mhurhangee/patent-ind-claim-en huggingface dataset:
A method for attaching a grip onto a hollow golf club shaft at a handle region thereof, the grip having a tubular longitudinal sleeve with an upper portion, a lower portion and a medial portion between the upper and lower portions, the tubular longitudinal sleeve having a ratchet gear mounted at the upper portion thereof and having at least one radially extending ratchet arm embedded therein that is configured to engage with teeth of the ratchet gear, the method comprising: securing a first grip component at the upper portion of the tubular longitudinal sleeve onto the shaft at a back end of the handle region; securing a second grip component at the lower portion of the tubular longitudinal sleeve onto the shaft at a front end of the handle region; and after the first and second grip components are secured at the upper and lower portions of the tubular longitudinal sleeve onto the back and front ends of the handle region, respectively, tightening the tubular longitudinal sleeve medial portion onto the shaft by rotating the medial portion relative to the secured first and second grip components, thereby decreasing the internal diameter of the tubular longitudinal sleeve sleeve. securing a first grip component at the upper portion of the tubular longitudinal sleeve onto the shaft at a back end of the handle region; securing a second grip component at the lower portion of the tubular longitudinal sleeve onto the shaft at a front end of the handle region; and after the first and second grip components are secured at the upper and lower portions of the tubular longitudinal sleeve onto the back and front ends of the handle region, respectively, tightening the tubular longitudinal sleeve medial portion onto the shaft by rotating the medial portion relative to the secured first and second grip components, thereby decreasing the internal diameter of the tubular longitudinal sleeve sleeve.
A vehicle having at least two decks and a pneumatic elevator system, the pneumatic elevator system comprising: a coupling mechanism ; a shaft extending between the at least two decks, a base of the shaft mounted to a first deck structure of said at least two decks by the coupling mechanism that accommodates flexing of said first deck structure to enable said first deck structure to flex independently of the base of the shaft ; a cab within the shaft , the cab movable between said at least two decks; and a pneumatic system in selective communication with the interior of the shaft to generate a pressure differential within the interior of the shaft . a coupling mechanism ; a shaft extending between the at least two decks, a base of the shaft mounted to a first deck structure of said at least two decks by the coupling mechanism that accommodates flexing of said first deck structure to enable said first deck structure to flex independently of the base of the shaft ; a cab within the shaft , the cab movable between said at least two decks; and a pneumatic system in selective communication with the interior of the shaft to generate a pressure differential within the interior of the shaft .
A thrust washer for a flange half-bearing, the thrust washer comprising: a substantially semi-annular panel having an inner edge and outer edge; and hooking lugs projecting inwardly from the inner edge of the panel , wherein the hooking lugs have latching edges that are configured to engage within corresponding openings in a bearing shell received by the thrust washer and to prevent disconnection of the thrust washer and bearing shell without deformation of the bearing shell, each hooking lug has a hooking lug inner portion proximate, around the inner edge of the panel , to the central part of the thrust washer for engaging against edges of the openings in the bearing shell and a hooking lug outer portion remote, around the inner edge of the panel , from the central part of the thrust washer , characterised in that the hooking lug inner portion is thinner than the hooking lug outer portion .
