mhurhangee/patent-ind-claim-en huggingface dataset:
A door holder, comprising a retainer housing , which is connectable to either a door or a door frame , and a door retaining rod (20; 120), which penetrates an opening of the retainer housing and can be articulated with the other of door and door frame , wherein the door retaining rod has at least one braking surface (24a, 24b; 124a, 124b), wherein at least one braking element displaceable in the direction of the at least one braking surface (24a, 24b; 124a, 124b) is arranged on the retainer housing , which braking element can be brought into contact at least in sections with the at least one braking surface (24a, 24b; 124a, 124b) of the door retaining rod (20; 120) and thus generates a primary brake force component against the displacement of the door retaining rod (20; 120), wherein the door retaining rod (20; 120) has at least one guide surface (25a, 25b; 125a, 125b) inclined in relation to the braking surface (24a, 24b; 124a, 124b), wherein at least one guide element is arranged on the retainer housing , which guide element can be brought at least in regions into contact with the at least one guide surface (25a, 25b; 125a, 125b) and generates a secondary brake force component against the displacement of the door retaining rod (20; 120), characterized in that the guide element is formed as a pin , that the pin (235a, 235b; 235a', 235b') is accommodated in a guide part of the retainer housing , and that an end face of the pin (235a, 235b; 235a', 235b') protrudes axially into the opening or at least delimits the opening . a retainer housing , which is connectable to either a door or a door frame , and a door retaining rod (20; 120), which penetrates an opening of the retainer housing and can be articulated with the other of door and door frame ,
A battery comprising a wound electrode element in which a positive electrode and a negative electrode are wound with a separator therebetween, wherein the positive electrode has a positive electrode active material layer formed on a first face and on a second face of a positive electrode current collector in an outer periphery of the wound electrode element , and has a first exposed surface where no positive electrode active material layer is formed on the second face of the positive electrode current collector , the negative electrode has a negative electrode active material layer formed on a first face and on a second face of a negative electrode current collector in an outer periphery of the wound electrode element , and has a second exposed surface where no negative electrode active material layer is formed on the second face of the negative electrode current collector , and the first and second exposed surfaces face each other with the separator therebetween, wherein a facing part where the first and second exposed surfaces face each other includes a bent part, and when a length from a position in an electrode element width direction of a start of the facing part to a position in the electrode element width direction of a corner of the bent part as viewed toward a winding direction is defined as X, and a length from the position in the electrode element width direction of the corner of the bent part to a position in the electrode element width direction of an end of the facing part is defined as Y, a relation of X ≥ Y is satisfied. wherein the positive electrode has a positive electrode active material layer formed on a first face and on a second face of a positive electrode current collector in an outer periphery of the wound electrode element , and has a first exposed surface where no positive electrode active material layer is formed on the second face of the positive electrode current collector , the negative electrode has a negative electrode active material layer formed on a first face and on a second face of a negative electrode current collector in an outer periphery of the wound electrode element , and has a second exposed surface where no negative electrode active material layer is formed on the second face of the negative electrode current collector , and the first and second exposed surfaces face each other with the separator therebetween, wherein a facing part where the first and second exposed surfaces face each other includes a bent part, and when a length from a position in an electrode element width direction of a start of the facing part to a position in the electrode element width direction of a corner of the bent part as viewed toward a winding direction is defined as X, and a length from the position in the electrode element width direction of the corner of the bent part to a position in the electrode element width direction of an end of the facing part is defined as Y, a relation of X ≥ Y is satisfied.
A method for producing a wheel rim from fibre composite material by means of a continuous progressive manufacturing process, pultrusion, wherein at least one further of the manufacturing processes constituted by pullbraiding and pullwinding is used at the same time or with a temporal offset, characterised in that the wheel rim is produced in two layers: a first inner core by pultrusion and a second outer layer formed from fibrous woven fabric , wound or braided around the core , by pullwinding or pullbrading respectively.
