mhurhangee/patent-ind-claim-en huggingface dataset:
An information verification method, wherein the method comprises: receiving (S304, S405, S505 or S508, S606), by a user equipment, a remote profile management command sent by a first profile server, wherein the remote profile management command comprises a first profile owner identifier; in response to a determination (S507) that the first profile owner identifier exists in a profile owner identifier list corresponding to profile information, executing, by the user equipment, the remote profile management command; and characterized in that before the receiving, by the user equipment, the remote profile management command sent by the first profile server, the method further comprises: receiving (S401, S501, S601), by the user equipment, an update message sent by a remote profile management server, RPM server, or a second profile server, wherein the update message comprises an identifier of the first profile server. receiving (S304, S405, S505 or S508, S606), by a user equipment, a remote profile management command sent by a first profile server, wherein the remote profile management command comprises a first profile owner identifier; in response to a determination (S507) that the first profile owner identifier exists in a profile owner identifier list corresponding to profile information, executing, by the user equipment, the remote profile management command; and characterized in that before the receiving, by the user equipment, the remote profile management command sent by the first profile server, the method further comprises: receiving (S401, S501, S601), by the user equipment, an update message sent by a remote profile management server, RPM server, or a second profile server, wherein the update message comprises an identifier of the first profile server.
A method at a first device for enabling a device-to-device wireless link, the method comprising: detecting , by the first device, whether a presence signal of a second device is received, the presence signal of the second device having a time-slot boundary; if the presence signal of the second device is not detected at the first device, initiating a time-slot boundary by the first device including: selecting a first presence signal, wherein the first presence signal comprises a Zadoff-Chu sequence, and the first presence signal is selected based on Zadoff-Chu root sequence indexes different from Zadoff-Chu root sequence indexes used by a base station as primary synchronization signals; and transmitting the first presence signal of the first device in a selected time-slot of a frame; and if the presence signal of the second device is detected : aligning a time-slot boundary on the first device to the time-slot boundary of the second device; and after aligning to the time-slot boundary of the second device, determining a time-slot to use for transmission by the first device. detecting , by the first device, whether a presence signal of a second device is received, the presence signal of the second device having a time-slot boundary; if the presence signal of the second device is not detected at the first device, initiating a time-slot boundary by the first device including: selecting a first presence signal, wherein the first presence signal comprises a Zadoff-Chu sequence, and the first presence signal is selected based on Zadoff-Chu root sequence indexes different from Zadoff-Chu root sequence indexes used by a base station as primary synchronization signals; and transmitting the first presence signal of the first device in a selected time-slot of a frame; and selecting a first presence signal, wherein the first presence signal comprises a Zadoff-Chu sequence, and the first presence signal is selected based on Zadoff-Chu root sequence indexes different from Zadoff-Chu root sequence indexes used by a base station as primary synchronization signals; and transmitting the first presence signal of the first device in a selected time-slot of a frame; and if the presence signal of the second device is detected : aligning a time-slot boundary on the first device to the time-slot boundary of the second device; and after aligning to the time-slot boundary of the second device, determining a time-slot to use for transmission by the first device. aligning a time-slot boundary on the first device to the time-slot boundary of the second device; and after aligning to the time-slot boundary of the second device, determining a time-slot to use for transmission by the first device.
A top plate for a gas sampler device comprising: a top section provided with a plurality of holes and a downward turned side wall with an inner surface and an outer surface , wherein the inner surface is straight and orthogonal to the top section characterized in that the outer surface is concaved inward along the outer circumference of the top plate and that the outer surface of the side wall is uniformly curved completely around the top plate , a top portion of the curved outer surface has a top lip that extends around the entire circumference of the top plate , wherein the top lip is rounded between the top section and the side wall , and wherein the outer surface of the side wall is curved such that the side wall is thicker at top and bottom portions and thinner in a middle portion where the outer surface is concaved inward. a top section provided with a plurality of holes and a downward turned side wall with an inner surface and an outer surface , wherein the inner surface is straight and orthogonal to the top section characterized in that the outer surface is concaved inward along the outer circumference of the top plate and that the outer surface of the side wall is uniformly curved completely around the top plate , a top portion of the curved outer surface has a top lip that extends around the entire circumference of the top plate , wherein the top lip is rounded between the top section and the side wall , and wherein the outer surface of the side wall is curved such that the side wall is thicker at top and bottom portions and thinner in a middle portion where the outer surface is concaved inward.