A computer-implemented method for identifying a user to a communal computing device , wherein the communal computing device is an interactive digital whiteboard, the method comprising: receiving from the communal computing device a biometric feature of a person in proximity to the communal computing device, the communal computing device having a trust relationship with a cloud-based provider ; determining , via the cloud-based provider , a first identity associated with the biometric feature; detecting , via the cloud-based provider , a personal device in proximity to the communal computing device , the personal device also having the trust relationship with the cloud-based provider; determining , via the cloud-based provider , a second identity associated with the personal device ; matching , via the cloud-based provider , the first identity and the second identity to a user identity of the user ; and if there is a match then the cloud-based provider reporting the user identity to the communal computing device for recognizing the user on the communal computing device . receiving from the communal computing device a biometric feature of a person in proximity to the communal computing device, the communal computing device having a trust relationship with a cloud-based provider ; determining , via the cloud-based provider , a first identity associated with the biometric feature; detecting , via the cloud-based provider , a personal device in proximity to the communal computing device , the personal device also having the trust relationship with the cloud-based provider; determining , via the cloud-based provider , a second identity associated with the personal device ; matching , via the cloud-based provider , the first identity and the second identity to a user identity of the user ; and
A medical system comprising: a guide tube for directing instruments including an elongate guide tube body extending between a proximal end and a distal end, the guide tube body defining a first working channel Z for a first medical instrument, the first working channel extending from a first proximal opening to a first distal opening, and the guide tube body defining a second working channel for a second medical instrument, the second working channel extending from a second proximal opening to a second distal opening; an articulation portion articulated via a guide tube controller; a first steerable instrument having an elongate body and slidably disposed within the first working channel; and a second steerable instrument having an elongate body and slidably disposed within the second working channel; wherein a distal portion of the first working channel is angled relative to a distal portion of the second working channel , that the first steerable instrument exits the first distal opening at an angle relative to an axis along which the second steerable instrument exits the second distal opening, characterised by the medical system further comprising a diverging mechanism for directly applying a diverging force on the first and second steerable instruments, wherein the diverging mechanism is movable relative to the guide tube to cause divergence of the first and second steerable instruments . a guide tube for directing instruments including an elongate guide tube body extending between a proximal end and a distal end, the guide tube body defining a first working channel Z for a first medical instrument, the first working channel extending from a first proximal opening to a first distal opening, and the guide tube body defining a second working channel for a second medical instrument, the second working channel extending from a second proximal opening to a second distal opening; an articulation portion articulated via a guide tube controller; a first steerable instrument having an elongate body and slidably disposed within the first working channel; and a second steerable instrument having an elongate body and slidably disposed within the second working channel; wherein a distal portion of the first working channel is angled relative to a distal portion of the second working channel , that the first steerable instrument exits the first distal opening at an angle relative to an axis along which the second steerable instrument exits the second distal opening, characterised by the medical system further comprising a diverging mechanism for directly applying a diverging force on the first and second steerable instruments, wherein the diverging mechanism is movable relative to the guide tube to cause divergence of the first and second steerable instruments .
A system having a hose , a pipe socket , and a connector assembly comprising: a first retaining member adapted to be engaged with the pipe socket and the hose , a second retaining member adapted to be engaged with the pipe socket and the hose , and a sealing element , wherein the first and second retaining members are arranged spaced-apart along an axial direction of the connector assembly sandwiching the sealing element axially interposed between, characterised in that the first retaining member has a tapered end portion , the tapered end portion is adapted to be flexibly deformed in a radial direction of the hose , and the inner diameter of the tapered end portion is smaller than the outer diameter of a frontward end portion of the pipe socket . a first retaining member adapted to be engaged with the pipe socket and the hose , a second retaining member adapted to be engaged with the pipe socket and the hose , and a sealing element , wherein the first and second retaining members are arranged spaced-apart along an axial direction of the connector assembly sandwiching the sealing element axially interposed between, characterised in that the first retaining member has a tapered end portion , the tapered end portion is adapted to be flexibly deformed in a radial direction of the hose , and the inner diameter of the tapered end portion is smaller than the outer diameter of a frontward end portion of the pipe socket .
One or more non-transitory computer-readable media storing computer-executable instructions that upon execution cause one or more processors to perform acts comprising: receiving a request from a mobile network operator, MNO, to provide an embedded Subscriber Identity Module, eSIM, profile to an embedded Universal Integrated Circuit Card, eUICC, of a user device that is to receive telecommunication services from the MNO; in response to determining that a particular remote SIM provisioning, RSP, platform of a plurality of RSP platforms is able to provide the eSIM profile, directing the particular RSP platform to provision the eUICC of the user device with the eSIM profile; and in response to detection of a condition that affects an ability of the particular RSP platform to provide the eSIM profile, directing an alternative RSP platform of the plurality RSP platforms to provision the eUICC of the user device with the eSIM profile, wherein the condition is one of: detecting that a number of eSIM profiles provisioned by the particular RSP platform in a time period have reached a threshold limit; detecting via a bitmapping analysis that a batch of one or more eSIM profiles of the particular RSP platform is corrupt; or detecting that the particular RSP platform failed to provision the eUICC of the user device with the eSIM profile in a predetermined period of time or following a predetermined number of provisioning attempts. receiving a request from a mobile network operator, MNO, to provide an embedded Subscriber Identity Module, eSIM, profile to an embedded Universal Integrated Circuit Card, eUICC, of a user device that is to receive telecommunication services from the MNO; in response to determining that a particular remote SIM provisioning, RSP, platform of a plurality of RSP platforms is able to provide the eSIM profile, directing the particular RSP platform to provision the eUICC of the user device with the eSIM profile; and in response to detection of a condition that affects an ability of the particular RSP platform to provide the eSIM profile, directing an alternative RSP platform of the plurality RSP platforms to provision the eUICC of the user device with the eSIM profile, wherein the condition is one of: detecting that a number of eSIM profiles provisioned by the particular RSP platform in a time period have reached a threshold limit; detecting via a bitmapping analysis that a batch of one or more eSIM profiles of the particular RSP platform is corrupt; or detecting that the particular RSP platform failed to provision the eUICC of the user device with the eSIM profile in a predetermined period of time or following a predetermined number of provisioning attempts.
