mhurhangee/patent-ind-claim-en huggingface dataset:
An adjustable height limiter for a vehicle seat , comprising: a main body having a slot which has a first end and a second end , a piston rod element which is displaceable with respect to the main body , characterised in that the main body having a pin element which is guided in the slot , a first sleeve element which is rotatable with respect to the main body and at least partially surrounds the main body , the first sleeve element having a first boundary which is helical with respect to the main body , the first boundary being arranged between the first end and the second end when viewed in the extension direction of the slot , and the pin element being arranged between the first end and the first boundary . a main body having a slot which has a first end and a second end , a piston rod element which is displaceable with respect to the main body , characterised in that the main body having a pin element which is guided in the slot , a first sleeve element which is rotatable with respect to the main body and at least partially surrounds the main body , the first sleeve element having a first boundary which is helical with respect to the main body , the first boundary being arranged between the first end and the second end when viewed in the extension direction of the slot , and the pin element being arranged between the first end and the first boundary .
Latch comprising a locking mechanism having a catch for receiving a locking bolt and a pawl for ratcheting the catch in a ratchet position, a brake pawl being present that is able to brake a rotational movement of the catch while or after the pawl is lifted from the ratchet position thereof, and a dog mechanism being present that has transmission, characterized in that the pawl and brake pawl are rotatably mounted using a common axis .
Incineration plant for solid material having - a combustion material inlet through which solid material can be introduced, - a combustion chamber in which the solid material is introduced and in which the solid material is combusted, - a combustion grate with which the solid material and combusted solid material can be conveyed through the combustion chamber , - a primary air supply below the top of the combustion grate , - at least one nozzle arranged above the combustion grate with which a gaseous medium can be provided, the nozzle having a gas inlet and a gas outlet, characterized in that the gas inlet is embodied by a nozzle pipe and the gas outlet is embodied by an outlet insert , the outlet insert being at least partly inserted in the nozzle pipe , wherein the outlet insert is connected to the nozzle pipe by a welded joint , the welded joint being arranged on the outside of the nozzle pipe . - a combustion material inlet through which solid material can be introduced, - a combustion chamber in which the solid material is introduced and in which the solid material is combusted, - a combustion grate with which the solid material and combusted solid material can be conveyed through the combustion chamber , - a primary air supply below the top of the combustion grate , - at least one nozzle arranged above the combustion grate with which a gaseous medium can be provided, the nozzle having a gas inlet and a gas outlet,
Frame for glasses , said frame comprising a side piece , a hinge element and a structural element , said side piece being adapted to be rigidly fixed to the hinge element , said side piece and said structural element being connected to each other by means of said hinge element , characterized in that said side piece comprises a main fixing surface substantially flat from which a plurality of fusion points , made of a material suitable for being fused by electrowelding, protrudes, said plurality of fusion points being shaped and sized so as to be adapted to be fused during electrowelding, so as to allow said side piece to be rigidly fixed to said hinge element of said frame and in that said fusion points are formed on said side piece : around a perimeter or path corresponding to the form of the profiled portion of the hinge element , or in positions corresponding to the contact surfaces defined by the parallel portions of the shaped profile of the hinge element , or in positions such as to come into contact with the thickest parts of the hinge element for the correct positioning of the hinge element on said side piece . around a perimeter or path corresponding to the form of the profiled portion of the hinge element , or in positions corresponding to the contact surfaces defined by the parallel portions of the shaped profile of the hinge element , or in positions such as to come into contact with the thickest parts of the hinge element for the correct positioning of the hinge element on said side piece .
A pylon system for coupling an engine to a vehicle, comprising: a vehicle pylon configured to be coupled to the vehicle, the vehicle pylon including a seal along a portion of the vehicle pylon; and an engine pylon including an inboard longeron and an outboard longeron , the inboard longeron coupled to the outboard longeron at a first end of the engine pylon and spaced apart from the outboard longeron at a second end of the engine pylon, the inboard longeron configured to be coupled to the engine, and the engine pylon is slidably coupled to the seal such that the engine pylon is movable relative to the vehicle pylon between at least a first position and a second position. a vehicle pylon configured to be coupled to the vehicle, the vehicle pylon including a seal along a portion of the vehicle pylon; and an engine pylon including an inboard longeron and an outboard longeron , the inboard longeron coupled to the outboard longeron at a first end of the engine pylon and spaced apart from the outboard longeron at a second end of the engine pylon, the inboard longeron configured to be coupled to the engine, and the engine pylon is slidably coupled to the seal such that the engine pylon is movable relative to the vehicle pylon between at least a first position and a second position.