A spinal screw (20; 52; 32) for positioning within bone for use in surgical procedures, the spinal screw (20; 52; 32) comprising: - a head (12; 22) and a shaft (14; 24), the shaft (14; 24) having a proximal end and a distal end; - a through-hole extending from the head (12; 22) through the shaft (14; 24) to the distal end of the shaft (14; 24); the through-hole defining a longitudinal axis of the spinal screw (20; 52; 32); - a spring positioned within the shaft (14; 24); and - a retractable tip element positioned within the through hole of the shaft (14; 24) and operationally coupled to the spring ; - wherein the retractable tip element includes a first end and a second end, the first end capable of receiving an instrument engaging with the retractable tip , the second end having a tip that engages with bone, - the retractable tip being movable between a first position, when pressure is applied to the instrument, in which the tip of the retractable tip element past the distal end of the shaft (14; 24) to engage with bone and a second position when pressure on the instrument is no longer applied, in which the retractable tip element is disengaged from the bone and is retracted into the screw, wherein the spring is configured to retract the retractable tip after the instrument is removed from the spinal screw and no pressure is applied. - a head (12; 22) and a shaft (14; 24), the shaft (14; 24) having a proximal end and a distal end; - a through-hole extending from the head (12; 22) through the shaft (14; 24) to the distal end of the shaft (14; 24); the through-hole defining a longitudinal axis of the spinal screw (20; 52; 32); - a spring positioned within the shaft (14; 24); and - a retractable tip element positioned within the through hole of the shaft (14; 24) and operationally coupled to the spring ; - wherein the retractable tip element includes a first end and a second end, the first end capable of receiving an instrument engaging with the retractable tip , the second end having a tip that engages with bone, - the retractable tip being movable between a first position, when pressure is applied to the instrument, in which the tip of the retractable tip element past the distal end of the shaft (14; 24) to engage with bone and a second position when pressure on the instrument is no longer applied, in which the retractable tip element is disengaged from the bone and is retracted into the screw, wherein the spring is configured to retract the retractable tip after the instrument is removed from the spinal screw and no pressure is applied.
A gel electrolyte comprising a cured product of an electrolyte composition containing a binder resin and a supporting electrolyte, characterized in that the gel electrolyte has a peeling index of 5.5 mm -1 or greater but 7.5 mm -1 or less, where the peeling index is obtained by dividing a maximum stress by an integral value obtained by integrating a stress based on a peeling distance, where the stress, the peeling distance, and the maximum stress are measured by a probe tack test performed at an environmental condition of 25°C by bringing a stainless steel probe having a diameter of 5 mm into contact with the gel electrolyte having an average thickness of 700 micrometers from above the gel electrolyte at a speed of 120 mm/second, keeping the stainless steel probe under a pressing load of 40 gf for a pressing load retention time of 5 seconds, and peeling the stainless steel probe in a perpendicular direction at a speed of 400 mm/second. a cured product of an electrolyte composition containing a binder resin and a supporting electrolyte, characterized in that the gel electrolyte has a peeling index of 5.5 mm -1 or greater but 7.5 mm -1 or less, where the peeling index is obtained by dividing a maximum stress by an integral value obtained by integrating a stress based on a peeling distance, where the stress, the peeling distance, and the maximum stress are measured by a probe tack test performed at an environmental condition of 25°C by bringing a stainless steel probe having a diameter of 5 mm into contact with the gel electrolyte having an average thickness of 700 micrometers from above the gel electrolyte at a speed of 120 mm/second, keeping the stainless steel probe under a pressing load of 40 gf for a pressing load retention time of 5 seconds, and peeling the stainless steel probe in a perpendicular direction at a speed of 400 mm/second.
