mhurhangee/patent-ind-claim-en huggingface dataset:
A brake system, in particular for use in motor vehicles, comprising a transponder , wherein the transponder is designed and positioned and/or secured in the brake system so that it is deactivated by an engagement geometry of the brake system when a predeterminable wear state of the brake system is reached, characterized in that the transponder is secured to a stationary part of the brake system, wherein in the event of a relative movement of a moving part relative to the stationary part , the moving part deactivates the transponder .
A method for controlling a movement of an agent moving within an environment organized into a network of nodes and links between the nodes partially represented by a directed graph, wherein each vertex and edge of the directed graph corresponds respectively to a node and to an orientation of a link of the network, ,wherein the directed graph initially comprises a plurality of vertices, called "border vertices", from each of which at least one edge is directed towards an unknown portion (U) of the network not represented by the directed graph, the method comprising guiding of the moving agent in its movement, between a starting vertex and a destination vertex in the directed graph, via execution by a processor of at least one iteration of the following successive steps: - planning a path in the directed graph, between a vertex at which the moving agent is located and the destination vertex or a border vertex (F), via execution of a path-searching algorithm on the basis of a first heuristic evaluation of cost calculated for vertices of the directed graph and on the basis of a path search via a progressive increase in the cost , - controlling a navigation of the moving agent between the location at which it is located and the destination vertex or the border vertex (F) returned by the planning step , and - after the navigation and if the planning step returns a border vertex (F) that is different from the destination vertex , controlling an exploration in the unknown portion (U) of the network with enrichment of the directed graph via the addition of the vertex or vertices and edge(s) explored, characterized in that the planning step of each iteration comprises, for each calculation of the first heuristic evaluation of cost for a border vertex (F), an additional calculation of a second heuristic evaluation of risk for this border vertex (F), and provides, as the destination of the path, the border vertex (F) for which the heuristic evaluation of risk calculated is the lowest as soon as the cost exceeds this lowest heuristic evaluation of risk before the destination vertex has been reached. - planning a path in the directed graph, between a vertex at which the moving agent is located and the destination vertex or a border vertex (F), via execution of a path-searching algorithm on the basis of a first heuristic evaluation of cost calculated for vertices of the directed graph and on the basis of a path search via a progressive increase in the cost , - controlling a navigation of the moving agent between the location at which it is located and the destination vertex or the border vertex (F) returned by the planning step , and - after the navigation and if the planning step returns a border vertex (F) that is different from the destination vertex , controlling an exploration in the unknown portion (U) of the network with enrichment of the directed graph via the addition of the vertex or vertices and edge(s) explored,
An image processing apparatus comprising: a first imaging means attached to a side portion of a vehicle (M) and configured to provide a first image obtained by capturing a rear of the side portion including a vehicle body region; a second imaging means attached to a rear portion of the vehicle (M) and configured to provide a second image including a rear of the vehicle captured at a first angle of view; a third imaging means attached to the rear portion of the vehicle (M) and configured to provide a third image including the rear of the vehicle captured at a second angle of view narrower than the first angle of view; a synthesizing means configured to synthesize the second image and the third image corresponding to the vehicle body region of the first image in the vehicle body region of the first image; wherein when a blind spot region (BL) of the third image satisfies a predetermined condition, which is a condition for determining whether or not a blind spot region (BL) of the third image is complemented by the second image, the synthesizing means is configured to complement the blind spot region (BL) of the third image by the second image, and when the blind spot region (BL) of the third image does not satisfy the predetermined condition, the synthesizing means is configured to synthesize only the second image in the vehicle body region of the first image without complementing the blind spot region (BL) of the third image by the second image. a first imaging means attached to a side portion of a vehicle (M) and configured to provide a first image obtained by capturing a rear of the side portion including a vehicle body region; a second imaging means attached to a rear portion of the vehicle (M) and configured to provide a second image including a rear of the vehicle captured at a first angle of view; a third imaging means attached to the rear portion of the vehicle (M) and configured to provide a third image including the rear of the vehicle captured at a second angle of view narrower than the first angle of view; a synthesizing means configured to synthesize the second image and the third image corresponding to the vehicle body region of the first image in the vehicle body region of the first image; wherein when a blind spot region (BL) of the third image satisfies a predetermined condition, which is a condition for determining whether or not a blind spot region (BL) of the third image is complemented by the second image, the synthesizing means is configured to complement the blind spot region (BL) of the third image by the second image, and when the blind spot region (BL) of the third image does not satisfy the predetermined condition, the synthesizing means is configured to synthesize only the second image in the vehicle body region of the first image without complementing the blind spot region (BL) of the third image by the second image.
