mhurhangee/patent-ind-claim-en huggingface dataset:
A backrest pillow comprising: a back section comprising opposite front and back surfaces that each extend between opposite top and bottom surfaces , the surfaces each extending between opposite first and second side surfaces ; and spaced apart first and second arms that each extend outwardly from the front surface , the first arm comprising an inner surface and an opposite outer surface that is continuous with the first side surface , the second arm comprising an inner surface and an opposite outer surface that is continuous with the second side surface , the inner surfaces being continuous with the front surface , wherein the top surface and the side surfaces each include a first portion comprising a first material and a second portion comprising a second material that is different from the first material, wherein the first material has a porosity that is greater than that of the second material, the pillow being configured such that air moves into an interior cavity of the pillow through the first portion of the top surface and exits the cavity through the first portions of the side surfaces . a back section comprising opposite front and back surfaces that each extend between opposite top and bottom surfaces , the surfaces each extending between opposite first and second side surfaces ; and spaced apart first and second arms that each extend outwardly from the front surface , the first arm comprising an inner surface and an opposite outer surface that is continuous with the first side surface , the second arm comprising an inner surface and an opposite outer surface that is continuous with the second side surface , the inner surfaces being continuous with the front surface , wherein the top surface and the side surfaces each include a first portion comprising a first material and a second portion comprising a second material that is different from the first material, wherein the first material has a porosity that is greater than that of the second material, the pillow being configured such that air moves into an interior cavity of the pillow through the first portion of the top surface and exits the cavity through the first portions of the side surfaces .
A method for defining a road network comprising: partitioning a road network area into a grid of Geohashes according to a Geohash indexing system for defining a road network zone therefrom; selecting vehicle data indicative of vehicle operating conditions for a plurality of vehicles (212-214) corresponding to the road network zone ; for each Geohash , generating a plurality of features based on the vehicle data; generating unlabelled data including the plurality of features generated for each Geohash of the grid of geohashes of the road network zone ; processing the unlabelled data by a classifier using at least one machine learning technique for classifying each Geohash as one of a portion of a vehicle way and not a portion of a vehicle way, and for generating classification data indicative of a classification of each Geohash ; processing the classification data for determining a geographic location of the road network, which processing includes processing the classification data of each Geohash of the road network zone that is labelled as a portion of a vehicle way; and defining the road network either by generating data indicative of each Geohash of the road network zone labelled as a vehicle way or by generating data indicative of geographic boundaries thereof. partitioning a road network area into a grid of Geohashes according to a Geohash indexing system for defining a road network zone therefrom; selecting vehicle data indicative of vehicle operating conditions for a plurality of vehicles (212-214) corresponding to the road network zone ; for each Geohash , generating a plurality of features based on the vehicle data; generating unlabelled data including the plurality of features generated for each Geohash of the grid of geohashes of the road network zone ; processing the unlabelled data by a classifier using at least one machine learning technique for classifying each Geohash as one of a portion of a vehicle way and not a portion of a vehicle way, and for generating classification data indicative of a classification of each Geohash ; processing the classification data for determining a geographic location of the road network, which processing includes processing the classification data of each Geohash of the road network zone that is labelled as a portion of a vehicle way; and defining the road network either by generating data indicative of each Geohash of the road network zone labelled as a vehicle way or by generating data indicative of geographic boundaries thereof.
A conductive adhesive composition, which comprises a thermosetting resin, wherein the thermosetting resin is a bismaleimide resin of the following structure: wherein Q is a substituted or unsubstituted aliphatic, aromatic, heteroaromatic, siloxane part, or a combination, and X1 to X4 are each independently H or an alkyl group with 1 to 6 carbons; a filler having an average particle size of 5μm or smaller, the average particle size being a D50 value of a cumulative volume distribution curve as measured according to the description, that contains a metal element; and at least one catalyst or curing agent, wherein the reaction initiation temperature for the thermosetting resin and the at least one catalyst or curing agent is 180°C or higher, with the reaction initiation temperature being measured according to the description using a heat flux differential scanning calorimeter at a temperature elevation rate of 20°C/min from room temperature to 250°C. a thermosetting resin, wherein the thermosetting resin is a bismaleimide resin of the following structure: wherein Q is a substituted or unsubstituted aliphatic, aromatic, heteroaromatic, siloxane part, or a combination, and X1 to X4 are each independently H or an alkyl group with 1 to 6 carbons; a filler having an average particle size of 5μm or smaller, the average particle size being a D50 value of a cumulative volume distribution curve as measured according to the description, that contains a metal element; and at least one catalyst or curing agent, wherein the reaction initiation temperature for the thermosetting resin and the at least one catalyst or curing agent is 180°C or higher, with the reaction initiation temperature being measured according to the description using a heat flux differential scanning calorimeter at a temperature elevation rate of 20°C/min from room temperature to 250°C.
