mhurhangee/patent-ind-claim-en huggingface dataset:
Walkway for attachment to a machine, in particular for attachment to a machine for producing, processing or machining a web of fibrous material, comprising a walkway floor which is connected at least at one delimiting side to a walkway side , preferably embodied as a hollow profile, as well as at least one guard rail post to which a hand rail is fastened, wherein the walkway comprises at least one clamping element for fastening the at least one guard rail post to the walkway side and wherein the walkway side has, on its side which points upwards, a cross-sectional profile which preferably runs over the entire length in the longitudinal direction of the walkway side and, wherein the clamping element has a profile which is complementary to the cross-sectional profile , formed in such a manner that a connection is produced by the profile shapes of cross-sectional profile and complementary profile engaging in one another and wherein the clamping element is connected in a form-fitting manner to the cross-sectional profile during displacement, characterized in that the at least one clamping element serves to fasten the at least one guard rail post above the walkway side , wherein the clamping element is mounted displaceably solely on and along the side, pointing upwards, of the walkway side and wherein the connection at the top is the sole connection of the guard rail post to the walkway side . wherein the walkway comprises at least one clamping element for fastening the at least one guard rail post to the walkway side and wherein the walkway side has, on its side which points upwards, a cross-sectional profile which preferably runs over the entire length in the longitudinal direction of the walkway side and, wherein the clamping element has a profile which is complementary to the cross-sectional profile , formed in such a manner that a connection is produced by the profile shapes of cross-sectional profile and complementary profile engaging in one another and wherein the clamping element is connected in a form-fitting manner to the cross-sectional profile during displacement, characterized in that the at least one clamping element serves to fasten the at least one guard rail post above the walkway side , wherein the clamping element is mounted displaceably solely on and along the side, pointing upwards, of the walkway side and wherein the connection at the top is the sole connection of the guard rail post to the walkway side .
An electric curtain , comprising: a curtain rod ; a belt passing into the interior of the curtain rod ; an electric motor for driving the belt to rotate; a frame , detachably fixed to the curtain rod and having a protruding structure (T1) protruding from an end of the curtain rod , and the protruding structure (T1) having a fixed portion , and the fixed portion having a driven wheel around which the belt is installed, and the frame being movably fixed to the curtain rod ; an accessory for aesthetic purposes assembled on at least the end of the curtain rod from which the protruding structure (T1) of the frame is protruding; and a coupling member , detachably coupled between the protruding structure (T1) and the accessory , and the coupled coupling member being disposed between the curtain rod and the accessory ; characterized in that the electric curtain further comprises: a plurality of first screw members and a second screw member , and the coupling member (4A or 4C) being detachably coupled by the plurality of first screw members, and the curtain rod having a rail , and the frame being slidably coupled to the rail and having a fixing screw hole formed thereon, and the rail having two side panels , and a spacing being defined between the two side panels, and the second screw member having a screw rod and a screw top , and the screw rod passing through the spacing and being spirally coupled to the fixing screw hole, and the two side panels being included between the screw top and the frame . a curtain rod ; a belt passing into the interior of the curtain rod ; an electric motor for driving the belt to rotate; a frame , detachably fixed to the curtain rod and having a protruding structure (T1) protruding from an end of the curtain rod , and the protruding structure (T1) having a fixed portion , and the fixed portion having a driven wheel around which the belt is installed, and the frame being movably fixed to the curtain rod ; an accessory for aesthetic purposes assembled on at least the end of the curtain rod from which the protruding structure (T1) of the frame is protruding; and a coupling member , detachably coupled between the protruding structure (T1) and the accessory , and the coupled coupling member being disposed between the curtain rod and the accessory ; characterized in that the electric curtain further comprises: a plurality of first screw members and a second screw member , and the coupling member (4A or 4C) being detachably coupled by the plurality of first screw members, and the curtain rod having a rail , and the frame being slidably coupled to the rail and having a fixing screw hole formed thereon, and the rail having two side panels , and a spacing being defined between the two side panels, and the second screw member having a screw rod and a screw top , and the screw rod passing through the spacing and being spirally coupled to the fixing screw hole, and the two side panels being included between the screw top and the frame .
