mhurhangee/patent-ind-claim-en huggingface dataset:
Support for a smartphone comprising: • a base including two horizontally arranged bars, ∘ a lower bar , and ∘ an upper bar , provided with: ▪ a first end elevated using a leg, ▪ a second end pivotably mounted on the lower bar around an axis ; • a vertical leg , removably attached to the upper bar , which includes a central third, the vertical leg being attached in said central third, the vertical leg being pierced through with a first hole in an upper part , along a horizontal line perpendicular to the upper bar ; • an upper part comprising: ∘ an adapter pierced with a first thread , said adapter being connected to the vertical leg by a screw element that can be hand-tightened, passing through the first hole and screwed into the first thread , the screw element defining an axis of rotation around which the adapter is pivotably mounted on the upper part of the vertical leg ; ∘ a means for fixing a smartphone, mounted on the adapter . • a base including two horizontally arranged bars, ∘ a lower bar , and ∘ an upper bar , provided with: ▪ a first end elevated using a leg, ▪ a second end pivotably mounted on the lower bar around an axis ; ∘ a lower bar , and ∘ an upper bar , provided with: ▪ a first end elevated using a leg, ▪ a second end pivotably mounted on the lower bar around an axis ; ▪ a first end elevated using a leg, ▪ a second end pivotably mounted on the lower bar around an axis ; • a vertical leg , removably attached to the upper bar , which includes a central third, the vertical leg being attached in said central third, the vertical leg being pierced through with a first hole in an upper part , along a horizontal line perpendicular to the upper bar ; • an upper part comprising: ∘ an adapter pierced with a first thread , said adapter being connected to the vertical leg by a screw element that can be hand-tightened, passing through the first hole and screwed into the first thread , the screw element defining an axis of rotation around which the adapter is pivotably mounted on the upper part of the vertical leg ; ∘ a means for fixing a smartphone, mounted on the adapter . ∘ an adapter pierced with a first thread , said adapter being connected to the vertical leg by a screw element that can be hand-tightened, passing through the first hole and screwed into the first thread , the screw element defining an axis of rotation around which the adapter is pivotably mounted on the upper part of the vertical leg ; ∘ a means for fixing a smartphone, mounted on the adapter .
A device for implanting a heart prosthesis comprising a central body and a containment portion , having one or more sub-components , the device for implanting a heart prosthesis comprising: - a release device for the central body which is capable of being inserted into a catheter, - a device for assisting the connection operation between the central body and the sub-components of the containment portion , comprising an assembly of catheters, of which there are at least two catheters for each sub-component of the containment portion, the catheters being joined to each other over a portion thereof and each having at least one free end. - a release device for the central body which is capable of being inserted into a catheter, - a device for assisting the connection operation between the central body and the sub-components of the containment portion , comprising an assembly of catheters, of which there are at least two catheters for each sub-component of the containment portion, the catheters being joined to each other over a portion thereof and each having at least one free end.
A computer-implemented method for selectively issuing alerts from an accident detection system, the method comprising: providing movement data for processing using a machine-learning (ML) model executed on a mobile device, the movement data being generated by the mobile device; receiving, from the ML model, a first prediction representative of an occurrence of a first accident; in response to receiving the first prediction, providing a first local alert on the mobile device; and selecting one of a first network and a second network for broadcasting a first remote alert to one or more end-points, if the first network is selected, the first remote alert is broadcast over the first network by the mobile device, and, if the second network is selected, the first remote alert is broadcast over the second network by an alerting module that is in communication with the mobile device, wherein the alerting module is mounted to a mobile device case that encases the mobile device. providing movement data for processing using a machine-learning (ML) model executed on a mobile device, the movement data being generated by the mobile device; receiving, from the ML model, a first prediction representative of an occurrence of a first accident; in response to receiving the first prediction, providing a first local alert on the mobile device; and selecting one of a first network and a second network for broadcasting a first remote alert to one or more end-points, if the first network is selected, the first remote alert is broadcast over the first network by the mobile device, and, if the second network is selected, the first remote alert is broadcast over the second network by an alerting module that is in communication with the mobile device, wherein the alerting module is mounted to a mobile device case that encases the mobile device.
