mhurhangee/patent-ind-claim-en huggingface dataset:
A device for inserting an intervertebral prosthesis into a space (IS) between two adjacent vertebrae (V), the device comprising: an elongate rigid shaft having a proximal end and a distal end; an adjustable grasping member at the distal end adapted to releasably grasp endplates of the intervertebral prosthesis such that the endplates are constrained from articulating and such that an outer diameter of the grasping member does not extend beyond a largest diameter of the endplates ; and an actuator disposed near the proximal end of the shaft and coupled with the grasping member for adjusting the grasping member to grasp and release the prosthesis , wherein the grasping member is adapted for pushing the prosthesis into the space (IS) between the two vertebrae (V) either while grasping the prosthesis or after releasing the prosthesis , characterized in that the grasping member comprises movable opposing jaws to simultaneously grasp an outer surface of the inner rims of the endplates . an elongate rigid shaft having a proximal end and a distal end; an adjustable grasping member at the distal end adapted to releasably grasp endplates of the intervertebral prosthesis such that the endplates are constrained from articulating and such that an outer diameter of the grasping member does not extend beyond a largest diameter of the endplates ; and an actuator disposed near the proximal end of the shaft and coupled with the grasping member for adjusting the grasping member to grasp and release the prosthesis ,
An automatic cruise control system for controlling at least a powertrain of a vehicle , the cruise control system being configured to automatically control a vehicle speed (v) to a target speed (v target ) determined based on a set speed (v set ) and on information relating to a road topography along an expected travelling route of the vehicle, characterized in that the automatic cruise control system is configured to: - while automatically controlling the vehicle speed (v) to the target speed (v target ), receive an indication that a slippery road condition applies or is expected to apply, - in response to receiving said indication, activate a predefined slippery road condition driving mode in which predetermined restrictions apply, said restrictions relating to at least an allowable vehicle acceleration as the vehicle approaches and/or enters a detected uphill road section along the expected travelling route, - control at least the powertrain in accordance with the slippery road condition driving mode. - while automatically controlling the vehicle speed (v) to the target speed (v target ), receive an indication that a slippery road condition applies or is expected to apply, - in response to receiving said indication, activate a predefined slippery road condition driving mode in which predetermined restrictions apply, said restrictions relating to at least an allowable vehicle acceleration as the vehicle approaches and/or enters a detected uphill road section along the expected travelling route, - control at least the powertrain in accordance with the slippery road condition driving mode.
A dishwasher comprising a body ; a washing tub which is provided in the body and wherein the washing process is performed; a filter group provided at the base of the washing tub and having a main strainer which strains the dirt particles breaking off from the kitchen items placed into the washing tub and a microfilter and a coarse filter which are positioned under the main strainer ; a plurality of spray arms which provide the delivery of water to the kitchen items in the washing tub ; a circulation pump which enables the water to be guided to the spray arms ; and a mechanical water guiding valve which enables the water to be guided to the desired spray arms in order, characterized by the mechanical water guiding valve having a gear group composed of a plurality of gears which provide the disintegration of the dirt particles that cannot be filtered by the filter group .
A nanofibrillar cellulose, wherein said nanofibrillar cellulose is in the form of hydrogel or membrane, has an average degree of polymerization greater than 1000 using ISO 5351 and a storage modulus between 0.3 and 20 Pa according to the method described in the description, when dispersed to a concentration of 0.5 w% in water, and wherein said nanofibrillar cellulose is of plant origin, delaminated cellulose pulp, and has a number average diameter between 2 and 15 nm according to the method described in the description.
