mhurhangee/patent-ind-claim-en huggingface dataset:
An articulating electrosurgical instrument , comprising: a housing having an elongated shaft extending therefrom; a wrist assembly operably supported to a distal end of the elongated shaft and configured to support an end effector assembly at distal end thereof, the wrist assembly including a proximal link operably coupled to the distal end of the elongated shaft; a distal link operably coupled to the end effector assembly; and a central link operably coupled between the proximal link and the distal link; a transition lumen configured to be received within at least the distal link, central link and proximal link, characterised in that the transition lumen includes a helical passageway defined therein configured to guide a blade rod therethrough for operable engagement with a blade disposed within the end effector assembly. a housing having an elongated shaft extending therefrom; a wrist assembly operably supported to a distal end of the elongated shaft and configured to support an end effector assembly at distal end thereof, the wrist assembly including a proximal link operably coupled to the distal end of the elongated shaft; a distal link operably coupled to the end effector assembly; and a central link operably coupled between the proximal link and the distal link; a transition lumen configured to be received within at least the distal link, central a proximal link operably coupled to the distal end of the elongated shaft; a distal link operably coupled to the end effector assembly; and a central link operably coupled between the proximal link and the distal link; a transition lumen configured to be received within at least the distal link, central link and proximal link, characterised in that the transition lumen includes a helical passageway defined therein configured to guide a blade rod therethrough for operable engagement with a blade disposed within the end effector assembly.
An apparatus for rotary encoding, the apparatus comprising: a knob configured to be rotated; multiple switches each configured to selectively form or not form a connection based on a current rotational position of the knob; and a controller configured to generate or use a digital value associated with the current rotational position of the knob, the digital value defined by which switches have or have not formed connections; wherein locations where the switches form the connections are selected such that the digital values uniquely identify different rotational positions of the knob and are non-sequential as the knob is rotated; and wherein the locations where the switches form the connections are selected using a binary string that is generated by: creating a list containing multiple binary values; removing any binary value from the list that is a circularly-shifted version of another binary value remaining in the list; and creating the binary string using at least some of the remaining binary values in the list. a knob configured to be rotated; multiple switches each configured to selectively form or not form a connection based on a current rotational position of the knob; and a controller configured to generate or use a digital value associated with the current rotational position of the knob, the digital value defined by which switches have or have not formed connections; wherein locations where the switches form the connections are selected such that the digital values uniquely identify different rotational positions of the knob and are non-sequential as the knob is rotated; and wherein the locations where the switches form the connections are selected using a binary string that is generated by: creating a list containing multiple binary values; removing any binary value from the list that is a circularly-shifted version of another binary value remaining in the list; and creating the binary string using at least some of the remaining binary values in the list. creating a list containing multiple binary values; removing any binary value from the list that is a circularly-shifted version of another binary value remaining in the list; and creating the binary string using at least some of the remaining binary values in the list.
Method for the operation of a clutch device , wherein the clutch device has at least a plurality of clutch plates in frictional contact with each other and a control device controlling the clutch device , wherein the clutch device is calibrated multiple times during an operating time of the clutch device ; wherein the method at least includes the following steps: a) Perform a first calibration at a first point in time and perform a second calibration at a second point in time following the first calibration , wherein the first point in time and the second point in time are within a first operating time of the clutch device and occur within a first interval ; and b) Perform at least a third calibration in a later second operating time at a third point in time , wherein a calibration preceding the third calibration is carried out in a second interval with the third point in time ; characterized in that the intervals are determined by the control unit depending on a mileage of a motor vehicle or an energy input into the clutch device , wherein the first interval is shorter than the second interval . a) Perform a first calibration at a first point in time and perform a second calibration at a second point in time following the first calibration , wherein the first point in time and the second point in time are within a first operating time of the clutch device and occur within a first interval ; and b) Perform at least a third calibration in a later second operating time at a third point in time , wherein a calibration preceding the third calibration is carried out in a second interval with the third point in time ;
Use of a compound represented by the general formula (I) wherein A 1 and A 2 are independently selected from C 1 to C 60 carbon-containing groups; A 3 to A 9 are independently selected from hydrogen, C 1 to C 60 carbon-containing groups, or halogen; R 1 and R 2 are independently selected from C 1 to C 60 carbon-containing groups which are attached to the phosphorous atom by a sp 3 -hybridized carbon atom; X is a single covalent bond or a spacer group consisting of 1 to 120 covalently bound atoms; in a semiconducting layer comprised in an electronic device; provided that compounds having one of the following formulas are excluded. A 1 and A 2 are independently selected from C 1 to C 60 carbon-containing groups; A 3 to A 9 are independently selected from hydrogen, C 1 to C 60 carbon-containing groups, or halogen; R 1 and R 2 are independently selected from C 1 to C 60 carbon-containing groups which are attached to the phosphorous atom by a sp 3 -hybridized carbon atom; X is a single covalent bond or a spacer group consisting of 1 to 120 covalently bound atoms; in a semiconducting layer comprised in an electronic device; provided that compounds having one of the following formulas are excluded.