Built-in cabinet assembly comprising at least two bearing struts which are arranged in a fixed manner and spaced apart from each other and which laterally delimit a receiving space between the bearing struts , at least one fastening element which is adjustably supported on each of the bearing struts and which has a front stop face and a rear tensioning face , and a built-in cabinet which is inserted into the receiving space between the bearing struts and which has at least one stop face which is brought into contact with the stop face of the fastening elements , and which has at least one threaded opening having a tensioning screw which is supported therein and which acts with the screw tip on the tensioning face of the fastening element , wherein the stop faces of the fastening elements define a bearing plane (E), and wherein the tensioning face is oriented to be angularly inclined at an angle (α) with respect to the bearing plane (E) in such a manner that, when the tensioning screw is actuated, a displacement of the built-in cabinet relative to the fastening element is achieved and the stop face of the built-in cabinet is moved onto the stop faces of the fastening elements in such a manner that the stop faces can be brought into contact with each other, wherein, when the tensioning screw is actuated further, the built-in cabinet is tensioned with respect to the fastening element . at least two bearing struts which are arranged in a fixed manner and spaced apart from each other and which laterally delimit a receiving space between the bearing struts , at least one fastening element which is adjustably supported on each of the bearing struts and which has a front stop face and a rear tensioning face , and a built-in cabinet which is inserted into the receiving space between the bearing struts and which has at least one stop face which is brought into contact with the stop face of the fastening elements , and which has at least one threaded opening having a tensioning screw which is supported therein and which acts with the screw tip on the tensioning face of the fastening element , wherein the stop faces of the fastening elements define a bearing plane (E), and wherein the tensioning face is oriented to be angularly inclined at an angle (α) with respect to the bearing plane (E) in such a manner that, when the tensioning screw is actuated, a displacement of the built-in cabinet relative to the fastening element is achieved and the stop face of the built-in cabinet is moved onto the stop faces of the fastening elements in such a manner that the stop faces can be brought into contact with each other, wherein, when the tensioning screw is actuated further, the built-in cabinet is tensioned with respect to the fastening element .
Method for operating a postal delivery assistance system, comprising a mailbox for receiving mail items , a data processing device having a database which comprises an address file in which an addressee is assigned to a building address in each case, and a reading device for acquiring mail item data of a mail item , wherein the method involves the following steps for the delivery of a mail item addressed to an addressee in a building : acquisition of mail item data of a mail item via the reading device ; determination of an addressee of the mail item based on the mail item data; determination of a location of the reading device , wherein the building address is assigned to the location of the reading device , checking, via the data processing device , whether the addressee of the mail item in the address file is assigned to the building address of the building which is assigned to the location of the reading device ; and, when the addressee in the address file is assigned to the building address of the building assigned to the location of the reading device , activation of a locking mechanism of the mailbox in order to release an opening of the mailbox so that the mail item can be deposited in the mailbox . acquisition of mail item data of a mail item via the reading device ; determination of an addressee of the mail item based on the mail item data; determination of a location of the reading device , wherein the building address is assigned to the location of the reading device , checking, via the data processing device , whether the addressee of the mail item in the address file is assigned to the building address of the building which is assigned to the location of the reading device ; and, when the addressee in the address file is assigned to the building address of the building assigned to the location of the reading device , activation of a locking mechanism of the mailbox in order to release an opening of the mailbox so that the mail item can be deposited in the mailbox .
A method for manufacturing limited-symmetry structures by interference lithography comprising a step of interference lithographic irradiation of a photosensitive material arranged on a substrate , characterised in that the irradiation step comprises at least three successive interference exposures carried out with three coplanar light beams originating from an optical system and interfering on an exposure surface of the photosensitive material, a first relative rotation being carried out between said optical system and said substrate between the first and second interference exposures, followed by a second rotation between the second and third interference exposures.
