mhurhangee/patent-ind-claim-en huggingface dataset:
A symmetric Spin Transfer Torque Magnetoresistive Random Access Memory, STT-MRAM, bit cell comprising: a storage element ; a poly silicon line coupled to the storage element ; a bottom electrode, BE, plate , a storage element seed ; a contact ; and a via interconnect , wherein the storage element and bottom electrode, BE, plate are symmetric, in a planar view, along a center line of the poly silicon line and along an axis perpendicular to said center line , wherein, in planar view, a center point of each of the storage element seed , the contact , and the via interconnect is matched, wherein said center point is located on said axis ; and wherein said axis is, in planar view, perpendicular to a longitudinal axis of a source line . a storage element ; a poly silicon line coupled to the storage element ; a bottom electrode, BE, plate , a storage element seed ; a contact ; and a via interconnect , wherein the storage element and bottom electrode, BE, plate are symmetric, in a planar view, along a center line of the poly silicon line and along an axis perpendicular to said center line , wherein, in planar view, a center point of each of the storage element seed , the contact , and the via interconnect is matched, wherein said center point is located on said axis ; and wherein said axis is, in planar view, perpendicular to a longitudinal axis of a source line .
Dispensing device for dispensing a solution, comprising: - a body , the outer surface of which is intended to be held in at least one of a user's hands, and comprising at least one activation zone that is able to be acted upon by the user to cause the solution to be dispensed, and, - a head carried by the body , the head being provided with a contact surface for pressing on an area of a patient's body, the contact surface forming an outer contour, and with at least one orifice for dispensing the solution, the dispensing device being characterised in that the head is coupled to the body by connecting means that allow it to rotate with respect to the body about an axis of rotation substantially parallel to an axis of the body in order to modify the position of the contact surface with respect to the at least one activation zone . - a body , the outer surface of which is intended to be held in at least one of a user's hands, and comprising at least one activation zone that is able to be acted upon by the user to cause the solution to be dispensed, and, - a head carried by the body , the head being provided with a contact surface for pressing on an area of a patient's body, the contact surface forming an outer contour, and with at least one orifice for dispensing the solution,
A valve block comprising : a housing having a first side , a second side , a third side , and a fourth side wherein the first side opposes the second side ; and the third side opposes the fourth side and the first side is located adjacent to both of the third side and the fourth side and the third side is located adjacent to both of the first side and the second side ; a first valve seat located on the first side comprising a cylindrical depression with a first opening and a fourth opening ; a first conduit portion being linear and having the first opening that terminates on the first side and within the first valve seat and which is connected in fluid flow communication to a T-connection , the T-connection being connected with a second conduit portion that comprises a first portion and a second portion , the first opening being selectively openable and closeable; a second valve seat located on the third side comprising a cylindrical depression with a third opening and a sixth opening ; and the second conduit portion having a fifth opening that terminates on the fourth side and the third opening that terminates on the third side within the second valve seat , the third opening of the second conduit portion being selectively openable and closeable, and said second conduit portion being linear between said fifth opening and said third opening , characterised in that the first opening and the fourth opening are situated in the same plane in the first valve seat as well as in that the third opening and the sixth opening are situated in the same plane in the second valve seat . a housing having a first side , a second side , a third side , and a fourth side wherein the first side opposes the second side ; and the third side opposes the fourth side and the first side is located adjacent to both of the third side and the fourth side and the third side is located adjacent to both of the first side and the second side ; a first valve seat located on the first side comprising a cylindrical depression with a first opening and a fourth opening ; a first conduit portion being linear and having the first opening that terminates on the first side and within the first valve seat and which is connected in fluid flow communication to a T-connection , the T-connection being connected with a second conduit portion that comprises a first portion and a second portion , the first opening being selectively openable and closeable; a second valve seat located on the third side comprising a cylindrical depression with a third opening and a sixth opening ; and the second conduit portion having a fifth opening that terminates on the fourth side and the third opening that terminates on the third side within the second valve seat , the third opening of the second conduit portion being selectively openable and closeable, and said second conduit portion being linear between said fifth opening and said third opening , characterised in that
Anti-biofouling arrangement including: an object ; and an anti-biofouling system configured to emit anti-biofouling light in an activated state thereof, the anti-biofouling system being applied to the object and having a structural unit which is positioned and fixed with respect to the object , the anti-biofouling system comprising a sensor system , characterised in that the sensor system is configured to obtain measurement data relating to a structural construction feature relating to the construction of the anti-biofouling arrangement . an object ; and an anti-biofouling system configured to emit anti-biofouling light in an activated state thereof, the anti-biofouling system being applied to the object and having a structural unit which is positioned and fixed with respect to the object , the anti-biofouling system comprising a sensor system , characterised in that the sensor system is configured to obtain measurement data relating to a structural construction feature relating to the construction of the anti-biofouling arrangement .