A method performed at a scheduling entity, for wireless communication over an air interface, the method comprising: segmenting a resource group into a plurality of regions, including a first region comprising time-frequency resources for asynchronous channel access and a second region comprising time-frequency resources for synchronous channel access, the resource group comprising a set of time-frequency resources available for wireless communication over the air interface; determining a time-frequency resource allocation within the air interface for communication with one or more subordinate entities utilizing each of a plurality of physical communication entities at the scheduling entity; controlling each of the plurality of physical communication entities to multiplex signals corresponding to each of the plurality of physical communication entities, respectively, including a first physical communication entity configured for wireless communication in the first region for synchronous channel access and a second physical communication entity configured for wireless communication in the second region for asynchronous channel access, wherein the first physical communication entity is different from the second physical communication entity; and transmitting a signaling message to the one or more subordinate entities, the signaling message configured to indicate the time-frequency resource allocation within the air interface, wherein a subordinate entity is a node or device that receives scheduling control information. segmenting a resource group into a plurality of regions, including a first region comprising time-frequency resources for asynchronous channel access and a second region comprising time-frequency resources for synchronous channel access, the resource group comprising a set of time-frequency resources available for wireless communication over the air interface; determining a time-frequency resource allocation within the air interface for communication with one or more subordinate entities utilizing each of a plurality of physical communication entities at the scheduling entity; controlling each of the plurality of physical communication entities to multiplex signals corresponding to each of the plurality of physical communication entities, respectively, including a first physical communication entity configured for wireless communication in the first region for synchronous channel access and a second physical communication entity configured for wireless communication in the second region for asynchronous channel access, wherein the first physical communication entity is different from the second physical communication entity; and transmitting a signaling message to the one or more subordinate entities, the signaling message configured to indicate the time-frequency resource allocation within the air interface, wherein a subordinate entity is a node or device that receives scheduling control information.
A monitoring system for a vehicle, comprising - a display unit , - an adjustment tool , and - a control unit , the control unit being configured to generate an energy flow map showing an energy flow from an energy storage system to at least one sub-system of the vehicle, the display unit being configured to display the energy flow map , the display unit being configured to graphically emphasize the at least one sub-system on the energy flow map to display a current energy consumption of the sub-system, the control unit being further configured to adjust the energy consumption of the sub-system based on a user's input to the adjustment tool , the adjustment tool being integrated in the display unit and configured to be graphically controlled, and the display unit being configured to graphically emphasize a lower level of the sub-system on the energy flow map . - a display unit , - an adjustment tool , and - a control unit , the control unit being configured to generate an energy flow map showing an energy flow from an energy storage system to at least one sub-system of the vehicle, the display unit being configured to display the energy flow map , the display unit being configured to graphically emphasize the at least one sub-system on the energy flow map to display a current energy consumption of the sub-system, the control unit being further configured to adjust the energy consumption of the sub-system based on a user's input to the adjustment tool , the adjustment tool being integrated in the display unit and configured to be graphically controlled, and the display unit being configured to graphically emphasize a lower level of the sub-system on the energy flow map .
