mhurhangee/ep-ind-claims huggingface dataset:
A combination of a housing for heating articles and a heating means arranged for heating the housing for heating articles, the housing for heating articles comprising: a plurality of mounting parts each including a mounting face on which articles to be heated are mounted, which face is a part of the surface of the mounting part; and a fixing means (27, 29) to which the plurality of mounting parts are detachably fixed so that the plurality of mounting parts are stacked one above another while spaces are left between the mounting faces of the mounting parts and the respective mounting parts disposed adjacent thereto, wherein the plurality of said mounting parts include at least one said mounting part provided with said mounting face having a thermal emissivity which is different to that of the mounting face of at least one other said mounting part, wherein the variation of said thermal emissivities and the variation of ambient temperatures in said spaces when the housing for heating is heated by said heating means are such that the ascending order of the values of said thermal emissivities corresponds to the descending order of said ambient temperatures.
A sealing assembly creating a sealed flow path between first and second fluid ducts, the seal assembly having a front end facing the first fluid duct and a second end facing the second fluid duct; a housing; a tubular element within the housing providing a fluid conduit between the fluid ducts; a first sealing element at the first end having an internal sealing face sealably engaged with the tubular element and an external face for sealing, in use, with the first fluid duct; and a second sealing element at the second end having an internal sealing face sealably engaged with the tubular element and an external face for sealing, in use, with the second fluid duct; characterised by at least one of the sealing elements (228, 230) being slidable with respect to the tubular element; a first support slidably retained by the housing and surrounding one end of the tubular element and supporting one of the slidable sealing elements on the side of the sealing element opposite to its external face; and a resilient element within the housing biasing the support so as to urge the two sealing elements (228, 230) apart.
Rotary conveyor drum (19, 119, 219, 319, 419, 519, 59) for use in tobacco industry machines, for transferring a stream of rod-like elements, the drum having a first front base and a second front base and a lateral surface (20, 120, 220, 320, 420, 520, 50) onto which the rod-like elements are delivered successively one by one, the lateral surface (20, 120, 220, 320, 420, 520, 50) being provided with spacer projections (22, 122, 222, 322, 422, 522, 52) forming channels therebetween in which the rod-like elements are conveyed, the drum (19, 119, 219, 319, 419, 519, 59) being equipped with guiding means (21, 51) forcing the rod-like elements to travel from the first front base to the second front base of the drum (19, 119, 219, 319, 419, 519, 59) during the rotation of the drum while the rod-like elements are oriented substantially transversally to the spacer projections (22, 122, 222, 322, 422, 522, 52).
A method for processing a received message in a radio device (10, 11, 12) of a radio network, the method comprising: scanning a predetermined list of channels; receiving a signal on a channel; characterized by the method comprising: correlating the received signal with a network sequence shared by the radio device and at least one other radio device of the radio network with a plurality of timings and determining, on the basis of the correlation, a first timing which results in a correlation peak indicating that the received signal comprises the network sequence; using the first timing in determining a second timing; correlating the received signal with at least one identification sequence of the radio device by using the second timing; and determining on the basis of the correlation result between the received signal and the identification sequence of the radio device whether or not the received signal comprises a recipient sequence indicating that the received signal comprises a message addressed to the radio device. scanning a predetermined list of channels; receiving a signal on a channel; characterized by the method comprising: correlating the received signal with a network sequence shared by the radio device and at least one other radio device of the radio network with a plurality of timings and determining, on the basis of the correlation, a first timing which results in a correlation peak indicating that the received signal comprises the network sequence; using the first timing in determining a second timing; correlating the received signal with at least one identification sequence of the radio device by using the second timing; and determining on the basis of the correlation result between the received signal and the identification sequence of the radio device whether or not the received signal comprises a recipient sequence indicating that the received signal comprises a message addressed to the radio device. correlating the received signal with a network sequence shared by the radio device and at least one other radio device of the radio network with a plurality of timings and determining, on the basis of the correlation, a first timing which results in a correlation peak indicating that the received signal comprises the network sequence; using the first timing in determining a second timing; correlating the received signal with at least one identification sequence of the radio device by using the second timing; and determining on the basis of the correlation result between the received signal and the identification sequence of the radio device whether or not the received signal comprises a recipient sequence indicating that the received signal comprises a message addressed to the radio device.