An inductive power transmitter device for inductively providing power to a mobile device provided with a receiver coil unit, which transmitter device comprises: - a holder having a cavity defined by two walls providing facing surfaces , which cavity is configured for receiving the mobile device between these facing surfaces, and - a coil arrangement having two transmitter coil units , wherein one of these coil units is arranged into one of said walls and the other of these transmitter coil units is arranged into the other of said walls, and wherein each of the coil units is configured for inductively coupling to said receiver coil unit of the mobile device when inserted into said cavity of the holder, wherein a clamping mechanism is provided for clamping the mobile device, when inserted into the cavity , between the facing surfaces , characterized in that an adjusting mechanism is provided for adjusting the distance (d) between the facing surfaces by moving at least one of the surfaces with respect to the other. - a holder having a cavity defined by two walls providing facing surfaces , which cavity is configured for receiving the mobile device between these facing surfaces, and - a coil arrangement having two transmitter coil units , wherein one of these coil units is arranged into one of said walls and the other of these transmitter coil units is arranged into the other of said walls, and wherein each of the coil units is configured for inductively coupling to said receiver coil unit of the mobile device when inserted into said cavity of the holder, wherein a clamping mechanism is provided for clamping the mobile device, when inserted into the cavity , between the facing surfaces ,
A gas-insulated switching device comprising, inside a pressure tank : a vacuum valve having, in a vacuum, a movable contact provided on one side of a movable conductor , and a fixed contact provided to a fixed conductor ; an insulation rod connected to another side of the movable conductor led out through a bellows from the vacuum valve ; and an airtight container in which the insulation rod and the other side of the movable conductor are stored, wherein an internal space of the bellows and an internal space of the airtight container communicate with each other, characterised in that one side of the vacuum valve is fixed to a tank wall of the pressure tank via an insulation support body , another side of the vacuum valve is connected to the tank wall via the airtight container , the airtight container insulates the vacuum valve and the tank wall from each other and includes a first airtight container member and a second airtight container member , and the first airtight container member and the second airtight container member are slidable with each other in a movable direction of the movable conductor . a vacuum valve having, in a vacuum, a movable contact provided on one side of a movable conductor , and a fixed contact provided to a fixed conductor ; an insulation rod connected to another side of the movable conductor led out through a bellows from the vacuum valve ; and an airtight container in which the insulation rod and the other side of the movable conductor are stored, wherein an internal space of the bellows and an internal space of the airtight container communicate with each other, characterised in that one side of the vacuum valve is fixed to a tank wall of the pressure tank via an insulation support body , another side of the vacuum valve is connected to the tank wall via the airtight container , the airtight container insulates the vacuum valve and the tank wall from each other and includes a first airtight container member and a second airtight container member , and the first airtight container member and the second airtight container member are slidable with each other in a movable direction of the movable conductor .
Hydraulic damper comprising a cylindrical body , a damper piston fixed to the end of a rod , sliding axially in this body , and a hydraulic end-of-stroke braking stop arranged between the damper piston and a bottom of the body , the end-of-stroke stop comprises a stop piston delimiting an adjustment chamber between this end-of-stroke stop and the bottom of the body , equipped with a valve leaving a passage free for filling the adjusting chamber and a restriction channel for emptying it, characterized in that the damper has a device for maximum axial spacing between the limit stop and the damper piston and has a spacing spring which tends to increase this spacing.
A heater-cooler apparatus (1; 2) for a perfusion system heat exchanger , wherein the heater-cooler apparatus comprises a heater-cooler device and antimicrobial fluid, characterised in that the heater-cooler apparatus further comprises an intermediate heat exchanger between the heater-cooler device and an intermediate passage , wherein the heater-cooler device is provided to supply heater-cooler fluid to the intermediate heat exchanger, the intermediate passage is provided for an intermediate fluid to be supplied to the perfusion system heat exchanger, and wherein the intermediate heat exchanger permits heat exchange between the heater-cooler fluid and the intermediate fluid, whereby the heater-cooler fluid is fluidically isolated from the perfusion system heat exchanger, and wherein the heater-cooler fluid and/or the intermediate fluid is constituted by anti-microbial fluid.
A method for performing a random access procedure to a network at a user equipment, UE, having a first medium access control, MAC, entity and a second MAC entity in a wireless communication system, the random access procedure comprising: transmitting a random access preamble to the network (S501); monitoring a random access response to the random access preamble from the network (S502, S1340); and in a case of not successful reception of the random access response, performing incrementing by 1 a counter value associated with a transmission power of random access preamble, and reselecting a random access resource (S1360), the method comprising: instructing, by the first MAC entity of the UE to a physical, PHY, entity of the UE, a transmission of the random access preamble (S1320); informing, by the PHY entity to the first MAC entity, an indication associated with not performing the random access preamble transmission, when the PHY entity did not transmit the random access preamble (S1410); and continuing, at the first MAC entity of the UE, the random access procedure for the case of not successful reception of the random access response without incrementing the counter value associated with the transmission power of random access preamble, if the indication has been received from the PHY entity of the UE (S1420, S1420-1). transmitting a random access preamble to the network (S501); monitoring a random access response to the random access preamble from the network (S502, S1340); and in a case of not successful reception of the random access response, performing incrementing by 1 a counter value associated with a transmission power of random access preamble, and reselecting a random access resource (S1360), the method comprising: instructing, by the first MAC entity of the UE to a physical, PHY, entity of the UE, a transmission of the random access preamble (S1320); informing, by the PHY entity to the first MAC entity, an indication associated with not performing the random access preamble transmission, when the PHY entity did not transmit the random access preamble (S1410); and continuing, at the first MAC entity of the UE, the random access procedure for the case of not successful reception of the random access response without incrementing the counter value associated with the transmission power of random access preamble, if the indication has been received from the PHY entity of the UE (S1420, S1420-1). instructing, by the first MAC entity of the UE to a physical, PHY, entity of the UE, a transmission of the random access preamble (S1320); informing, by the PHY entity to the first MAC entity, an indication associated with not performing the random access preamble transmission, when the PHY entity did not transmit the random access preamble (S1410); and continuing, at the first MAC entity of the UE, the random access procedure for the case of not successful reception of the random access response without incrementing the counter value associated with the transmission power of random access preamble, if the indication has been received from the PHY entity of the UE (S1420, S1420-1).