A synchronizing unit for a manual transmission, comprising a first synchronizer ring , a second synchronizer ring , at least one thrust piece , and two annular springs , the first synchronizer ring and the second synchronizer ring being arranged coaxially and so as to be rotatable about a synchronizer ring axis , and the first synchronizer ring and the second synchronizer ring each having a friction cone portion with a radially inside friction surface and each having a locking toothing portion , and the first synchronizer ring and the second synchronizer ring being arranged relative to each other such that the locking toothing portions are arranged at opposite axial ends of the synchronizer rings , one of the annular springs being arranged on a radially outer surface of the friction cone portion of the first synchronizer ring and the other of the annular springs being arranged on a radially outer surface of the friction cone portion of the second synchronizer ring , and the two annular springs being coupled in the axial direction by means of the at least one thrust piece , characterized in that in the installation position and as viewed in the axial direction, the thrust piece has a U-shaped cross section with an open side facing radially inwards. a first synchronizer ring , a second synchronizer ring , at least one thrust piece , and two annular springs , the first synchronizer ring and the second synchronizer ring being arranged coaxially and so as to be rotatable about a synchronizer ring axis , and the first synchronizer ring and the second synchronizer ring each having a friction cone portion with a radially inside friction surface and each having a locking toothing portion , and the first synchronizer ring and the second synchronizer ring being arranged relative to each other such that the locking toothing portions are arranged at opposite axial ends of the synchronizer rings , one of the annular springs being arranged on a radially outer surface of the friction cone portion of the first synchronizer ring and the other of the annular springs being arranged on a radially outer surface of the friction cone portion of the second synchronizer ring , and the two annular springs being coupled in the axial direction by means of the at least one thrust piece , characterized in that in the installation position and as viewed in the axial direction, the thrust piece has a U-shaped cross section with an open side facing radially inwards.
A gap configuration method comprising: receiving, by a first user equipment, UE, first enabling information from a network device, wherein the first enabling information is used to indicate whether a first need configuration of a first gap is enabled, the first gap comprise one or more gaps comprising at least one of N gap types, and N is a positive integer, the first gap comprises a gap for a second UE, the first UE and the second UE are different UEs in a same terminal device, and the first UE and the second UE correspond to different subscriber identity modules, SIMs; sending , by the first UE, first request information to the network device in a case that the first enabling information indicates that the first need configuration is enabled, wherein the first request information is used to request a first target gap, and a gap type of the first target gap is at least one of the N gap types; and receiving, by the first UE, first configuration information from the network device, wherein the first configuration information is used to configure the first target gap. receiving, by a first user equipment, UE, first enabling information from a network device, wherein the first enabling information is used to indicate whether a first need configuration of a first gap is enabled, the first gap comprise one or more gaps comprising at least one of N gap types, and N is a positive integer, the first gap comprises a gap for a second UE, the first UE and the second UE are different UEs in a same terminal device, and the first UE and the second UE correspond to different subscriber identity modules, SIMs; sending , by the first UE, first request information to the network device in a case that the first enabling information indicates that the first need configuration is enabled, wherein the first request information is used to request a first target gap, and a gap type of the first target gap is at least one of the N gap types; and receiving, by the first UE, first configuration information from the network device, wherein the first configuration information is used to configure the first target gap.
A method of operating an air-conditioning system for an aircraft comprising: compressing ambient air with a compressor (14;102) driven by a shaft in communication with a motor (16;104) and a turbine (18;106); forwarding the compressed air to an aircraft cabin for circulation; removing circulated compressed air from the aircraft cabin; forwarding the circulated compressed air to the turbine; depressurizing the circulated compressed air in the turbine; and capturing energy created by depressurizing the circulated compressed air, wherein the captured energy from depressurizing the circulated compressed air reduces the energy required to operate the air-conditioning system; characterised by : receiving an available power level signal indicative of the available power in the aircraft from a control system of the aircraft; and based on a determination that the available power level signal exceeds a threshold value, forwarding air from a second compressed air source (22;103) to the aircraft cabin. compressing ambient air with a compressor (14;102) driven by a shaft in communication with a motor (16;104) and a turbine (18;106); forwarding the compressed air to an aircraft cabin for circulation; removing circulated compressed air from the aircraft cabin; forwarding the circulated compressed air to the turbine; depressurizing the circulated compressed air in the turbine; and capturing energy created by depressurizing the circulated compressed air, wherein the captured energy from depressurizing the circulated compressed air reduces the energy required to operate the air-conditioning system; characterised by : receiving an available power level signal indicative of the available power in the aircraft from a control system of the aircraft; and based on a determination that the available power level signal exceeds a threshold value, forwarding air from a second compressed air source (22;103) to the aircraft cabin. receiving an available power level signal indicative of the available power in the aircraft from a control system of the aircraft; and based on a determination that the available power level signal exceeds a threshold value, forwarding air from a second compressed air source (22;103) to the aircraft cabin.
