mhurhangee/patent-ind-claim-en huggingface dataset:
A ceramic shell comprising multi-layer ceramic blank sheets, wherein the multi-layer ceramic blank sheets comprise alternately overlapped white ceramic blank sheet and color ceramic blank sheet, and two ceramic blank sheets on the outermost side of the multi-layer ceramic blank sheets are both white ceramic blank sheet. , wherein each of the two ceramic blank sheets on the outermost side of the multi-layer ceramic blank sheets has a thickness ranging from 0.3 to 0.5 mm and wherein both the color ceramic blank sheet in the multi-layer ceramic blank sheets and the white ceramic blank sheet between any two color ceramic blank sheets have a thickness ranging from 0.001 to 0.3 mm.
An anchor system for securing the position of a medical instrument , comprising: a medical instrument that is insertable into a skin penetration point ; characterized in that the anchor system further comprises: an anchor device (100; 300; 700; 800; 900) designed to be inserted through the skin penetration point when it is already occupied by the medical instrument, the anchor device comprising a retainer body (110; 310; 710) and one or more subcutaneous anchors (120a, 120b; 320a, 320b; 720a, 720b; 820; 920), wherein: the retainer body (110; 310; 710) releasably secures with the medical instrument after the medical instrument is inserted into the skin penetration point ; and the one or more anchors (120a, 120b; 320a, 320b; 720a, 720b; 820; 920) extend distally from the retainer body (110; 310; 710) and toward the already-occupied skin penetration point when the medical instrument is inserted into the skin penetration point , each anchor comprising a tine (130a, 130b; 330a, 330b; 730a; 730b; 830; 930) that deploys in a subcutaneous region to secure the retainer body relative to the already-occupied skin penetration point . a medical instrument that is insertable into a skin penetration point ; characterized in that the anchor system further comprises: an anchor device (100; 300; 700; 800; 900) designed to be inserted through the skin penetration point when it is already occupied by the medical instrument, the anchor device comprising a retainer body (110; 310; 710) and one or more subcutaneous anchors (120a, 120b; 320a, 320b; 720a, 720b; 820; 920), wherein: the retainer body (110; 310; 710) releasably secures with the medical instrument after the medical instrument is inserted into the skin penetration point ; and the one or more anchors (120a, 120b; 320a, 320b; 720a, 720b; 820; 920) extend distally from the retainer body (110; 310; 710) and toward the already-occupied skin penetration point when the medical instrument is inserted into the skin penetration point , each anchor comprising a tine (130a, 130b; 330a, 330b; 730a; 730b; 830; 930) that deploys in a subcutaneous region to secure the retainer body relative to the already-occupied skin penetration point . the retainer body (110; 310; 710) releasably secures with the medical instrument after the medical instrument is inserted into the skin penetration point ; and the one or more anchors (120a, 120b; 320a, 320b; 720a, 720b; 820; 920) extend distally from the retainer body (110; 310; 710) and toward the already-occupied skin penetration point when the medical instrument is inserted into the skin penetration point , each anchor comprising a tine (130a, 130b; 330a, 330b; 730a; 730b; 830; 930) that deploys in a subcutaneous region to secure the retainer body relative to the already-occupied skin penetration point .
A sheet-like material comprising a nonwoven fabric composed of an ultrafine fiber having an average single fiber diameter of 0.3 to 7 μm; and an elastic resin, wherein the elastic resin is a polyurethane resin (D) which contains: as essential constituent monomers, a copolymerized polycarbonate diol (A1) which contains a structural unit derived from C3-5 alkane diol (a1) and a structural unit derived from C8-12 alkane diol (a2), the molar ratio of the alkanediol (a2) with respect to the total number of moles of the alkanediol (a1) and the alkanediol (a2) being 50 to 95 mole%; a polycarbonate diol (A2) containing a structural unit derived from a C4-6 alkane diol (a3) ; an organic diisocyanate (B) ; and a chain extender (C), and the polyurethane resin (D) satisfies the following conditions to : The copolymerized polycarbonate diol (A1) has a heat quantity of fusion (ΔH) of 40 to 100 J/g, the heat quantity of fusion (ΔH) being determined in accordance with a melting point measuring method provided in JIS K7121-1987. The polycarbonate diol (A2) has a heat quantity of fusion (ΔH) of 0 J/g. A difference (ΔTm) in a melting point (Tm) between a mixture (A12) of the copolymerized polycarbonate diol (A1) with the polycarbonate diol (A2) and the copolymerized polycarbonate diol (A1) is 1.5°C or lower, the melting point (Tm) being determined by a melting point measuring method provided in JIS K7121-1987. The copolymerized polycarbonate diol (A1) has a heat quantity of fusion (ΔH) of 40 to 100 J/g, the heat quantity of fusion (ΔH) being determined in accordance with a melting point measuring method provided in JIS K7121-1987. The polycarbonate diol (A2) has a heat quantity of fusion (ΔH) of 0 J/g. A difference (ΔTm) in a melting point (Tm) between a mixture (A12) of the copolymerized polycarbonate diol (A1) with the polycarbonate diol (A2) and the copolymerized polycarbonate diol (A1) is 1.5°C or lower, the melting point (Tm) being determined by a melting point measuring method provided in JIS K7121-1987.