A production method for a glassy liquid-crystalline epoxy resin, comprising a process of cooling a liquid-crystalline epoxy resin at a cooling rate of 5 °C/min or more to cause transition into a glassy state, wherein the glassy liquid-crystalline epoxy resin has a nematic structure, the glassy state and the nematic structure being determined as indicated in the description.
A multi-stage coalescing filter for separating coalesced liquid from an aerosol-containing gas stream, the multi-stage coalescing filter including: an end cap having a chamber formed within; and a plurality of coaxial, nested, tubular filter elements supported upright on the end cap; wherein: pairs of successive filter elements are spaced from each other such that the end cap between pairs of successive filter elements forms respective annular sumps for collection of coalesced liquid separated by the filter elements from the aerosol-containing gas stream as it passes radially through the nested filter elements; the chamber has one or more inlets in fluid communication with the or each sump for receiving the separated coalesced liquid from the sump, and further has one or more outlets for guiding the received coalesced liquid out of the filter; and the chamber houses a porous element which is configured to saturate under contact with the received coalesced liquid so as to allow the received coalesced liquid to flow through the porous element to the outlet while simultaneously preventing the aerosol-containing gas stream from passing through the chamber to bypass the nested filter elements. an end cap having a chamber formed within; and a plurality of coaxial, nested, tubular filter elements supported upright on the end cap; wherein: pairs of successive filter elements are spaced from each other such that the end cap between pairs of successive filter elements forms respective annular sumps for collection of coalesced liquid separated by the filter elements from the aerosol-containing gas stream as it passes radially through the nested filter elements; the chamber has one or more inlets in fluid communication with the or each sump for receiving the separated coalesced liquid from the sump, and further has one or more outlets for guiding the received coalesced liquid out of the filter; and the chamber houses a porous element which is configured to saturate under contact with the received coalesced liquid so as to allow the received coalesced liquid to flow through the porous element to the outlet while simultaneously preventing the aerosol-containing gas stream from passing through the chamber to bypass the nested filter elements. pairs of successive filter elements are spaced from each other such that the end cap between pairs of successive filter elements forms respective annular sumps for collection of coalesced liquid separated by the filter elements from the aerosol-containing gas stream as it passes radially through the nested filter elements; the chamber has one or more inlets in fluid communication with the or each sump for receiving the separated coalesced liquid from the sump, and further has one or more outlets for guiding the received coalesced liquid out of the filter; and the chamber houses a porous element which is configured to saturate under contact with the received coalesced liquid so as to allow the received coalesced liquid to flow through the porous element to the outlet while simultaneously preventing the aerosol-containing gas stream from passing through the chamber to bypass the nested filter elements.
An additive manufacturing system comprising: a dispensing device to deposit a layer of build material over a build surface ; an applicator to apply a fusing agent and to apply a detailing agent on the layer of build material ; a thermal energy source ; a thermal imaging device ; and a controller : to cause the dispensing device to deposit the layer of build material over the build surface ; to cause the applicator to apply selectively the fusing agent to form an object portion in the layer of build material and to apply selectively the detailing agent to form a reference portion in the layer of build material ; to cause the thermal energy source to heat the reference portion and to heat and fuse the object portion ; to cause the thermal imaging device to measure a temperature of the reference portion ; and to regulate a power level of the thermal energy source based on a comparison between the temperature of the reference portion and a temperature set-point for the reference portion , wherein the temperature set-point for the reference portion is based on a target temperature for the object portion. a dispensing device to deposit a layer of build material over a build surface ; an applicator to apply a fusing agent and to apply a detailing agent on the layer of build material ; a thermal energy source ; a thermal imaging device ; and a controller : to cause the dispensing device to deposit the layer of build material over the build surface ; to cause the applicator to apply selectively the fusing agent to form an object portion in the layer of build material and to apply selectively the detailing agent to form a reference portion in the layer of build material ; to cause the thermal energy source to heat the reference portion and to heat and fuse the object portion ; to cause the thermal imaging device to measure a temperature of the reference portion ; and to regulate a power level of the thermal energy source based on a comparison between the temperature of the reference portion and a temperature set-point for the reference portion , to cause the dispensing device to deposit the layer of build material over the build surface ; to cause the applicator to apply selectively the fusing agent to form an object portion in the layer of build material and to apply selectively the detailing agent to form a reference portion in the layer of build material ; to cause the thermal energy source to heat the reference portion and to heat and fuse the object portion ; to cause the thermal imaging device to measure a temperature of the reference portion ; and to regulate a power level of the thermal energy source based on a comparison between the temperature of the reference portion and a temperature set-point for the reference portion , wherein the temperature set-point for the reference portion is based on a target temperature for the object portion.