A cold-rolled steel sheet having a tensile strength of 980 MPa or higher, excellent yield strength, ductility, and hole expandability, comprising: by wt%, 0.06 to 0.2% of carbon (C), 1.5 to 3.0% of manganese (Mn), 0.3 to 2.5% of silicon (Si), 0.01 to 0.2% of aluminum (Al), 0.01 to 3.0% of nickel (Ni), 0.2% or less of molybdenum (Mo), 0.01 to 0.05% of titanium (Ti), 0.02 to 0.05% of antimony (Sb), 0.0005 to 0.003% of boron (B), 0.01% or less of nitrogen (N), excluding 0, and a balance of Fe and inevitable impurities, wherein a microstructure thereof comprises, by area fraction, bainite of 50% or higher, tempered martensite (TM) of 10% or higher, fresh martensite (FM) of 10% or less, residual austenite of 20% or less, and ferrite of 5% or less
A support roller for a carriage of a top frame for a tarpaulin structure, comprising two ball bearing rings with balls , at least one inner bearing shell , and an outer bearing shell which is assigned to both ball bearing rings , which are each arranged concentrically about a roller axis and form a rolling bearing, wherein the at least one inner bearing shell has a preferably cylindrical receptacle for a connecting member , and wherein the outer bearing shell comprises a central circumferential surface for radial support on a guide, wherein the bearing shells (301; 302, 303) support the balls of each of the two ball bearing rings obliquely in the manner of an angular-contact ball bearing, wherein the outer bearing shell has flange regions which axially surround the central circumferential surface and which reach radially further away from the roller axis than the central circumferential surface , wherein the flange regions have end sides which are turned towards one another and which have an angle (α) relative to one another and a further angle relative to a plane perpendicular to the roller axis , characterized in that straight lines forming extensions of the end sides which are turned towards one another intersect in the at least one inner bearing shell , and that the central circumferential surface has a width smaller than double the diameter of a ball of the ball bearing rings . two ball bearing rings with balls , at least one inner bearing shell , and an outer bearing shell which is assigned to both ball bearing rings ,
A neural network processing element circuit for use in a neural network processor for performing neural network calculations for an artificial neural network having one or more network layers , the neural network processing element circuit comprising: one or more multipliers , each multiplier operative to receive weight data from weight memory and input data from input memory and to generate a product therefrom; an adder operative to receive and sum said product and a current context to generate an updated context therefrom; a local memory coupled to said processing element circuit, coupled to said adder, and operative to store said updated context therein; and wherein said updated contexts are written to and read from individual storage locations in said local memory sequentially without random access to said individual storage locations . one or more multipliers , each multiplier operative to receive weight data from weight memory and input data from input memory and to generate a product therefrom; an adder operative to receive and sum said product and a current context to generate an updated context therefrom; a local memory coupled to said processing element circuit, coupled to said adder, and operative to store said updated context therein; and wherein said updated contexts are written to and read from individual storage locations in said local memory sequentially without random access to said individual storage locations .
A method that facilitates employing a plurality of medium access control header formats, comprising: determining a medium access control header format according to a type of data included in an associated medium access control payload; establishing a size of a medium access control length field of the determined MAC header format, the size varying based on the size of the associated medium access control payload; generating a medium access control header in accordance with the determined medium access control header format, the medium access control header comprising a logical channel identifier field, the value of the logical channel identifier indicating the MAC header format employed, the medium access control length field, and a field indicating the size of the medium access control length field within the medium access control header; and transmitting the medium access control header and the associated medium access control payload. determining a medium access control header format according to a type of data included in an associated medium access control payload; establishing a size of a medium access control length field of the determined MAC header format, the size varying based on the size of the associated medium access control payload; generating a medium access control header in accordance with the determined medium access control header format, the medium access control header comprising a logical channel identifier field, the value of the logical channel identifier indicating the MAC header format employed, the medium access control length field, and a field indicating the size of the medium access control length field within the medium access control header; and transmitting the medium access control header and the associated medium access control payload.
