mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: masking a semiconductor substrate with a masking layer that includes first and second openings respectively disposed over first and second dielectric regions located on opposite sides of a mesa of semiconductor material, the mesa having first and second sidewalls that respectively adjoin the first and second dielectric regions, the masking layer having a portion between the first and second openings that covers the mesa, the portion extending past the first and second sidewalls to cover first and second sidewall portions of the first and second dielectric regions, respectively; anisotropically etching the first and second dielectric regions through the respective first and second openings to create first and second trenches, the etching leaving first and second sidewall portions of the first and the second dielectric regions respectively covering the first and second sidewalls of the mesa; etching with a second etchant the first and second sidewall portions of the first and second dielectric regions; and forming a gate oxide on the first and second sidewalls of the mesa. masking a semiconductor substrate with a masking layer that includes first and second openings respectively disposed over first and second dielectric regions located on opposite sides of a mesa of semiconductor material, the mesa having first and second sidewalls that respectively adjoin the first and second dielectric regions, the masking layer having a portion between the first and second openings that covers the mesa, the portion extending past the first and second sidewalls to cover first and second sidewall portions of the first and second dielectric regions, respectively; anisotropically etching the first and second dielectric regions through the respective first and second openings to create first and second trenches, the etching leaving first and second sidewall portions of the first and the second dielectric regions respectively covering the first and second sidewalls of the mesa; etching with a second etchant the first and second sidewall portions of the first and second dielectric regions; and forming a gate oxide on the first and second sidewalls of the mesa.
An assembly for determining a load on an elevator car, the assembly comprising: a plurality of terminations respectively configured for securing an end of a load bearing member; a plurality of strain gages respectively secured to a portion of respective ones of the plurality of terminations, wherein each of the terminations includes at least one of the strain gages; and a load determining processor that receives indications from the plurality of strain gages and determines a load on the elevator car based on the received indications, characterized in that the plurality of terminations respectively include a rod, a socket portion connected to the rod, and a wedge situated at least partially within the socket portion, in that the strain gages are situated on at least one of the rod or the socket portion of the respective one of the plurality of terminations, in that the socket portion includes at least one solid member that extends in a direction of the load on the elevator car, and in that the strain gages are situated on the at least one solid member of the respective terminations. a plurality of terminations respectively configured for securing an end of a load bearing member; a plurality of strain gages respectively secured to a portion of respective ones of the plurality of terminations, wherein each of the terminations includes at least one of the strain gages; and a load determining processor that receives indications from the plurality of strain gages and determines a load on the elevator car based on the received indications, characterized in that the plurality of terminations respectively include a rod, a socket portion connected to the rod, and a wedge situated at least partially within the socket portion, in that the strain gages are situated on at least one of the rod or the socket portion of the respective one of the plurality of terminations, in that the socket portion includes at least one solid member that extends in a direction of the load on the elevator car, and in that the strain gages are situated on the at least one solid member of the respective terminations.
A hydraulic brake mechanism (245, 345, 435) having an inlet configured to be coupled to a power source and an outlet configured to be coupled to a hydraulic motor (150, 250, 350), wherein the inlet includes a first port configured to be coupled to the power source to receive pressurized hydraulic fluid from the power source and a second port configured to be coupled to the power source to return hydraulic fluid to the power source and wherein the outlet includes a third port configured to be coupled to the motor to provide pressurized hydraulic fluid received at the first port to the motor and a fourth port configured to be coupled to the motor to receive hydraulic fluid from the motor, the hydraulic brake mechanism comprising a hydraulic brake (360, 410) movable between a non-braking position and a braking position in which the hydraulic brake is configured to apply a load to restrict the flow of hydraulic fluid through the hydraulic motor, the hydraulic brake positioned between the second port and the fourth port, the hydraulic brake mechanism further comprising: a trigger mechanism (370, 450) in communication with the hydraulic brake and configured to detect flow of hydraulic fluid from the power source at the inlet and communicate a brake trigger signal to the hydraulic brake based solely on the detected flow from the power source; wherein when the hydraulic brake is in the non-braking position and the trigger mechanism detects that the flow of hydraulic fluid from the power source has stopped, the brake trigger signal causes the hydraulic brake to move from the non-braking position to the braking position, and when the trigger mechanism detects that the flow of hydraulic fluid from the power source has been abruptly reduced but not stopped, the brake trigger signal causes the hydraulic brake to remain in the non-braking position. a hydraulic brake (360, 410) movable between a non-braking position and a braking position in which the hydraulic brake is configured to apply a load to restrict the flow of hydraulic fluid through the hydraulic motor, the hydraulic brake positioned between the second port and the fourth port, the hydraulic brake mechanism further comprising: a trigger mechanism (370, 450) in communication with the hydraulic brake and configured to detect flow of hydraulic fluid from the power source at the inlet and communicate a brake trigger signal to the hydraulic brake based solely on the detected flow from the power source; wherein when the hydraulic brake is in the non-braking position and the trigger mechanism detects that the flow of hydraulic fluid from the power source has stopped, the brake trigger signal causes the hydraulic brake to move from the non-braking position to the braking position, and when the trigger mechanism detects that the flow of hydraulic fluid from the power source has been abruptly reduced but not stopped, the brake trigger signal causes the hydraulic brake to remain in the non-braking position.