A disc rotor machine for a motor vehicle drive, having a disk-shaped stator which has a plurality of core segments distributed in a circumferential direction and rigidly connected to one another via at least one retaining ring , and a plurality of coil windings each extending around a core segment , a rotor which is rotatably mounted relative to the stator and which has a first rotor disc arranged next to the stator towards a first axial side and a second rotor disc arranged next to the stator towards a second axial side opposite the first axial side , wherein the rotor discs can be driven by a plurality of coils of the stator which are distributed in a circumferential direction and comprise the core segments and coil windings , and having a cooling device which cools the coils during operation, characterised in that the stator has a carrier wheel which receives the coil windings and is connected to the at least one retaining ring , the carrier wheel forms a cooling channel section of the cooling device which directly accommodates at least one of the coil windings , the at least one of the coil windings is arranged in a partial cavity formed directly by two adjacent hollow spokes of the carrier wheel , and the cooling channel section is formed directly by the partial cavity accommodating the at least one coil winding , which runs in a radial plane arranged perpendicular to a central axis of rotation . a disk-shaped stator which has a plurality of core segments distributed in a circumferential direction and rigidly connected to one another via at least one retaining ring , and a plurality of coil windings each extending around a core segment , a rotor which is rotatably mounted relative to the stator and which has a first rotor disc arranged next to the stator towards a first axial side and a second rotor disc arranged next to the stator towards a second axial side opposite the first axial side , wherein the rotor discs can be driven by a plurality of coils of the stator which are distributed in a circumferential direction and comprise the core segments and coil windings , and having a cooling device which cools the coils during operation, characterised in that the stator has a carrier wheel which receives the coil windings and is connected to the at least one retaining ring , the carrier wheel forms a cooling channel section of the cooling device which directly accommodates at least one of the coil windings , the at least one of the coil windings is arranged in a partial cavity formed directly by two adjacent hollow spokes of the carrier wheel , and the cooling channel section is formed directly by the partial cavity accommodating the at least one coil winding , which runs in a radial plane arranged perpendicular to a central axis of rotation .
A fitting structure comprising a functional component accommodation case and a rubber base, the functional component accommodation case being configured to accommodate a functional component that detects a state of a tire, and the rubber base being configured to be attached to an inner surface of the tire so as to mount the functional component accommodation case, characterised in that : the functional component accommodation case includes a plurality of case-side convex/concave parts that are formed on a case bottom surface, which is a surface on a tire inner surface side of the functional component accommodation case and that extend in mutually intersecting directions, and the rubber base includes a plurality of base-side convex/concave parts that are formed on a functional component accommodation case side of a base bottom part, which is an attachment part of the rubber base to be attached to the tire, and that fit with the case-side convex/concave parts. the functional component accommodation case includes a plurality of case-side convex/concave parts that are formed on a case bottom surface, which is a surface on a tire inner surface side of the functional component accommodation case and that extend in mutually intersecting directions, and the rubber base includes a plurality of base-side convex/concave parts that are formed on a functional component accommodation case side of a base bottom part, which is an attachment part of the rubber base to be attached to the tire, and that fit with the case-side convex/concave parts.
A battery system comprising a control system , and a plurality of sub-batteries , wherein the plurality of sub-batteries are connected in parallel to one another for delivering power to an output , wherein at least two of the plurality of sub-batteries are formed of different battery chemistries to one another, resulting in different discharge characteristics, wherein each sub-battery comprises a plurality of cell modules for connecting in series with one another to form a series circuit, and wherein the control system comprises a battery control unit that is configured to switch ones of the cell modules in and out of the series circuits to control how many cell modules are connected in each series circuit, thereby increasing and decreasing the off-load voltage of each sub-battery to control which ones of the sub batteries contribute most power to the output , and wherein the switching of the cell modules in and out of the series circuits is controlled by the battery control unit to deliver most power to the output from the sub-batteries that have the battery chemistry that is best suited to a current operating situation or environment of the battery system.
A mechanical ventilator for treatment of breathing disorders, comprising a controllable pressure and breathing gas flow generator , sensor input for receiving at least one sensor signal indicative of breathing gas pressure and/or flow and wherein the ventilator is arranged to determine inhalation energy of breathing and exhalation energy of breathing based on a measured current and voltage supplied to the generator or based on a measured pressure and flow supplied to the patient, the ventilator further being arranged to determine a trigger point between an inspiration and expiration phase of a breathing cycle, characterized in that the ventilator is controllable to reduce the pressure temporary during a period of time during the expiration phase of the breathing cycle, wherein the amount of pressure reduction is determined from the energy of breathing determination as inhalation energy times an energy relief factor divided by the exhalation energy.
