mhurhangee/patent-ind-claim-en huggingface dataset:
A lateral grinding drill with continuously variable angle for use in orthopedics surgery, comprising a tube body component and a grinding head arranged at the front end of the tube body component, the tube body component including an outer tube body and an inner tube body which is coaxially arranged inside the outer tube body and configured to be rotatablely fit with the outer tube body and the grinding head , the grinding head being configured to be driven to pitch by rotating to a certain angle with respect to a certain axis of the tube body component to effect the continuously variable angle, the outer tube body also being configured to rotate the grinding head about its own axis to effect the torque for the lateral grinding, the front end of the outer tube body being articulated with a grinding head mount sheath in a single degree of freedom mode, the grinding head being mounted on the grinding head mount sheath and configure to be rotatably fit with the grinding head mount sheath along the circumferential direction, and the grinding head having a grinding blade extending out of the grinding head mount sheath ; and the grinding head mount sheath is provided with a reciprocating middle part configured to drive the grinding head mount sheath to pitch in the rotation direction of the articulation, wherein the reciprocating middle part is a middle tube body located between the inner tube body and the outer tube body , characterized in that : the reciprocating middle part at least has movement space in the direction of the pitching motion of the grinding head mount sheath and there is radial movement space between the middle tube body and the inner tube body , and between the middle tube body and the outer tube body , the radial movement space accommodating the radial displacement caused by the middle tube body when the grinding head mount sheath is driven to pitch.
A device interface component of a peripheral computing device , comprising: an electrical connection protrusion configured to insert in a corresponding electrical receptacle of a computing device ; a magnetically connectable docking member configured to magnetically attract or to be magnetically attracted to a corresponding docking component on the computing device ; and a support rail configured to support the electrical connection protrusion and the magnetically connectable docking member , wherein a first centerline of the magnetically connectable docking member is offset from a second centerline of the electrical connection protrusion , promoting a rotational motion for the electrical connection protrusion , thereby causing engagement with the corresponding electrical receptacle . an electrical connection protrusion configured to insert in a corresponding electrical receptacle of a computing device ; a magnetically connectable docking member configured to magnetically attract or to be magnetically attracted to a corresponding docking component on the computing device ; and a support rail configured to support the electrical connection protrusion and the magnetically connectable docking member , wherein a first centerline of the magnetically connectable docking member is offset from a second centerline of the electrical connection protrusion , promoting a rotational motion for the electrical connection protrusion , thereby causing engagement with the corresponding electrical receptacle .
An intermediate storage dosing unit for taking samples of a fluid comprising a container with an inlet and a two-way outlet, wherein the two-way outlet comprises - a riser pipe as a first outlet, and - a drain as a second outlet, characterized in that the riser pipe is aligned within the container so that the fluid can be gravitationally introduced into the drain opening. - a riser pipe as a first outlet, and - a drain as a second outlet,
A mobile communications device comprising: a near field communication "NFC" device ; and a processor coupled with said NFC device, said processor being configured to operate a first NFC applet and a second NFC applet , characterized in that the processor is further configured to: determine whether concurrent enabling of the first NFC applet and the second NFC applet will cause a compatibility conflict, and concurrently enable the first NFC applet and the second NFC applet for communicating data via said NFC device based upon a determination that concurrent enabling of the first NFC applet and the second NFC applet will not cause the compatibility conflict. a near field communication "NFC" device ; and a processor coupled with said NFC device, said processor being configured to operate a first NFC applet and a second NFC applet , characterized in that the processor is further configured to: determine whether concurrent enabling of the first NFC applet and the second NFC applet will cause a compatibility conflict, and concurrently enable the first NFC applet and the second NFC applet for communicating data via said NFC device based upon a determination that concurrent enabling of the first NFC applet and the second NFC applet will not cause the compatibility conflict. determine whether concurrent enabling of the first NFC applet and the second NFC applet will cause a compatibility conflict, and concurrently enable the first NFC applet and the second NFC applet for communicating data via said NFC device based upon a determination that concurrent enabling of the first NFC applet and the second NFC applet will not cause the compatibility conflict.