A pneumatic tire having a circumferential tread of a cap/base configuration with an outer tread cap rubber layer comprising a tire running surface and a tread base rubber layer, the tread base rubber layer at least partially or completely underlying the outer tread cap rubber layer, wherein the rubber composition of the outer tread cap rubber comprises, based on parts by weight per 100 parts by weight of the tread rubber (phr), (A) 55 to 85 phr of cis 1,4-polybutadiene rubber, and (B) 45 to 15 phr of at least one additional diene-based elastomer including cis 1,4-polyisoprene rubber, (C) 40 to 110 phr of a reinforcing filler wherein the reinforcing filler is a combination of a rubber reinforcing carbon black and silica, the reinforcing filler comprising: 20 to 60 phr of rubber reinforcing carbon black, and 10 to 80 phr of silica; and (D) a coupling agent having a moiety reactive with hydroxyl groups on the silica and another different moiety interactive with carbon-to-carbon double bonds of the cis 1,4-polybutadiene rubber; wherein the cis 1,4-polybutadiene rubber has a microstructure comprising 96 to 99 percent cis 1,4-isomeric units, a number average molecular weight (Mn) in a range of from 150,000 to 200,000 and a heterogeneity index (Mw/Mn) in a range of from 1.5/1 to 2.1/1. (A) 55 to 85 phr of cis 1,4-polybutadiene rubber, and (B) 45 to 15 phr of at least one additional diene-based elastomer including cis 1,4-polyisoprene rubber, (C) 40 to 110 phr of a reinforcing filler wherein the reinforcing filler is a combination of a rubber reinforcing carbon black and silica, the reinforcing filler comprising: 20 to 60 phr of rubber reinforcing carbon black, and 10 to 80 phr of silica; and 20 to 60 phr of rubber reinforcing carbon black, and 10 to 80 phr of silica; and (D) a coupling agent having a moiety reactive with hydroxyl groups on the silica and another different moiety interactive with carbon-to-carbon double bonds of the cis 1,4-polybutadiene rubber; wherein the cis 1,4-polybutadiene rubber has a microstructure comprising 96 to 99 percent cis 1,4-isomeric units, a number average molecular weight (Mn) in a range of from 150,000 to 200,000 and a heterogeneity index (Mw/Mn) in a range of from 1.5/1 to 2.1/1.
A method for obtaining a calcium fluoride (CaF 2 ) sol solution, comprising the steps of a) providing calcium in a first volume, in a non-aqueous solvent, in the form of a calcium precursor, b) adding, in a second volume 1.85 to 2.05 molar equivalents of anhydrous hydrogen fluoride (HF) per mole calcium precursor to said first volume, and c) adding a metal additive before, during or after the fluorination with hydrogen fluoride of step b, wherein said metal additive is selected from the group comprising lithium, calcium, antimony, tin, strontium, barium, aluminium, silicium, zirconium, titanium or zinc, in the form of a metal additive precursor, wherein the amount of said metal additive precursor, in relation to the amount of said calcium precursor is 1 : 100 to 1 : 5, as measured in molar equivalent of said metal additive to said calcium precursor, wherein - an additional amount of hydrogen fluoride (n adHF ) is present in the fluorination of step b computed according to the formula n adHF = n M * X additive * Ox * A , wherein - n M is the molar amount of said calcium precursor, - X additive is the molar percentage of said metal additive precursor in relation to said molar amount of said calcium precursor wherein - X additive is in the range of 1 % to 20 %, and - Ox is the oxidation state of the metal of said additive precursor, and - A is selected from 0 ≤ A ≤ 1. a) providing calcium in a first volume, in a non-aqueous solvent, in the form of a calcium precursor, b) adding, in a second volume 1.85 to 2.05 molar equivalents of anhydrous hydrogen fluoride (HF) per mole calcium precursor to said first volume, and c) adding a metal additive before, during or after the fluorination with hydrogen fluoride of step b, wherein - an additional amount of hydrogen fluoride (n adHF ) is present in the fluorination of step b computed according to the formula n adHF = n M * X additive * Ox * A , wherein - n M is the molar amount of said calcium precursor, - X additive is the molar percentage of said metal additive precursor in relation to said molar amount of said calcium precursor wherein - X additive is in the range of 1 % to 20 %, and - Ox is the oxidation state of the metal of said additive precursor, and - A is selected from 0 ≤ A ≤ 1. - n M is the molar amount of said calcium precursor, - X additive is the molar percentage of said metal additive precursor in relation to said molar amount of said calcium precursor wherein - X additive is in the range of 1 % to 20 %, and - Ox is the oxidation state of the metal of said additive precursor, and - A is selected from 0 ≤ A ≤ 1.
