mhurhangee/patent-ind-claim-en huggingface dataset:
A latch assembly, comprising: a latch body , and a guiding plate , wherein the latch body is provided with a latch end configured to connect a device, and the guiding plate is provided with a plurality of positioning holes , the latch body is provided with a plurality of convex embedding blocks matching with the plurality of positioning holes respectively, wherein the latch body is further provided with a clamper, and after the plurality of convex embedding blocks of the latch body are inserted into the plurality of positioning holes respectively, the clamper clamps the guiding plate to achieve the securing, wherein an outer circumference of each of the plurality of convex embedding blocks abuts against an inner wall of a corresponding positioning hole of said positioning holes , wherein the latch assembly further comprises a clamping mechanism , the clamper comprises a clamping plate , the clamping plate is connected to the latch body via the clamping mechanism , and the clamping mechanism controls the clamping plate to clamp or release the guiding plate . a latch body , and a guiding plate , wherein the latch body is provided with a latch end configured to connect a device, and the guiding plate is provided with a plurality of positioning holes , the latch body is provided with a plurality of convex embedding blocks matching with the plurality of positioning holes respectively, wherein the latch body is further provided with a clamper, and after the plurality of convex embedding blocks of the latch body are inserted into the plurality of positioning holes respectively, the clamper clamps the guiding plate to achieve the securing, wherein an outer circumference of each of the plurality of convex embedding blocks abuts against an inner wall of a corresponding positioning hole of said positioning holes , wherein the latch assembly further comprises a clamping mechanism , the clamper comprises a clamping plate , the clamping plate is connected to the latch body via the clamping mechanism , and the clamping mechanism controls the clamping plate to clamp or release the guiding plate . wherein the latch body is provided with a latch end configured to connect a device, and the guiding plate is provided with a plurality of positioning holes , the latch body is provided with a plurality of convex embedding blocks matching with the plurality of positioning holes respectively, wherein the latch body is further provided with a clamper, and after the plurality of convex embedding blocks of the latch body are inserted into the plurality of positioning holes respectively, the clamper clamps the guiding plate to achieve the securing, wherein an outer circumference of each of the plurality of convex embedding blocks abuts against an inner wall of a corresponding positioning hole of said positioning holes , wherein the latch assembly further comprises a clamping mechanism , the clamper comprises a clamping plate , the clamping plate is connected to the latch body via the clamping mechanism , and the clamping mechanism controls the clamping plate to clamp or release the guiding plate .
A head-mounted display to be worn by a user, comprising: a housing that defines an eye chamber and includes a peripheral portion that extends around the eye chamber ; a face seal formed from a resilient compressible material that is connected to the peripheral portion of the housing , extends around the eye chamber , includes a front portion that is configured for contact with the user, connecting portions that extend from the front portion of the face seal to the housing , the connecting portions blocking ambient light from entering the eye chamber ; and a support member that is disposed in the compressible material, wherein the support member is connected to the housing in a manner that allows motion of the support member relative to the housing so that the support member conforms to the face of the user, the support member has a front surface , and the front portion of the face seal is located on and covers un the front surface of the support member . a housing that defines an eye chamber and includes a peripheral portion that extends around the eye chamber ; a face seal formed from a resilient compressible material that is connected to the peripheral portion of the housing , extends around the eye chamber , includes a front portion that is configured for contact with the user, connecting portions that extend from the front portion of the face seal to the housing , the connecting portions blocking ambient light from entering the eye chamber ; and a support member that is disposed in the compressible material, wherein the support member is connected to the housing in a manner that allows motion of the support member relative to the housing so that the support member conforms to the face of the user, the support member has a front surface , and the front portion of the face seal is located on and covers un the front surface of the support member .