A method, comprising: receiving, from a plurality of sources , respective sets of incidents , and respective source-assigned suspiciousness labels for the incidents; applying a set of labeling rules so as to assign rule-based labels to respective incidents in a subset of the incidents in the received sets; comparing, in each of the incidents in the subset, the respective rule-based label to the respective source-assigned suspiciousness label so as to compute a respective label quality score for each of the sources; identifying the sources having respective label quality scores meeting a predefined criterion; fitting, by a processor, a model for computing predicted labels to the incidents received from the identified sources and the respective source-assigned suspiciousness labels of the incidents; applying the model to an additional incident received from one of the sources to compute a predicted label for the additional incident; and prioritizing a notification of the additional incident in response to the predicted label. receiving, from a plurality of sources , respective sets of incidents , and respective source-assigned suspiciousness labels for the incidents; applying a set of labeling rules so as to assign rule-based labels to respective incidents in a subset of the incidents in the received sets; comparing, in each of the incidents in the subset, the respective rule-based label to the respective source-assigned suspiciousness label so as to compute a respective label quality score for each of the sources; identifying the sources having respective label quality scores meeting a predefined criterion; fitting, by a processor, a model for computing predicted labels to the incidents received from the identified sources and the respective source-assigned suspiciousness labels of the incidents; applying the model to an additional incident received from one of the sources to compute a predicted label for the additional incident; and prioritizing a notification of the additional incident in response to the predicted label.
A temperature sensor (1;2), comprising: a sensor element that includes a main body and paired lead wires drawn from the main body , wherein the main body includes a thermosensitive body and a sealing glass covering the thermosensitive body ; and a first housing (19;41) that includes a resin mold layer and covers the sensor element except for a part thereof such that the main body is supported by the first housing (19;41) in that the first housing (19;41) surrounds, at a front end, an outer periphery of the main body and such that at least the part of the surface of the sealing glass corresponding to the thermosensitive body is exposed from the first housing (19;41). a sensor element that includes a main body and paired lead wires drawn from the main body , wherein the main body includes a thermosensitive body and a sealing glass covering the thermosensitive body ; and a first housing (19;41) that includes a resin mold layer and covers the sensor element except for a part thereof such that the main body is supported by the first housing (19;41) in that the first housing (19;41) surrounds, at a front end, an outer periphery of the main body and such that at least the part of the surface of the sealing glass corresponding to the thermosensitive body is exposed from the first housing (19;41).
A method for performing a two-step random access process under a Contention-Based Random Access, CBRA, mechanism, comprising: sending (S101) a first message; and receiving (S102) a second message through a first resource to complete the random access process, wherein the first resource is used by a single User Equipment (UE) or shared by a plurality of UEs having contention, and the second message is determined according to the first message, characterized in that before using the first resource to receive the second message, the method further comprises: receiving a third message, wherein the third message comprises a first indication information and an uplink authorization information; and when the first indication information is a first indicator, the uplink authorization information is determined as a downlink authorization information used to indicate the first resource. sending (S101) a first message; and receiving (S102) a second message through a first resource to complete the random access process, wherein the first resource is used by a single User Equipment (UE) or shared by a plurality of UEs having contention, and the second message is determined according to the first message, characterized in that before using the first resource to receive the second message, the method further comprises: receiving a third message, wherein the third message comprises a first indication information and an uplink authorization information; and when the first indication information is a first indicator, the uplink authorization information is determined as a downlink authorization information used to indicate the first resource.
A method for producing a positive electrode active material, the method comprising: preparing a lithium transition metal oxide in a form of a secondary particle in which primary particles are aggregated; mixing the lithium transition metal oxide and a carbon-based material of a hollow structure having a plurality of pores to form a mixture; and surface treating the mixture in a mechanical manner to form a carbon coating layer on the surface of the lithium transition metal oxide, wherein the carbon-based material of a hollow structure having a plurality of pores has a specific surface area of 200 m 2 /g or greater and a graphitization degree as measured according to the description of 0.5 or greater. preparing a lithium transition metal oxide in a form of a secondary particle in which primary particles are aggregated; mixing the lithium transition metal oxide and a carbon-based material of a hollow structure having a plurality of pores to form a mixture; and surface treating the mixture in a mechanical manner to form a carbon coating layer on the surface of the lithium transition metal oxide, wherein the carbon-based material of a hollow structure having a plurality of pores has a specific surface area of 200 m 2 /g or greater and a graphitization degree as measured according to the description of 0.5 or greater.