Method for local tempering of a fiber preform , comprising the steps a) Contacting at least one electrical electrode on an outer side of the fiber preform b) Contacting at least one electrical counter electrode at a distance from the at least one electrode on the same outer side of the fiber preform , c) Applying a contact pressure (F) in the direction of the fiber preform to compact the fibers of the fiber preform in the region of the contacted electrode and counter electrode , and d) Applying an electrical voltage to the contacted electrode and/or counter electrode by means of an electrical energy source to generate a current flow in the fiber preform between the contacted electrode and counter electrode , characterized in that the at least one electrode and/or counter electrode is moved over the outer side of the fiber preform during contact with the outer side of the fiber preform and during the application of the voltage and/or that the fiber preform is moved during contact with the electrode and/or counter electrode on the outer side and during the application of the voltage. a) Contacting at least one electrical electrode on an outer side of the fiber preform b) Contacting at least one electrical counter electrode at a distance from the at least one electrode on the same outer side of the fiber preform , c) Applying a contact pressure (F) in the direction of the fiber preform to compact the fibers of the fiber preform in the region of the contacted electrode and counter electrode , and d) Applying an electrical voltage to the contacted electrode and/or counter electrode by means of an electrical energy source to generate a current flow in the fiber preform between the contacted electrode and counter electrode ,
Device for detecting the loss of a ski , said ski being provided with a binding trapping a boot so as to secure it to said ski , said detection device comprising a proximity detector fixed to the ski or the binding and the boot and able to detect whether or not the boot is close to the ski and/or to its binding and to emit an alert signal when the boot is no longer close to the ski and/or to its binding , said proximity detector being without any mechanical connection between the boot and the ski and/or its binding , said detection device being characterised in that it comprises a speed sensor associated with said proximity detector and able to measure the linear speed of the skier and therefore of the ski and to enable the emission of the alert signal by the proximity detector only when said linear speed reaches or exceeds a predetermined critical threshold.
A method performed by a user equipment comprising: receiving a traffic steering command at the user equipment ; and changing, responsive to receiving the command, at least one rule or parameter by which the user equipment operates with a radio access network; characterised in that the changing the at least one rule or parameter by which the user equipment operates with a radio access network comprises disabling a behaviour of a first standard in favor of a behaviour of a second standard when the traffic steering command is received; wherein the first standard and the second standard are for aggregation and/or interworking. receiving a traffic steering command at the user equipment ; and changing, responsive to receiving the command, at least one rule or parameter by which the user equipment operates with a radio access network; characterised in that the changing the at least one rule or parameter by which the user equipment operates with a radio access network comprises disabling a behaviour of a first standard in favor of a behaviour of a second standard when the traffic steering command is received; wherein the first standard and the second standard are for aggregation and/or interworking.
A system for securing a cross bar to a spinal fusion construct connected to a spine, comprising: a connector having: a rod receiving portion adapted to receive a spinal fusion rod of the spinal fusion construct therein; and a cross bar receiving portion having a receptacle adapted to receive the cross bar therein in an orientation generally perpendicular to the spinal fusion rod when the spinal fusion rod is received within the rod receiving portion ; the system being characterized in that it comprises: a dilator having: a generally tubular body having a proximal end and a distal end and defining a passageway therealong, the passageway being adapted to receive the connector therein; and an attachment structure shaped to attach to a portion of the spinal fusion construct by receiving said portion of the spinal fusion construct. a connector having: a rod receiving portion adapted to receive a spinal fusion rod of the spinal fusion construct therein; and a cross bar receiving portion having a receptacle adapted to receive the cross bar therein in an orientation generally perpendicular to the spinal fusion rod when the spinal fusion rod is received within the rod receiving portion ; a rod receiving portion adapted to receive a spinal fusion rod of the spinal fusion construct therein; and a cross bar receiving portion having a receptacle adapted to receive the cross bar therein in an orientation generally perpendicular to the spinal fusion rod when the spinal fusion rod is received within the rod receiving portion ; the system being characterized in that it comprises: a dilator having: a generally tubular body having a proximal end and a distal end and defining a passageway therealong, the passageway being adapted to receive the connector therein; and an attachment structure shaped to attach to a portion of the spinal fusion construct by receiving said portion of the spinal fusion construct. a generally tubular body having a proximal end and a distal end and defining a passageway therealong, the passageway being adapted to receive the connector therein; and an attachment structure shaped to attach to a portion of the spinal fusion construct by receiving said portion of the spinal fusion construct.
