mhurhangee/patent-ind-claim-en huggingface dataset:
A laryngoscope comprising a handle , an arm , and a sheath , wherein: the arm comprises walls, a light , and a camera , wherein the walls are structured and arranged such that the light and the camera are confined within the walls and wherein at least one of the walls is transparent; the arm is coupled to the handle , and the arm further comprises a sheath connector ridge located on the arm at a coupling point ; the sheath is slideably coupled to the arm , the sheath comprising one or more clasps capable of cooperative coupling with said sheath connector ridge , and the sheath being removably couplable to the arm at the coupling point ; the handle comprises an ejection switch , the ejection switch comprising an ejection rod and a plunger block comprising a protrusion ; a retaining receptacle is arranged above the plunger block to nest the protrusion and maintain the ejection switch in a rest position; a return spring is coupled to the ejection switch to maintain the ejection rod in a retracted position as a rest state; and the sheath is arranged to be remotely ejectable by depressing the ejection switch on the handle to release a clasp of the one or more clasps at the sheath connection ridge located on the arm at the coupling point . the arm comprises walls, a light , and a camera , wherein the walls are structured and arranged such that the light and the camera are confined within the walls and wherein at least one of the walls is transparent; the arm is coupled to the handle , and the arm further comprises a sheath connector ridge located on the arm at a coupling point ; the sheath is slideably coupled to the arm , the sheath comprising one or more clasps capable of cooperative coupling with said sheath connector ridge , and the sheath being removably couplable to the arm at the coupling point ; the handle comprises an ejection switch , the ejection switch comprising an ejection rod and a plunger block comprising a protrusion ; a retaining receptacle is arranged above the plunger block to nest the protrusion and maintain the ejection switch in a rest position; a return spring is coupled to the ejection switch to maintain the ejection rod in a retracted position as a rest state; and the sheath is arranged to be remotely ejectable by depressing the ejection switch on the handle to release a clasp of the one or more clasps at the sheath connection ridge located on the arm at the coupling point .
A connector assembly for an environmental control system for an aircraft , the connector assembly comprising: a connector comprising at least one wall including a ridge defining a receptacle and a connector slot defined within the ridge ; a connector ring attached to the connector , the connector ring defines a ring slot and a covering portion ; and an orifice plate , wherein the ring slot aligns with the connector slot and the orifice plate is inserted into through the ring slot and the connector slot into the receptacle during installation of the orifice plate , and wherein the covering portion covers the connector slot and retains the orifice within the receptacle during operation of the environmental control system . a connector comprising at least one wall including a ridge defining a receptacle and a connector slot defined within the ridge ; a connector ring attached to the connector , the connector ring defines a ring slot and a covering portion ; and an orifice plate , wherein the ring slot aligns with the connector slot and the orifice plate is inserted into through the ring slot and the connector slot into the receptacle during installation of the orifice plate , and wherein the covering portion covers the connector slot and retains the orifice within the receptacle during operation of the environmental control system .
Electrical module having at least one electrical component , the electrical module comprises at least one hollow body that is filled or can be filled with a medium, in particular a fluid, and that exerts a pressing force on the at least one component of the module , said pressing force being dependent upon its internal pressure that is prevailing in the interior of the hollow body , characterized in that - the module comprises at least one component stack that comprises two or more components , and - the hollow body forms a component of a clamping device that presses the component stack together, wherein - the at least one hollow body or at least one of the hollow bodies of the module is arranged outside the component stack and exerts from outside a pressing force on the component stack . - the module comprises at least one component stack that comprises two or more components , and - the hollow body forms a component of a clamping device that presses the component stack together, wherein - the at least one hollow body or at least one of the hollow bodies of the module is arranged outside the component stack and exerts from outside a pressing force on the component stack .
