mhurhangee/patent-ind-claim-en huggingface dataset:
A drain hose comprising: a hose main body into which, in use, a drain pipe of an air conditioner is to be inserted; a circumferential rib formed on an outer peripheral surface of the hose main body to be away from an extremity of the hose main body and extend in a circumferential direction of the hose main body ; characterized in that an axial rib is formed on the outer peripheral surface of the hose main body to be positioned closer to the extremity of the hose main body than the circumferential rib and extend in an axial direction of the hose main body , and in that a plurality of the axial ribs are formed on the outer peripheral surface of the hose main body to be spaced in the circumferential direction of the hose main body , and in that a wall thickness of an insertion portion of the hose main body from the extremity to the circumferential rib is smaller than a wall thickness of a regular portion of the hose main body on an opposite side of the circumferential rib from the extremity . a hose main body into which, in use, a drain pipe of an air conditioner is to be inserted; a circumferential rib formed on an outer peripheral surface of the hose main body to be away from an extremity of the hose main body and extend in a circumferential direction of the hose main body ; characterized in that an axial rib is formed on the outer peripheral surface of the hose main body to be positioned closer to the extremity of the hose main body than the circumferential rib and extend in an axial direction of the hose main body , and in that a plurality of the axial ribs are formed on the outer peripheral surface of the hose main body to be spaced in the circumferential direction of the hose main body , and in that a wall thickness of an insertion portion of the hose main body from the extremity to the circumferential rib is smaller than a wall thickness of a regular portion of the hose main body on an opposite side of the circumferential rib from the extremity .
Installation for forming a fibre mat, in particular a non-woven mat, comprising a fibre web-forming device, for example a card, a cross-lapper and, disposed between the web-forming device and the cross-lapper, a drafting device for drafting, in particular time-varying drafting, in particular periodic, the fibre web or webs to adjust a desired predetermined profile of the fibre mat leaving the cross-lapper, the web-forming device comprising at least one output belt (1; 2) for at least one web (5; 6), preferably two output belts for two respectively upper and lower webs ; the cross-lapper having one input belt to receive the web(s) leaving the output belt(s) of the web-forming device, characterised in that the arrangement is such that the path of the web or of the webs, preferably of the upper and lower webs, between the output belt or belts of the web-forming device, in particular the card, and the cross-lapper input belt includes at least one inflexion point (11; 12).
A system comprising a delivery catheter for introducing a stent-valve into the anatomy via an arterial introducer having a haemostasis valve and a liner sleeve , wherein the delivery catheter comprises: a distal portion having a stent-valve accommodation region; a flexible stem portion extending proximally from the distal portion, and comprising a plurality of control tubes nested one within another, and axially slidable relative to each other to manipulate the distal portion for deploying a stent-valve; and wherein the liner sleeve is slidable on the stem portion, the liner sleeve having an interior configured for permitting substantially unobstructed sliding of the stem portion with respect to the liner sleeve . a distal portion having a stent-valve accommodation region; a flexible stem portion extending proximally from the distal portion, and comprising a plurality of control tubes nested one within another, and axially slidable relative to each other to manipulate the distal portion for deploying a stent-valve; and wherein the liner sleeve is slidable on the stem portion, the liner sleeve having an interior configured for permitting substantially unobstructed sliding of the stem portion with respect to the liner sleeve .
A polyolefin microporous membrane, having a membrane thickness change rate of 0% or more and 15% or less with respect to 100% of the membrane thickness of said polyolefin microporous membrane that was not heated nor compressed, wherein said membrane thickness change rate is measured by the method described in the specification when said polyolefin microporous membrane is compressed under heat at a temperature of 80°C at a pressure of 1 MPa for 60 minutes and is calculated using the equation: [(Average Thickness before Compressing - Average Thickness under Compression) / (Average Thickness before Compressing)] x 100; and having a tensile strength of 230 MPa or more in the MD direction thereof, measured in accordance with the method of ASTM D882.