A locking nut and sealing washer for use with a threaded bolt, where: the locking nut has a tool engaging portion , a threaded aperture , and a collar ; and the sealing washer has an external lower side , a channel of size and dimension to securely receive the collar and an aperture ; a bonded elastomer attached to the external lower side , the bonded elastomer acting to seal the sealing washer against a surface; where, when the collar engages the channel , the threaded aperture and the aperture align to be at least substantially concentric so as to receive the threaded bolt, wherein when torque is applied to the tool engaging portion in a first direction, an axial force is applied by the collar to an internal upper side of the channel, the axial force thereby causing the sealing washer to move along the threaded bolt in the first direction along with the locking nut , and when torque is applied to the tool engaging portion in a second, opposite, direction, an axial force is applied by the collar to an internal lower side of the channel, the axial force thereby causing the sealing washer to move along the threaded bolt in the second direction along with the locking nut , the sealing washer capable of disengagement from the locking nut when not in receipt of the threaded bolt. the locking nut has a tool engaging portion , a threaded aperture , and a collar ; and the sealing washer has an external lower side , a channel of size and dimension to securely receive the collar and an aperture ; a bonded elastomer attached to the external lower side , the bonded elastomer acting to seal the sealing washer against a surface;
A motor comprising: an insulator body coupled to a stator core wound with a plurality of coils applied with an electric power having mutually different polarities to prevent the coils and the stator core from being short-circuited; a terminal housing coupling unit integrally constituted with the insulator body , protruded to a circumferential direction and coupled to a terminal housing supplying an external electric power; a terminal housing coupled to the terminal housing coupling unit to supply an electric power to the motor; a fixing unit position-fixing the terminal housing to the terminal housing coupling unit ; and a regulation unit mounted on the fixing unit to regulate a rotation angle of the terminal housing , the motor being characterized in that the fixing unit includes a side guide plate provided on the terminal housing and a hook member provided on the terminal housing coupling unit , and in that the side guide plate includes a hook portion including a through hole having an arc-shaped inner surface at a partial section, and a regulation slit extended from the through hole of the hook portion , and in that the regulation slit is formed at a position corresponding to that of a regulation protrusion formed at the hook member . an insulator body coupled to a stator core wound with a plurality of coils applied with an electric power having mutually different polarities to prevent the coils and the stator core from being short-circuited; a terminal housing coupling unit integrally constituted with the insulator body , protruded to a circumferential direction and coupled to a terminal housing supplying an external electric power; a terminal housing coupled to the terminal housing coupling unit to supply an electric power to the motor; a fixing unit position-fixing the terminal housing to the terminal housing coupling unit ; and a regulation unit mounted on the fixing unit to regulate a rotation angle of the terminal housing , the motor being characterized in that the fixing unit includes a side guide plate provided on the terminal housing and a hook member provided on the terminal housing coupling unit , and in that the side guide plate includes a hook portion including a through hole having an arc-shaped inner surface at a partial section, and a regulation slit extended from the through hole of the hook portion , and in that the regulation slit is formed at a position corresponding to that of a regulation protrusion formed at the hook member .
A system comprising: a plurality of sensors (120, 130,140, 150; 61; 71 ,72,73; 28) installed at a premises to capture data from an environment in or around the premises ; a memory (65; 76; 27) configured to store the captured data; and a processor (64; 75; 24) configured to: determine information about the premises based on the stored data, define one or more zones (Z1, Z2, Z3) in and/or around the premises based on the information, and control an operation of at least one other system at the premises based on the one or more defined zones (Z1, Z2, Z3) wherein each of the one or more zones (Z1, Z2, Z3) corresponds to a contiguous area in and/or around the premises with a zoning rule to search for data sets indicating two or more sensors have captured events simultaneously or within a set window of time. a plurality of sensors (120, 130,140, 150; 61; 71 ,72,73; 28) installed at a premises to capture data from an environment in or around the premises ; a memory (65; 76; 27) configured to store the captured data; and a processor (64; 75; 24) configured to: determine information about the premises based on the stored data, define one or more zones (Z1, Z2, Z3) in and/or around the premises based on the information, and control an operation of at least one other system at the premises based on the one or more defined zones (Z1, Z2, Z3) wherein each of the one or more zones (Z1, Z2, Z3) corresponds to a contiguous area in and/or around the premises with a zoning rule to search for data sets indicating two or more sensors have captured events simultaneously or within a set window of time. determine information about the premises based on the stored data, define one or more zones (Z1, Z2, Z3) in and/or around the premises based on the information, and control an operation of at least one other system at the premises based on the one or more defined zones (Z1, Z2, Z3) wherein each of the one or more zones (Z1, Z2, Z3) corresponds to a contiguous area in and/or around the premises with a zoning rule to search for data sets indicating two or more sensors have captured events simultaneously or within a set window of time.