An acoustic device configured for dynamically identifying a blood pool as a 5 stationary body of fluid within a test volume by scanning within said volume, said device comprising: an acoustic interrogator configured for: generating, and transmitting, a sequence of pulses such that said sequence comprises: a) a first part for the interrogation to detect pre-existing movement ; and b) a second part for the interrogation to distinguish solid from fluid , fluid, said first part occurring, in said sequence, prior to said second part , wherein the first part is configured to acoustically interrogate a region within said volume to detect pre-existing movement, said interrogating to detect pre-existing movement comprising interrogating to detect intracorporeal, naturally occurring fluid motion (S316B); and wherein the second part is configured to acoustically interrogate via a separate acoustic interrogation said region to distinguish solid from fluid, said scanning comprising scanning, as a unit, both interrogations, so as to span said volume with said interrogations; and based on an outcome of said interrogations, dynamically identifying said blood pool. a) a first part for the interrogation to detect pre-existing movement ; and b) a second part for the interrogation to distinguish solid from fluid , fluid, said first part occurring, in said sequence, prior to said second part , wherein the first part is configured to acoustically interrogate a region within said volume to detect pre-existing movement, said interrogating to detect pre-existing movement comprising interrogating to detect intracorporeal, naturally occurring fluid motion (S316B); and wherein the second part is configured to acoustically interrogate via a separate acoustic interrogation said region to distinguish solid from fluid, said scanning comprising scanning, as a unit, both interrogations, so as to span said volume with said interrogations; and based on an outcome of said interrogations, dynamically identifying said blood pool.
A polypeptide consisting of the amino acid sequence of SEQ ID NO: 9, 10, 12, 13, 14, 17, 20, 21, 22, 23, 24, 25, 26, 27, or 28.
A mixing tube arrangement for swirling exhaust gases, the mixing tube arrangement comprising: a tube body having a longitudinal axis (L) extending along an interior passage from a first end of the tube body to a second end of the tube body, the tube body comprising a slotted region and a non-slotted region , the slotted region comprising a plurality of slots , the slotted region extending over a first circumferential width (S1) of the tube body and the non-slotted region extending over a second circumferential width (S2) of the tube body, the second circumferential width (S2) being less than the first circumferential width (S1), wherein each of said plurality of slots has a slot width (S3) defined along the circumference of the tube body and wherein for each slot said slot width (S3) is less than the second circumferential width (S2) of the non-slotted region, characterized in that the second circumferential width (S2) of the non-slotted region is significantly larger than a circumferential width of any portion of the tube body extending between two adjacent slots of the slotted region , preferably the second circumferential width (S2) of the non-slotted region is at least double of a circumferential width of any portion of the tube body extending between two adjacent slots of the slotted region . a tube body having a longitudinal axis (L) extending along an interior passage from a first end of the tube body to a second end of the tube body, the tube body comprising a slotted region and a non-slotted region , the slotted region comprising a plurality of slots , the slotted region extending over a first circumferential width (S1) of the tube body and the non-slotted region extending over a second circumferential width (S2) of the tube body, the second circumferential width (S2) being less than the first circumferential width (S1), wherein each of said plurality of slots has a slot width (S3) defined along the circumference of the tube body and wherein for each slot said slot width (S3) is less than the second circumferential width (S2) of the non-slotted region, characterized in that the second circumferential width (S2) of the non-slotted region is significantly larger than a circumferential width of any portion of the tube body extending between two adjacent slots of the slotted region , preferably the second circumferential width (S2) of the non-slotted region is at least double of a circumferential width of any portion of the tube body extending between two adjacent slots of the slotted region .
A mount assembly , comprising: a floating mount comprising a floating portion and at least three device attachment portions , wherein each device attachment portion is configured to attach to a power device; a casing comprising a body attachment portion , wherein the body attachment portion is configured for attachment to a body of an unmanned aerial vehicle, UAV; and an isolation portion that is in contact with the floating portion, wherein the isolation portion is located around the floating portion and is contained within the casing, wherein the isolation portion includes a first isolation layer , and when the at least three device attachment portions are attached to a power device, the first isolation layer is located between the power device and the floating portion; and wherein the first isolation layer includes openings , and at least part of each of the at least three device attachment portions extends through a respective opening in the first isolation layer. a floating mount comprising a floating portion and at least three device attachment portions , wherein each device attachment portion is configured to attach to a power device; a casing comprising a body attachment portion , wherein the body attachment portion is configured for attachment to a body of an unmanned aerial vehicle, UAV; and an isolation portion that is in contact with the floating portion, wherein the isolation portion is located around the floating portion and is contained within the casing, wherein the isolation portion includes a first isolation layer , and when the at least three device attachment portions are attached to a power device, the first isolation layer is located between the power device and the floating portion; and wherein the first isolation layer includes openings , and at least part of each of the at least three device attachment portions extends through a respective opening in the first isolation layer.