A portable light device comprising: - a main body element comprising a substantially tubular shape; - a head element being hingeably connected to the main body element by means of a hinge connection to allow multiple orientation of the head element relative to the main body element , the head element comprises a main light unit , and - a wing element (13a-c) being hingeably connected to the head element , wherein the wing element (13a-c) accommodates an array of multiple light outputs (12a-c) along an illumination surface which are configured to provide additional light assistance to the main light unit , and_wherein the main light unit and the array of multiple light outputs (12a-c) are configured to be activated simultaneously or to be activated separately; characterized in that the main light unit is configured to provide a flash light illumination, in that the wing element is configured to transition between a collapsed state wherein the light device is usable as a hand held flashlight, and an expanded state wherein the wing element provides illumination assistance to the main light unit by increasing an area of illumination, and in that a recess portion is provided in and along the outer surface of the main body element, the recess portion being adapted to accommodate the wing element (13a-c) in the collapsed state wherein the wing element is folded inwards against the main body element. - a main body element comprising a substantially tubular shape; - a head element being hingeably connected to the main body element by means of a hinge connection to allow multiple orientation of the head element relative to the main body element , the head element comprises a main light unit , and - a wing element (13a-c) being hingeably connected to the head element , wherein the wing element (13a-c) accommodates an array of multiple light outputs (12a-c) along an illumination surface which are configured to provide additional light assistance to the main light unit , and_wherein the main light unit and the array of multiple light outputs (12a-c) are configured to be activated simultaneously or to be activated separately;
A surgical tool comprising: an upwardly extending tubular support member having a longitudinally extending open channel , the tubular support member comprising a wall surrounding the open channel ; and a base pivotably attached to the tubular support member so that a pivot axis extends above a bottom surface of the base across a bottom portion of the tubular support member to allow the tubular support member to pivot back and forth over the bottom surface of the base , wherein the pivot axis extends through an axially extending centerline of spaced apart first and second laterally extending arms held by one of the tubular support member or base that cooperate with hinge members held by the other of the tubular support member or base to allow the tubular support member to pivot above the bottom surface of the base as the laterally extending arms rotate in the hinge members . an upwardly extending tubular support member having a longitudinally extending open channel , the tubular support member comprising a wall surrounding the open channel ; and a base pivotably attached to the tubular support member so that a pivot axis extends above a bottom surface of the base across a bottom portion of the tubular support member to allow the tubular support member to pivot back and forth over the bottom surface of the base , wherein the pivot axis extends through an axially extending centerline of spaced apart first and second laterally extending arms held by one of the tubular support member or base that cooperate with hinge members held by the other of the tubular support member or base to allow the tubular support member to pivot above the bottom surface of the base as the laterally extending arms rotate in the hinge members .
A system for facilitating an evaluation of non-carotid vasculature and blood flow through said non-carotid vasculature, the system comprising: an ultrasound machine configured to generate spectral Doppler sonogram data for the non-carotid vasculature, wherein the spectral Doppler sonogram data comprises a spectral Doppler sonogram image; a processing element configured to extract a set of waveform parameters from the spectral Doppler sonogram image, by establishing a region of interest in the spectral Doppler sonogram image so as to include at least three contiguous waves sharing a highest similarity in size and shape within the waveform, said at least three contiguous waves being identified via an autocorrelation methodology; said processing element further configured to perform a machine learning process including: generating a plurality of decision trees, evaluating the spectral Doppler sonogram data and extracted waveform parameters using the plurality of decision trees, and generating a pathology prediction value; and an electronic display configured to display a likelihood of pathology based on the pathology prediction value. an ultrasound machine configured to generate spectral Doppler sonogram data for the non-carotid vasculature, wherein the spectral Doppler sonogram data comprises a spectral Doppler sonogram image; a processing element configured to extract a set of waveform parameters from the spectral Doppler sonogram image, by establishing a region of interest in the spectral Doppler sonogram image so as to include at least three contiguous waves sharing a highest similarity in size and shape within the waveform, said at least three contiguous waves being identified via an autocorrelation methodology; said processing element further configured to perform a machine learning process including: generating a plurality of decision trees, evaluating the spectral Doppler sonogram data and extracted waveform parameters using the plurality of decision trees, and generating a pathology prediction value; and generating a plurality of decision trees, evaluating the spectral Doppler sonogram data and extracted waveform parameters using the plurality of decision trees, and generating a pathology prediction value; and an electronic display configured to display a likelihood of pathology based on the pathology prediction value.