A process to prepare a biodegradable pulp container of a planting aid product, wherein the biodegradable pulp container comprises an annular compartment for water with a downwardly tapering outer wall and an upwardly tapering inner wall defining a central open channel, where in use a plant is positioned, wherein the annular compartment is closed at its lower end and open at its upper end, , comprising the following steps: (a) forming an intermediate container product in a pulping process and drying the intermediate container product, the process being characterized in : (b) pressing the intermediate container product as obtained in step (a) in a mould such that the pressure applied in the mould on the upwardly tapering inner wall is less or locally less than the pressure applied in the mould on the downwardly tapering outer wall resulting in that the upwardly tapering inner wall or parts of the inner wall have a lower solid density as compared to the solid density of the downwardly tapering outer wall in the container obtained in step (c), and (c) releasing the container from the mould. (a) forming an intermediate container product in a pulping process and drying the intermediate container product, the process being characterized in : (b) pressing the intermediate container product as obtained in step (a) in a mould such that the pressure applied in the mould on the upwardly tapering inner wall is less or locally less than the pressure applied in the mould on the downwardly tapering outer wall resulting in that the upwardly tapering inner wall or parts of the inner wall have a lower solid density as compared to the solid density of the downwardly tapering outer wall in the container obtained in step (c), and (c) releasing the container from the mould.
An imaging apparatus comprising: an imaging unit having a plurality of operation modes (M) including a first operation mode (M1) configured to generate a low-resolution image (PIC1), a second operation mode (M3) configured to generate a first high-resolution image (PIC3), and a third operation mode (M2) configured to generate a second high-resolution image (PIC2), wherein the second high-resolution image (PIC2) differs from the first high-resolution image (PIC3); an operation mode setting section that selects one of the plurality of operation modes (M); a detection processing section that performs moving object detection processing, wherein the detection processing section performs the moving object detection processing on a basis of the low-resolution image (PIC1) in the first operation mode (M1), and the operation mode setting section selects the second operation mode (M3) when a moving object is detected to selectively operate one or a plurality of regions out of an imaging region in which the moving object has been detected to acquire the first high-resolution image (PIC3); an authentication processing section that performs authentication processing on a basis of the first high-resolution image (PIC3), wherein the operation mode setting section selects the third operation mode (M2) to operate all regions of the imaging region to acquire the second high-resolution image (PIC2) in a case where the authentication processing fails; and a communication unit that supplies the second high-resolution image (PIC2) to a server in the case where the authentication processing fails. an imaging unit having a plurality of operation modes (M) including a first operation mode (M1) configured to generate a low-resolution image (PIC1), a second operation mode (M3) configured to generate a first high-resolution image (PIC3), and a third operation mode (M2) configured to generate a second high-resolution image (PIC2), wherein the second high-resolution image (PIC2) differs from the first high-resolution image (PIC3); an operation mode setting section that selects one of the plurality of operation modes (M); a detection processing section that performs moving object detection processing, wherein the detection processing section performs the moving object detection processing on a basis of the low-resolution image (PIC1) in the first operation mode (M1), and the operation mode setting section selects the second operation mode (M3) when a moving object is detected to selectively operate one or a plurality of regions out of an imaging region in which the moving object has been detected to acquire the first high-resolution image (PIC3); an authentication processing section that performs authentication processing on a basis of the first high-resolution image (PIC3), wherein the operation mode setting section selects the third operation mode (M2) to operate all regions of the imaging region to acquire the second high-resolution image (PIC2) in a case where the authentication processing fails; and a communication unit that supplies the second high-resolution image (PIC2) to a server in the case where the authentication processing fails.
A medical device, comprising: a balloon configured to move between a collapsed configuration and an expanded configuration; an expandable-collapsible framework disposed about an outer surface of the balloon ; and a plurality of electrodes carried about an outer surface of the framework , characterised by including a plurality of spacers each disposed between the outer surface of the framework and one of the plurality of electrodes , and a distal end of the framework being attached to a distal end of the balloon , the framework otherwise being free-floating about the surface of the balloon . a balloon configured to move between a collapsed configuration and an expanded configuration; an expandable-collapsible framework disposed about an outer surface of the balloon ; and a plurality of electrodes carried about an outer surface of the framework , characterised by including a plurality of spacers each disposed between the outer surface of the framework and one of the plurality of electrodes , and a distal end of the framework being attached to a distal end of the balloon , the framework otherwise being free-floating about the surface of the balloon .