Device for fastening a component (12, 14) to an item of motor vehicle equipment, in particular to a fuel tank, having: - a block of vertical axial orientation that is able to form a spacer between the item of equipment and the component (12, 14), has a cylindrical overall shape and is able to fastened to the item of equipment, in particular by adhesive bonding or welding; - a bolt/nut assembly (22, 24) having a threaded shank that is able to extend axially through a hole in the component, one of the two elements thereof being integral with the block and the other being independent and able to be screwed on and off; characterized in that the block has an axial through-housing in which the bolt that is integral with the block is arranged, the threaded shank of said bolt protruding axially downward beyond a lower transverse face of the block. - a block of vertical axial orientation that is able to form a spacer between the item of equipment and the component (12, 14), has a cylindrical overall shape and is able to fastened to the item of equipment, in particular by adhesive bonding or welding; - a bolt/nut assembly (22, 24) having a threaded shank that is able to extend axially through a hole in the component, one of the two elements thereof being integral with the block and the other being independent and able to be screwed on and off;
Method for measuring the contour of a body, in which a laser tracker system with a measuring ball, a measuring head and an evaluating device is used, wherein the body is set in rotation about at least one axis (A 1) of rotation and in that case the measuring ball follows a circumferential surface of the body, wherein a laser beam is reflected by the measuring ball back to the measuring head and on the basis thereof the contour of the body is determined by means of the evaluating device, characterised in that the measuring ball is disposed directly in contact with the circumferential surface of the body so as to follow the circumferential surface of the body during rotation thereof.
A method comprising steps of: monitoring one or more user devices operating on a Wi-Fi network (10, 30, 32, 33), the step of monitoring including measuring network metadata associated with the one or more user devices; analyzing one or more of usage parameters and operational parameters, including the measured network metadata, with respect to each of the one or more user devices; responsive to Media Access Control, MAC, address randomization of the one or more user devices, identifying the one or more user devices based on the one or more of usage parameters and operational parameters, including the measured network metadata; retrieving a device identifier associated with each of the one or more user devices; correlating the retrieved device identifier of each of the one or more user devices with an operational identity based on the one or more of usage parameters and operational parameters; for each retrieved device identifier, storing a set of sequence numbers used to identify packet transmission events associated with the retrieved device identifier; and characterized by the step of correlating the device identifier of each of the one or more user devices being carried out when a difference between an ending time of the sequence numbers of a first set of sequence numbers related to a first retrieved device identifier and a starting time of sequence numbers of a second set of sequence numbers related to a second retrieved device identifier is below a predetermined threshold. monitoring one or more user devices operating on a Wi-Fi network (10, 30, 32, 33), the step of monitoring including measuring network metadata associated with the one or more user devices; analyzing one or more of usage parameters and operational parameters, including the measured network metadata, with respect to each of the one or more user devices; responsive to Media Access Control, MAC, address randomization of the one or more user devices, identifying the one or more user devices based on the one or more of usage parameters and operational parameters, including the measured network metadata; retrieving a device identifier associated with each of the one or more user devices; correlating the retrieved device identifier of each of the one or more user devices with an operational identity based on the one or more of usage parameters and operational parameters; for each retrieved device identifier, storing a set of sequence numbers used to identify packet transmission events associated with the retrieved device identifier; and characterized by the step of correlating the device identifier of each of the one or more user devices being carried out when a difference between an ending time of the sequence numbers of a first set of sequence numbers related to a first retrieved device identifier and a starting time of sequence numbers of a second set of sequence numbers related to a second retrieved device identifier is below a predetermined threshold.