A core holder comprising: an outer body ; an internal sleeve in the outer body for storing a core sample ; an end cap couplable to the outer body and operable to move from an open position in which the end cap is uncoupled from the outer body to a closed position in which the core holder is sealed; a plurality of ports located on at least one of the outer body or the end cap to allow testing of the core sample ; and a valve on the outer body to regulate, direct, or control a flow of fluids and/or gases into or out of core holder to apply confining pressure between the outer body and the internal sleeve ; characterised in that the core holder is configured to be placed in x-ray computed tomography (CT) equipment to produce a three-dimensional representation of the core sample , and the outer body is an x-ray transparent material. an outer body ; an internal sleeve in the outer body for storing a core sample ; an end cap couplable to the outer body and operable to move from an open position in which the end cap is uncoupled from the outer body to a closed position in which the core holder is sealed; a plurality of ports located on at least one of the outer body or the end cap to allow testing of the core sample ; and a valve on the outer body to regulate, direct, or control a flow of fluids and/or gases into or out of core holder to apply confining pressure between the outer body and the internal sleeve ; characterised in that the core holder is configured to be placed in x-ray computed tomography (CT) equipment to produce a three-dimensional representation of the core sample , and the outer body is an x-ray transparent material.
A compound selected from the group consisting of: pharmaceutically acceptable salts, solvates, esters, and/or stereoisomers thereof.
An Integrated Circuit, IC, device, the IC device comprising: a semiconductor substrate ; a charge emitter embedded in the semiconductor substrate and configured to produce an electrical charge in the semiconductor substrate ; and a charge sensor embedded in the semiconductor substrate and configured to generate a response signal in response to the electrical charge produced in the semiconductor substrate , wherein the magnitude of the response signal depends on the thickness of the semiconductor substrate , characterized in that the IC device further comprises an emitter controller configured to control the magnitude of electrical charge produced by the charge emitter ; wherein the IC device further comprises at least one second charge emitter embedded in the semiconductor substrate and configured to produce a second electrical charge in the semiconductor substrate , wherein the emitter controller is further configured to control the at least one second charge emitter to produce the second electrical charge in the semiconductor substrate having the same magnitude as the electrical charge, wherein the charge sensor generates a second response signal in response to the second electrical charge, and wherein the IC device further comprises a response analysis unit configured to compare the second response signal to the response signal to determine a change in the thickness of the semiconductor substrate ; and wherein the IC device is configured to switch on the first charge emitter and the at least one second charge emitter simultaneously to increase the response signal generated by the charge sensor . a semiconductor substrate ; a charge emitter embedded in the semiconductor substrate and configured to produce an electrical charge in the semiconductor substrate ; and a charge sensor embedded in the semiconductor substrate and configured to generate a response signal in response to the electrical charge produced in the semiconductor substrate , wherein the magnitude of the response signal depends on the thickness of the semiconductor substrate , characterized in that the IC device further comprises an emitter controller configured to control the magnitude of electrical charge produced by the charge emitter ; wherein the IC device further comprises at least one second charge emitter embedded in the semiconductor substrate and configured to produce a second electrical charge in the semiconductor substrate , wherein the emitter controller is further configured to control the at least one second charge emitter to produce the second electrical charge in the semiconductor substrate having the same magnitude as the electrical charge, wherein the charge sensor generates a second response signal in response to the second electrical charge, and wherein the IC device further comprises a response analysis unit configured to compare the second response signal to the response signal to determine a change in the thickness of the semiconductor substrate ; and wherein the IC device is configured to switch on the first charge emitter and the at least one second charge emitter simultaneously to increase the response signal generated by the charge sensor .
