mhurhangee/patent-ind-claim-en huggingface dataset:
An insertion tool for inserting a threaded insert within a threaded opening of a support structure comprising: a rotatable mandrel having a mandrel insertion end and a driven end located at opposite ends of a longitudinal axis (A-A) of the mandrel; a first passage formed in the mandrel along a directional axis that is generally perpendicular to the longitudinal axis, the first passage defining a projection slot at an end thereof; a drive projection confined to travel within the first passage along the directional axis, the drive projection including a drive hook for engaging a threaded insert; a bias member engaged with the drive projection such that the bias member urges the drive projection to extend the drive hook proud of the projection slot, the tool characterised in that the mandrel includes an assembly slot , which assembly slot is formed opposite the projection slot , said assembly slot for installation of the drive projection therethrough; and wherein the mandrel is further formed with a stop portion to prevent or limit outward radial projection of the drive projection by engagement with a projection stop formed on the drive projection . a rotatable mandrel having a mandrel insertion end and a driven end located at opposite ends of a longitudinal axis (A-A) of the mandrel; a first passage formed in the mandrel along a directional axis that is generally perpendicular to the longitudinal axis, the first passage defining a projection slot at an end thereof; a drive projection confined to travel within the first passage along the directional axis, the drive projection including a drive hook for engaging a threaded insert; a bias member engaged with the drive projection such that the bias member urges the drive projection to extend the drive hook proud of the projection slot, the tool characterised in that the mandrel includes an assembly slot , which assembly slot is formed opposite the projection slot , said assembly slot for installation of the drive projection therethrough; and wherein the mandrel is further formed with a stop portion to prevent or limit outward radial projection of the drive projection by engagement with a projection stop formed on the drive projection . a drive projection confined to travel within the first passage along the directional axis, the drive projection including a drive hook for engaging a threaded insert; a bias member engaged with the drive projection such that the bias member urges the drive projection to extend the drive hook proud of the projection slot, the tool characterised in that the mandrel includes an assembly slot , which assembly slot is formed opposite the projection slot , said assembly slot for installation of the drive projection therethrough; and wherein the mandrel is further formed with a stop portion to prevent or limit outward radial projection of the drive projection by engagement with a projection stop formed on the drive projection .
A method comprising: forming a device heterostructure including an ohmic contact of an ohmic metal to a semiconductor layer in a set of semiconductor layers of the device heterostructure without etching the semiconductor layer , wherein the forming includes: applying a masking material on a set of contact regions corresponding to the ohmic contact on a surface of the semiconductor layer; forming a protruded region over a set of unmasked regions of the surface of the semiconductor layer after the applying; removing the masking material from each of the set of contact regions after forming the protruded region ; forming a set of highly conductive semiconducting layers on the set of contact regions after removing the masking material , wherein the forming the set of highly conductive semiconducting layers includes grading a molar fraction of at least one element of a material forming the set of highly conductive semiconducting layers with respect to a distance from an interface of the ohmic metal and the highly conductive semiconducting layers on the set of contact regions ; and forming the ohmic metal on the set of highly conductive semiconducting layers after formation of the protruded region , wherein the forming the ohmic metal is performed at a processing temperature lower than a temperature range within which a quality of a material forming any one of the set of semiconductor layers in the device heterostructure is damaged. applying a masking material on a set of contact regions corresponding to the ohmic contact on a surface of the semiconductor layer; forming a protruded region over a set of unmasked regions of the surface of the semiconductor layer after the applying; removing the masking material from each of the set of contact regions after forming the protruded region ; forming a set of highly conductive semiconducting layers on the set of contact regions after removing the masking material , wherein the forming the set of highly conductive semiconducting layers includes grading a molar fraction of at least one element of a material forming the set of highly conductive semiconducting layers with respect to a distance from an interface of the ohmic metal and the highly conductive semiconducting layers on the set of contact regions ; and forming the ohmic metal on the set of highly conductive semiconducting layers after formation of the protruded region , wherein the forming the ohmic metal is performed at a processing temperature lower than a temperature range within which a quality of a material forming any one of the set of semiconductor layers in the device heterostructure is damaged.