Tyre comprising a crown, two sidewalls and two beads with an axis of revolution and a carcass reinforcement with two carcass plies each anchored in each bead , each bead comprising: - a bead wire ; - a part of the first carcass ply extended by a turn-up around said bead wire of said first carcass ply such that the end of said turn-up is situated axially and radially on the outside relative to said bead wire; - a filler arranged radially on the outside relative to said bead wire and axially between said first carcass ply and said turn-up ; - a part of the second carcass ply arranged axially on the outside relative to said first carcass ply, to said filler and to said turn-up; - a protective rubber ( cushion gum) and a sidewall rubber axially furthest towards the outside; and - a communication module comprising a radiofrequency transponder with an electronic chip and a helical radiating antenna ; characterized in that an additional filler is positioned axially between the second carcass ply on the one hand, and the cushion gum and the sidewall rubber on the other, and in that the communication module is positioned at the interface between the second carcass ply and said additional filler . - a bead wire ; - a part of the first carcass ply extended by a turn-up around said bead wire of said first carcass ply such that the end of said turn-up is situated axially and radially on the outside relative to said bead wire; - a filler arranged radially on the outside relative to said bead wire and axially between said first carcass ply and said turn-up ; - a part of the second carcass ply arranged axially on the outside relative to said first carcass ply, to said filler and to said turn-up; - a protective rubber ( cushion gum) and a sidewall rubber axially furthest towards the outside; and - a communication module comprising a radiofrequency transponder with an electronic chip and a helical radiating antenna ;
A mask and headgear system comprising a mask, the mask comprising a frame and a seal supported by the frame, headgear connected to the mask, and a break-fit assembly comprising a magnetic coupling comprising two magnetic members which are oriented to be attracted to each other, the two magnetic members having a range of movement relative to each other that results in the magnetic members moving outside of the range for magnetic coupling, and a flexible sheath enveloping the magnetic members, wherein movement of the magnetic members away from each other is resisted by the elastic material of the sheath, and wherein stretching of the sheath establishes a restoration force that will act to return the magnetic members toward each other for reconnection to a resting position, wherein the break-fit assembly is configured to elongate upon separation of the magnetic members upon the application of a force exceeding a preselected break-free force, the mask, headgear, and break-fit assembly together defining a loop that elongates with forces that exceed the break-free force, wherein the break-fit assembly resists elongation and the magnetic members remain connected in use if a force less than the break-free force is applied, and upon application of a force exceeding the break-free force, the resulting elongation of the loop is sufficient to allow a user to don and position the system on the user's head and face or to allow the user to remove the system from the user's head and face, and wherein the break-free force is about 4N or more.
An integrated method for constructing a partial or complete peptide library with cyclic peptides, the method comprising: (i) designing and producing a series of cyclic peptides with each cyclic peptide displaying an array of distinct peptides of different sizes, and one or more affinity tags, with each peptide containing an array of short peptide sequences, wherein the peptide comprises a cyclic peptide of 50 amino acids which displays 50 distinct consecutive tripeptides, 50 distinct consecutive tetrapeptides, 50 distinct consecutive pentapeptides, 50 distinct consecutive hexapeptides, 50 distinct consecutive heptapeptides, 50 distinct consecutive 48-mer peptide, 50 distinct consecutive 49-mer peptides, and 50 50-mer peptides, which constitutes 2400 peptides with sizes ranging from 3 to 50 amino acids; wherein the cyclic peptides are formed via intein splicing using split inteins, and the corresponding linear peptides are fused between a C-terminal intein motif and an N-terminal intein motif; (ii) constructing a series of expression vectors with each vector expressing a single such cyclic peptide ; (iii) expressing and purifying the cyclic peptides by binding the affinity tag to a specific ligand immobilized to a solid phase; (iv) eluting the cyclic peptides from the solid phases and using the library for screening; and (v) optionally using the immobilized cyclic peptides directly for screening without being eluted from the solid phases, thus to construct a partial or complete peptide library with significantly reduced number of cyclic peptides. (i) designing and producing a series of cyclic peptides with each cyclic peptide displaying an array of distinct peptides of different sizes, and one or more affinity tags, with each peptide containing an array of short peptide sequences, wherein the peptide comprises a cyclic peptide of 50 amino acids which displays 50 distinct consecutive tripeptides, 50 distinct consecutive tetrapeptides, 50 distinct consecutive pentapeptides, 50 distinct consecutive hexapeptides, 50 distinct consecutive heptapeptides, 50 distinct consecutive 48-mer peptide, 50 distinct consecutive 49-mer peptides, and 50 50-mer peptides, which constitutes 2400 peptides with sizes ranging from 3 to 50 amino acids; wherein the cyclic peptides are formed via intein splicing using split inteins, and the corresponding linear peptides are fused between a C-terminal intein motif and an N-terminal intein motif; (ii) constructing a series of expression vectors with each vector expressing a single such cyclic peptide ; (iii) expressing and purifying the cyclic peptides by binding the affinity tag to a specific ligand immobilized to a solid phase; (iv) eluting the cyclic peptides from the solid phases and using the library for screening; and (v) optionally using the immobilized cyclic peptides directly for screening without being eluted from the solid phases, thus to construct a partial or complete peptide library with significantly reduced number of cyclic peptides.
