tool attached to a scrotum tool , with the male genital tool connected to the anterior face of the housing ; an inflatable penile implant placed inside of the penis tool ; a pump (P, 44) placed inside of the scrotum tool and coupled to the inflatable penile implant ; a lubricant (L) placed inside of the scrotum tool and located between an interior wall of the scrotum tool and an exterior of the pump; and a reservoir (R, 46) placed inside of the housing and coupled to the pump; wherein the pump is operable to move a liquid contained in the reservoir into the inflatable penile implant to simulate an erection in the penis tool .
An ion mobility spectrometer comprising: an ioniser for ionising a sample; a detector separated from the ioniser by a drift chamber along which ions can travel from the ioniser toward the detector ; a gate for controlling the passage of ions from the ioniser to the drift chamber ; an ion modifier arranged between the ioniser and the detector and comprising a first electrode and a second electrode ; wherein the ion modifier is spaced apart from the gate ; and wherein the first electrode and the second electrode are separated from one another in the direction of travel of the ions; and characterised by : a voltage provider configured to provide a time varying voltage between the first electrode and the second electrode wherein the time varying voltage has a frequency of at least 2.5MHz; and wherein the voltage provider is configured to control the voltage applied to the first electrode to be asymmetric to the voltage applied to the second electrode . an ioniser for ionising a sample; a detector separated from the ioniser by a drift chamber along which ions can travel from the ioniser toward the detector ; a gate for controlling the passage of ions from the ioniser to the drift chamber ; an ion modifier arranged between the ioniser and the detector and comprising a first electrode and a second electrode ; wherein the ion modifier is spaced apart from the gate ; and wherein the first electrode and the second electrode are separated from one another in the direction of travel of the ions; and characterised by : a voltage provider configured to provide a time varying voltage between the first electrode and the second electrode wherein the time varying voltage has a frequency of at least 2.5MHz; and wherein the voltage provider is configured to control the voltage applied to the first electrode to be asymmetric to the voltage applied to the second electrode . a voltage provider configured to provide a time varying voltage between the first electrode and the second electrode wherein the time varying voltage has a frequency of at least 2.5MHz; and wherein the voltage provider is configured to control the voltage applied to the first electrode to be asymmetric to the voltage applied to the second electrode .
Device for supplying at least one powdery substance for presses for shaping ceramic pieces, of the type comprising at least one rack or an external perimetral support which comprises - means for progressive discharge of at least one powdery substance; - whereby the means for progressive discharge of at least one powdery substance comprise at least one receiving element with an upper outlet and with a lower outlet ; - whereby the upper outlet and the lower outlet of the receiving element have a substantially rectangular area; - whereby the upper outlet of the receiving element has a surface which is larger than that of the lower outlet ; - whereby the receiving element has a height between 40 and 150 mm and is higher than the thickness or height of the rack ; - whereby the receiving element has a form which is substantially an inverted frustoconical shape; characterized in that - the receiving element is removable and immobile in the inside of the rack or the external perimetral support frame, - in the internal part of the frame or external perimetral support frame coupling platens are arranged for the receiving element , - the coupling platens for the receiving element have grooves corresponding to ridges in the exterior of the receiving element , - the coupling platens for the receving element can be displaced horizontally and comprise blocking means and deblocking means for their fixing in any point of the horizontal area where there are displaced. - means for progressive discharge of at least one powdery substance; - whereby the means for progressive discharge of at least one powdery substance comprise at least one receiving element with an upper outlet and with a lower outlet ; - whereby the upper outlet and the lower outlet of the receiving element have a substantially rectangular area; - whereby the upper outlet of the receiving element has a surface which is larger than that of the lower outlet ; - whereby the receiving element has a height between 40 and 150 mm and is higher than the thickness or height of the rack ; - whereby the receiving element has a form which is substantially an inverted frustoconical shape; - the receiving element is removable and immobile in the inside of the rack or the external perimetral support frame, - in the internal part of the frame or external perimetral support frame coupling platens are arranged for the receiving element , - the coupling platens for the receiving element have grooves corresponding to ridges in the exterior of the receiving element , - the coupling platens for the receving element can be displaced horizontally and comprise blocking means and deblocking means for their fixing in any point of the horizontal area where there are displaced.
Device for adjusting an electrode of a metallurgical furnace, comprising an upper, first clamping ring and a lower, second clamping ring , wherein the clamping rings are connected together by stroke cylinders and are adjustable in their mutual spacing through a compensating stroke (a) by actuation of the stroke cylinders , and wherein the clamping rings for holding the electrode are tightenable around this and for a relative movement of the electrode with respect to the clamping rings are releasable from this, and a control device for activating the stroke cylinders and the clamping rings , characterised in that at least one of the two clamping rings is permanently without current, wherein the respective other one of the two clamping rings has at least one contact jaw by means of which a constant current transfer to the electrode is provided.
