mhurhangee/patent-ind-claim-en huggingface dataset:
A service access control system using an embedded browser agent, the system comprising: a server which provides an Internet protocol service; and the browser agent , embedded in a device , which comprises device information and service information and characterized in that the browser agent controls access of the device to the server ; and the system further comprises: a client information management unit configured to extract client information from the browser agent and the device , and manage the extracted client information; and a verification access control unit configured to verify the device information when the device attempts to access the server using the browser agent, and control the access of the device to the server; and to verify an identity of the device once using a device serial number included in the browser agent; wherein the verification of the identity of the device is omitted when the device again accesses the server using the browser agent . a server which provides an Internet protocol service; and the browser agent , embedded in a device , which comprises device information and service information and characterized in that the browser agent controls access of the device to the server ; and the system further comprises: a client information management unit configured to extract client information from the browser agent and the device , and manage the extracted client information; and a verification access control unit configured to verify the device information when the device attempts to access the server using the browser agent, and control the access of the device to the server; a client information management unit configured to extract client information from the browser agent and the device , and manage the extracted client information; and a verification access control unit configured to verify the device information when the device attempts to access the server using the browser agent, and control the access of the device to the server; and to verify an identity of the device once using a device serial number included in the browser agent; wherein the verification of the identity of the device is omitted when the device again accesses the server using the browser agent .
An image processing apparatus for detecting an object contained in an image, comprising: image rotating means for rotating the image in a predetermined rotational angle which is 1/n of a unit angle, with n being 2 or 3 or 4; detector rotating means for rotating a detector, which is configured to detect the object, in a predetermined rotational angle which is the unit angle; setting means for setting a detection range of said detector, which corresponds to a predetermined angle for searching the object, wherein, in a case where the image is rotated through a rotational angle which is not an integer multiple of the unit angle, the detection range of said detector is set narrower than that in a case where the image is rotated through a rotational angle which is an integer multiple of the unit angle such that the detection range overlaps an adjacent detection range; and detecting means for detecting an object contained in the image by searching the detection range set by said setting means, for a plurality of n target images including the image itself and images obtained by rotating the image through different rotational angles in the predetermined rotational angle by said image rotating means, by using, for each target image, a detector rotated through a plurality of different rotational angles in the predetermined rotational angle by said detector rotating means. image rotating means for rotating the image in a predetermined rotational angle which is 1/n of a unit angle, with n being 2 or 3 or 4; detector rotating means for rotating a detector, which is configured to detect the object, in a predetermined rotational angle which is the unit angle; setting means for setting a detection range of said detector, which corresponds to a predetermined angle for searching the object, wherein, in a case where the image is rotated through a rotational angle which is not an integer multiple of the unit angle, the detection range of said detector is set narrower than that in a case where the image is rotated through a rotational angle which is an integer multiple of the unit angle such that the detection range overlaps an adjacent detection range; and detecting means for detecting an object contained in the image by searching the detection range set by said setting means, for a plurality of n target images including the image itself and images obtained by rotating the image through different rotational angles in the predetermined rotational angle by said image rotating means, by using, for each target image, a detector rotated through a plurality of different rotational angles in the predetermined rotational angle by said detector rotating means.
A casing for a food product which has been formed from a strip which has been manipulated to a cylindrical shape with opposed edge zones of the strip overlapping, the casing comprising films of synthetic plastics material which are laminated together, one of the two outer films of the laminate being a peelable ionomer and the other of the two outer films of the laminate being an olefin, the olefin being the inner layer of the casing and the peelable ionomer being the outer layer of the casing, there being an overlap seal between the outer peelable ionomer layer of the one edge zone and the inner olefin layer of the other edge zone where the edge zones overlap, one edge zone protruding outwardly from the overlap seal, said one edge zone having a plurality of weakening formations for facilitating initial tearing of the casing in the circumferential direction, the weakening formations being the boundaries of pull tabs, characterised in that the strength of the overlap seal between the edge zones permits the inner olefin film of one edge zone and the outer peelable ionomer film of the other edge zone to separate when one of the tabs is pulled in the opening direction, separation between the opposing edge zones of the casing continuing across said overlap seal without separation being inhibited by the overlap seal between the inner and outer films.