A tire comprising: a tread portion having a first tread edge (T1), and provided with a shoulder circumferential groove disposed adjacently to the first tread edge (T1) and extending continuously in the tire circumferential direction, so as to define a shoulder land portion between the shoulder circumferential groove and the first tread edge (T1), wherein the shoulder land portion is provided with shoulder lateral grooves extending from the shoulder circumferential groove to the first tread edge (T1), so as to circumferentially divide the shoulder land portion into shoulder blocks , each of the shoulder blocks is provided with a shoulder sipe which extends from one of the shoulder lateral grooves and ends within the shoulder block , and the shoulder lateral grooves include a tie-bar-equipped shoulder lateral groove which is provided with at least one tie bar raising from the groove bottom so as to connect between two of the shoulder blocks adjacent to the tie-bar-equipped shoulder lateral groove , characterized in that said at least one tie bar includes an axially outer tie bar positioned axially outside the center position in the tire axial direction of the tie-bar-equipped shoulder lateral groove . a tread portion having a first tread edge (T1), and provided with a shoulder circumferential groove disposed adjacently to the first tread edge (T1) and extending continuously in the tire circumferential direction, so as to define a shoulder land portion between the shoulder circumferential groove and the first tread edge (T1), wherein the shoulder land portion is provided with shoulder lateral grooves extending from the shoulder circumferential groove to the first tread edge (T1), so as to circumferentially divide the shoulder land portion into shoulder blocks , each of the shoulder blocks is provided with a shoulder sipe which extends from one of the shoulder lateral grooves and ends within the shoulder block , and the shoulder lateral grooves include a tie-bar-equipped shoulder lateral groove which is provided with at least one tie bar raising from the groove bottom so as to connect between two of the shoulder blocks adjacent to the tie-bar-equipped shoulder lateral groove , characterized in that said at least one tie bar includes an axially outer tie bar positioned axially outside the center position in the tire axial direction of the tie-bar-equipped shoulder lateral groove .
An intrafascicular neural electrode comprising: a microwire body having a proximal end , a distal end , and a middle anchoring portion extending between the proximal end and the distal end; wherein the middle anchoring portion has a spiral shape with turns that decrease in diameter from the proximal end to the distal end ); wherein the distal end has a straight, non-spiral shape; wherein a flexural rigidity of the distal end matches a flexural rigidity of a target nerve , wherein the proximal end is coated with an insulation material and the distal end is not coated with the insulation material, and wherein the insulation material is configured to adsorb one or more biocompatible agents present within a fascicle of the target nerve ; wherein the distal end is configured for implantation within the fascicle of the target nerve; wherein the middle anchoring portion serves to prevent pullout of the distal end once implanted; and wherein the distal end is in a same longitudinal axis as the proximal end. a microwire body having a proximal end , a distal end , and a middle anchoring portion extending between the proximal end and the distal end; wherein the middle anchoring portion has a spiral shape with turns that decrease in diameter from the proximal end to the distal end ); wherein the distal end has a straight, non-spiral shape; wherein a flexural rigidity of the distal end matches a flexural rigidity of a target nerve , wherein the proximal end is coated with an insulation material and the distal end is not coated with the insulation material, and wherein the insulation material is configured to adsorb one or more biocompatible agents present within a fascicle of the target nerve ; wherein the distal end is configured for implantation within the fascicle of the target nerve; wherein the middle anchoring portion serves to prevent pullout of the distal end once implanted; and wherein the distal end is in a same longitudinal axis as the proximal end.
Heating module of a heating channel of a moulding machine for the production of containers made from preforms, in which thermoplastic preforms are heated, with two opposite side walls, preferably, also with a bottom side and a top cover, wherein a main reflector is provided between the side wall and tubular heating devices emitting infrared radiation parallel and arranged on top of one another on a side wall of the heating module, as well as, optionally, a floor reflector in the floor area and a counter-reflector on the opposite side wall are provided, wherein at least the main reflector is made of ceramic material, characterized in that the main reflector is connected to the side wall via a dovetail connection, wherein, on each reflector , a connecting area is formed in the form of a dovetail, each of which can be fixed using a clasp made of metal, particularly spring steel, attached to the side wall with dimensions adapted to the dovetail.