An apparatus for aircraft anti-icing, the apparatus comprising: a nozzle head including an inner wall and an outer wall , the inner wall defining a through-hole extending through the nozzle head , the outer wall circumscribing the inner wall , wherein a plenum is disposed between the inner wall and the outer wall ; a neck extending from the outer wall of the nozzle head , the neck configured to supply a flow of hot gas to the plenum , wherein a maximum width (W1) of the neck is less than a maximum width (W2) of the through-hole ; and characterised by a bifurcation structure extending from the inner wall into the neck , the bifurcation structure configured to divide the flow of hot gas into a first flow of hot gas and a second flow of hot gas , wherein the first flow of hot gas is directed in a first rotational direction around the plenum and the second flow of hot gas is directed in a second rotational direction around the plenum . a nozzle head including an inner wall and an outer wall , the inner wall defining a through-hole extending through the nozzle head , the outer wall circumscribing the inner wall , wherein a plenum is disposed between the inner wall and the outer wall ; a neck extending from the outer wall of the nozzle head , the neck configured to supply a flow of hot gas to the plenum , wherein a maximum width (W1) of the neck is less than a maximum width (W2) of the through-hole ; and characterised by a bifurcation structure extending from the inner wall into the neck , the bifurcation structure configured to divide the flow of hot gas into a first flow of hot gas and a second flow of hot gas , wherein the first flow of hot gas is directed in a first rotational direction around the plenum and the second flow of hot gas is directed in a second rotational direction around the plenum .
A computer-implemented method for simulating a hydraulically driven fracture in an oil and/or gas recovery process, the method comprising: defining respective positions of a first set of nodes and a second set of nodes in an enrichment region, said enrichment region consisting of elements intersected by cracks and those that are likely to be intersected by cracks as the cracks propagate, and wherein the second set of nodes are superposed on corresponding ones of the first set of nodes; performing a coupled pore fluid diffusion and stress analysis on the enrichment region at the first set of nodes, the performing of the coupled pore fluid diffusion and stress analysis comprising: determining whether the second set of nodes is activated by defining a fracture criterion based on properties of the enrichment region, and determining whether the fracture criterion is satisfied during the analysis, wherein satisfaction of the defined fracture criterion indicates that a node of the second set of nodes no longer occupies the same space within the enrichment region as the corresponding node of the first set of nodes and thereby, is activated, and wherein when an element is cut through by a crack, the cracked element splits into two parts each being formed by a combination of nodes of the first set and of activated nodes of the second set; and visually outputting the results of the coupled pore fluid diffusion and stress analysis to a user. defining respective positions of a first set of nodes and a second set of nodes in an enrichment region, said enrichment region consisting of elements intersected by cracks and those that are likely to be intersected by cracks as the cracks propagate, and wherein the second set of nodes are superposed on corresponding ones of the first set of nodes; performing a coupled pore fluid diffusion and stress analysis on the enrichment region at the first set of nodes, the performing of the coupled pore fluid diffusion and stress analysis comprising: determining whether the second set of nodes is activated by defining a fracture criterion based on properties of the enrichment region, and determining whether the fracture criterion is satisfied during the analysis, wherein satisfaction of the defined fracture criterion indicates that a node of the second set of nodes no longer occupies the same space within the enrichment region as the corresponding node of the first set of nodes and thereby, is activated, and wherein when an element is cut through by a crack, the cracked element splits into two parts each being formed by a combination of nodes of the first set and of activated nodes of the second set; and visually outputting the results of the coupled pore fluid diffusion and stress analysis to a user.
A method of cryogenically grinding particles, comprising the steps of: grinding chilled granulated particles to form a micronized powder having a broad particle size distribution; feeding the micronized powder to a warming apparatus ; determining an operating efficiency of the warming apparatus ; determining whether the operating efficiency of the warming apparatus is below a predefined threshold; upon determination that the operating efficiency of the warming apparatus is below a predefined threshold, recirculating the micronized powder through the warming apparatus ; accumulating the warmed micronized powder within an accumulating apparatus ; and screening the accumulated, warmed micronized powder into one or more predetermined portions, wherein each of the one or more predetermined portions comprise a predetermined range of particle sizes of the screened, warmed micronized powder. grinding chilled granulated particles to form a micronized powder having a broad particle size distribution; feeding the micronized powder to a warming apparatus ; determining an operating efficiency of the warming apparatus ; determining whether the operating efficiency of the warming apparatus is below a predefined threshold; upon determination that the operating efficiency of the warming apparatus is below a predefined threshold, recirculating the micronized powder through the warming apparatus ; accumulating the warmed micronized powder within an accumulating apparatus ; and screening the accumulated, warmed micronized powder into one or more predetermined portions, wherein each of the one or more predetermined portions comprise a predetermined range of particle sizes of the screened, warmed micronized powder.