A preparation method of a rubber composition comprising: determining of a target Y value by the following Mathematical Formula 2; calculating a X value by the following Mathematical Formula 1; and mixing a modified conjugated diene-based polymer having the calculated X value; a filler; and a vulcanizing agent, wherein the following Mathematical Formula 1 and Mathematical Formula 2 are satisfied: Y = AX + 0.1645 0.0945 ≤ Y ≤ 0.1561 in Mathematical Formula 1 and Mathematical Formula 2, A is a real number of -0.0019 to -0.0009, X is a modification ratio of the modified conjugated diene-based polymer, and Y is a dynamic viscoelasticity loss coefficient (tan δ) at 60°C of the rubber composition. determining of a target Y value by the following Mathematical Formula 2; calculating a X value by the following Mathematical Formula 1; and mixing a modified conjugated diene-based polymer having the calculated X value; a filler; and a vulcanizing agent, wherein the following Mathematical Formula 1 and Mathematical Formula 2 are satisfied: Y = AX + 0.1645 0.0945 ≤ Y ≤ 0.1561 in Mathematical Formula 1 and Mathematical Formula 2, A is a real number of -0.0019 to -0.0009, X is a modification ratio of the modified conjugated diene-based polymer, and Y is a dynamic viscoelasticity loss coefficient (tan δ) at 60°C of the rubber composition.
A congestion control method, wherein the method comprises: adding (S201), by a network device , a fixed value to a congestion threshold after a first period ends, detecting whether a difference obtained by subtracting average traffic load of a queue in the first period from average traffic load of the queue in the network device in a second period is greater than a target increase value, and setting the congestion threshold based on the detection result after the second period ends, wherein the first period is a period previous to the second period; marking (S205), by the network device , a received packet when a quantity of packets buffered in the queue is greater than the congestion threshold, and enqueueing the marked packet in the queue , wherein the mark indicates that congestion occurs on the network device ; and sending (S206), by the network device to a receiving device , the marked packet that is dequeued from the queue. adding (S201), by a network device , a fixed value to a congestion threshold after a first period ends, detecting whether a difference obtained by subtracting average traffic load of a queue in the first period from average traffic load of the queue in the network device in a second period is greater than a target increase value, and setting the congestion threshold based on the detection result after the second period ends, wherein the first period is a period previous to the second period; marking (S205), by the network device , a received packet when a quantity of packets buffered in the queue is greater than the congestion threshold, and enqueueing the marked packet in the queue , wherein the mark indicates that congestion occurs on the network device ; and sending (S206), by the network device to a receiving device , the marked packet that is dequeued from the queue.
A device for securing an article to a tissue , the device comprising: a body, transitionable from a first linearly extended deployment state to a second securing state , having a first portion , a second portion , and a medial portion between the first portion and the second portion wherein the first portion has a first terminal end configured to pierce the tissue, and wherein the second securing state comprises at least a section of the first portion of the body assuming a curved geometry configured to be embedded in the tissue and at least a section of the medial portion of the body configured to contact a surface of the article , and the second portion has a second terminal end which is a blunt end, wherein the second securing state further comprises at least a section of the second portion assuming a curved geometry configured to be around at least a portion of the surface of the article characterised in that the device further comprises: a tab standoff in mechanical communication with the medial portion of the body at a first end and a tab at a second end, wherein the tab is displaced by a slot from the body. a body, transitionable from a first linearly extended deployment state to a second securing state , having a first portion , a second portion , and a medial portion between the first portion and the second portion wherein the first portion has a first terminal end configured to pierce the tissue, and wherein the second securing state comprises at least a section of the first portion of the body assuming a curved geometry configured to be embedded in the tissue and at least a section of the medial portion of the body configured to contact a surface of the article , and the second portion has a second terminal end which is a blunt end, wherein the second securing state further comprises at least a section of the second portion assuming a curved geometry configured to be around at least a portion of the surface of the article characterised in that the device further comprises: a tab standoff in mechanical communication with the medial portion of the body at a first end and a tab at a second end, wherein the tab is displaced by a slot from the body.
An eyesight testing apparatus comprising an imaging device for the virtual imaging of a test object, which is located within a focal length of the imaging device and can be imaged at different distances, into an eye of a subject located in a focal point of the imaging device, comprising an optical deflection device , the deflection device being arranged in a beam path between the imaging device and the test object and deflecting the beam path by 180 degrees, the deflection device being displaceable in the direction of the beam path, and the test object not being displaceable, comprising a monitor device , the monitor device generating the test object, the monitor device comprising a single monitor , the optical components lying in the beam path being of such a size that both eyes of the subject are able to take part in the test, it thus being possible for a partial beam path (13; 14) to be formed for each eye, a blocking device being arranged in the beam path, the blocking device comprising two LCD blocking elements which are each assigned to the partial beam paths and which are connected to the monitor for being controlled synchronously, characterised in that two visually different test objects can be displayed at the same time in a discernible manner by means of the monitor, the respective partial beam paths (13; 14) being blockable or releasable by means of the LCD blocking elements simultaneously with a change of a display of the test objects on the monitor, the LCD blocking elements being designed to block or release the partial beam paths separately so that in each case only one of the test objects becomes visible through a partial beam path.