A method for enabling caching of a portion of a media file in a User Equipment, UE connected to a mobile telecommunications network , performed by a caching server of the mobile telecommunications network, wherein the mobile telecommunications network comprises a radio network , and the caching server is configured to communicate with a media database, the method comprising: selecting the media file from the media database, of which a portion is to be cached in the UE ; determining a size of the portion of the media file to be cached, wherein the size is determined depending on characteristics of the media file ; wherein the characteristics of the media file comprises an estimated priority factor that reflects the predicted likelihood that a media file will be requested by the UE, and sending an instruction to the UE to cache the determined size of the portion of the media file in the UE . selecting the media file from the media database, of which a portion is to be cached in the UE ; determining a size of the portion of the media file to be cached, wherein the size is determined depending on characteristics of the media file ; wherein the characteristics of the media file comprises an estimated priority factor that reflects the predicted likelihood that a media file will be requested by the UE, and sending an instruction to the UE to cache the determined size of the portion of the media file in the UE .
A waterproof moisture-permeable fabric comprising a protective layer and a polyethylene microporous film that are stacked on each other with a synthetic rubber-based hot-melt adhesive, an olefinic hot-melt adhesive, or a composite hot-melt adhesive interposed therebetween, the fabric being characterized by having a nonpolar oil content of 2 g/m 2 or less, and a polar oil content of 0.01 g/m 2 or more and 6 g/m 2 or less.
Gas container comprising a gas distribution valve and an electronic measuring device arranged on said gas distribution valve , said electronic measuring device comprising a housing comprising a front panel comprising a digital display , the digital display comprising at least two juxtaposed information display regions comprising: - a first region in the form of a disc portion comprising a semicircular edge and a curved bar-graph gauge positioned along the semicircular edge , and - a rectangular second region , characterized in that the electronic measuring device further comprises a push button and an indicator lamp arranged in said front panel , the digital display being arranged in the centre of the front panel of the electronic measuring device , and the button and the indicator lamp being arranged above the digital display . - a first region in the form of a disc portion comprising a semicircular edge and a curved bar-graph gauge positioned along the semicircular edge , and - a rectangular second region ,
Scintillation cuvette for measuring ionizing radiation, comprising a light-guiding structure having a light-guide wall with a first refractive index and a window with a second refractive index, further comprising a scintillation medium with a specified refractive index greater than the first refractive index arranged in the scintillation cuvette , with the first refractive index being lower than the second refractive index.
An induction heating assembly for a vapour generating device , the heating assembly comprising: an induction coil , radially inward of which a heating compartment is defined for receiving, in use, a body comprising a vaporisable substance and an induction heatable susceptor ; and a temperature sensor located against a side of the heating compartment on the central longitudinal axis of the induction coil at an end of the heating compartment, wherein the induction coil is arranged to heat, in use, the susceptor, and the temperature sensor is arranged to monitor, in use, a temperature related to heat generated from the susceptor. an induction coil , radially inward of which a heating compartment is defined for receiving, in use, a body comprising a vaporisable substance and an induction heatable susceptor ; and a temperature sensor located against a side of the heating compartment on the central longitudinal axis of the induction coil at an end of the heating compartment, wherein the induction coil is arranged to heat, in use, the susceptor, and the temperature sensor is arranged to monitor, in use, a temperature related to heat generated from the susceptor.
Method for setting a cruise control function with automatic distance adjustment in a single-track vehicle , having the following method steps: a) determining the lateral distance (x 1 ) between two single-track vehicles ahead; b) identifying a threshold value (a) as a function of the lateral distance (x 1 ) between the two single-track vehicles ahead; c) determining the lateral distance (X 2 ) between the ego single-track vehicle and a single-track vehicle ahead; d) using the single-track vehicle ahead as the target vehicle to be followed for the cruise control function if the lateral distance (x 2 ) between the ego single-track vehicle and the single-track vehicle ahead is less than or equal to the threshold value (a). a) determining the lateral distance (x 1 ) between two single-track vehicles ahead; b) identifying a threshold value (a) as a function of the lateral distance (x 1 ) between the two single-track vehicles ahead; c) determining the lateral distance (X 2 ) between the ego single-track vehicle and a single-track vehicle ahead; d) using the single-track vehicle ahead as the target vehicle to be followed for the cruise control function if the lateral distance (x 2 ) between the ego single-track vehicle and the single-track vehicle ahead is less than or equal to the threshold value (a).