An insulated pipe comprising: - one or more inner pipes comprising a plastic - a flexible vacuum insulation panel in the form of units joined to each other wrapped around at least one of the one or more inner pipes - one or more insulation layers (13; 14) - an outer jacket , characterized in that , an adhesive or adhesive tape is arranged over at least a seam part of one side of the units of the vacuum insulation panel and the surface of the inner pipe and the units of the vacuum insulation panel are joined together by using the adhesive or adhesive tape . - one or more inner pipes comprising a plastic - a flexible vacuum insulation panel in the form of units joined to each other wrapped around at least one of the one or more inner pipes - one or more insulation layers (13; 14) - an outer jacket ,
Case-hardening steel characterized by consisting of, by mass%, C: 0.1 to 0.5%, Si: 0.01 to 1.5%, Mn: 0.3 to 1.8%, S: 0.001 to 0.15%, Cr: 0.4 to 2.0%, and Ti: 0.05 to 0.2%, limiting Al: 0.04% or less, N: 0.0050% or less, P: 0.025% or less, O: 0.0025% or less, further having one or more of Mg: 0.0002 to 0.003%, Zr: 0.0002 to 0.01%, and Ca: 0.0002 to 0.005%, optionally one or more of Nb: less than 0.04%, Mo: 1.5% or less, Ni: 3.5% or less, V: 0.5% or less, and B: 0.005% or less, having a balance of iron and unavoidable impurities, limiting the amount of precipitation of AlN to 0.01% by mass or less, and having the density d (number/mm 2 ) of sulfides with an equivalent circle diameter of over 20 μm and an aspect ratio of over 3 and a content of S [S] (mass%) satisfying d ≤ 1700 S + 20 , wherein the amount of precipitation of AlN is measured by chemical analysis of the extraction residue, which is obtained by dissolving the steel by a bromine methanol solution and filtering by a 0.2 μm filter, wherein the density d is found by dividing the number of MnS inclusions with an equivalent circle diameter over 20 μm and an aspect ratio over 3 by the area, the MnS inclusions being observed under a scanning electron microscope at ten fields of 1 mm × 1 mm area at a part of 1/2 radius from the surface of the cross-section parallel to the rolling direction of a hot rolled material of a diameter of 30 mm, wherein the fact that the inclusions are sulfides is confirmed by an energy dispersive type X-ray spectrometer attached to a scanning electron microscope.
Production line for a motor vehicle with a device for measuring and adjusting the parameters of the chassis geometry at a rear axle of a motor vehicle in the production line, comprising bearing means for the rear axle which are assigned to the production line, comprising loading means for the rear axle which are assigned to the production line, comprising measuring means for the parameters of the chassis geometry which are assigned to the production line, and comprising adjustment tools , assigned to the production line, for adjusting the parameters of the chassis geometry, characterised in that the production line comprises a position for bearing a rear axle in the production process, in that the production line comprises a plurality of interchangeable frames , in that the production line comprises positioning means for positioning one of the interchangeable frames in the position for bearing a rear axle, in the production process , wherein the bearing means for the rear axle, and/or the loading means for the rear axle, and/or the measuring means for the parameters of the chassis geometry, and/or the adjustment tools for adjusting the parameters of the chassis geometry are a component of the relevant interchangeable frame , at least in part.