A coated tool , comprising: a base member ; and a coating layer located on a surface of the base member , wherein the coating layer comprises a TiCNO layer and an Al 2 O 3 layer , the Al 2 O 3 layer is located in contact with the TiCNO layer at a position farther from the base member than the TiCNO layer is, the TiCNO layer comprises a composite protrusion comprising a first protrusion that projects toward the Al 2 O 3 layer , a second protrusion that projects from the first protrusion in a direction intersecting a direction in which the first protrusion projects, and a third protrusion that projects from the second protrusion in a direction intersecting the direction in which the second protrusion projects, and an average length of the third protrusions in the composite protrusion is larger than an average length of the second protrusions . a base member ; and a coating layer located on a surface of the base member , wherein the coating layer comprises a TiCNO layer and an Al 2 O 3 layer , the Al 2 O 3 layer is located in contact with the TiCNO layer at a position farther from the base member than the TiCNO layer is, the TiCNO layer comprises a composite protrusion comprising a first protrusion that projects toward the Al 2 O 3 layer , a second protrusion that projects from the first protrusion in a direction intersecting a direction in which the first protrusion projects, and a third protrusion that projects from the second protrusion in a direction intersecting the direction in which the second protrusion projects, and an average length of the third protrusions in the composite protrusion is larger than an average length of the second protrusions .
A compression garment , said garment being shorts or pants, comprising: a first garment leg adapted to adhere to a thigh of a wearer when the wearer is engaging in physical activity; a first means connected to the first garment leg for limiting at least one of internal rotation of the wearer's thigh and adduction of the wearer's knee; and a second means connected to the first leg for limiting flexion of a wearer's hip; wherein the first garment leg is a sheath adapted to fit tightly to a thigh of a wearer and to move with the thigh when worn by the wearer; and the first means is a first tension member extending from at least a lower inner thigh position on the sheath to at least an outer upper thigh position on the sheath, wherein, when the garment is worn by a wearer, the first tension member provides resistance to at least one of internal rotation of the thigh or adduction of the knee of the wearer; characterized in that the second means is a second tension member extending from a lower posterior position of the sheath to a higher posterior position of the sheath, said second tension member extending only on the posterior portion of the sheath, wherein, when the garment is worn by a wearer, the second tension member provides resistance to at least flexion of a hip of the wearer. a first garment leg adapted to adhere to a thigh of a wearer when the wearer is engaging in physical activity; a first means connected to the first garment leg for limiting at least one of internal rotation of the wearer's thigh and adduction of the wearer's knee; and a second means connected to the first leg for limiting flexion of a wearer's hip; wherein the first garment leg is a sheath adapted to fit tightly to a thigh of a wearer and to move with the thigh when worn by the wearer; and the first means is a first tension member extending from at least a lower inner thigh position on the sheath to at least an outer upper thigh position on the sheath, wherein, when the garment is worn by a wearer, the first tension member provides resistance to at least one of internal rotation of the thigh or adduction of the knee of the wearer; characterized in that the second means is a second tension member extending from a lower posterior position of the sheath to a higher posterior position of the sheath, said second tension member extending only on the posterior portion of the sheath, wherein, when the garment is worn by a wearer, the second tension member provides resistance to at least flexion of a hip of the wearer.