A new-type easily replaceable hob cutter system, comprising a cutter holder and a hob , the hob being connected to the cutter holder by means of a cutter shaft holder , wherein the cutter shaft holder is fixedly connected to the cutter holder by means of a telescopic tensioning mechanism or a locking mechanism , and the inner wall of the cutter holder is symmetrically provided with a mounting groove , with the upper top face of the mounting groove being an arc-shaped face; characterized in that : the cutter shaft holder comprises a fixed block and a swing block , the swing block being located at the upper portion of the fixed block and hinged with the fixed block , and the hob being connected to the fixed block ; and the fixed block and the swing block both fit with the mounting groove , the upper surface of the swing block is an arc-shaped face, the arc-shaped face of the swing block fits with the arc-shaped face of the mounting groove , and the inner side face of the swing block is provided with a connecting lug .
System comprising a semi-finished fibre product and a positioning part for positioning the semi-finished fibre product on at least one positioning means (2.1, 2.2) of a processing installation for processing the semi-finished fibre product , the semi-finished fibre product having at least one component region , which forms a component, and at least one overlap region , wherein the positioning part is sewn onto the overlap region at least partly overlapping the overlap region by means of a thread element, wherein the positioning part has at least one arrangement element for contacting the positioning means (2.1, 2.2), is in the form of a tab and comprises a lower-quality material than the component region and/or than the overlap region .
A speaker , comprising: a housing ; at least one electro-acoustic driver including a diaphragm ; and a cover secured to one or more of the housing and driver , the cover being configured to partially extend over the diaphragm to affect an associated cavity resonance frequency of an air cavity adjacent to the diaphragm, wherein the cover extends over no more than one third of a cross sectional area of an open end of a conical structure formed by the diaphragm, characterized in that , the extent to which the cover partially extends over the diaphragm is configured based on a target value of the cavity resonance frequency and the target value of the cavity resonance frequency is higher than a cut-off frequency associated with a passband for the driver. a housing ; at least one electro-acoustic driver including a diaphragm ; and a cover secured to one or more of the housing and driver , the cover being configured to partially extend over the diaphragm to affect an associated cavity resonance frequency of an air cavity adjacent to the diaphragm, wherein the cover extends over no more than one third of a cross sectional area of an open end of a conical structure formed by the diaphragm, characterized in that , the extent to which the cover partially extends over the diaphragm is configured based on a target value of the cavity resonance frequency and the target value of the cavity resonance frequency is higher than a cut-off frequency associated with a passband for the driver.
A rule processing method performed by a user plane function, UPF, the method comprising: a.) receiving predefined rule index information from a session management function, SMF, the predefined rule index information being a predefined rule identifier (step 302); b.) activating a first predefined rule corresponding to the predefined rule index information among a plurality of predefined rules stored on the UPF (step 303); c.) receiving a first data packet from a data network, DN, the first data packet being intended for a terminal served by a random access network, RAN (step 306); d.) only after the reception of the first data packet, performing rule matching on the first data packet to obtain a second predefined rule, the second predefined rule being one predefined rule among the plurality of predefined rules stored on the UPF (step 307); e.) sending a first message to the SMF if no quality of service, QoS, flow meets the second predefined rule, wherein the first message comprises information about the second predefined rule (step 308); and f.) after sending the first message to the SMF, receiving rule update information from the SMF, wherein the rule update information comprises an identifier of a first QoS flow, and the first QoS flow meets the second predefined rule (step 310); g.) instructing, by using the SMF and a mobility management function, AMF, the terminal and the RAN to modify its QoS flow according to the first QoS flow (step 312); h.) sending the first data packet based on the first QoS flow to the RAN (step 313). a.) receiving predefined rule index information from a session management function, SMF, the predefined rule index information being a predefined rule identifier (step 302); b.) activating a first predefined rule corresponding to the predefined rule index information among a plurality of predefined rules stored on the UPF (step 303); c.) receiving a first data packet from a data network, DN, the first data packet being intended for a terminal served by a random access network, RAN (step 306); d.) only after the reception of the first data packet, performing rule matching on the first data packet to obtain a second predefined rule, the second predefined rule being one predefined rule among the plurality of predefined rules stored on the UPF (step 307); e.) sending a first message to the SMF if no quality of service, QoS, flow meets the second predefined rule, wherein the first message comprises information about the second predefined rule (step 308); and f.) after sending the first message to the SMF, receiving rule update information from the SMF, wherein the rule update information comprises an identifier of a first QoS flow, and the first QoS flow meets the second predefined rule (step 310); g.) instructing, by using the SMF and a mobility management function, AMF, the terminal and the RAN to modify its QoS flow according to the first QoS flow (step 312); h.) sending the first data packet based on the first QoS flow to the RAN (step 313).