A switch monitoring circuit comprising: an external input terminal connected to a switch ; a voltage applying unit that performs a driving operation by which a driving voltage is applied ; a voltage detecting unit that detects a change in a voltage at the external input terminal ; a control unit that is connected to the voltage applying unit and the voltage detecting unit and controls operation of the voltage applying unit on a basis of a detection result of the voltage detecting unit such that the voltage applying unit performs the driving operation when the voltage detecting unit detects that the switch is in an on state; and a charge storage unit connected to the external input terminal and the voltage applying unit ; wherein the charge storage unit has a voltage applying terminal to which the driving voltage is applied, a capacitive element , one of terminals of which is connected to the voltage applying terminal and another of the terminals of which is grounded, the capacitive element performing charging from the voltage applying terminal and discharging to the voltage applying terminal , and a first resistor , one of terminals of which is connected to the external input terminal and another of the terminals of which is connected to the voltage applying terminal , to limit a current flowing from the switch monitoring circuit to the switch due to a discharge of the capacitive element . an external input terminal connected to a switch ; a voltage applying unit that performs a driving operation by which a driving voltage is applied ; a voltage detecting unit that detects a change in a voltage at the external input terminal ; a control unit that is connected to the voltage applying unit and the voltage detecting unit and controls operation of the voltage applying unit on a basis of a detection result of the voltage detecting unit such that the voltage applying unit performs the driving operation when the voltage detecting unit detects that the switch is in an on state; and a charge storage unit connected to the external input terminal and the voltage applying unit ; wherein the charge storage unit has a voltage applying terminal to which the driving voltage is applied, a capacitive element , one of terminals of which is connected to the voltage applying terminal and another of the terminals of which is grounded, the capacitive element performing charging from the voltage applying terminal and discharging to the voltage applying terminal , and a first resistor , one of terminals of which is connected to the external input terminal and another of the terminals of which is connected to the voltage applying terminal , to limit a current flowing from the switch monitoring circuit to the switch due to a discharge of the capacitive element .
An image reading apparatus comprising: a first sensor that reads (S201) a first area of an image of a reading target; a second sensor that reads (S202) a second area partially overlapping with the first area in the image; a third sensor that reads (S203) a third area partially overlapping with the second area in the image; a first processor that performs a first merge process (S206A) of generating a first merge image including the first area and the second area based on first image data acquired by reading by the first sensor and second image data acquired by reading by the second sensor; and a second processor that performs a second merge process (S206B) of generating a second merge image including the second area and the third area based on the second image data and third image data acquired by reading by the third sensor, wherein an output image is generated by performing a linking process (S208) on the first merge image and the second merge image. a first sensor that reads (S201) a first area of an image of a reading target; a second sensor that reads (S202) a second area partially overlapping with the first area in the image; a third sensor that reads (S203) a third area partially overlapping with the second area in the image; a first processor that performs a first merge process (S206A) of generating a first merge image including the first area and the second area based on first image data acquired by reading by the first sensor and second image data acquired by reading by the second sensor; and a second processor that performs a second merge process (S206B) of generating a second merge image including the second area and the third area based on the second image data and third image data acquired by reading by the third sensor, wherein an output image is generated by performing a linking process (S208) on the first merge image and the second merge image.
A tire comprising: a tread portion being provided with lateral grooves extending in a tire axial direction and blocks divided by the lateral grooves ; at least one of the lateral grooves being provided with a first projected portion having a bottom protruding from a groove bottom of the at least one of the lateral grooves ; the first projected portion comprising at least one tie-bar portion connecting a pair of blocks with each other which is arranged adjacently through the at least one of the lateral grooves , and a narrow rib-portion extending in a longitudinal direction of the at least one of the lateral grooves from the at least one tie-bar portion without being connected to the pair of blocks , characterized in that the first projected portion comprises two tie-bar portions and the narrow rib-portion connecting the two tie-bar portions with each other. a tread portion being provided with lateral grooves extending in a tire axial direction and blocks divided by the lateral grooves ; at least one of the lateral grooves being provided with a first projected portion having a bottom protruding from a groove bottom of the at least one of the lateral grooves ; the first projected portion comprising at least one tie-bar portion connecting a pair of blocks with each other which is arranged adjacently through the at least one of the lateral grooves , and a narrow rib-portion extending in a longitudinal direction of the at least one of the lateral grooves from the at least one tie-bar portion without being connected to the pair of blocks , characterized in that the first projected portion comprises two tie-bar portions and the narrow rib-portion connecting the two tie-bar portions with each other.