A mop bucket assembly comprising: a) a container ; b) a plurality of partition elements disposed within said container, said plurality of partition elements dividing said container into a plurality of compartments , said plurality of compartments comprising: i) a first compartment for containing a rinsing liquid; ii) a second compartment for receiving an extracted liquid; and iii) a third compartment for containing a cleaning solution; c) a removable housing adapted to be received in said third compartment to hold the cleaning solution; and d) a flexible bladder for containing a supply of the cleaning solution disposed in said housing ; e) a wringer device placed at the second compartment ; wherein liquid extracted from a mop head by said wringer device flows through an opening in one of the plurality of partition elements disposed between the second and third compartments and places pressure on an outer surface of the flexible bladder ; wherein, said housing is provided with a contorted bottom to facilitate complete water drainage towards two lever drain valves ; a check ball gravity system is directly incorporated into the housing for water to flow from the flexible bladder to a clean water dip area; flexible bladder connection uses a compression type fit on a larger area at the top hole of the bladder and has a ridged internal clean water area to drain water to a rinse/dirty water area; a housing cover of the assembly is provided with a handle configured for lifting housing and flexible bladder out of the respective container compartment; two drain valves are provide in the housing , located side by side on the underside of the main basin of the housing to drain the dirty water area and the rinse water area, said drain valves being activated using a foot lever , said foot lever drain valve involving the actuation mechanism to facilitate main basin drainage. a) a container ; b) a plurality of partition elements disposed within said container, said plurality of partition elements dividing said container into a plurality of compartments , said plurality of compartments comprising: i) a first compartment for containing a rinsing liquid; ii) a second compartment for receiving an extracted liquid; and iii) a third compartment for containing a cleaning solution; i) a first compartment for containing a rinsing liquid; ii) a second compartment for receiving an extracted liquid; and iii) a third compartment for containing a cleaning solution; c) a removable housing adapted to be received in said third compartment to hold the cleaning solution; and d) a flexible bladder for containing a supply of the cleaning solution disposed in said housing ; e) a wringer device placed at the second compartment ; wherein liquid extracted from a mop head by said wringer device flows through an opening in one of the plurality of partition elements disposed between the second and third compartments and places pressure on an outer surface of the flexible bladder ;
An aircraft comprising: a pressure vessel ; truss elements surrounding the pressure vessel; a support unit to carry the loads of a structure within the pressure vessel outwards to the truss elements; the support unit comprising: an external load distribution plate affixed to a truss element; an internal load distribution plate configured to be affixed to a load bearing structure within the pressure vessel; a cylindrical standoff between the external load distribution plate and the internal load distribution plate and which extends through an opening in the pressure vessel; a reinforcing plate that has a surface coplanar to the outer surface of the pressure vessel , wherein the opening in the pressure vessel is reinforced by the reinforcing plate , and the material of the reinforcing plate has expansion and elastic characteristics comparable to those of the material of the pressure vessel ; a washer adjacent to the reinforcing plate; a biasing unit on the cylindrical standoff between the external load distribution plate and the washer that acts to press the washer against the reinforcing plate to create a pressure tight seal. a pressure vessel ; truss elements surrounding the pressure vessel; a support unit to carry the loads of a structure within the pressure vessel outwards to the truss elements; the support unit comprising: an external load distribution plate affixed to a truss element; an internal load distribution plate configured to be affixed to a load bearing structure within the pressure vessel; a cylindrical standoff between the external load distribution plate and the internal load distribution plate and which extends through an opening in the pressure vessel; a reinforcing plate that has a surface coplanar to the outer surface of the pressure vessel , wherein the opening in the pressure vessel is reinforced by the reinforcing plate , and the material of the reinforcing plate has expansion and elastic characteristics comparable to those of the material of the pressure vessel ; a washer adjacent to the reinforcing plate; a biasing unit on the cylindrical standoff between the external load distribution plate and the washer that acts to press the washer against the reinforcing plate to create a pressure tight seal. an external load distribution plate affixed to a truss element; an internal load distribution plate configured to be affixed to a load bearing structure within the pressure vessel; a cylindrical standoff between the external load distribution plate and the internal load distribution plate and which extends through an opening in the pressure vessel; a reinforcing plate that has a surface coplanar to the outer surface of the pressure vessel , wherein the opening in the pressure vessel is reinforced by the reinforcing plate , and the material of the reinforcing plate has expansion and elastic characteristics comparable to those of the material of the pressure vessel ; a washer adjacent to the reinforcing plate; a biasing unit on the cylindrical standoff between the external load distribution plate and the washer that acts to press the washer against the reinforcing plate to create a pressure tight seal.