A tip section of a multi-camera endoscope comprising: a fluid channeling component comprising one or more fluid channels configured to direct one or more flows of at least one of insufflation and irrigation fluid, wherein the fluid channeling component comprises a proximal end, a distal end, and sides extending from the proximal end to the distal end; a flexible electronic circuit board ; at least one light source ; a front camera having a first optical axis which is directed along the long dimension of the endoscope; a side camera having a second optical axis; and wherein the fluid channeling component further comprises one or more support elements adapted to receive and support the electronic circuit board , the front camera , the side camera , and the at least one light source , wherein the side camera is positioned in the portion of the sides that is planar and wherein the second optical axis is perpendicular to the first optical axis; and wherein the fluid channeling component is configured to be used as a heat sink for the at least one light source . a fluid channeling component comprising one or more fluid channels configured to direct one or more flows of at least one of insufflation and irrigation fluid, wherein the fluid channeling component comprises a proximal end, a distal end, and sides extending from the proximal end to the distal end; a flexible electronic circuit board ; at least one light source ; a front camera having a first optical axis which is directed along the long dimension of the endoscope; a side camera having a second optical axis; and wherein the fluid channeling component further comprises one or more support elements adapted to receive and support the electronic circuit board , the front camera , the side camera , and the at least one light source , wherein the side camera is positioned in the portion of the sides that is planar and wherein the second optical axis is perpendicular to the first optical axis; and wherein the fluid channeling component is configured to be used as a heat sink for the at least one light source .
A signal processing device comprising: a noise cancellation processing unit configured to generate a noise cancellation signal on a basis of a collected ambient sound; a signal processing unit configured to generate an ambient sound adapted signal by performing dynamic analysis related to a feature of the ambient sound and filtering the ambient sound; and a control unit configured to control a plurality of modes related to signal processing, wherein the plurality of modes includes a first mode in which acoustic reproduction based on the noise cancellation signal is performed and a second mode in which acoustic reproduction based on the noise cancellation signal and the ambient sound adapted signal is performed, and the signal processing unit continues the dynamic analysis even in the first mode. a noise cancellation processing unit configured to generate a noise cancellation signal on a basis of a collected ambient sound; a signal processing unit configured to generate an ambient sound adapted signal by performing dynamic analysis related to a feature of the ambient sound and filtering the ambient sound; and a control unit configured to control a plurality of modes related to signal processing, wherein the plurality of modes includes a first mode in which acoustic reproduction based on the noise cancellation signal is performed and a second mode in which acoustic reproduction based on the noise cancellation signal and the ambient sound adapted signal is performed, and the signal processing unit continues the dynamic analysis even in the first mode.
A thermoplastic composition comprising a polyaryl ester; a polymer different from the polyaryl ester; and a phthalone compound according to the formula: wherein Z 1 represents the atoms necessary to complete a 9- to 13-membered single or fused aromatic ring structure, Z 2 represents the atoms necessary to complete a pyridine ring, each R 1 and each R 2 are independently halogen, an alkyl group, an aryl group, a heterocyclic group, an alkoxy group, an aryloxy group, an aromatic or aliphatic thioether group, an aromatic or aliphatic carboxylic acid ester group, or an aromatic or aliphatic amide group, a is 0 to 6, b is 0 to 4, n is 1 or 2, and X is present only if n=2, and is a single bond or a divalent organic radical bonded to the Z 1 ring structure through an ether, ketone, or thio linkage. a polyaryl ester; a polymer different from the polyaryl ester; and a phthalone compound according to the formula: wherein Z 1 represents the atoms necessary to complete a 9- to 13-membered single or fused aromatic ring structure, Z 2 represents the atoms necessary to complete a pyridine ring, each R 1 and each R 2 are independently halogen, an alkyl group, an aryl group, a heterocyclic group, an alkoxy group, an aryloxy group, an aromatic or aliphatic thioether group, an aromatic or aliphatic carboxylic acid ester group, or an aromatic or aliphatic amide group, a is 0 to 6, b is 0 to 4, n is 1 or 2, and X is present only if n=2, and is a single bond or a divalent organic radical bonded to the Z 1 ring structure through an ether, ketone, or thio linkage.