Lifting platform, in particular movable lifting platform, for lifting vehicles - with two base assembly halves , which are firmly arranged to one another respectively via a connecting point with a middle part , wherein the middle part is fastened, with a connecting section , detachably to a lateral surface of a housing of the base assembly half , to form the connecting point , - with a lifting device arranged respectively on the base assembly half , which is transferable from a starting position arranged on the floor into a working position and which respectively comprises a carrier at an end region of the lifting device and each carrier receives at least one support arm , - with a form-fit plug connection , by which the middle part is connected with the respective housing of the base assembly half with one another and aligned with respect to each other, - characterized in that the form-fit plug connection includes at least a first connecting element in a region near the floor on the middle part , as well as at least a second connecting element on the housing , of the base assembly half , wherein the second connecting element is configured complementarily to the first connecting element and - that one of the two connecting elements is formed by at least one web or hook and the other connecting element is formed by a closed or open-edged opening or an eyelet, wherein the one connecting element form-fitly engages into the other connecting element . - with two base assembly halves , which are firmly arranged to one another respectively via a connecting point with a middle part , wherein the middle part is fastened, with a connecting section , detachably to a lateral surface of a housing of the base assembly half , to form the connecting point , - with a lifting device arranged respectively on the base assembly half , which is transferable from a starting position arranged on the floor into a working position and which respectively comprises a carrier at an end region of the lifting device and each carrier receives at least one support arm , - with a form-fit plug connection , by which the middle part is connected with the respective housing of the base assembly half with one another and aligned with respect to each other, - characterized in that the form-fit plug connection includes at least a first connecting element in a region near the floor on the middle part , as well as at least a second connecting element on the housing , of the base assembly half , wherein the second connecting element is configured complementarily to the first connecting element and - that one of the two connecting elements is formed by at least one web or hook and the other connecting element is formed by a closed or open-edged opening or an eyelet, wherein the one connecting element form-fitly engages into the other connecting element .
Device for nivellation of ladders (I) being erected on a ground (II) being sloping or flat, such a device comprises a foundation onto which there is secured/placed an elevated area , said elevated area functioning as a fulcrum/see-sawing point for a plate onto which plate there may be placed or secured a ladder (I), and said plate 3 being equipped with securing devices that may stay the position of the plate in relation to the foundation , characterized in that the plate is secured to the foundation through the aid of a wire running between the ends of the plate via wheels existing in the foundation
A camshaft holder intended to be attached to a cylinder head of an internal combustion engine of a motor vehicle, one face of the camshaft holder having at its periphery an interface intended to be in contact with an interface of the cylinder head , the camshaft holder housing at least one camshaft, the camshaft being inserted between a base of the camshaft holder including a series of half-seats and bearing caps each supporting on one side a complementary half-seat of a half-seat of the base, each half-seat of the bearing caps being removably secured to a half-seat of the base, characterized in that the bearing caps are secured to the camshaft holder by protruding from the face having the interface , each bearing cap having a passage for lubricating oil.
Component connection comprising a base layer and at least one cover layer and a connecting element comprising a head and a shaft , with a material bond being formed between the end face of the connecting element and the base layer , characterized in that material from the cover layer laterally surrounds at least part of the head above the level of the cover layer , wherein the connecting element for producing the component connection , which is adapted to be friction-welded to the base layer , has a shaft with a shaft portion and a head with a flat surface located on the top side of the head for transmitting an axial force, wherein a drive recess is made in the flat surface for transmitting a torque, wherein the diameter increases continuously from a rise level (A) on the shaft portion to the underside of the head, wherein the distance between the rise level (A) and a level (K) at the underside of the head which latter level is located furthest away from the end of the shaft, is less than half the difference between the outer diameter of the head and the shaft diameter at the rise level (D A - Ds) / 2 (D2) and more than a quarter of the difference between the outer diameter of the head and the shaft diameter at the rise level (D A - Ds) / 4 (D1).