A memory device , comprising: a hollow-channel pillar structure comprising a first end and a second end, the first end of the pillar structure being coupled to a source and the second end of the pillar structure being coupled to a bit line, the pillar structure further comprising: at least one NAND cell ; at least one word line , wherein a NAND cell is coupled to one of the at least one word lines ; and a thin channel surrounding a dielectric material, the thin channel comprising a first region and a second region , the first region being located within the pillar structure in proximity to the source and the second region being located within the pillar structure distal from the source , wherein the first region is closer to the source than the second region, characterised in that the first region of the thin channel comprising a first level of doping and the second region of the thin channel comprising a lower level of doping than the first region. a hollow-channel pillar structure comprising a first end and a second end, the first end of the pillar structure being coupled to a source and the second end of the pillar structure being coupled to a bit line, the pillar structure further comprising: at least one NAND cell ; at least one word line , wherein a NAND cell is coupled to one of the at least one word lines ; and a thin channel surrounding a dielectric material, the thin channel comprising a first region and a second region , the first region being located within the pillar structure in proximity to the source and the second region being located within the pillar structure distal from the source , wherein the first region is closer to the source than the second region, characterised in that the first region of the thin channel comprising a first level of doping and the second region of the thin channel comprising a lower level of doping than the first region. at least one NAND cell ; at least one word line , wherein a NAND cell is coupled to one of the at least one word lines ; and a thin channel surrounding a dielectric material, the thin channel comprising a first region and a second region , the first region being located within the pillar structure in proximity to the source and the second region being located within the pillar structure distal from the source , wherein the first region is closer to the source than the second region, characterised in that the first region of the thin channel comprising a first level of doping and the second region of the thin channel comprising a lower level of doping than the first region.
Coating device , in particular for applying a coating material to a broad surface of a workpiece, comprising: a support apparatus for receiving a workpiece (W, Wa, Wb), a laying device for laying a coating material (B, Ba) on the workpiece (W, Wa), a pressing apparatus for pressing the coating material on the workpiece (W, Wa, Wb) received on the support apparatus , the pressing apparatus being movable along the support apparatus in order to press on the coating material, characterised in that the laying device can be rolled. a support apparatus for receiving a workpiece (W, Wa, Wb), a laying device for laying a coating material (B, Ba) on the workpiece (W, Wa), a pressing apparatus for pressing the coating material on the workpiece (W, Wa, Wb) received on the support apparatus , the pressing apparatus being movable along the support apparatus in order to press on the coating material, characterised in that the laying device can be rolled.
A user interface (UI) control system , comprising: landmark logic to determine locations of a plurality of landmarks associated with a Portion of a body of a user of a computing system, each landmark of the plurality of landmarks being associated with a weight; pointer logic , coupled with the landmark logic, to determine a pointer based at least in part on the plurality of landmark locations; and identification logic , coupled with the pointer logic, to identify a UI element (502-518) from a plurality of Ul elements of a UI of the computing system, based at least in part on the pointer, wherein the identification logic is to identify a UI element from a plurality of UI elements through: identification of a plurality of areas in the UI corresponding to respective ones of the plurality of UI elements; and identification of an amount of overlap between the area corresponding to the UI element and the pointer, characterised in that the amount of overlap between the area corresponding to the UI element and the pointer is based on the associated weight of a landmark. landmark logic to determine locations of a plurality of landmarks associated with a Portion of a body of a user of a computing system, each landmark of the plurality of landmarks being associated with a weight; pointer logic , coupled with the landmark logic, to determine a pointer based at least in part on the plurality of landmark locations; and identification logic , coupled with the pointer logic, to identify a UI element (502-518) from a plurality of Ul elements of a UI of the computing system, based at least in part on the pointer, wherein the identification logic is to identify a UI element from a plurality of UI elements through: identification of a plurality of areas in the UI corresponding to respective ones of the plurality of UI elements; and identification of an amount of overlap between the area corresponding to the UI element and the pointer, characterised in that the amount of overlap between the area corresponding to the UI element and the pointer is based on the associated weight of a landmark. identification of a plurality of areas in the UI corresponding to respective ones of the plurality of UI elements; and identification of an amount of overlap between the area corresponding to the UI element and the pointer, characterised in that the amount of overlap between the area corresponding to the UI element and the pointer is based on the associated weight of a landmark.
Heart massage equipment to be placed over the breastbone of a person with a heart failure to support the heel of a hand of a helper giving heart massage (CPR), characterized in that the equipment comprises a plate having a waveshape with a curved front edge formed as a finger grip and a rear edge, where the top side is shaped into the shape of the heel of the hand and the bottom side is shaped into the shape of the chest .