A microwave antenna assembly for ablating tissue in a patient, comprising: a radiator configured to radiate microwave radiation; a cable coupled to the radiator and including a fluid inflow line and a fluid outflow line; and a ceramic element coaxially forming the outside of a distal portion of the microwave antenna assembly, wherein the ceramic element is disposed around a distal radiating section of the radiator to encase the distal radiating section of the radiator, the ceramic element including at least one internal channel configured to transport thermal energy away from the ceramic element; wherein the at least one internal channel is two internal channels, the two internal channels being in fluid communication with one another at a distal end, one of the two internal channels being in fluid communication at a proximal end with the fluid inflow line to define an inflow lumen extending through the ceramic element, the other of the two internal channels being in fluid communication at the proximal end with the fluid outflow line to define an outflow lumen extending through the ceramic element. a radiator configured to radiate microwave radiation; a cable coupled to the radiator and including a fluid inflow line and a fluid outflow line; and a ceramic element coaxially forming the outside of a distal portion of the microwave antenna assembly, wherein the ceramic element is disposed around a distal radiating section of the radiator to encase the distal radiating section of the radiator, the ceramic element including at least one internal channel configured to transport thermal energy away from the ceramic element; wherein the at least one internal channel is two internal channels, the two internal channels being in fluid communication with one another at a distal end, one of the two internal channels being in fluid communication at a proximal end with the fluid inflow line to define an inflow lumen extending through the ceramic element, the other of the two internal channels being in fluid communication at the proximal end with the fluid outflow line to define an outflow lumen extending through the ceramic element.
A film stripping device, comprising: a bearing platform , including a bearing surface ; the bearing surface being configured to bear a plurality of film layers which include a film to be stripped off; the film to be stripped off being a film in the plurality of film layers away from the bearing surface ; and a suction member , disposed above the bearing platform , including a plurality of first suction holes , and being configured to suck in the film to be stripped off, characterized in that the film stripping device further comprises at least two gas paths , wherein the plurality of first suction holes are divided into at least two groups; each group of first suction holes are connected with one of the at least two gas paths ; the gas paths are configured to provide negative pressure for each group of first suction holes ; and the first suction holes belonging to one of the at least two groups and the first suction holes belonging to the other group of the at least two groups are alternately arranged along an axial direction of the suction member . a bearing platform , including a bearing surface ; the bearing surface being configured to bear a plurality of film layers which include a film to be stripped off; the film to be stripped off being a film in the plurality of film layers away from the bearing surface ; and a suction member , disposed above the bearing platform , including a plurality of first suction holes , and being configured to suck in the film to be stripped off, characterized in that the film stripping device further comprises at least two gas paths , wherein the plurality of first suction holes are divided into at least two groups; each group of first suction holes are connected with one of the at least two gas paths ; the gas paths are configured to provide negative pressure for each group of first suction holes ; and the first suction holes belonging to one of the at least two groups and the first suction holes belonging to the other group of the at least two groups are alternately arranged along an axial direction of the suction member .
A rubber composition for anti-vibration rubber comprising, based on 100 parts by weight of ethylene-propylene-diene-based copolymer rubber: (A) 32 to 60 parts by weight of carbon black A having an average particle diameter of 60 to 100 nm, an iodine absorption amount of 14 to 23 g/kg, and a DBP oil absorption amount of 100 ml/100 g or more; (B) 10 to 30 parts by weight of carbon black B having an average particle diameter of 40 to 50 nm, an iodine absorption amount of 35 to 49 g/kg, and a DBP oil absorption amount of 100 to 160 ml/100 g; (C) 2 to 10 parts by weight of ethylene-α-olefin copolymer; and (D) 0 to 16 parts by weight of silica. (A) 32 to 60 parts by weight of carbon black A having an average particle diameter of 60 to 100 nm, an iodine absorption amount of 14 to 23 g/kg, and a DBP oil absorption amount of 100 ml/100 g or more; (B) 10 to 30 parts by weight of carbon black B having an average particle diameter of 40 to 50 nm, an iodine absorption amount of 35 to 49 g/kg, and a DBP oil absorption amount of 100 to 160 ml/100 g; (C) 2 to 10 parts by weight of ethylene-α-olefin copolymer; and (D) 0 to 16 parts by weight of silica.
A dishwasher comprising a body ; a washing tub that is disposed in the body and wherein the washing process is performed; and a heat pump that is disposed in the body and that has at least one evaporator for absorbing the ambient heat by forming a cold surface, a condenser that enables the washing water to be heated by creating a hot surface using the heat absorbed from the evaporator and a compressor that is in fluid communication with the evaporator and the condenser and that performs the refrigerant cycle, at least one nozzle that enables water to be sprayed to the surroundings of the evaporator to increase the humidity of the air around the evaporator , and a control unit that enables the water to be sprayed through the nozzle during the operation of the evaporator characterized by a second collection container wherein the water that condenses during the drying process is collected and by the control unit that enables the water collected in the second collection container to be sprayed by the nozzles .