Conditioning composition for hair characterized in that, it comprises at least one optical brightener and at least one compound according to formula where n is a number between 1 and 10.
An engine comprising an accessory mounting structure, the engine comprising a crankshaft that extends in a first direction on an horizontal plane, wherein: the engine supports an accessory via a bracket; the bracket includes: a first portion connected to the engine; and a second portion connected to the accessory and having a lower rigidity than the first portion, wherein the second portion functions as a dynamic damper that attenuates vibration of the engine by vibrating in an opposite phase to the vibration of the engine and in the first direction when the engine vibrates in a second direction orthogonal to the first direction on the horizontal plane; wherein a fixing hole through which a fastener for fixing the bracket to the engine is inserted and a positioning hole through which a positioner for positioning the bracket with respect to the engine is inserted are formed in the first portion; and the second portion includes an accessory connection portion to which the at least one accessory is connected on an extending line of a center line of the positioning hole. the engine supports an accessory via a bracket; the bracket includes: a first portion connected to the engine; and a second portion connected to the accessory and having a lower rigidity than the first portion, wherein a first portion connected to the engine; and a second portion connected to the accessory and having a lower rigidity than the first portion, wherein the second portion functions as a dynamic damper that attenuates vibration of the engine by vibrating in an opposite phase to the vibration of the engine and in the first direction when the engine vibrates in a second direction orthogonal to the first direction on the horizontal plane; wherein a fixing hole through which a fastener for fixing the bracket to the engine is inserted and a positioning hole through which a positioner for positioning the bracket with respect to the engine is inserted are formed in the first portion; and the second portion includes an accessory connection portion to which the at least one accessory is connected on an extending line of a center line of the positioning hole.
An information presenting device in an autonomous vehicle in which an action candidate for the vehicle to take is set based on selection by an occupant, the information presentation device configured to present selection information from which the selection is made by the occupant, comprising: a selection margin time calculator configured to calculate a selection margin time based on a position where an execution of the action candidate selected from the selection information by the occupant is required to be started; a selection information setter configured to set the selection information depending on the selection margin time; a presenter configured to present the selection information set by the selection information setter to the occupant; and an input unit configured to receive the selection from the selection information presented by the presenter, which is made by an operation of the occupant; characterized by an action candidate setter configured to set the action candidate for the autonomous vehicle, wherein the selection information setter sets the selection information based on the action candidate, depending on the selection margin time, and the selection information setter sets the selection information by setting selection items based on the action candidate and a maximum number of choices, depending on the selection margin time. a selection margin time calculator configured to calculate a selection margin time based on a position where an execution of the action candidate selected from the selection information by the occupant is required to be started; a selection information setter configured to set the selection information depending on the selection margin time; a presenter configured to present the selection information set by the selection information setter to the occupant; and an input unit configured to receive the selection from the selection information presented by the presenter, which is made by an operation of the occupant; characterized by an action candidate setter configured to set the action candidate for the autonomous vehicle, wherein the selection information setter sets the selection information based on the action candidate, depending on the selection margin time, and the selection information setter sets the selection information by setting selection items based on the action candidate and a maximum number of choices, depending on the selection margin time.