A battery module comprising; a plurality of pouch-type secondary batteries, each comprising an electrode assembly, an electrolyte, and a pouch exterior, each of the plurality of pouch-type secondary batteries having a receiving portion configured to receive the electrode assembly and a sealing portion obtained by sealing the pouch exterior, wherein the plurality of secondary batteries are arranged in a left-and-right direction while standing in an up-and-down direction and each have a lower sealing portion that is folded; and a cooling plate comprising a thermally conductive material, arranged under the plurality of pouch-type secondary batteries while lying down in a horizontal direction, and having two or more protrusions to which lower portions of the receiving portion of the secondary batteries are attached and a folding support portion located between the protrusions and protruding upwards, wherein the protrusions convexly protrude upwards from an upper surface of the cooling plate, and the folding support portion supports the folded lower sealing portion of each secondary battery upwards, wherein a lower surface of the receiving portion of each secondary battery is at least partially attached and fixed to an upper surface of each protrusion via an adhesive. a plurality of pouch-type secondary batteries, each comprising an electrode assembly, an electrolyte, and a pouch exterior, each of the plurality of pouch-type secondary batteries having a receiving portion configured to receive the electrode assembly and a sealing portion obtained by sealing the pouch exterior, wherein the plurality of secondary batteries are arranged in a left-and-right direction while standing in an up-and-down direction and each have a lower sealing portion that is folded; and a cooling plate comprising a thermally conductive material, arranged under the plurality of pouch-type secondary batteries while lying down in a horizontal direction, and having two or more protrusions to which lower portions of the receiving portion of the secondary batteries are attached and a folding support portion located between the protrusions and protruding upwards, wherein the protrusions convexly protrude upwards from an upper surface of the cooling plate, and the folding support portion supports the folded lower sealing portion of each secondary battery upwards, wherein a lower surface of the receiving portion of each secondary battery is at least partially attached and fixed to an upper surface of each protrusion via an adhesive.
A method performed by a primary electronic device for managing power provided to a secondary electronic device over a USB port, the method comprising: determining, by the primary electronic device, that the secondary electronic device requires an amount of power that exceeds a default power threshold defined in a default power scheme, the default power threshold being 500 mA at 5 V and limiting an amount of power that the secondary electronic device is permitted to consume; monitoring, by the primary electronic device, internal power requirements associated with on-board functions of the primary electronic device and determining that internal power requirements satisfy predetermined criteria; and in response to determining: a) that the secondary electronic device requires an amount of power that exceeds the default power threshold; and b) that the internal power requirements satisfy the predetermined criteria, adjusting, by the primary electronic device, a power scheme associated with the USB port and implemented by a power limiter of the primary electronic device to provide, to the secondary electronic device, an amount of power that exceeds the default power threshold. determining, by the primary electronic device, that the secondary electronic device requires an amount of power that exceeds a default power threshold defined in a default power scheme, the default power threshold being 500 mA at 5 V and limiting an amount of power that the secondary electronic device is permitted to consume; monitoring, by the primary electronic device, internal power requirements associated with on-board functions of the primary electronic device and determining that internal power requirements satisfy predetermined criteria; and in response to determining: a) that the secondary electronic device requires an amount of power that exceeds the default power threshold; and b) that the internal power requirements satisfy the predetermined criteria, adjusting, by the primary electronic device, a power scheme associated with the USB port and implemented by a power limiter of the primary electronic device to provide, to the secondary electronic device, an amount of power that exceeds the default power threshold.
A method for operating a self-igniting internal combustion engine, which can be operated by means of a first fuel and/or by means of a second fuel and a mixture of the first and the second fuel, in which in one operating mode, the internal combustion engine is operated in a first partial region of possible load-rotational speed values by means of the mixture of the first and the second fuel and is operated in a second partial region of possible load-rotational speed values, which is different from the first partial region, only with the first fuel, characterized in that in the first partial region the mixture of the first and the second fuel is substantially stoichiometric and upon an occurrence of a knocking combustion the proportion of the second fuel is reduced and the proportion of the first fuel is correspondingly increased and diesel is used as the first fuel and gas as the second fuel.
A pump comprising a pump housing having a pump chamber, an inlet and an outlet in communication with the pump chamber, an impeller rotatably disposed in the pump chamber, and a motor for driving the impeller, wherein the motor includes a stator, a rotor rotatable relative to the stator, and a motor cover body fixed to the pump housing, the motor cover body includes a sidewall connected to the pump housing, and the pump housing includes at least one pair of positioning protrusions, characterized in that the sidewall is inserted between and forms an interference fit with the pair of positioning protrusions; and in that the width between the pair of positioning protrusions gradually decreases from free ends to roots of the positioning protrusions, such that the pressure applied to the sidewall gradually increases.
Process for the preparation of a 4,4'-dihalobenzophenone of formula: wherein X represents a halogen atom selected from the group consisting of fluorine, chlorine, bromine and iodine, comprising carrying out the dehydration/aromatization of a compound of formula: wherein X is as defined above.