System (T) for the trenchless construction of a tunnel by pulling in a plurality of tunnel elements lying one behind the other, comprising a start portal and a target portal , which are connected to clamping elements , which are arranged in bores, wherein the bores extend through soil (E) outside the cross-sectional area of the tunnel elements to be pulled in, further comprising a plurality of press cylinders or electric motors with threaded gears , which are arranged on the side of the start portal and are in operative connection with the target portal via the clamping elements , wherein the tunnel elements are drawn into the soil (E) with threaded gears by means of the press cylinders or electric motors, characterized in that a milling machine is arranged on the first of the tunnel elements in operative connection therewith, wherein the milling machine has a plurality of individually controllable drilling-milling rollers and a plurality of drives (22-25), which are each assigned to one of the drilling-milling rollers , wherein the plurality of drilling-milling rollers is arranged one above the other wherein the shafts of the rollers extend vertically one above the other and parallel to one another, and wherein the milling machine is of modular construction by each of the drilling-milling rollers arranged one above the other having at least three coaxially arranged roller parts (20a,b,c) which can be individually removed and installed, and a drive box or an empty box is arranged in each case between the individual roller parts (20a,b,c) of each of the drilling-milling rollers arranged one above the other, and the drilling-milling rollers are each movable in a laterally horizontally oscillating manner in the direction of their shafts, wherein the drilling-milling rollers are movable in a laterally horizontally oscillating manner for removing earth at least in the region of the drive boxes and empty boxes.
A drive apparatus for at least one auxiliary drive on a power take-off shaft of an internal combustion engine, in particular the crankshaft, having at least one auxiliary drive gear of a gearwheel drive, which auxiliary drive gear is arranged on the power take-off shaft, and a torsional vibration damper which is fastened to the shaft end with a primary part and a secondary part which is connected to the primary part in a manner which damps vibrations, the at least one drive gear (8; 15) being coupled indirectly or directly, in particular being drive-connected, to the secondary part of the torsional vibration damper , characterized in that the at least one drive gear (8; 15) is mounted rotatably on a bearing journal of the power take-off shaft .
A structural guide vane , comprising: a first root ; a second root , the second root positioned radially outward from the first root ; a truss extending between the first and second root , the truss made of a first material, the truss including at least one void extending through the truss ; and an overmold , the overmold made of a second material, the overmold surrounding the truss to form an airfoil, and the overmold defining a leading edge , a trailing edge , a first side extending between the leading edge and the trailing edge , and a second side extending between the leading edge and the trailing edge ; wherein the second material is less dense than the first material; characterised in that the second material is polymer;and in that the overmold is applied to the truss via one of injection molding or casting. a first root ; a second root , the second root positioned radially outward from the first root ; a truss extending between the first and second root , the truss made of a first material, the truss including at least one void extending through the truss ; and an overmold , the overmold made of a second material, the overmold surrounding the truss to form an airfoil, and the overmold defining a leading edge , a trailing edge , a first side extending between the leading edge and the trailing edge , and a second side extending between the leading edge and the trailing edge ; wherein the second material is less dense than the first material; characterised in that the second material is polymer;and in that the overmold is applied to the truss via one of injection molding or casting.
An apparatus comprising a percutaneous access device (50;140;150;160) for delivering a therapeutic agent to the central nervous system and at least one intracranial catheter, the percutaneous access device (50;140;150;160) comprising; a body (10;52;152) having at least one extracorporeal surface (22;68) and at least one subcutaneous surface, the body defining at least one port (12;116) for connection to the at least one intracranial catheter, the port (12;116) being accessible from the extracorporeal surface (22;68) of the device, but being provided with a seal (14;112;142;146) between the lumen of the port and the extracorporeal surface (22;68), and a guide member projecting from the body of the device, the guide member ensuring that the percutaneous access device and an associated delivery unit with a corresponding recess can only be fitted together one way. a body (10;52;152) having at least one extracorporeal surface (22;68) and at least one subcutaneous surface, the body defining at least one port (12;116) for connection to the at least one intracranial catheter, the port (12;116) being accessible from the extracorporeal surface (22;68) of the device, but being provided with a seal (14;112;142;146) between the lumen of the port and the extracorporeal surface (22;68), and a guide member projecting from the body of the device, the guide member ensuring that the percutaneous access device and an associated delivery unit with a corresponding recess can only be fitted together one way.
A polymeric matrix comprising a crosslinked network of end-of-life tire- derived rubber and at least one complementary polymer, wherein the polymeric matrix encapsulates carbon black and/or graphene particles.