A thermoplastic component assembly comprising: a first thermoplastic component comprising a first thermoplastic polymer material, the first thermoplastic polymer material comprising a first visualization agent; and a second thermoplastic component comprising a second thermoplastic polymer material comprising a second visualization agent; wherein the first visualization agent and the second visualization agent are configured to operate as visual contrast under lighting conditions to identify a boundary or interconnection area between the first thermoplastic component welded to the second thermoplastic component; characterised in that the first visualization agent and the second visualization agent are fluorescent agents and/or dyes and absorb UV light and fluoresce in the visible spectrum. a first thermoplastic component comprising a first thermoplastic polymer material, the first thermoplastic polymer material comprising a first visualization agent; and a second thermoplastic component comprising a second thermoplastic polymer material comprising a second visualization agent; wherein the first visualization agent and the second visualization agent are configured to operate as visual contrast under lighting conditions to identify a boundary or interconnection area between the first thermoplastic component welded to the second thermoplastic component; characterised in that the first visualization agent and the second visualization agent are fluorescent agents and/or dyes and absorb UV light and fluoresce in the visible spectrum.
A method for processing a semifinished glass tube , with the steps: providing of the semifinished glass tube , wherein for the semifinished glass tube defect data is provided and the semifinished glass tube is labeled with at least one mark (3; 4); reading out of the defect data (2-5; 30-31) for the semifinished glass tube by means of the at least one mark (3; 4), with which the semifinished glass tube is labeled; and processing of the semifinished glass tube , in particularly including an at least sectionally conducted thermal forming; wherein the processing of the semifinished glass tube is adjusted to the defect data (2-5; 30-31), which has been read out for the semifinished glass tube , under the control of an electronic control device; wherein the defect data relates to information about the quality of the respective semifinished glass tube, which is determined in the production of the tube, and the defect data furthermore contains information about the location and position and preferably also about the size of the defect of the semifinished glass tube. providing of the semifinished glass tube , wherein for the semifinished glass tube defect data is provided and the semifinished glass tube is labeled with at least one mark (3; 4); reading out of the defect data (2-5; 30-31) for the semifinished glass tube by means of the at least one mark (3; 4), with which the semifinished glass tube is labeled; and processing of the semifinished glass tube , in particularly including an at least sectionally conducted thermal forming; wherein the processing of the semifinished glass tube is adjusted to the defect data (2-5; 30-31), which has been read out for the semifinished glass tube , under the control of an electronic control device; wherein the defect data relates to information about the quality of the respective semifinished glass tube, which is determined in the production of the tube, and the defect data furthermore contains information about the location and position and preferably also about the size of the defect of the semifinished glass tube.
A composition comprising (A) an organopolysiloxane compound having a structure of the average formula (I) below and (B) 15 to 40 wt% of dipropylene glycol dimethyl ether (SiO 4/2 ) a (R 1 SiO 3/2 ) b (R 1 2 SiO 2/2 ) c (R 1 3 SiO 1/2 ) d (R 2 O 1/2 ) e (I) wherein each R 1 independently is a hydrogen atom or an alkyl group, aralkyl group or aryl group of 1 to 8 carbon atoms which may be substituted with halogen atoms; R 2 is a hydrogen atom, methyl group, ethyl group, n-propyl group or i-propyl group; "a", "b", "c" and "d" are respectively numbers which satisfy the conditions 0 ≤ a < 1, 0 < b ≤ 1, 0 ≤ c < 1, 0 ≤ d < 1 and a+b+c+d = 1; and "e" is a number which satisfies the condition 0 < e ≤ 4.
A tricuspid regurgitation treatment tool to be inserted into the pulmonary artery, the tool comprising: an insertion tube provided with a guidewire-guiding lumen formed therein for the insertion tube to be movable from the inferior vena cava to the pulmonary artery along a guidewire ; and a blocking part configured to be passed obliquely through the tricuspid valve while the insertion tube is inserted from the inferior vena cava to the pulmonary artery characterized in that the blocking part comprises: a supporting wire having both ends thereof coupled to the insertion tube ; and a blocking membrane which has one side thereof fixed to the insertion tube and is supported by the supporting wire . an insertion tube provided with a guidewire-guiding lumen formed therein for the insertion tube to be movable from the inferior vena cava to the pulmonary artery along a guidewire ; and a blocking part configured to be passed obliquely through the tricuspid valve while the insertion tube is inserted from the inferior vena cava to the pulmonary artery characterized in that the blocking part comprises: a supporting wire having both ends thereof coupled to the insertion tube ; and a blocking membrane which has one side thereof fixed to the insertion tube and is supported by the supporting wire . a supporting wire having both ends thereof coupled to the insertion tube ; and a blocking membrane which has one side thereof fixed to the insertion tube and is supported by the supporting wire .