A hinged flip-top cap with a tamper-evident inner ring comprising: - a base portion , - a flip-top lid , wherein said flip-top lid is connected by means of a hinge arrangement which is foldable with respect to said base portion so that said lid can be tilted with respect to the base portion so that the lid can be moved between a closed position above said base portion and an open position detached and rotated from the same, - an inner ring with respect to both said lid and said base portion as a tamper-evident element which reveals whether a first opening between the parts has been effected, wherein said inner ring comprises a first annular portion having a larger diameter and a second annular portion with a smaller diameter connected to each other by means of at least two frangible bridges , the annular portion having a larger diameter constrained to the lid and the other annular portion in engagement with the base portion , characterized in that said base portion extends into a pourer portion , and said inner ring in said first annular portion having a larger diameter provides at least two toothings on one of its outer surfaces, circumferentially spaced apart and radially protruding outwardly, and said lid has at least two openings in one of its side walls, likewise circumferentially spaced apart suitable for receiving said at least two toothings . - a base portion , - a flip-top lid , wherein said flip-top lid is connected by means of a hinge arrangement which is foldable with respect to said base portion so that said lid can be tilted with respect to the base portion so that the lid can be moved between a closed position above said base portion and an open position detached and rotated from the same, - an inner ring with respect to both said lid and said base portion as a tamper-evident element which reveals whether a first opening between the parts has been effected,
A method for forming an adhesive for applying to a substrate comprising: providing a first component in a liquid state, which has a viscosity of at least 0.001 Pa·s at 23°C as measured by viscosimeter and includes an epoxy based material; providing a second component in a solid state, which has a pre-determined softening temperature of at least 40°C as measured by thermal mechanical analysis, and that includes at least one polymeric ingredient and an epoxy based material; wherein one of the first component and second component contains a curing agent, and one of the first component and second component contains a curing agent accelerator, and only one of the components includes a curing agent accelerator while the other includes a curing agent; heating at least the second component to a temperature above the softening temperature; mixing the first and second component in an extruder to define a homogeneous mixture and forming an uncured activatable adhesive that upon cooling to room temperature is optionally dry to the touch; and applying the uncured activatable adhesive to a metallic substrate. providing a first component in a liquid state, which has a viscosity of at least 0.001 Pa·s at 23°C as measured by viscosimeter and includes an epoxy based material; providing a second component in a solid state, which has a pre-determined softening temperature of at least 40°C as measured by thermal mechanical analysis, and that includes at least one polymeric ingredient and an epoxy based material; wherein one of the first component and second component contains a curing agent, and one of the first component and second component contains a curing agent accelerator, and only one of the components includes a curing agent accelerator while the other includes a curing agent; heating at least the second component to a temperature above the softening temperature; mixing the first and second component in an extruder to define a homogeneous mixture and forming an uncured activatable adhesive that upon cooling to room temperature is optionally dry to the touch; and applying the uncured activatable adhesive to a metallic substrate.
A method for managing a User Equipment, UE, by an eNodeB in a wireless communication system supporting a Proximity Service, ProSe, communication, the method comprising: determining whether the UE is in an idle state, wherein the idle state is a state in which both an infrastructure communication and the ProSe communication are not performed; based on the UE being determined to be in the idle state, starting a Radio Resource Control, RRC, inactivity timer; and based on the RRC inactivity timer being started, performing an S1 release procedure after expiration of the RRC inactivity timer. determining whether the UE is in an idle state, wherein the idle state is a state in which both an infrastructure communication and the ProSe communication are not performed; based on the UE being determined to be in the idle state, starting a Radio Resource Control, RRC, inactivity timer; and based on the RRC inactivity timer being started, performing an S1 release procedure after expiration of the RRC inactivity timer.