Wardrobe lift , comprising a wardrobe rail which can be connected by at least one end region to at least one pivot lever and which can be transferred from a higher storage position located for example inside a closet into a loading position which is at a lower height compared with the storage position, an operating element which can be pivoted relative to the wardrobe rail being connected to the wardrobe rail in order to pivot the pivot lever and the wardrobe rail , wherein the wardrobe rail is provided with a driver stop for the operating element , which stop defines the relative pivotability of the operating element and by means of which the wardrobe rail can be transferred from the operating element into the higher storage position and back, characterized in that the wardrobe rail is connected in a form fit and friction fit manner to the pivot levers or to an individual pivot lever.
Nut releasing device, comprising: - pyrotechnic actuation means - a nut arranged to hold a screw comprising a longitudinal axis (X) - a cutter arranged to move in translation in an activation direction, under the action of the pyrotechnic actuation means , so as to split the nut into at least two parts , characterized in that the translational movement of the cutter is located in a plane which intersects with the longitudinal axis (X) of the screw . - pyrotechnic actuation means - a nut arranged to hold a screw comprising a longitudinal axis (X) - a cutter arranged to move in translation in an activation direction, under the action of the pyrotechnic actuation means , so as to split the nut into at least two parts ,
An apparatus comprising a channel member , first and second electrodes configured to enable a flow of electrical current from the first electrode through the channel member to the second electrode , and a supporting substrate configured to support the channel member and the first and second electrodes, wherein the channel member is separated from the supporting substrate by a nanomembrane characterised in that , the nanomembrane layer comprises an electrically-insulating carbon nanomembrane layer configured to facilitate the flow of electrical current through the channel member by inhibiting leakage of the electrical current from the channel member to the supporting substrate .
A layered tile , comprising a mutually connected ceramic tile and a concrete body , said tile and concrete body being connected through an organic adhesive, said layered tile comprising a spacer at a side wall of said concrete body extending outside a circumference of said ceramic tile .
A cooking appliance with a housing , in which a drawer is longitudinally displaceably guided, in which a support for food to be cooked can be or is attached, wherein a heatable or heated plate is arranged above the support for food to be cooked in the housing , wherein a fan and a grease filter are arranged in the housing , and wherein - the housing comprises one or more air inlet openings in the front area of its bottom plate , - the bottom plate of the housing and the bottom wall of the drawer extend at a distance from each other, whereby an air intake channel is formed between the bottom plate and the bottom wall , which extends from the air inlet opening to the grease filter , characterized in that - an air outlet sheet is arranged in the housing , which extends at a distance from the cover plate of the housing , - the fan is formed as a cross-flow fan, and - the housing comprises one or more air exit openings in the front area of its cover plate . - the housing comprises one or more air inlet openings in the front area of its bottom plate , - the bottom plate of the housing and the bottom wall of the drawer extend at a distance from each other, whereby an air intake channel is formed between the bottom plate and the bottom wall , which extends from the air inlet opening to the grease filter , - an air outlet sheet is arranged in the housing , which extends at a distance from the cover plate of the housing , - the fan is formed as a cross-flow fan, and - the housing comprises one or more air exit openings in the front area of its cover plate .
A piezo sounder device comprising a piezo sounder and a controller , wherein the controller is configured, upon activation of the piezo sounder device, to drive the piezo sounder at: a first frequency for a first duration, the first frequency substantially corresponding to a resonant frequency of the piezo sounder at a first operational temperature; and a second frequency for a second duration, the second frequency substantially corresponding to a resonant frequency of the piezo sounder at a second operational temperature, wherein the first duration is different from the second duration. a first frequency for a first duration, the first frequency substantially corresponding to a resonant frequency of the piezo sounder at a first operational temperature; and a second frequency for a second duration, the second frequency substantially corresponding to a resonant frequency of the piezo sounder at a second operational temperature, wherein the first duration is different from the second duration.