An image-reading device for reading an image by moving a recording medium (M) and a reading range (R) relative to each other, the recording medium (M) having the image recorded thereon and the reading range (R) being a range in which a part of the image is read, the device comprising: a light source ; a light-blocking part which blocks light that is emitted from the light source and goes toward the recording medium (M); and a reading means which reads the image recorded on the recording medium (M) by detecting light that passes through a slit provided in the light-blocking part from among reflected light of light that is emitted from the light source , passes through the slit and enters the reading range (R) in the recording medium (M), characterized in that a width (L) of the slit in a direction orthogonal to the extending direction of the slit is less than twice a distance (D) between the recording medium (M) and an end of the slit in the light-blocking part , the end being on a side opposite to a side facing the recording medium (M). a light source ; a light-blocking part which blocks light that is emitted from the light source and goes toward the recording medium (M); and a reading means which reads the image recorded on the recording medium (M) by detecting light that passes through a slit provided in the light-blocking part from among reflected light of light that is emitted from the light source , passes through the slit and enters the reading range (R) in the recording medium (M), characterized in that a width (L) of the slit in a direction orthogonal to the extending direction of the slit is less than twice a distance (D) between the recording medium (M) and an end of the slit in the light-blocking part , the end being on a side opposite to a side facing the recording medium (M).
A process for producing complexes of a protein having an isoelectric point of at least 7 with casein comprising the steps of: a. providing a solution of a protein having an isoelectric point of at least 7 and casein at a pH in the range of 6.5 to 7.5; b. ramping up the temperature from the denaturation temperature of the protein having an isoelectric point of 7 or more to a temperature in the range of 85 to 95°C; c. holding the solution at a temperature of 85 to 95°C for at least 30 seconds; and d. ramping down the temperature from 85-95°C to a temperature below 5°C over a period of at least 30 minutes. e. holding the solution at a temperature below 5°C for at least 15 minutes. a. providing a solution of a protein having an isoelectric point of at least 7 and casein at a pH in the range of 6.5 to 7.5; b. ramping up the temperature from the denaturation temperature of the protein having an isoelectric point of 7 or more to a temperature in the range of 85 to 95°C; c. holding the solution at a temperature of 85 to 95°C for at least 30 seconds; and d. ramping down the temperature from 85-95°C to a temperature below 5°C over a period of at least 30 minutes. e. holding the solution at a temperature below 5°C for at least 15 minutes.
A method of inspecting and monitoring an elevator installation comprising the steps of: a) providing an autonomous flying object , the autonomous flying object having at least one sensor ; b) sending the autonomous flying object to the elevator installation ; c) selectively providing the autonomous flying object access into and out of a hoistway of the elevator installation ; d) positioning the autonomous flying object within the hoistway ; and e) sending data collected by the sensor of the autonomous flying object to a remote elevator service center . a) providing an autonomous flying object , the autonomous flying object having at least one sensor ; b) sending the autonomous flying object to the elevator installation ; c) selectively providing the autonomous flying object access into and out of a hoistway of the elevator installation ; d) positioning the autonomous flying object within the hoistway ; and e) sending data collected by the sensor of the autonomous flying object to a remote elevator service center .
Ophthalmic lens fastening, comprising a structural part and a sleeve , wherein the sleeve is slidable into an elongated hole of an ophthalmic lens and one end of the structural part is slidable into the sleeve such that a latching connection with a press fit is formed, wherein on one face, the sleeve comprises a stop head which is greater in dimension than a dimension of the elongated hole and consequently bears against the ophthalmic lens , characterized in that the structural part comprises parallel fastening pins with barb-like bulges , and in that on another face situated oppositely to the face of the stop head , the sleeve comprises a bead-like rim that is formed as a result of displacement of material of the sleeve when the structural part is inserted, wherein the displacement of material is made by a fastening web at a part of the sleeve which projects above the edge of the ophthalmic lens , wherein the fastening web is connecting the two parallel fastening pins , and wherein the fastening web in the inserted position closes directly with a rear face of the sleeve .