Device for inkjet printing comprising printing bars (1-6) disposed in succession to one another in a direction of printing material transport, each printing bar (1-6) printing a different colour and including a row of nozzle groups including - a first nozzle group and - a second nozzle group , further comprising - a joint ink tank for the first nozzle group and the second nozzle group , - a joint detergent tank for the first nozzle group and the second nozzle group, wherein means for selectively connecting the first nozzle group and the second nozzle group to the detergent tank are provided. - a first nozzle group and - a second nozzle group , further comprising - a joint ink tank for the first nozzle group and the second nozzle group , - a joint detergent tank for the first nozzle group and the second nozzle group,
A computer system for measuring noise conditions in regions of an urban environment, comprising: computer storage comprising: noise sample data associating a noise with a location and a point in time in a plurality of time slots, wherein the noise sample data includes a sparse matrix (A) of time slots, regions and noise categories ; correlation data defining correlations among regions and correlations among time slots and defining correlations between noise categories derived from historic noise sample data ; one or more processing units programmed to access the computer storage to process the sample data using the correlation data to provide an output describing, for each region, at least a noise condition for the region for at least the current time slot, the processing including factorizing matrices (X, Y, Z) associated with the correlation data to determine noise conditions for other regions where noise samples have not been received. computer storage comprising: noise sample data associating a noise with a location and a point in time in a plurality of time slots, wherein the noise sample data includes a sparse matrix (A) of time slots, regions and noise categories ; correlation data defining correlations among regions and correlations among time slots and defining correlations between noise categories derived from historic noise sample data ; noise sample data associating a noise with a location and a point in time in a plurality of time slots, wherein the noise sample data includes a sparse matrix (A) of time slots, regions and noise categories ; correlation data defining correlations among regions and correlations among time slots and defining correlations between noise categories derived from historic noise sample data ; one or more processing units programmed to access the computer storage to process the sample data using the correlation data to provide an output describing, for each region, at least a noise condition for the region for at least the current time slot, the processing including factorizing matrices (X, Y, Z) associated with the correlation data to determine noise conditions for other regions where noise samples have not been received.
An electronic device (100;200;300;400;500) comprising: a housing including an internal space (400a;503); an inlet (241;340;401) and an outlet (242;350;402), both formed on one side (4001, 4002;5012) of the housing ; a cooling fan (311;421;511) disposed in the internal space, and configured to create an air-flow introduced from the inlet which is discharged to the outlet; and a sound absorbing member (440;520;600;700;800;900) disposed to be spaced from the side face of the cooling fan, wherein the sound absorbing member is configured to surround a peripheral area of the cooling fan only in a third direction (d3) relative to the cooling fan that is an opposite direction of a first direction (d1) relative to the cooling fan in which air flows from the inlet to the cooling fan, and in a fourth direction (d4) relative to the cooling fan that is an opposite direction of a second direction (d2) relative to the cooling fan in which air flows from the cooling fan to the outlet, such that the air-flow from the inlet to the cooling fan and from the cooling fan to the outlet is not obstructed. a housing including an internal space (400a;503); an inlet (241;340;401) and an outlet (242;350;402), both formed on one side (4001, 4002;5012) of the housing ; a cooling fan (311;421;511) disposed in the internal space, and configured to create an air-flow introduced from the inlet which is discharged to the outlet; and a sound absorbing member (440;520;600;700;800;900) disposed to be spaced from the side face of the cooling fan, wherein the sound absorbing member is configured to surround a peripheral area of the cooling fan only in a third direction (d3) relative to the cooling fan that is an opposite direction of a first direction (d1) relative to the cooling fan in which air flows from the inlet to the cooling fan, and in a fourth direction (d4) relative to the cooling fan that is an opposite direction of a second direction (d2) relative to the cooling fan in which air flows from the cooling fan to the outlet, such that the air-flow from the inlet to the cooling fan and from the cooling fan to the outlet is not obstructed.