Rotationally directional tread profile of a commercial vehicle tire, said profile being divided into two parts in the axial direction A of the tire, having two axially adjacent profile block rows , each of which is formed from profile block elements that are arranged one behind the other over the circumference of the tire and are separated from one another by diagonal grooves and thereby form a respective axial part of the extent of the tread profile, wherein the diagonal grooves of one profile block row are designed so as to slope along the axial extent of the diagonal grooves through said profile block row , starting from the other profile block row , such that the main direction of extent of the diagonal grooves forms an angle of inclination α relative to the axial direction A, characterized in that the diagonal grooves of one profile block row have a direction of inclination which is oriented oppositely to that of the diagonal grooves of the other profile block row when seen in the circumferential direction U, and the angle of inclination α of the diagonal grooves of both profile block rows is formed such that 25°≤α≤35°, in that the diagonal grooves of one profile block row are formed along the axial extent of the diagonal grooves through the respective profile block row , in each case starting from the other profile block row , such that first and second segments of extent are formed which are arranged one behind the other in an alternating manner, wherein, along the extent of the diagonal grooves, the diagonal grooves each form an angle of inclination γ, where 10°≤γ≤α, with respect to the axial direction A in the first segments of extent and an angle of inclination β, where α≤β≤60°, with respect to the axial direction A in the second segments of extent .
A method of manufacturing a hydrogen separation material including: a porous support forming step of forming a porous support comprising porous silica glass, wherein the porous support forming step is a step of depositing porous silica glass to the periphery of a dummy rod and then drawing out the dummy rod to form a tubular porous support comprising the porous silica glass; and a silica glass membrane forming step of densifying the surface of the porous silica glass thereby forming a dense silica glass membrane on the surface of the porous silica glass, wherein one end of the tubular porous support is sealed. a porous support forming step of forming a porous support comprising porous silica glass, wherein the porous support forming step is a step of depositing porous silica glass to the periphery of a dummy rod and then drawing out the dummy rod to form a tubular porous support comprising the porous silica glass; and a silica glass membrane forming step of densifying the surface of the porous silica glass thereby forming a dense silica glass membrane on the surface of the porous silica glass,
A foldable camera module for a mobile terminal , comprising: a camera body housed in a groove on an outer surface of the mobile terminal ; a flexible cable , wherein an end of the flexible cable is connected to the camera body , and the other end of the flexible cable is connected to a circuit board inside the mobile terminal ; a fixing member connected to the flexible cable and configured to fix the camera body; characterized in that the fixing member comprises: a locking member disposed on the camera body and provided with a buckle ; and a folding member disposed on a middle part of the flexible cable and provided with a clamping slot matching the buckle ; wherein the camera body and the locking member are folded in a predetermined direction by a section of the flexible cable between the locking member and the folding member ; and when the camera body is folded away from the groove to a predetermined position, the buckle is engaged with the clamping slot , thereby fixing the camera body to the predetermined position. a camera body housed in a groove on an outer surface of the mobile terminal ; a flexible cable , wherein an end of the flexible cable is connected to the camera body , and the other end of the flexible cable is connected to a circuit board inside the mobile terminal ; a fixing member connected to the flexible cable and configured to fix the camera body; characterized in that the fixing member comprises: a locking member disposed on the camera body and provided with a buckle ; and a folding member disposed on a middle part of the flexible cable and provided with a clamping slot matching the buckle ; wherein the camera body and the locking member are folded in a predetermined direction by a section of the flexible cable between the locking member and the folding member ; and when the camera body is folded away from the groove to a predetermined position, the buckle is engaged with the clamping slot , thereby fixing the camera body to the predetermined position.