An apparatus to provide welding type power, comprising: an input circuit configured to receive an AC input voltage having a first magnitude within a range of AC input voltages, and to generate a first DC voltage; a boost converter configured to receive the first DC voltage and output a second DC voltage having a fixed magnitude that is not dependent upon the first magnitude of the AC input voltage; an output circuit configured to receive the second DC voltage and convert the second DC voltage into welding type power; a control DC-DC converter configured to receive the first DC voltage and output a control power signal as a third DC voltage; a boost converter control component configured to receive the control power signal and generate a control signal to control operation of the boost converter; and an auxiliary AC power source configured to receive the second DC voltage from the boost converter and to generate an AC auxiliary output voltage. an input circuit configured to receive an AC input voltage having a first magnitude within a range of AC input voltages, and to generate a first DC voltage; a boost converter configured to receive the first DC voltage and output a second DC voltage having a fixed magnitude that is not dependent upon the first magnitude of the AC input voltage; an output circuit configured to receive the second DC voltage and convert the second DC voltage into welding type power; a control DC-DC converter configured to receive the first DC voltage and output a control power signal as a third DC voltage; a boost converter control component configured to receive the control power signal and generate a control signal to control operation of the boost converter; and an auxiliary AC power source configured to receive the second DC voltage from the boost converter and to generate an AC auxiliary output voltage.
An oxygenator with a hollow-fibre film bundle which at least in sections is surrounded by a bubble retention filter , wherein between hollow-fibre film bundle and bubble retention filter a gas-permeable supporting structure is arranged, wherein the supporting structure is flexible and exerts a compression pressure on the hollow-fibre film bundle so that an intermediate space is present between the supporting structure and the bubble retention filter.
A method for joining at least two components of a fuel cell , in particular for joining two individual plates of a fuel cell to form a bipolar plate , comprising the steps of: - providing a first component of the fuel cell and providing at least a second component of the fuel cell , and characterized by the step of: - emitting a pulsed laser beam from a laser device onto a rotating, polygon mirrored wheel , whereby the laser beam forms a joint line from a plurality of overlapping, dot-shaped and/or line-shaped joints on the components. - providing a first component of the fuel cell and providing at least a second component of the fuel cell , and characterized by the step of: - emitting a pulsed laser beam from a laser device onto a rotating, polygon mirrored wheel , whereby the laser beam forms a joint line from a plurality of overlapping, dot-shaped and/or line-shaped joints on the components.
Closing-edge safety device , having an elastically deformable profiled element , that incorporates a first side that serves to fasten the profiled element to a component part, and that incorporates a second side to be secured, where it incorporates on its second side a receiving compartment in which a safety switching strip with a plurality of contact elements that are connected to one another electroconductively is disposed, characterised in that, the profiled element forms a prechamber on the second side in front of the receiving compartment , and in that a switching stud is disposed in the prechamber , where the switching stud under the action of external force during local deformation of the profiled element is designed to disconnect the contact elements of the switching strip. having an elastically deformable profiled element , that incorporates a first side that serves to fasten the profiled element to a component part, and that incorporates a second side to be secured, where it incorporates on its second side a receiving compartment in which a safety switching strip with a plurality of contact elements that are connected to one another electroconductively is disposed, characterised in that, the profiled element forms a prechamber on the second side in front of the receiving compartment , and in that a switching stud is disposed in the prechamber , where the switching stud under the action of external force during local deformation of the profiled element is designed to disconnect the contact elements of the switching strip.