Multi-part ladder with an inner ladder movable along a further ladder such as a middle or outer ladder, the inner ladder having treads from the group of rung and step extending between stiles and the further ladder having rungs extending between stiles , wherein the bottom tread of the inner ladder is a rung and all further treads of the inner ladder except for the rung are steps .
Method for producing a 2-cyanoethyl group-containing organic compound comprising a step of reacting acrylonitrile with a hydroxyl group-containing organic compound in the presence of a quaternary ammonium salt as a catalyst through a Michael addition, wherein a. the hydroxyl group-containing organic compound is selected from polyvinyl alcohols, and b. the quaternary ammonium salt is selected from the group consisting of benzyltriethylammonium chloride, benzyltrimethylammonium chloride, and a combination thereof. a. the hydroxyl group-containing organic compound is selected from polyvinyl alcohols, and b. the quaternary ammonium salt is selected from the group consisting of benzyltriethylammonium chloride, benzyltrimethylammonium chloride, and a combination thereof.
A method in a wireless network including a client device and at least three network devices (3-5), each of the three network devices having a known location, the method comprising: - pairwise exchanging messages between at least three different pairs of network devices of said at least three network devices, wherein in a pairwise message exchange a first network device transmits a first message and a second network device receives the first message transmitted from the first network device and transmits a second message to the first network device and the first network device receives the second message transmitted from the second network device and transmits a third message to the second network device, said second and third messages including time difference information of the time difference between transmission of a message at one of the first and second network devices and reception of a subsequent message from the other one of the first and second network devices at the one of the first and second network devices for use, together with the known locations of the network devices of the at least three different pairs of network devices and times of reception of the pairwise exchanged messages by the client device, in determining the location of the client device.
A method for constructing an optical network, the method comprising: connecting each of a plurality of nodes in an optical network to an all optical switching central node via a set of optical superchannels, wherein each of the optical superchannels includes of a set of wavelength subchannels and has a bounded data rate; and wherein the all optical switching central node is configured to perform wavelength selective switching among the subchannels of these superchannels at the all optical switching central node, characterized by further comprising calculating , for each permutation of permutations of the plurality of non-central nodes, a superchannel spectrum requirement of the respective permutation, identifying a permutation having a minimal superchannel spectrum requirement for minimizing a total superchannel bandwidth; assigning subchannel spectrum and superchannel spectrum; and sending commands to superchannel transmitter/receivers to tune to the assigned spectrum for communication. connecting each of a plurality of nodes in an optical network to an all optical switching central node via a set of optical superchannels, wherein each of the optical superchannels includes of a set of wavelength subchannels and has a bounded data rate; and wherein the all optical switching central node is configured to perform wavelength selective switching among the subchannels of these superchannels at the all optical switching central node, characterized by further comprising calculating , for each permutation of permutations of the plurality of non-central nodes, a superchannel spectrum requirement of the respective permutation, identifying a permutation having a minimal superchannel spectrum requirement for minimizing a total superchannel bandwidth; assigning subchannel spectrum and superchannel spectrum; and sending commands to superchannel transmitter/receivers to tune to the assigned spectrum for communication.
A computer-implemented method of differentiating between dot and flood pattern illumination of an object, comprising: obtaining, by a computing system, an infrared image of the object; determining, by the computing system, a difference of Gaussian image that represents features of the infrared image that have spatial frequencies within a spatial frequency range defined by a first Gaussian operator and a second Gaussian operator; identifying, by the computing system, one or more blob regions within the difference of Gaussian image, wherein each blob region of the one or more blob regions comprises a region of connected pixels in the difference of Gaussian image; characterized in that : based on identifying the one or more blob regions within the difference of Gaussian image, determining, by the computing system, whether the infrared image represents the object illuminated by a dot or flood pattern projected onto the object by one or more infrared projectors. obtaining, by a computing system, an infrared image of the object; determining, by the computing system, a difference of Gaussian image that represents features of the infrared image that have spatial frequencies within a spatial frequency range defined by a first Gaussian operator and a second Gaussian operator; identifying, by the computing system, one or more blob regions within the difference of Gaussian image, wherein each blob region of the one or more blob regions comprises a region of connected pixels in the difference of Gaussian image; characterized in that : based on identifying the one or more blob regions within the difference of Gaussian image, determining, by the computing system, whether the infrared image represents the object illuminated by a dot or flood pattern projected onto the object by one or more infrared projectors.