Filter unit (1, 19), including: at least one knitted spacer fabric, comprising a first and a second cover layer (4; 5) each having a plurality of openings delimited by edge regions, threads extending from the edge regions of the first cover layer to edge regions of the second cover layer, and the at least one knitted spacer fabric being rolled and being compressed at least in a portion in a direction transverse to the cover layers (4, 5) thereof, the filter unit including the at least one knitted spacer fabric as a filter body, the filter unit including a recess for receiving the knitted spacer fabric as a filter body, wherein the recess includes a fluid inlet at one end for guiding fluid to be filtered to the at least one knitted spacer fabric and for flowing through the at least one knitted spacer fabric in a longitudinal direction along the cover layers (4, 5) thereof and the threads extending between them, and wherein the recess includes a fluid outlet at an opposite end for subsequently discharging the fluid filtered through the at least one knitted spacer fabric, wherein the recess is configured in such a way that the at least one rolled knitted spacer fabric received in the recess is compressed in at least one portion in the direction transverse to the cover layers (4, 5) thereof. at least one knitted spacer fabric, comprising a first and a second cover layer (4; 5) each having a plurality of openings delimited by edge regions, threads extending from the edge regions of the first cover layer to edge regions of the second cover layer, and the at least one knitted spacer fabric being rolled and being compressed at least in a portion in a direction transverse to the cover layers (4, 5) thereof, the filter unit including the at least one knitted spacer fabric as a filter body, the filter unit including a recess for receiving the knitted spacer fabric as a filter body, wherein the recess includes a fluid inlet at one end for guiding fluid to be filtered to the at least one knitted spacer fabric and for flowing through the at least one knitted spacer fabric in a longitudinal direction along the cover layers (4, 5) thereof and the threads extending between them, and wherein the recess includes a fluid outlet at an opposite end for subsequently discharging the fluid filtered through the at least one knitted spacer fabric, wherein the recess is configured in such a way that the at least one rolled knitted spacer fabric received in the recess is compressed in at least one portion in the direction transverse to the cover layers (4, 5) thereof.
A heat conductive sheet comprising a first carbon material having a graphene laminated structure, orientation-controlling particles, and a first resin, wherein at least a part of the first carbon material is oriented in a direction different from a surface direction of the heat conductive sheet due to the presence of the orientation-controlling particles, and a ratio of an average particle diameter of the first carbon material to an average particle diameter of the orientation-controlling particles (the first carbon material/the orientation-controlling particles), determined as explained in the description, is 0.09 or more and less than 4.0. at least a part of the first carbon material is oriented in a direction different from a surface direction of the heat conductive sheet due to the presence of the orientation-controlling particles, and a ratio of an average particle diameter of the first carbon material to an average particle diameter of the orientation-controlling particles (the first carbon material/the orientation-controlling particles), determined as explained in the description, is 0.09 or more and less than 4.0.
A method of manufacturing a cutting instrument for use in an orthopaedic surgical procedure, comprising: providing a plurality of cutting inserts, each having an interface surface and an opposite working surface, forming a plurality of holes in the metallic cutting inserts by a chemical etching process, placing the cutting inserts in a mould, and injecting a polymeric material into the mould so as to form a body portion of the cutting instrument, the body portion including a plurality of flutes which are arranged radially outward around a longitudinal axis of the body, the injection step causing the polymeric material to fill the holes in the cutting inserts at least partially so that each cutting insert becomes attached to a respective flute with the polymeric material of the body in contact with the interface surface of each cutting insert but not in contact with the working surface of each cutting insert, and with each cutting insert generally aligned with a leading edge of the flute on which it is disposed so that a surgeon can remove portions of a patient's bone by rotating the cutting tool about its longitudinal axis. providing a plurality of cutting inserts, each having an interface surface and an opposite working surface, forming a plurality of holes in the metallic cutting inserts by a chemical etching process, placing the cutting inserts in a mould, and injecting a polymeric material into the mould so as to form a body portion of the cutting instrument, the body portion including a plurality of flutes which are arranged radially outward around a longitudinal axis of the body, the injection step causing the polymeric material to fill the holes in the cutting inserts at least partially so that each cutting insert becomes attached to a respective flute with the polymeric material of the body in contact with the interface surface of each cutting insert but not in contact with the working surface of each cutting insert, and with each cutting insert generally aligned with a leading edge of the flute on which it is disposed so that a surgeon can remove portions of a patient's bone by rotating the cutting tool about its longitudinal axis.