A liquid-material discharge device , comprising: a discharging member having a rod-shaped body; a liquid chamber wider than the discharging member , in which a lower end portion of the discharging member is disposed; a discharge port communicating with the liquid chamber ; a liquid feed path that makes the liquid chamber communicate with a liquid-material reservoir ; and a driving device configured to drive the discharging member , characterized in that the liquid-material discharge device comprises a discharge amount adjustment member positioned at the liquid feed path to adjust resistance in the liquid feed path , and a member position adjustment mechanism configured to shift and fix a position of the discharge amount adjustment member within the liquid feed path , wherein the member position adjustment mechanism is configured to change the position of the discharge amount adjustment member so that a discharge amount is able to be adjusted. a discharging member having a rod-shaped body; a liquid chamber wider than the discharging member , in which a lower end portion of the discharging member is disposed; a discharge port communicating with the liquid chamber ; a liquid feed path that makes the liquid chamber communicate with a liquid-material reservoir ; and a driving device configured to drive the discharging member , characterized in that the liquid-material discharge device comprises a discharge amount adjustment member positioned at the liquid feed path to adjust resistance in the liquid feed path , and a member position adjustment mechanism configured to shift and fix a position of the discharge amount adjustment member within the liquid feed path , wherein the member position adjustment mechanism is configured to change the position of the discharge amount adjustment member so that a discharge amount is able to be adjusted.
A system for displaying an optical image by means of unmanned autonomous vehicles, wherein each vehicle has a display for displaying at least a part of the image by way of stored or transmitted image information as well as a control unit , wherein the control unit is configured to control the image information and to move the vehicle using a drive unit by means of stored or transmitted position information, characterized in that at least two vehicles are configured as land crafts , wherein the displays of the land crafts in the operational position are oriented in parallel to a substantially horizontal image plane and configured as displays accessible by a human person, wherein at least one land craft , preferably all land crafts , has/have orientation means for adjusting the orientation of the displays to the image plane .
An illumination system comprising: a first substrate and a second substrate ; a scanning mirror assembly provided on the second substrate , the scanning mirror assembly comprising a reflective surface , the reflective surface to be rotationally displaced around at least one rotation axis ; a light source provided on the first substrate , the light source being arranged to emit non-collimated light towards the reflective surface , and the light source being located to occlude a region of the light (B) reflected from the reflective surface , wherein the light source is disposed on a first axis extending substantially orthogonally to the reflective surface from a mid-point of the reflective surface when the reflective surface is not subjected to a rotational displacement; a first optical element provided on the first substrate for changing a propagation direction of the reflected light (B) to illuminate at least a portion of the occluded region; and a spacer element for retaining the first and second substrates at a predetermined separation distance from one another, wherein the first and second substrates are stacked. a first substrate and a second substrate ; a scanning mirror assembly provided on the second substrate , the scanning mirror assembly comprising a reflective surface , the reflective surface to be rotationally displaced around at least one rotation axis ; a light source provided on the first substrate , the light source being arranged to emit non-collimated light towards the reflective surface , and the light source being located to occlude a region of the light (B) reflected from the reflective surface , wherein the light source is disposed on a first axis extending substantially orthogonally to the reflective surface from a mid-point of the reflective surface when the reflective surface is not subjected to a rotational displacement; a first optical element provided on the first substrate for changing a propagation direction of the reflected light (B) to illuminate at least a portion of the occluded region; and a spacer element for retaining the first and second substrates at a predetermined separation distance from one another, wherein the first and second substrates are stacked.
Feed device for a crimping device , comprising: a feed element which is configured to engage with a contact element belt, a feed element holder which is connected to the feed element , wherein the feed element holder has a feed element holder base and a feed element attachment element which are adjustable relative to each other, further comprising a feed arm and a movement element , wherein the feed element holder is swivelable relative to the feed arm , wherein the feed arm is connected to the movement element , which is configured to perform a translational movement, characterised in that the feed element is attached to the feed element attachment element and that a first adjusting element is provided for the relative adjustment of the feed element holder base and the feed element attachment element which is pre-tensioned by means of a first elastic element . a feed element which is configured to engage with a contact element belt, a feed element holder which is connected to the feed element , wherein the feed element holder has a feed element holder base and a feed element attachment element which are adjustable relative to each other, further comprising a feed arm and a movement element , wherein the feed element holder is swivelable relative to the feed arm , wherein the feed arm is connected to the movement element , which is configured to perform a translational movement, characterised in that the feed element is attached to the feed element attachment element and that a first adjusting element is provided for the relative adjustment of the feed element holder base and the feed element attachment element which is pre-tensioned by means of a first elastic element .