A wireless sensor system comprising: a. a plurality of Passive Electromagnetic Sensors comprising a passive acoustic wave sensor and a passive microprocessor, wherein said Passive Electromagnetic Sensors are embedded within or attached to a component of transmission or distribution hardware of a transmission or distribution utility grid; b. a plurality of Electromagnetic Controller Communicators comprised of a CPU, a transceiver, and transmitter; wherein said Electromagnetic Controller Communicators are distributed within said transmission or distribution utility grid to receive computed phenomena data from said Passive Electromagnetic Sensors , wherein the Electromagnetic Controller Communicators are configured to compute phenomena and process measurements received from the Passive Electromagnetic Sensors , wherein Electromagnetic Controller Communicators are configured to map the phenomena data, which creates a wellness map, wherein the Electromagnetic Controller Communicators are configured to compare the resulting multidimensional phenomena information to normal and abnormal relational models, and wherein the Electromagnetic Controller Communicator is configured to generate alarms and to issue commands to other machines to restore wellness of the utility grid in case of matches to abnormal relational models. a. a plurality of Passive Electromagnetic Sensors comprising a passive acoustic wave sensor and a passive microprocessor, wherein said Passive Electromagnetic Sensors are embedded within or attached to a component of transmission or distribution hardware of a transmission or distribution utility grid; b. a plurality of Electromagnetic Controller Communicators comprised of a CPU, a transceiver, and transmitter; wherein said Electromagnetic Controller Communicators are distributed within said transmission or distribution utility grid to receive computed phenomena data from said Passive Electromagnetic Sensors , wherein the Electromagnetic Controller Communicators are configured to compute phenomena and process measurements received from the Passive Electromagnetic Sensors , wherein Electromagnetic Controller Communicators are configured to map the phenomena data, which creates a wellness map, wherein the Electromagnetic Controller Communicators are configured to compare the resulting multidimensional phenomena information to normal and abnormal relational models, and wherein the Electromagnetic Controller Communicator is configured to generate alarms and to issue commands to other machines to restore wellness of the utility grid in case of matches to abnormal relational models.
A process for treating a sodium-metal halide cell , comprising: charging the sodium-metal halide electrochemical cell in a discharged state to at least 20 percent state-of-charge of an accessible capacity of the sodium-metal halide cell at a first temperature to attain the sodium-metal halide cell in a partial state-of-charge or a full state-of-charge; and holding the sodium-metal halide electrochemical cell in the corresponding partial state-of-charge or full state-of-charge at a second temperature, wherein the first temperature and the second temperature are higher than an operating temperature of the sodium-metal halide cell wherein the operating temperature is in a range of from about 240 degrees Celsius to about 350 degrees Celsius, wherein the first temperature, the second temperature, or both are in a range of from 350 degrees Celsius to 500 degrees Celsius, wherein the holding step is carried out for a duration of time at least 6 hours. charging the sodium-metal halide electrochemical cell in a discharged state to at least 20 percent state-of-charge of an accessible capacity of the sodium-metal halide cell at a first temperature to attain the sodium-metal halide cell in a partial state-of-charge or a full state-of-charge; and holding the sodium-metal halide electrochemical cell in the corresponding partial state-of-charge or full state-of-charge at a second temperature, wherein the first temperature and the second temperature are higher than an operating temperature of the sodium-metal halide cell wherein the operating temperature is in a range of from about 240 degrees Celsius to about 350 degrees Celsius, wherein the first temperature, the second temperature, or both are in a range of from 350 degrees Celsius to 500 degrees Celsius, wherein the holding step is carried out for a duration of time at least 6 hours.
A method of building a workpiece using an additive manufacturing process, wherein the workpiece is built up by consolidating material in a layer-by-layer manner, the method comprising receiving an initial geometric model defining surface geometry of the workpiece, determining initial workpiece slices (101a to 101h) to be consolidated as layers of the workpiece during the additive manufacturing process from the initial geometric model, building a test workpiece in accordance with the initial workpiece slices (101a to 101h) using the additive manufacturing process, determining a degree of warping by measuring the test workpiece , determining workpiece slices (401a to 400h) having adjusted positions adjusted from initial positions of the initial workpiece slices (101a to 101h), and building the workpiece using the additive manufacturing process, wherein the workpiece slices (401a to 400h) are formed in the adjusted positions, characterised in that the degree of warping of the test workpiece is determined by measuring the test workpiece a predetermined time after an end of the build of the test workpiece and the adjusted positions are determined such that warping of the workpiece expected to occur during or after the additive manufacturing process returns the workpiece to or towards the surface geometry as defined in the initial geometric model.
An absorbing structure with a sequence of layers, comprising: a first and a second outer surface, a first liquid storing layer comprising fluff pulp , bonding fibers and super absorbing polymer , a second liquid storing layer comprising fluff pulp and bonding fibers , and at least one liquid storage layer arranged between the first liquid storing layer and the second liquid storing layer and in direct contact with these, wherein the layers are disposed on top of one another and form a ply structure, wherein the at least one fluid storage layer comprises a fluff pulp , a super absorbing polymer and no binder material, and wherein at least one of the first and second outer surfaces comprises a latex based binder material layer . a first and a second outer surface, a first liquid storing layer comprising fluff pulp , bonding fibers and super absorbing polymer , a second liquid storing layer comprising fluff pulp and bonding fibers , and at least one liquid storage layer arranged between the first liquid storing layer and the second liquid storing layer and in direct contact with these, wherein the layers are disposed on top of one another and form a ply structure, wherein the at least one fluid storage layer comprises a fluff pulp , a super absorbing polymer and no binder material, and wherein at least one of the first and second outer surfaces comprises a latex based binder material layer .