A surgical device for clipping tissue, comprising: a housing comprising a motor configured to output rotary motions; a shaft extending from said housing; an end effector extending from said shaft, comprising: a first jaw ; and a second jaw , wherein said first jaw and said second jaw are movable relative to each other between an open position and a closed position; a crimping drive configured to move said first jaw and said second jaw to a closed position during a crimping stroke, wherein said crimping drive is operably responsive to said rotary motions; a clip magazine comprising a plurality of clips ; and a firing drive configured to move a said clip from said clip magazine into said end effector, characterized by a first resistive sensing circuit configured to detect the position of said clip in said end effector; and a second resistive sensing circuit configure to determine whether said first jaw and said second jaw are in said open position or said closed position, wherein said clips are metal clips. a housing comprising a motor configured to output rotary motions; a shaft extending from said housing; an end effector extending from said shaft, comprising: a first jaw ; and a second jaw , wherein said first jaw and said second jaw are movable relative to each other between an open position and a closed position; a first jaw ; and a second jaw , wherein said first jaw and said second jaw are movable relative to each other between an open position and a closed position; a crimping drive configured to move said first jaw and said second jaw to a closed position during a crimping stroke, wherein said crimping drive is operably responsive to said rotary motions; a clip magazine comprising a plurality of clips ; and a firing drive configured to move a said clip from said clip magazine into said end effector, characterized by a first resistive sensing circuit configured to detect the position of said clip in said end effector; and a second resistive sensing circuit configure to determine whether said first jaw and said second jaw are in said open position or said closed position, wherein said clips are metal clips.
A battery module , comprising: - a stack of battery cells disposed in a battery module housing , wherein each battery cell of the stack of battery cells comprises a terminal end having at least one cell terminal and a face oriented transverse to the terminal end ; and - an adhesive tape disposed between a first face of a first battery cell of the stack of battery cells and a second face of a second battery cell of the stack of battery cells , wherein the adhesive tape fixedly couples the first battery cell to the second battery cell , and wherein a first terminal end of the first battery cell is aligned with a second terminal end of the second battery cell , wherein each battery cell of the stack of battery cells comprises a base end opposite the terminal end and the battery module comprises a thermal epoxy layer positioned between the base ends of each battery cell of the stack of battery cells and a base surface of the housing , and wherein the thermal epoxy layer is configured to compensate for differences in respective heights between the battery cells of the stack of battery cells . - a stack of battery cells disposed in a battery module housing , wherein each battery cell of the stack of battery cells comprises a terminal end having at least one cell terminal and a face oriented transverse to the terminal end ; and - an adhesive tape disposed between a first face of a first battery cell of the stack of battery cells and a second face of a second battery cell of the stack of battery cells , wherein the adhesive tape fixedly couples the first battery cell to the second battery cell , and wherein a first terminal end of the first battery cell is aligned with a second terminal end of the second battery cell ,
A method performed by one or more computers, the method comprising: generating , by the one or more computers, a first map representing possible paths to be travelled by a robot within a physical area, the first map comprising (i) a first plurality of edges that each connect nodes within the first map, and (ii) a swept volume profile of the robot for each edge included in the first plurality of edges; determining , by the one or more computers, an initial path for the robot within the first map, the initial path specifying a subset of edges from among the first plurality of edges; obtaining , by the one or more computers, data indicating a second map representing a path to be travelled by a movable object within the physical area, the second map comprising (i) a second plurality of edges that each connect nodes within the second map, and (ii) a swept volume profile of the movable object for each edge included in the second plurality of edges; based on the swept volume profiles of the robot for the first plurality of edges and the swept volume profiles of the movable object for the second plurality of edges, detecting , by the one or more computers, a potential obstruction associated with one or more edges included in the subset of edges; and determining , based on the detection of the potential obstruction, an adjusted path for the robot within the first map, the adjusted path specifying a different subset of edges from among the first plurality of edges. generating , by the one or more computers, a first map representing possible paths to be travelled by a robot within a physical area, the first map comprising (i) a first plurality of edges that each connect nodes within the first map, and (ii) a swept volume profile of the robot for each edge included in the first plurality of edges; determining , by the one or more computers, an initial path for the robot within the first map, the initial path specifying a subset of edges from among the first plurality of edges; obtaining , by the one or more computers, data indicating a second map representing a path to be travelled by a movable object within the physical area, the second map comprising (i) a second plurality of edges that each connect nodes within the second map, and (ii) a swept volume profile of the movable object for each edge included in the second plurality of edges; based on the swept volume profiles of the robot for the first plurality of edges and the swept volume profiles of the movable object for the second plurality of edges, detecting , by the one or more computers, a potential obstruction associated with one or more edges included in the subset of edges; and determining , based on the detection of the potential obstruction, an adjusted path for the robot within the first map, the adjusted path specifying a different subset of edges from among the first plurality of edges.