Trailer brake hydraulic circuit for a vehicle-trailer combination comprising a trailer brake valve, a control line and a supplementary line for controlling respective brakes of a trailer of said vehicle-trailer combination, said trailer brake hydraulic circuit comprising a safety valve , said safety valve being fluidly interposed between said trailer brake valve and said supplementary line, said trailer brake hydraulic circuit being characterized in that said- safety valve comprises a first opening fluidly connected to receive a first pilot signal (X 1 ) derived from vehicle-trailer braking circuit, a second opening fluidly connected to receive a second pilot signal (X 2 ) derived from said control line, a third opening fluidly connected to a source of fluid in pressure of said circuit, a fourth opening fluidly connected to a supplementary line brake of said trailer brake circuit and a fifth opening fluidly connected to a discharge , said safety valve comprising: - a main spool fluidly connected to said third, fourth and fifth openings and configured to assume a first position into which said fourth opening is connected to discharge and a second position into which said fourth opening is connected to said source of fluid in pressure, said main spool being actuated hydraulically in said positions by the equilibrium between said first and second pilot signals (X 1 , X 2 ), and - a selection spool configured to selectively allow the passage of said second pilot signal (X 2 ) to said main spool in function of the activation of a park brake of said vehicle-trailer combination, said selection spool is an electro-actuated valve, said electro-actuated valve being actuated by an electric signal (Z 1 ) generated in function of the status of said park brake. - a main spool fluidly connected to said third, fourth and fifth openings and configured to assume a first position into which said fourth opening is connected to discharge and a second position into which said fourth opening is connected to said source of fluid in pressure, said main spool being actuated hydraulically in said positions by the equilibrium between said first and second pilot signals (X 1 , X 2 ), and - a selection spool configured to selectively allow the passage of said second pilot signal (X 2 ) to said main spool in function of the activation of a park brake of said vehicle-trailer combination, said selection spool is an electro-actuated valve, said electro-actuated valve being actuated by an electric signal (Z 1 ) generated in function of the status of said park brake.
A method for authenticating a first wireless communication node, comprising: transmitting a first message from a distributed unit, DU, 102-1A, 102-A) of the first wireless communication node (102-1) to a central unit, CU, (102-1B, 102-B) of the first wireless communication node, wherein the first message comprises first integrity information of at least one first information block configured by the DU; receiving a second message by the DU of the first wireless communication node from the CU of the first wireless communication node, wherein the second message comprises second integrity information of at least one second information block configured by the CU; and transmitting a system message, comprising the at least one first information block and the at least one second information block, from the first wireless communication node to a wireless communication device , wherein the system message comprises third integrity information to be used by the wireless communication device to determine fourth integrity information, the third integrity information comprising the first integrity information and the second integrity information. transmitting a first message from a distributed unit, DU, 102-1A, 102-A) of the first wireless communication node (102-1) to a central unit, CU, (102-1B, 102-B) of the first wireless communication node, wherein the first message comprises first integrity information of at least one first information block configured by the DU; receiving a second message by the DU of the first wireless communication node from the CU of the first wireless communication node, wherein the second message comprises second integrity information of at least one second information block configured by the CU; and transmitting a system message, comprising the at least one first information block and the at least one second information block, from the first wireless communication node to a wireless communication device , wherein the system message comprises third integrity information to be used by the wireless communication device to determine fourth integrity information, the third integrity information comprising the first integrity information and the second integrity information.
A content sending device , comprising: a communication part configured to be connectable to an external device ; a storage part configured to store a content and an attribute information of the content; and a controller configured to send the attribute information comprising a title of the content stored in an element of a tag, wherein, if the controller is able to send the content, the controller is configured to send the content based on a request from the external device, and wherein, if the controller is unable to send the content, the controller is configured to process the attribute information by replacing the title of the content stored in the element of the tag with a predetermined operation instruction, send the processed attribute information providing the predetermined operation instruction stored in the element of the tag to the external device and execute an operation based on the predetermined operation instruction selected from the external device . a communication part configured to be connectable to an external device ; a storage part configured to store a content and an attribute information of the content; and a controller configured to send the attribute information comprising a title of the content stored in an element of a tag, wherein, if the controller is able to send the content, the controller is configured to send the content based on a request from the external device, and wherein, if the controller is unable to send the content, the controller is configured to process the attribute information by replacing the title of the content stored in the element of the tag with a predetermined operation instruction, send the processed attribute information providing the predetermined operation instruction stored in the element of the tag to the external device and execute an operation based on the predetermined operation instruction selected from the external device .