A sofa bed that comprises: - a support structure on the floor, - a main seat base arranged in said structure , - a front foldable leg rest , which is fixed to the structure by a first articulation , - a cushioned flexible body which covers the main base and the leg rest , wherein - the first articulation comprises parallel mechanisms configured to provide movement on a vertical plane with the combined movement of folding and forward motion of the leg rest , - the leg rest comprises lower legs , - the cushioned flexible body comprises machined parts and an upper layer of a material, and - comprises foldable support elements located under the cushioned body coinciding with the machined parts , characterized in that said upper layer of a material has greater elasticity than the rest of the cushioned body in an area that coincides with the first articulation . - a support structure on the floor, - a main seat base arranged in said structure , - a front foldable leg rest , which is fixed to the structure by a first articulation , - a cushioned flexible body which covers the main base and the leg rest , wherein - the first articulation comprises parallel mechanisms configured to provide movement on a vertical plane with the combined movement of folding and forward motion of the leg rest , - the leg rest comprises lower legs , - the cushioned flexible body comprises machined parts and an upper layer of a material, and - comprises foldable support elements located under the cushioned body coinciding with the machined parts , characterized in that said upper layer of a material has greater elasticity than the rest of the cushioned body in an area that coincides with the first articulation .
An FGF19 protein analog, wherein the amino acid sequence of the FGF19 protein analog is as shown in any one of SEQ ID NO.1-4.
A recombinant baculovirus displaying on its envelope a fusion protein, the fusion protein comprising: (i) a heterologous antigen; and (ii) a C-terminal region of baculovirus envelope GP64 protein, comprising at least 100 amino acid residues in length and lacking a B12D5 binding epitope consisting of the amino acid sequence of SEQ ID NO: 2 or 3 located within the central basic region of the GP64 protein; wherein the heterologous antigen is located at the N-terminus of the fusion protein displaying on the envelope of the recombinant baculovirus. (i) a heterologous antigen; and (ii) a C-terminal region of baculovirus envelope GP64 protein, comprising at least 100 amino acid residues in length and lacking a B12D5 binding epitope consisting of the amino acid sequence of SEQ ID NO: 2 or 3 located within the central basic region of the GP64 protein;
A method for processing video information for a vehicle , the method comprising: selecting a number of prior images from images generated by the vehicle , wherein an object is seen in the number of prior images ; and displaying a model of the vehicle in the number of prior images in a current position of the vehicle and with a size that is based on the current position of the vehicle relative to the object in the number of prior images , characterized in that displaying the model further comprises displaying the model in phantom when the current position of the vehicle is hidden from view by the object , wherein an arrow is displayed in the number of prior images when the current position of the vehicle is hidden from view by the object , wherein the arrow indicates a direction of travel of the vehicle and the size of the arrow indicates the speed of the vehicle . selecting a number of prior images from images generated by the vehicle , wherein an object is seen in the number of prior images ; and displaying a model of the vehicle in the number of prior images in a current position of the vehicle and with a size that is based on the current position of the vehicle relative to the object in the number of prior images , characterized in that displaying the model further comprises displaying the model in phantom when the current position of the vehicle is hidden from view by the object , wherein an arrow is displayed in the number of prior images when the current position of the vehicle is hidden from view by the object , wherein the arrow indicates a direction of travel of the vehicle and the size of the arrow indicates the speed of the vehicle .
Method for exposing a photo polymerizable material for solidification of material layer by layer to build a 3D object, comprising the following steps: - dividing the image to be exposed into a number of sub images with an internal distance of at least one pixel, - increasing resolution of the solidificated material by utilizing sub-pixelation methods that divides each pixel of the sub images into sub pixels, and - exposing the sub images with increased resolution sequentially onto the photo polymerizable material by means of an electronic light projector by using image scrolling while the light projector is in motion relative to the exposed material. - dividing the image to be exposed into a number of sub images with an internal distance of at least one pixel, - increasing resolution of the solidificated material by utilizing sub-pixelation methods that divides each pixel of the sub images into sub pixels, and - exposing the sub images with increased resolution sequentially onto the photo polymerizable material by means of an electronic light projector by using image scrolling while the light projector is in motion relative to the exposed material.
Dynamoelectric machine for explosive atmospheres having at least one line bushing , a line in a housing of the dynamoelectric machine having a threaded bushing and a terminal stud , wherein the threaded bushing is an insulator and is screwed into a recess in the housing , wherein the terminal stud is made from an electrically conductive material and is provided, at least in sections, with a thread, wherein connection options for lines or braids are provided at both ends of the terminal stud , wherein the terminal stud can be screwed into the threaded bushing , wherein the thread length is greater when the terminal stud engages in the housing , wherein the threaded bushing is screwed into the housing and with a collar and the thread lengthens an ignition gap, and wherein the terminal stud has a stop shoulder which is screwed into the threaded bushing and with the shoulder and the thread lengthens an ignition gap.