Device for providing a parameter that indicates an increased likelihood of postoperative delirium occurring, wherein the device comprises: - means provided and designed to record at least one EEG signal at the head of the patient, - means provided and designed to determine the intraoperative alpha peak frequency of the EEG signal, wherein the alpha peak frequency in the power spectrum of the EEG signal is the frequency in the alpha band at which the power is greatest, - means provided and designed to check whether the determined intraoperative alpha peak frequency is significantly lower than a specified reference value of the alpha peak frequency, - means provided and designed to provide corresponding information as a parameter that indicates an increased likelihood of postoperative delirium occurring. - means provided and designed to record at least one EEG signal at the head of the patient, - means provided and designed to determine the intraoperative alpha peak frequency of the EEG signal, wherein the alpha peak frequency in the power spectrum of the EEG signal is the frequency in the alpha band at which the power is greatest, - means provided and designed to check whether the determined intraoperative alpha peak frequency is significantly lower than a specified reference value of the alpha peak frequency, - means provided and designed to provide corresponding information as a parameter that indicates an increased likelihood of postoperative delirium occurring.
A photoacoustic apparatus comprising: a laser module that generates laser light and transmits a laser state signal indicating a state of the laser module , the laser state signal including a lasing ready state signal and a laser exposure state signal; a probe including an optical output unit for irradiating laser light generated by the laser module onto an object and a scanner for detecting a photoacoustic signal that is generated from the object ; a scanner controller adapted to change a position of the scanner when the laser state signal is the lasing ready state signal; a sequence controller adapted to control acquisition of the photoacoustic signal when the laser state signal is the laser exposure state signal; a signal receiver that is controlled by the sequence controller to acquire the photoacoustic signal; and a photoacoustic image generator for generating a photoacoustic image based on the photoacoustic signal a laser module that generates laser light and transmits a laser state signal indicating a state of the laser module , the laser state signal including a lasing ready state signal and a laser exposure state signal; a probe including an optical output unit for irradiating laser light generated by the laser module onto an object and a scanner for detecting a photoacoustic signal that is generated from the object ; a scanner controller adapted to change a position of the scanner when the laser state signal is the lasing ready state signal; a sequence controller adapted to control acquisition of the photoacoustic signal when the laser state signal is the laser exposure state signal; a signal receiver that is controlled by the sequence controller to acquire the photoacoustic signal; and a photoacoustic image generator for generating a photoacoustic image based on the photoacoustic signal
An intraoperative surgical cleaning system configured for use during a surgical procedure including a surgical instrument, the system comprising: a surgical instrument ; an endoscope including a scope tube with a lens at a distal end thereof; a sheath assembly including a sleeve tube configured to receive the scope tube of the endoscope therein; a pump configured to pump a lens cleaning solution to the lens through passages defined between the scope tube and the sleeve tube for cleaning the lens; and a processor module ; characterized in that the processor module is configured to measure an aggregate activation time of the surgical instrument during the surgical procedure; and activate the pump to clean the lens of the endoscope after the aggregate activation time of the surgical instrument reaches a target duration. a surgical instrument ; an endoscope including a scope tube with a lens at a distal end thereof; a sheath assembly including a sleeve tube configured to receive the scope tube of the endoscope therein; a pump configured to pump a lens cleaning solution to the lens through passages defined between the scope tube and the sleeve tube for cleaning the lens; and a processor module ; an endoscope including a scope tube with a lens at a distal end thereof; a sheath assembly including a sleeve tube configured to receive the scope tube of the endoscope therein; a pump configured to pump a lens cleaning solution to the lens through passages defined between the scope tube and the sleeve tube for cleaning the lens; and a processor module ; characterized in that the processor module is configured to measure an aggregate activation time of the surgical instrument during the surgical procedure; and activate the pump to clean the lens of the endoscope after the aggregate activation time of the surgical instrument reaches a target duration. measure an aggregate activation time of the surgical instrument during the surgical procedure; and activate the pump to clean the lens of the endoscope after the aggregate activation time of the surgical instrument reaches a target duration.