Method for golf training, comprising the following steps: - capturing a golfer's stroke position - capturing flag information of a golf flag comprising a flag position of the golf flag and information relating to a hole belonging to the golf flag - capturing an acceleration of the golfer or of a golf club - outputting an associated stroke timepoint, if a magnitude of the captured acceleration exceeds a specified threshold value; characterised by the following steps: - capturing the surrounding area of the golf flag upon receipt of the stroke timepoint, - checking for the arrival of a golf ball in the surrounding area; - if a golf ball is captured in the surrounding area of the golf flag: - locating the golf ball; - determining and outputting a location of the golf ball relative to the golf flag once it has reached a rest position; - determining and outputting an assessment, in particular a point value, based on the flag information, the stroke position and the determined location, using a stored assessment system. - capturing a golfer's stroke position - capturing flag information of a golf flag comprising a flag position of the golf flag and information relating to a hole belonging to the golf flag - capturing an acceleration of the golfer or of a golf club - outputting an associated stroke timepoint, if a magnitude of the captured acceleration exceeds a specified threshold value; - capturing the surrounding area of the golf flag upon receipt of the stroke timepoint, - checking for the arrival of a golf ball in the surrounding area; - if a golf ball is captured in the surrounding area of the golf flag: - locating the golf ball; - determining and outputting a location of the golf ball relative to the golf flag once it has reached a rest position; - if a golf ball is captured in the surrounding area of the golf flag: - locating the golf ball; - determining and outputting a location of the golf ball relative to the golf flag once it has reached a rest position; - locating the golf ball; - determining and outputting a location of the golf ball relative to the golf flag once it has reached a rest position; - determining and outputting an assessment, in particular a point value, based on the flag information, the stroke position and the determined location, using a stored assessment system.
A method of producing chip stacks with the following process sequence: - application, by means of spin coating or spray coating or lamination or blade coating or casting or extrusion coating, of a base layer on a carrier side of a carrier , which is provided at its carrier side with an adhesively active adhesion zone and a less adhesively active support zone , wherein the carrier comprises a recess at the carrier side in the adhesion zone , which recess is set back relative to the carrier side and is filled with an adhesively active, selectively releasable filler material , in such a way that the filler material is constituted flush with the support zone , wherein the base layer is applied at least predominantly on the support zone , - setting-up of the chip stacks on the base layer , wherein the base layer becomes at least in part a component of the chip stacks , - selective removal of the filler material by means of a solvent, and - detachment of the carrier from the base layer . - application, by means of spin coating or spray coating or lamination or blade coating or casting or extrusion coating, of a base layer on a carrier side of a carrier , which is provided at its carrier side with an adhesively active adhesion zone and a less adhesively active support zone , wherein the carrier comprises a recess at the carrier side in the adhesion zone , which recess is set back relative to the carrier side and is filled with an adhesively active, selectively releasable filler material , in such a way that the filler material is constituted flush with the support zone , wherein the base layer is applied at least predominantly on the support zone , - setting-up of the chip stacks on the base layer , wherein the base layer becomes at least in part a component of the chip stacks , - selective removal of the filler material by means of a solvent, and - detachment of the carrier from the base layer .