Diagnostic method for a vision sensor of a vehicle , the vision sensor having a desired range (2-1, 2-2, 2-3, 2-4, 3-1, 3-2, 3-3, 3-4, 4), having the steps of: - determining a first position (p1) and a direction of movement of the vehicle , - selecting a stationary landmark suitable for detection by the vision sensor from a landmark database, the landmark being in front of the vehicle in the direction of movement of the vehicle , a distance between the first position (p1) of the vehicle and the landmark being greater than the desired range (2-1, 2-2, 2-3, 2-4, 3-1, 3-2, 3-3, 3-4, 4) of the vision sensor, - detecting the landmark by means of the vision sensor and, in response to detection of the landmark taken place by the vision sensor, - determining a second position (p2) of the vehicle , - determining an actual range of the vision sensor as the distance between the second position (p2) of the vehicle and the landmark . - determining a first position (p1) and a direction of movement of the vehicle , - selecting a stationary landmark suitable for detection by the vision sensor from a landmark database, the landmark being in front of the vehicle in the direction of movement of the vehicle , a distance between the first position (p1) of the vehicle and the landmark being greater than the desired range (2-1, 2-2, 2-3, 2-4, 3-1, 3-2, 3-3, 3-4, 4) of the vision sensor, - detecting the landmark by means of the vision sensor and, in response to detection of the landmark taken place by the vision sensor, - determining a second position (p2) of the vehicle , - determining an actual range of the vision sensor as the distance between the second position (p2) of the vehicle and the landmark .
An electrospindle for automatic tool changing, comprising: - an electric motor , the rotating shaft of which supports at one end a collet-like coupling for interchangeable milling tools and the like, and, at an opposite end, a bladed tool , - an axial maneuvering rod , which is coaxial and passes through the rotating shaft , for opening and closing the collet-like coupling , said electrospindle being characterized in that it is configured so as to have direct access from the outside to said maneuvering rod in order to move the latter wherein said bladed tool comprises an annular blade-supporting body and a circular blade , said blade-supporting body being coaxial and concentric with respect to the rotating shaft wherein an external opening for direct access to the maneuvering rod is defined on the annular blade-supporting body . - an electric motor , the rotating shaft of which supports at one end a collet-like coupling for interchangeable milling tools and the like, and, at an opposite end, a bladed tool , - an axial maneuvering rod , which is coaxial and passes through the rotating shaft , for opening and closing the collet-like coupling , said electrospindle being characterized in that it is configured so as to have direct access from the outside to said maneuvering rod in order to move the latter wherein said bladed tool comprises an annular blade-supporting body and a circular blade , said blade-supporting body being coaxial and concentric with respect to the rotating shaft wherein an external opening for direct access to the maneuvering rod is defined on the annular blade-supporting body .
An addressing method for a User Equipment, UE, in an Ultra Dense Network, UDN, characterized by comprising: determining, by the UE, configuration information of an uplink position signal of the UE to be transmitted to the network side in the UDN ; and transmitting, by the UE, the uplink position signal carrying an identifier of the UE to a network side in accordance with the determined configuration information, to enable the network side to determine addressing information of the UE in accordance with the identifier of the UE, and address the UE in accordance with the identifier and the addressing information of the UE in the case that it is necessary to address the UE , wherein prior to transmit by the UE the uplink position signal carrying the identifier of the UE to the network side in accordance with the determined configuration information, the addressing method further comprises: enabling, by the UE, a function of transmitting the uplink position signal in accordance with a signaling received from the network side, wherein the signaling received from the network side is a predetermined common signaling or a signaling instructing the UE to enable the function of transmitting the uplink position signal. determining, by the UE, configuration information of an uplink position signal of the UE to be transmitted to the network side in the UDN ; and transmitting, by the UE, the uplink position signal carrying an identifier of the UE to a network side in accordance with the determined configuration information, to enable the network side to determine addressing information of the UE in accordance with the identifier of the UE, and address the UE in accordance with the identifier and the addressing information of the UE in the case that it is necessary to address the UE , wherein prior to transmit by the UE the uplink position signal carrying the identifier of the UE to the network side in accordance with the determined configuration information, the addressing method further comprises: enabling, by the UE, a function of transmitting the uplink position signal in accordance with a signaling received from the network side, wherein the signaling received from the network side is a predetermined common signaling or a signaling instructing the UE to enable the function of transmitting the uplink position signal. enabling, by the UE, a function of transmitting the uplink position signal in accordance with a signaling received from the network side, wherein the signaling received from the network side is a predetermined common signaling or a signaling instructing the UE to enable the function of transmitting the uplink position signal.