A facial hygiene mask (1; 2) comprising a body mask configured to be positioned in use on a face portion of a user including the mouth and at least a nose portion in order to isolate said face portion from the environment in such a way that the breathing air is directed towards said body mask, wherein said body mask comprises an inner portion , configured to be in use in contact with said face portion, and an outer portion , configured to be in use in contact with said environment, wherein said body mask comprises at least an upper edge , configured in use to be arranged at said nose, and a lower edge , opposite to said upper edge , wherein said facial hygiene mask (1; 2) comprises an adherence device arranged at said upper edge and consisting of an adherence band able to be arranged on said inner portion and provided with an adhesive surface , in use in contact with said nose, and a coupling surface , coupled to said body mask, wherein said adhesive surface is provided with adhesive, and wherein said facial hygiene mask (1; 2) comprises a covering element of said adhesive surface and able to preserve said adhesive before said use, said facial hygiene mask (1; 2) is characterized in that said covering element is arranged at said lower edge on said inner portion and provided with a covering surface , before the use in contact with said adhesive surface , and a coupling surface , coupled to said body mask. wherein said body mask comprises an inner portion , configured to be in use in contact with said face portion, and an outer portion , configured to be in use in contact with said environment, wherein said body mask comprises at least an upper edge , configured in use to be arranged at said nose, and a lower edge , opposite to said upper edge , wherein said facial hygiene mask (1; 2) comprises an adherence device arranged at said upper edge and consisting of an adherence band able to be arranged on said inner portion and provided with an adhesive surface , in use in contact with said nose, and a coupling surface , coupled to said body mask, wherein said adhesive surface is provided with adhesive, and wherein said facial hygiene mask (1; 2) comprises a covering element of said adhesive surface and able to preserve said adhesive before said use, said facial hygiene mask (1; 2) is characterized in that said covering element is arranged at said lower edge on said inner portion and provided with a covering surface , before the use in contact with said adhesive surface , and a coupling surface , coupled to said body mask.
A method for use in testing an operational status of a light source for illuminating a scene, the light source having a fixed spatial relationship relative to a camera , and the method comprising: using the camera to capture a first image when the light source is disabled; using the camera to capture a second image when the light source is enabled; and determining a test result indicating the operational status of the light source based at least in part on: a light source setting when the camera captures each of the first and second images , the light source setting indicating whether the light source is disabled or enabled when the camera captures the first and second images ; at least one of: one or more camera settings when the camera captures the first and second images ; and one or more image properties of the first and second images ; and characterized in that the method further comprises the step of determining whether the first and second images are images of the same scene. using the camera to capture a first image when the light source is disabled; using the camera to capture a second image when the light source is enabled; and determining a test result indicating the operational status of the light source based at least in part on: a light source setting when the camera captures each of the first and second images , the light source setting indicating whether the light source is disabled or enabled when the camera captures the first and second images ; at least one of: one or more camera settings when the camera captures the first and second images ; and one or more image properties of the first and second images ; and characterized in that the method further comprises the step of determining whether the first and second images are images of the same scene. a light source setting when the camera captures each of the first and second images , the light source setting indicating whether the light source is disabled or enabled when the camera captures the first and second images ; at least one of: one or more camera settings when the camera captures the first and second images ; and one or more image properties of the first and second images ; and characterized in that the method further comprises the step of determining whether the first and second images are images of the same scene. one or more camera settings when the camera captures the first and second images ; and one or more image properties of the first and second images ; and characterized in that the method further comprises the step of determining whether the first and second images are images of the same scene.
An arrangement comprising a container securing device and a groove hole of a corner casting of a container, the container securing device comprising: a flange to be located on an outer side of the groove hole ; a support pillar provided on the flange to fit in a long-hole shaped aperture portion of the groove hole ; and a fitting portion provided on the support pillar to fit in a hollow of the groove hole ; characterised in that the fitting portion has a contact portion which does not make contact with a longitudinal center region of the long-hole shaped aperture portion but makes contact with two longitudinal end regions thereof; wherein the fitting portion has a movable protrusion which is urged to protrude laterally from a vertical surface of the support pillar , and the movable protrusion has the contact portion .
A handle assembly of a hand-held surgical instrument, comprising: a handle housing ; a rack axially movable within the handle housing and configured to operably couple to a functional component of an end effector assembly, the rack having a bottom surface defining a first set of gear teeth and a top surface defining a second set of gear teeth; a trigger movably coupled to the handle housing; a clamp gear coupled to the trigger and operably coupled to the first set of gear teeth of the rack; and a fire gear coupled to the trigger and operably coupled to the second set of gear teeth, characterized in further comprising a button coupled to the trigger , said button being slidable between a first position and a second position to selectively couple and decouple the clamp and fire gears to the trigger, and said button configured to move between a first position, in which the button non-rotationally couples the clamp gear to the trigger, such that the clamp gear rotates in response to an actuation of the trigger, and a second position, in which the button non-rotationally couples the fire gear to the trigger, such that the fire gear rotates in response to an actuation of the trigger; a handle housing ; a rack axially movable within the handle housing and configured to operably couple to a functional component of an end effector assembly, the rack having a bottom surface defining a first set of gear teeth and a top surface defining a second set of gear teeth; a trigger movably coupled to the handle housing; a clamp gear coupled to the trigger and operably coupled to the first set of gear teeth of the rack; and a fire gear coupled to the trigger and operably coupled to the second set of gear teeth, characterized in