A lacquer pattern production method comprising: a first step of applying lacquer to a decoration target material to form a lacquer layer; a second step of mixing an alcohol agent into an appropriate area of the lacquer layer while the lacquer layer is not dry yet; a third step of forming a flowing lacquer pattern using the flow behavior of the lacquer in the area with the alcohol agent mixed in; and a fourth step of drying the whole lacquer layer having the formed flowing lacquer pattern, wherein a protein-containing drying agent is mixed into the lacquer layer to form a crack pattern on the lacquer layer. a first step of applying lacquer to a decoration target material to form a lacquer layer; a second step of mixing an alcohol agent into an appropriate area of the lacquer layer while the lacquer layer is not dry yet; a third step of forming a flowing lacquer pattern using the flow behavior of the lacquer in the area with the alcohol agent mixed in; and a fourth step of drying the whole lacquer layer having the formed flowing lacquer pattern, wherein a protein-containing drying agent is mixed into the lacquer layer to form a crack pattern on the lacquer layer.
Use of a copolymer having polyamide PA blocks and polyether PE blocks (PEBA) in a process of direct adhesion between two thermoplastic elastomer materials for increasing the peel strength between these materials, characterized in that the PEBA is a copolymer having polyamide PA blocks and polyether PE blocks, in which PA is of X.Y type: X, the number of carbons of the diamine, is within the range from 6 to 14, and Y, the number of carbons of the diacid, is within the range from 6 to 18.
A helix cup for use with a pressurized dispenser, said helix cup comprising: an inlet and an outlet defining a longitudinal axis L-L therebetween, a funnel wall extending from said inlet to said outlet, said inlet having an inlet area, and said outlet having an outlet area, said inlet area being greater than said outlet area, and at least one concave portion between said inlet and said outlet, at least one flow diverter disposed on said funnel wall, said flow diverter imparting a spiral flow component to fluid flowing from said inlet to said outlet, said funnel wall having an area, characterized by said area being defined by the inequality: area≠ Π x cone length x (inlet radius + outlet radius), wherein the inlet radius is greater than the outlet radius, cone length is the distance between the inlet and outlet taken along the sidewall and is skewed relative to the longitudinal axis L-L, and Π is the known constant. an inlet and an outlet defining a longitudinal axis L-L therebetween, a funnel wall extending from said inlet to said outlet, said inlet having an inlet area, and said outlet having an outlet area, said inlet area being greater than said outlet area, and at least one concave portion between said inlet and said outlet, at least one flow diverter disposed on said funnel wall, said flow diverter imparting a spiral flow component to fluid flowing from said inlet to said outlet, said funnel wall having an area, characterized by said area being defined by the inequality: area≠ Π x cone length x (inlet radius + outlet radius), wherein the inlet radius is greater than the outlet radius, cone length is the distance between the inlet and outlet taken along the sidewall and is skewed relative to the longitudinal axis L-L, and Π is the known constant. area≠ Π x cone length x (inlet radius + outlet radius), wherein the inlet radius is greater than the outlet radius, cone length is the distance between the inlet and outlet taken along the sidewall and is skewed relative to the longitudinal axis L-L, and Π is the known constant.
A detector comprising: - a sensor member, - a detection stage connected to the sensor member and intended to generate a detection signal representative, depending on the position of a target relative to the detector, of a safe detection state or of an unsafe detection state, - a first power supply terminal and a second power supply terminal between which can be applied a power supply voltage required to power the device, - a first output terminal connected to a first output, - a second output terminal connected to a second output, - a processing stage intended to process the detection signal and to control the first output and the second output as a function of the detection signal received, - characterized in that it comprises a test module connected to the first power supply terminal or to the second power supply terminal and arranged to receive a cyclical test input signal (S_test) arriving from an external processing logic unit on said first power supply terminal or second power supply terminal, said test module being arranged to generate an output signal (Sig) sent to the processing stage in order to place each output in a determined state that can be interpreted by said external processing logic unit. - a sensor member, - a detection stage connected to the sensor member and intended to generate a detection signal representative, depending on the position of a target relative to the detector, of a safe detection state or of an unsafe detection state, - a first power supply terminal and a second power supply terminal between which can be applied a power supply voltage required to power the device, - a first output terminal connected to a first output, - a second output terminal connected to a second output, - a processing stage intended to process the detection signal and to control the first output and the second output as a function of the detection signal received, - characterized in that it comprises a test module connected to the first power supply terminal or to the second power supply terminal and arranged to receive a cyclical test input signal (S_test) arriving from an external processing logic unit on said first power supply terminal or second power supply terminal, said test module being arranged to generate an output signal (Sig) sent to the processing stage in order to place each output in a determined state that can be interpreted by said external processing logic unit.