Method for operating a photovoltaic system, which comprises solar panels, a main contactor (H) for short-circuiting the solar panels (PV), at least one DC-DC converter and an intermediate DC circuit (ZK), characterised in that an H-bridge-shaped buck-boost converter (S1, S2, S3, S4, D1, D2, D3, D4, SP) with a coil (SP) and four switching elements (S1, S2, S3, S4), which are assigned a freewheeling diode (D1, D2, D3, D4) in each case, is used as the DC-DC converter, and that in a transition phase between unloaded and loaded state of the solar panels, the switching elements (S1, S2, S3, S4) of the DC-DC converter are brought into a switching state which forms a permanent current path (SPF) between the output of the solar panels (PV) and the intermediate circuit (ZK), wherein the current path (SPF) is closed by way of the closed main contactor (H), by way of a closed switching element (S4), which is arranged on the solar panel side on a high-side of the H-bridge-shaped DC-DC converter, by way of the coil (SP) of the DC-DC converter and by way of a freewheeling diode (D1), which is assigned to a switching element (S1) arranged on the intermediate circuit side on the high-side of the H-bridge-shaped DC-DC converter.
A state processing method for controlling a state of a secondary cell, performed by a user equipment, the method comprising: receiving state configuration information sent by a base station; and said method being characterized by further comprising: determining , based on the state configuration information, whether to set an initial state of the secondary cell and an initial state of a Bandwidth Part, BWP, associated with the secondary cell to a new state, wherein the new state is a state between an activated state and a deactivated state, and a quantity of secondary cells configured by the base station for the user equipment is at least one.
Operator control apparatus for a household appliance , with an operator control panel and an operator control knob , which is arranged on the operator control panel and is mounted such that it can be rotated about an axis of rotation to adjust operating conditions of the household appliance , wherein the operator control knob has a front cap , which is arranged such that it protrudes forwards from a front side of the operator control panel in the direction of a longitudinal axis (A) of the operator control knob and ends with a rear end before the front side of the operator control panel , and the front cap is connected to a coupling rod of the operator control apparatus , which extends through an opening in the operator control panel , characterised in that arranged on the front side of the operator control panel is a decorative panel , which partially covers the operator control panel and which is arranged such that it is adjacent to the opening of the operator control panel and only partially surrounds the opening , and arranged in the region of the opening is a one-piece spacer element of the operator control apparatus , by way of which the rear end of the front cap is arranged spaced apart from the decorative panel when viewed in the direction of the longitudinal axis (A), wherein the spacer element is arranged at a fixed position on the operator control panel and the front cap is able to rotate relative to the spacer element , wherein the spacer element is a ring section, and wherein the spacer element abuts a delimiting wall that delimits the opening and is held in the opening in a radially pretensioned manner.
Capsule for food or beverage preparation, the capsule comprising: - a hollow body and an injection wall which is impermeable to liquids and to gases and which is attached to the body and adapted to be punctured for fluid injection into the capsule , - a chamber formed inside the body containing an ingredient for preparing food or beverage by dissolution with the fluid under pressure or extraction by the fluid under a preparation pressure, - a membrane disposed at a bottom end of the chamber , for retaining internal pressure in the chamber , - opening means disposed outside the chamber in the vicinity of the membrane , the opening means being configured to open the membrane when said membrane is pressed against said opening means under an opening pressure, characterized in that the membrane is attached to the body of the capsule by an adhesive seal which, when a release pressure, less than the opening pressure, is established inside the chamber and applied to at least part of the surface of the membrane , is configured to allow the membrane to be displaced relatively to the body and to engage against the opening means while maintaining an attachment between the body and the membrane . - a hollow body and an injection wall which is impermeable to liquids and to gases and which is attached to the body and adapted to be punctured for fluid injection into the capsule , - a chamber formed inside the body containing an ingredient for preparing food or beverage by dissolution with the fluid under pressure or extraction by the fluid under a preparation pressure, - a membrane disposed at a bottom end of the chamber , for retaining internal pressure in the chamber , - opening means disposed outside the chamber in the vicinity of the membrane , the opening means being configured to open the membrane when said membrane is pressed against said opening means under an opening pressure,
A graft assembly comprising: a gutter filling stent-graft comprising: a main stent-graft comprising graft material comprising an inner surface and an outer surface , the inner surface defining a lumen within the graft material ; and a balloon coupled to the graft material at the outer surface , the balloon comprising: a base , perpendicular to a longitudinal axis of the main stent-graft , comprising permeable material; a balloon section , coupled to the base ; and an expansion member configured to expand the base . a main stent-graft comprising graft material comprising an inner surface and an outer surface , the inner surface defining a lumen within the graft material ; and a balloon coupled to the graft material at the outer surface , the balloon comprising: a base , perpendicular to a longitudinal axis of the main stent-graft , comprising permeable material; a balloon section , coupled to the base ; and an expansion member configured to expand the base . a base , perpendicular to a longitudinal axis of the main stent-graft , comprising permeable material; a balloon section , coupled to the base ; and an expansion member configured to expand the base .