A method for preparing a sulfur composite cathode material, comprising the following steps: mixing an elemental sulfur with an organic solvent to obtain a sulfur-containing suspension, wherein the sulfur-containing suspension comprises a saturated solution of sulfur and an undissolved elemental sulfur; and mixing the sulfur-containing suspension obtained in step with a host material, and removing an organic solvent, to obtain a sulfur composite cathode material, wherein the time of mixing the sulfur-containing suspension and the host material depends on a criterion that there is no undissolved elemental sulfur in the mixing system; the host material comprises a carbon material; and the mass ratio of the elemental sulfur used in step for formulating the sulfur-containing suspension to the host material in step is (10-85):(15-90). mixing an elemental sulfur with an organic solvent to obtain a sulfur-containing suspension, wherein the sulfur-containing suspension comprises a saturated solution of sulfur and an undissolved elemental sulfur; and mixing the sulfur-containing suspension obtained in step with a host material, and removing an organic solvent, to obtain a sulfur composite cathode material, wherein the time of mixing the sulfur-containing suspension and the host material depends on a criterion that there is no undissolved elemental sulfur in the mixing system; the host material comprises a carbon material; and the mass ratio of the elemental sulfur used in step for formulating the sulfur-containing suspension to the host material in step is (10-85):(15-90). the host material comprises a carbon material; and the mass ratio of the elemental sulfur used in step for formulating the sulfur-containing suspension to the host material in step is (10-85):(15-90).
Electrical plug socket, comprising a housing which has a plug connection side on which is arranged a plug receptacle for insertion of a plug connector, wherein a plurality of contact springs are arranged in the plug receptacle , which contact springs are contactable by associated plug contacts of the plug connector and are each electrically connected to a core connecting element , and comprising a core receiving part positionable at the core connecting elements for receiving at least one core of a data transmission cable , wherein the housing has a housing base which forms the plug receptacle , and has at least one housing wing (18, 22; 218, 222) which is movable back and forth between a release position releasing the core receiving part and a fixing position fixing the core receiving part at the core connecting elements , and comprising a spring element (40; 240) which is arranged on an outer side of the housing and is movable back and forth between a locking position and an unlocking position, wherein the spring element (40; 240), when in the locking position, arrests the at least one housing wing (18, 22; 218, 222) in its fixing position, and, when in the unlocking position, releases the at least one housing wing (18, 22; 218, 222), wherein the spring element (40; 240) has a front side which faces towards the plug connection side and on which is arranged at least one retaining member , characterized in that the at least one retaining member is at a smaller distance from the plug connection side in the locking position of the spring element (40; 240) than in the unlocking position of the spring element (40; 240), wherein the electrical plug socket (10; 210) is clampable in place to a holding device by way of the spring element (40; 240), wherein when the electrical plug socket is being mounted to the holding device, the plug connection side of the housing can be passed through a mounting opening of the holding device and wherein, in mounting, the at least one retaining member can engage behind the mounting opening of the holding device when the spring element (40; 240) is in its locking position.
A substrate coated with: a first coating comprising an alcohol-based binder and an inorganic particulate material; and a second coating comprising a latex binder and a phyllosilicate; wherein the phyllosilicate is talc; and wherein the first and second coatings are layered such that the first coating is closer to the substrate than the second coating, and the first coating is directly in contact with the substrate and the second coating is directly in contact with the first coating. a first coating comprising an alcohol-based binder and an inorganic particulate material; and a second coating comprising a latex binder and a phyllosilicate; wherein the phyllosilicate is talc; and wherein the first and second coatings are layered such that the first coating is closer to the substrate than the second coating, and the first coating is directly in contact with the substrate and the second coating is directly in contact with the first coating.