A piston ring of a reciprocating internal combustion engine, comprising: - an annular body with an open joint, a radially-outer running face, a radially-inner circumferential face and two axially opposed flank faces; - an at least partial coating (B) on the running face; and - a circumferential recess (A) in the lower region of the running surface, which ends outside of the joint region (C); wherein the running face has a crowned profile with a pivot point that is arranged at a height h 2 of 55 - 80% of the axial height h of the piston ring and is located in the upper half of the piston ring, and wherein the recess A on the running face has a dimension of 20 to 40% of the axial height h of the piston ring and defines the lower region of the running face and the piston ring. - an annular body with an open joint, a radially-outer running face, a radially-inner circumferential face and two axially opposed flank faces; - an at least partial coating (B) on the running face; and - a circumferential recess (A) in the lower region of the running surface, which ends outside of the joint region (C); wherein
A method comprising: contacting at least one nucleic acid target in a tissue sample with at least one probe comprising a target-binding domain, a signal oligonucleotide, and a photo-cleavable motif located between the target-binding domain and the signal oligonucleotide; illuminating a specific location of the tissue sample with light sufficient to release the signal oligonucleotide; collecting the released signal oligonucleotide from a proximal solution, wherein the proximal solution is eluted directly above the location that was illuminated by aspirating with a capillary tube and not from the entire tissue sample; and identifying the released signal oligonucleotide, thereby detecting the at least one nucleic acid target in the specific location of the tissue sample that was illuminated. contacting at least one nucleic acid target in a tissue sample with at least one probe comprising a target-binding domain, a signal oligonucleotide, and a photo-cleavable motif located between the target-binding domain and the signal oligonucleotide; illuminating a specific location of the tissue sample with light sufficient to release the signal oligonucleotide; collecting the released signal oligonucleotide from a proximal solution, wherein the proximal solution is eluted directly above the location that was illuminated by aspirating with a capillary tube and not from the entire tissue sample; and identifying the released signal oligonucleotide, thereby detecting the at least one nucleic acid target in the specific location of the tissue sample that was illuminated.
An image display apparatus, comprising: a display panel including a front surface on which an image is displayed; a base plate disposed behind the display panel , the base plate being a plate-shaped component formed using a metal plate; a light guide plate disposed between the display panel and the base plate ; a light source that is elongated, disposed along an edge of the base plate , and emits light incident on an edge face of the light guide plate ; a light source cover that is elongated and covers a front of the light source ; and a corner component (30, 112a-112d) (i) that is disposed along a corner of the base plate , (ii) that laterally supports the display panel , and (iii) includes a portion that overlaps the light source cover in a front to back direction, wherein the corner component (30, 112a-112d) includes an engagement hole , the corner of the base plate includes a protrusion such that the engagement hole is inserted in the protrusion so as to fix the corner component (30, 112a-112d) to the base plate , the image display apparatus further comprises at least one optical sheet disposed between the light guide plate and the display panel , wherein the corner component (30, 112a-112d) is disposed at each of four corners of the base plate that is rectangular in a front view, the four corners each being the corner, and a support that supports the at least one optical sheet is disposed on the base plate between two of the corner components disposed at two adjacent ones of the four corners. a display panel including a front surface on which an image is displayed; a base plate disposed behind the display panel , the base plate being a plate-shaped component formed using a metal plate; a light guide plate disposed between the display panel and the base plate ; a light source that is elongated, disposed along an edge of the base plate , and emits light incident on an edge face of the light guide plate ; a light source cover that is elongated and covers a front of the light source ; and a corner component (30, 112a-112d) (i) that is disposed along a corner of the base plate , (ii) that laterally supports the display panel , and (iii) includes a portion that overlaps the light source cover in a front to back direction, wherein the corner component (30, 112a-112d) includes an engagement hole , the corner of the base plate includes a protrusion such that the engagement hole is inserted in the protrusion so as to fix the corner component (30, 112a-112d) to the base plate , the image display apparatus further comprises at least one optical sheet disposed between the light guide plate and the display panel , wherein the corner component (30, 112a-112d) is disposed at each of four corners of the base plate that is rectangular in a front view, the four corners each being the corner, and a support that supports the at least one optical sheet is disposed on the base plate between two of the corner components disposed at two adjacent ones of the four corners.