A payload transport stabilizer for stabilizing a payload of a spacecraft, comprising: • a frame ; • a payload assembly , including a payload guide that is connected to the frame and that defines a payload guide path , and a payload that is connected to the payload guide such that it is moveable along the payload guide path; • a balance mass assembly , including a balance mass guide that is connected to the frame and that defines a balance mass guide path , and a balance mass that is connected to the balance mass guide such that it is moveable along the balance mass guide path; • a coupling mechanism that interconnects the payload and the balance mass , such that positions of the payload and the balance mass along their respective guide paths are mutually coupled; the payload transport stabilizer being configured such that it can occupy at least one stabilized state, defined by a combination of a first position of the payload along the payload guide path and a corresponding first position of the balance mass along the balance mass guide path , wherein the payload is movable along the guide path in a first direction, from its first position to a second position, wherein the coupling mechanism is configured to move the balance mass in a second direction that is opposite to said first direction when the payload moves in the first direction. • a frame ; • a payload assembly , including a payload guide that is connected to the frame and that defines a payload guide path , and a payload that is connected to the payload guide such that it is moveable along the payload guide path; • a balance mass assembly , including a balance mass guide that is connected to the frame and that defines a balance mass guide path , and a balance mass that is connected to the balance mass guide such that it is moveable along the balance mass guide path; • a coupling mechanism that interconnects the payload and the balance mass , such that positions of the payload and the balance mass along their respective guide paths are mutually coupled;
A method of making fresh filled pasta , such as ravioli, cappelletti, tortelli, panzerotti, comprising the steps of: a) preparing a first sheet of fresh pasta and laying it on a flat support (F); b) depositing a first dose (D 1 ) of a first food filling on said first sheet ; c) depositing a second dose (D 2 ) of a second food filling other than the first on said first dose (D 1 ) of the first food filling ; d) preparing a second sheet of fresh pasta and laying said second sheet over said first sheet said first dose (D 1 ) and said second dose (D 2 ) of filling ; e) joining said first sheet and said second sheet along a substantially continuous edge (C) of a predetermined shape corresponding to the shape of the finished product; f) cutting said sheets joined along said peripheral edge (C) to obtain the desired type of fresh filled pasta ; wherein said first filling is in a shape-memory pasty state and wherein said second filling is in a liquid or gel state, and a step is provided between said step of b) depositing said first dose (D 1 ) and said step of c) depositing said second dose (D 2 ), i.e. g) plastically deforming said first dose (D 1 ) to form a permanent upwardly open cavity thereon for receiving and holding said second dose (D 2 ) in the liquid or gel state without allowing it to overflow from or leak out of said first dose (D 1 ). a) preparing a first sheet of fresh pasta and laying it on a flat support (F); b) depositing a first dose (D 1 ) of a first food filling on said first sheet ; c) depositing a second dose (D 2 ) of a second food filling other than the first on said first dose (D 1 ) of the first food filling ; d) preparing a second sheet of fresh pasta and laying said second sheet over said first sheet said first dose (D 1 ) and said second dose (D 2 ) of filling ; e) joining said first sheet and said second sheet along a substantially continuous edge (C) of a predetermined shape corresponding to the shape of the finished product; f) cutting said sheets joined along said peripheral edge (C) to obtain the desired type of fresh filled pasta ; wherein said first filling is in a shape-memory pasty state and wherein said second filling is in a liquid or gel state, and a step is provided between said step of b) depositing said first dose (D 1 ) and said step of c) depositing said second dose (D 2 ), i.e. g) plastically deforming said first dose (D 1 ) to form a permanent upwardly open cavity thereon for receiving and holding said second dose (D 2 ) in the liquid or gel state without allowing it to overflow from or leak out of said first dose (D 1 ).
The electrical device having heating function especially for heating liquids comprising; - at least one main body , - at least one housing which is accessible through an opening that is at least partially present at preferably the lateral part of the main body , which is suitable for at least one cooking chamber to be placed inside, characterized by - the housing which has at least one pin hole suitable for a pin to be placed inside, - at least one latch having at least one sensing part and at least one driving part which are connected to each other with an angle, and at least one bearing which is preferably located at the region where the sensing part and the driving part connect to each other, which is suitable for a pin to be placed inside, and form a rotation axis, which is suitable to be rotated such that it enters at least partially inside an inner volume of a cooking chamber as a result of a force exerted on it, - at least one pin which enters the pin hole that is present on the housing , and which forms a rotation axis for the latch , - at least one spring which enables the latch to return to a predefined position once an external force acting on the latch is removed - at least one sensing means which is present at the sensing part of the latch . - at least one main body , - at least one housing which is accessible through an opening that is at least partially present at preferably the lateral part of the main body , which is suitable for at least one cooking chamber to be placed inside, characterized by - the housing which has at least one pin hole suitable for a pin to be placed inside, - at least one latch having at least one sensing part and at least one driving part which are connected to each other with an angle, and at least one bearing which is preferably located at the region where the sensing part and the driving part connect to each other, which is suitable for a pin to be placed inside, and form a rotation axis, which is suitable to be rotated such that it enters at least partially inside an inner volume of a cooking chamber as a result of a force exerted on it, - at least one pin which enters the pin hole that is present on the housing , and which forms a rotation axis for the latch , - at least one spring which enables the latch to return to a predefined position once an external force acting on the latch is removed - at least one sensing means which is present at the sensing part of the latch .