Proportional valve for controlling a gaseous medium, in particular hydrogen, with a valve housing , an interior space being configured in the valve housing , a magnet coil with a solenoid armature , an external pole and an internal pole being arranged in the interior space , the internal pole being configured in two pieces and comprising a first internal pole element and a second internal pole element , the second internal pole element serving as an upper stroke stop for the solenoid armature , characterized in that the second internal pole element is produced from a magnetic material with a higher saturation polarization than the first internal pole element .
A method of producing a polymerized product through an inverse emulsion polymerization reaction, the method comprising: introducing an ultraviolet light sensitive initiator into an inverse emulsion monomer formulation comprising monomers; and irradiating the monomer formulation with an ultraviolet light source; wherein the polymerized product is formed from polymerization of the monomers in the presence of the irradiated ultraviolet light sensitive initiator, and wherein the intensity of ultraviolet light from the ultraviolet light source is increased during the polymerization reaction. introducing an ultraviolet light sensitive initiator into an inverse emulsion monomer formulation comprising monomers; and irradiating the monomer formulation with an ultraviolet light source; wherein the polymerized product is formed from polymerization of the monomers in the presence of the irradiated ultraviolet light sensitive initiator, and wherein the intensity of ultraviolet light from the ultraviolet light source is increased during the polymerization reaction.
Process for the separation of a mixture containing hydrogen and carbon monoxide to produce gaseous hydrogen, in which: i) the mixture is cooled in a heat exchanger (E1) down to a temperature below -180°C and then separated at a temperature below -100°C by at least one stage of partial condensation and/or by distillation and/or by scrubbing in order to produce a gas enriched in hydrogen and a fluid enriched in carbon monoxide , ii) at least a part of the gas enriched in hydrogen is sent to a pressure swing adsorption separation apparatus (PSA) operating at a temperature above 0°C in order to produce a gas rich in hydrogen at a pressure of at least 20 bars and iii) at least a part of the gas rich in hydrogen is cooled in the heat exchanger down to a temperature below -100°C, characterized in that the cooled at least a part of the gas rich in hydrogen is reduced in pressure in a turbine (T) down to a pressure of at least 8 bars and reheated in the heat exchanger in order to constitute a product rich in hydrogen at at least 8 bars. i) the mixture is cooled in a heat exchanger (E1) down to a temperature below -180°C and then separated at a temperature below -100°C by at least one stage of partial condensation and/or by distillation and/or by scrubbing in order to produce a gas enriched in hydrogen and a fluid enriched in carbon monoxide , ii) at least a part of the gas enriched in hydrogen is sent to a pressure swing adsorption separation apparatus (PSA) operating at a temperature above 0°C in order to produce a gas rich in hydrogen at a pressure of at least 20 bars and iii) at least a part of the gas rich in hydrogen is cooled in the heat exchanger down to a temperature below -100°C,
An apparatus for packing articles and comprising a device for counteracting winding up of film and at least one pulling roller , the packing being formed by at least one web material conveyed over said at least one pulling roller , characterised in that the device includes at least one spring element , that the device is disposed relative to the pulling roller and extending at least partially around the pulling roller.
A push button operated switch including: - a case made of electrically insulating material, having a bottom wall , lateral walls being joined to the bottom wall and an open side opposite to the bottom wall ; - a push button that can be operated to command an electrical switching of the switch and having a body provided with lateral walls crossing said open side , the push button being adapted to slide with respect to the case along a sliding axis (Z-Z), between a forward position and a backward position; - a system of spatially distributed guides adapted to guide the sliding of the push button with respect to the case along said sliding axis (Z-Z), wherein the system of spatially distributed guides comprises: - first guide elements operatively interposed between the lateral walls of the push button and the lateral walls of the case ; - second guide elements spaced apart with respect to the first guide elements characterized in that the second guide elements are placed with respect to the first guide elements at a lower distance from the bottom wall . - a case made of electrically insulating material, having a bottom wall , lateral walls being joined to the bottom wall and an open side opposite to the bottom wall ; - a push button that can be operated to command an electrical switching of the switch and having a body provided with lateral walls crossing said open side , the push button being adapted to slide with respect to the case along a sliding axis (Z-Z), between a forward position and a backward position; - a system of spatially distributed guides adapted to guide the sliding of the push button with respect to the case along said sliding axis (Z-Z), - first guide elements operatively interposed between the lateral walls of the push button and the lateral walls of the case ; - second guide elements spaced apart with respect to the first guide elements