Fastening arrangement for anchoring an anchor rod in an anchor hole using a hardening mass, comprising the anchor rod, a centering element which is arranged at a front end on the anchor rod and which has at least one contact element, and a centering ring which is arranged in contact with the anchor rod at an axial distance from the front end and which defines an imaginary surrounding cylinder that is concentric with the anchor rod, wherein, in an undeformed state, at least part of the at least one contact element of the centering element is located outside the surrounding cylinder of the centering ring, and wherein the at least one contact element is movable in a radial direction relative to the anchor rod such that it is located completely inside the surrounding cylinder.
An apparatus for operation as a network function in an access network of a wireless communication network, the network function providing an access terminal with an active set of sectors that have reserved air interface resources for the access terminal, the apparatus comprising: a processing system configured to maintain a copy of a session state for the access terminal, the processing system being further configured to query a session master to determine whether the session state has changed in the session master; and update the copy of the session state if the session state in the session master has changed based on a response to the query. a processing system configured to maintain a copy of a session state for the access terminal, the processing system being further configured to query a session master to determine whether the session state has changed in the session master; and update the copy of the session state if the session state in the session master has changed based on a response to the query.
A method for a web-based real-time communication, WebRTC, by a user equipment, UE, the method comprising: transmitting, to a web server, a message requesting information about an internet protocol multimedia subsystem, IMS, network to which the UE is to access, for a WebRTC service; receiving address information of the IMS network to which the UE is to access from the web server, in response to the transmitted message; establishing a websocket connection for the WebRTC service with an enhanced Proxy Call Session Control Function, eP-CSCF; transmitting, to a packet data network, PDN, gateway, a bearer setup request message requesting establishment of a bearer for signaling messages of the WebRTC service; establishing (532,522) the bearer with the PDN gateway, based on a policy and charging control, PCC, rule, wherein the PCC rule comprises service data filter information and quality of service, QoS, parameters designating a QoS with a higher priority than at least one bearer for other web traffic; and transmitting, to the IMS network, the signaling messages for the WebRTC service through the websocket connection and the bearer, according to the service data filter information and the QoS parameters included in the PCC rule. transmitting, to a web server, a message requesting information about an internet protocol multimedia subsystem, IMS, network to which the UE is to access, for a WebRTC service; receiving address information of the IMS network to which the UE is to access from the web server, in response to the transmitted message; establishing a websocket connection for the WebRTC service with an enhanced Proxy Call Session Control Function, eP-CSCF; transmitting, to a packet data network, PDN, gateway, a bearer setup request message requesting establishment of a bearer for signaling messages of the WebRTC service; establishing (532,522) the bearer with the PDN gateway, based on a policy and charging control, PCC, rule, wherein the PCC rule comprises service data filter information and quality of service, QoS, parameters designating a QoS with a higher priority than at least one bearer for other web traffic; and transmitting, to the IMS network, the signaling messages for the WebRTC service through the websocket connection and the bearer, according to the service data filter information and the QoS parameters included in the PCC rule.
Pallet lever for an escapement mechanism of a watch movement, including a fork portion, a pallet-stone holder portion, pallet-stones mounted on the pallet-stone holder portion, and a lever interconnecting the pallet-stone holder portion to the fork portion, the fork portion including a fork, a guard pin and a stud, the lever and the pallet-stone holder portion being integral and forming a one-piece main body of the pallet lever, and the fork is an added part secured to the main body by means of the stud which has a generally cylindrical shape including at each end thereof a front face extending perpendicularly to its longitudinal axis, said stud being driven into a securing hole in the main body and a securing hole in the fork, the added fork being at a distance from the main body, the pallet lever being characterized in that the stud is manufactured from a material having virtually no plastic range under stress, and in that the front faces of the stud are less than 1° out of square with respect to said longitudinal axis.
An assembly for disinfecting water for sanitary fittings, comprising at least one sterilization siphon, which is comprised in an draining assembly and within which water to be disinfected is present; said disinfection assembly being characterized in that it comprises a UV lamp, housed inside said sterilization siphon, immersed in the waste water, and designed to irradiate the water present inside said sterilization siphon; said draining assembly comprising a second siphon, a first pipe designed to connect a drain of a sanitary fitting to said second siphon, and a second pipe designed to drain the waste water from said siphon to a sewage system; said sterilization siphon being set between said second siphon and said second pipe.