A landing pad comprising: a landing platform ; a storage compartment , wherein said landing platform comprises a first door in a normally closed position which when open exposes the interior of said storage compartment such that a package can enter the storage compartment; a second door, being a storage compartment door which gives access to the storage compartment, wherein said second door is attached to said storage compartment ; and a storage door lock ; characterized in that said landing pad is configured to issue an emergency alert via an alarm and/or a visual indicator based on an emergency, wherein said emergency is a dangerous weather pattern or detection of a potential shooting. a landing platform ; a storage compartment , wherein said landing platform comprises a first door in a normally closed position which when open exposes the interior of said storage compartment such that a package can enter the storage compartment; a second door, being a storage compartment door which gives access to the storage compartment, wherein said second door is attached to said storage compartment ; and a storage door lock ;
A progressive force strap assembly , comprising: an elongate inelastic body having first and second portions, an elastic body having first and second ends, the first end of the elastic body anchored to the first portion of the inelastic body , the elastic body arranged to stretch a plurality of lengths and having a maximum stretchable length, and a tension limiter connected to the first and second ends of the elastic body , and arranged to inhibit a predetermined stretchable length of the elastic body short of the maximum stretchable length, characterized in that the progressive force strap assembly further comprises a dosing device coupled to the second end of the elastic body and permitting incremental adjustment of the inelastic body relative thereto. an elongate inelastic body having first and second portions, an elastic body having first and second ends, the first end of the elastic body anchored to the first portion of the inelastic body , the elastic body arranged to stretch a plurality of lengths and having a maximum stretchable length, and a tension limiter connected to the first and second ends of the elastic body , and arranged to inhibit a predetermined stretchable length of the elastic body short of the maximum stretchable length, characterized in that the progressive force strap assembly further comprises a dosing device coupled to the second end of the elastic body and permitting incremental adjustment of the inelastic body relative thereto.
A drill , comprising: a drill body comprising a rotation center axis; two cutting edges provided on a tip side of the drill body ; a chip evacuation flute provided to a rear of the two cutting edges and in a drill rotational direction from each of the two cutting edges ; and two heels provided in a drill counter rotation direction from the two cutting edges ; the chip evacuation flute comprising a cutting edge side wall surface at a position on the cutting edge side and a heel side wall surface at a position on the heel side, a drill tip angle (α) being from 170 to 190°; a web thickness (d) being from 0.10 to 0.25 times a diameter of the drill body ; a chip evacuation flute opening angle (γ) being from 85 to 110°; and in a cross-section orthogonal to the rotation center axis at a position where the chip evacuation flute is present, the chip evacuation flute having the form of a curved line, characterised in that the radius of curvature of said curved line gradually becomes smaller from an outer peripheral end (P) of the cutting edge side wall surface to an outer peripheral end (Q) of the heel side wall surface . a drill body comprising a rotation center axis; two cutting edges provided on a tip side of the drill body ; a chip evacuation flute provided to a rear of the two cutting edges and in a drill rotational direction from each of the two cutting edges ; and two heels provided in a drill counter rotation direction from the two cutting edges ; the chip evacuation flute comprising a cutting edge side wall surface at a position on the cutting edge side and a heel side wall surface at a position on the heel side, a drill tip angle (α) being from 170 to 190°; a web thickness (d) being from 0.10 to 0.25 times a diameter of the drill body ; a chip evacuation flute opening angle (γ) being from 85 to 110°; and in a cross-section orthogonal to the rotation center axis at a position where the chip evacuation flute is present, the chip evacuation flute having the form of a curved line, characterised in that the radius of curvature of said curved line gradually becomes smaller from an outer peripheral end (P) of the cutting edge side wall surface to an outer peripheral end (Q) of the heel side wall surface .