mhurhangee/ep-ind-claims huggingface dataset:
A cellular communication aggregation device configured to provide an aggregator function, the cellular communication aggregation device comprising a radio system configured to establish a cellular wireless connection to a node of a cellular macro radio area network, RAN, the RAN comprising at least one node configured to provide a macro cell and being connected to a cellular core network, the cellular core network comprising a security gateway, SecGW, connected to a gateway, GW, the GW provided with an aggregator Access Point Name, aggregator APN, providing access to an aggregator SecGW, wherein the radio system is configured to connect to the macro RAN node to establish an EPS bearer using the aggregator APN, wherein the EPS bearer transfers data from the cellular communication aggregation device across macro RAN node and a secure connection from the macro RAN node to the SecGW to terminate at the gateway, GW; a base station radio system configured to act as a base station for establishing cellular wireless connections with one or more other cellular communication devices to thereby enable an aggregator EPS bearer to be established for transferring data from the other cellular communication devices across the EPS bearer; and a security function configured to establish a secure connection with a cellular core network via the cellular wireless connection to the cellular macro radio area network, configured to: encrypt the data received by the base station radio system from the one or more other cellular communication devices in the aggregator EPS bearer; and carry the encrypted data from the base station radio system and route the encrypted data to the aggregator SecGW for decryption and further transport in the aggregator EPS bearer, to be terminated at the or another gateway, GW, provided with an internet Access Point Name, internet APN, for routing the unencrypted data received in the aggregator EPS bearer to a packet data network PDN. encrypt the data received by the base station radio system from the one or more other cellular communication devices in the aggregator EPS bearer; and carry the encrypted data from the base station radio system and route the encrypted data to the aggregator SecGW for decryption and further transport in the aggregator EPS bearer, to be terminated at the or another gateway, GW, provided with an internet Access Point Name, internet APN, for routing the unencrypted data received in the aggregator EPS bearer to a packet data network PDN.
A method for regulating the inking in at least one inking unit of an offset printing press, namely for regulating the zonal inking that is adjustable by way of ink zone adjusting elements and preferentially an ink fountain roller or ductor roller or film roller of the respective inking unit, wherein for this purpose measurement regions of a printed substrate are measured with the help of a camera and ink density actual values determined in the process are compared with preset ink density set point values in order to generate control inputs for the ink zone adjusting elements and if applicable for the ink fountain roller and ductor roller or film roller dependent on the comparison between the actual values and the set point values, characterized in that for offsetting scattered light effects ink density actual values determined during the measurement of the measurement regions are corrected via the optics of the camera by using image data of the measurement regions and using data.
A cutting insert designed to be fixed to an end of a tool body in order to be driven in rotation about an axis, including: - an axially extending core; et - at least a first leg and a second leg extending radially from the core, the first leg and the second leg each comprising: • a proximal portion (12a, 14a) connected to the core, a distal portion (12b, 14b), and a central portion (12c, 14c) connecting the proximal portion (12a, 14a) and the distal portion (12b, 14b); and • a cutting edge (12d, 14d) extending at least on the distal portion (12b, 14b) and the central portion (12c, 14c); characterized in that: - the distal portion of the first leg is disposed radially forward relative to the central portion of the first leg; and - the central portion of the second leg is disposed radially forward relative to the distal portion of the second leg. - an axially extending core; et - at least a first leg and a second leg extending radially from the core, the first leg and the second leg each comprising: • a proximal portion (12a, 14a) connected to the core, a distal portion (12b, 14b), and a central portion (12c, 14c) connecting the proximal portion (12a, 14a) and the distal portion (12b, 14b); and • a cutting edge (12d, 14d) extending at least on the distal portion (12b, 14b) and the central portion (12c, 14c); • a proximal portion (12a, 14a) connected to the core, a distal portion (12b, 14b), and a central portion (12c, 14c) connecting the proximal portion (12a, 14a) and the distal portion (12b, 14b); and • a cutting edge (12d, 14d) extending at least on the distal portion (12b, 14b) and the central portion (12c, 14c); - the distal portion of the first leg is disposed radially forward relative to the central portion of the first leg; and - the central portion of the second leg is disposed radially forward relative to the distal portion of the second leg.
A method of forming a shelf stable, confectionary food product comprising a confectionary coating over a core mixture comprising crumbs and shortening, the method comprising: (a) combining dehydrated crumbs having a moisture content less than 7% and a water activity of 0.2-0.6 with a shortening-based matrix comprising solid or semi-solid shortening and water at a ratio of the dehydrated crumbs to the shortening-based matrix of 1.5:1 to 0.75:1 to form a mixture, wherein the total content of saturated fatty acids is 35 to 53%, the total content of monounsaturated fatty acids is 15 to 48%, the total content of polyunsaturated fatty acids is 8 to 35%, and the total content of trans fatty acids is 0.5 to 2% in the shortening, and the shortening-based matrix has a water activity of less than 0.7; (b) forming the mixture into pieces; and (c) coating the pieces with a confectionary coating material having a water activity. (a) combining dehydrated crumbs having a moisture content less than 7% and a water activity of 0.2-0.6 with a shortening-based matrix comprising solid or semi-solid shortening and water at a ratio of the dehydrated crumbs to the shortening-based matrix of 1.5:1 to 0.75:1 to form a mixture, wherein the total content of saturated fatty acids is 35 to 53%, the total content of monounsaturated fatty acids is 15 to 48%, the total content of polyunsaturated fatty acids is 8 to 35%, and the total content of trans fatty acids is 0.5 to 2% in the shortening, and the shortening-based matrix has a water activity of less than 0.7; (b) forming the mixture into pieces; and (c) coating the pieces with a confectionary coating material having a water activity.
An integrated aerodynamic panel for coupling to a skin panel, the integrated aerodynamic panel comprising: a first panel region having a first surface defining a outer mold line and a second surface, opposite the first surface, defining an inner mold line; a second panel region contiguous with and extending from the first panel region, the second panel region having a thickness that decreases as it extends from the first panel region; a splice plate region extending from the second panel region and configured to accept a fastener; and a filler region adjacent the second panel region, characterised in that the filler region has an exposed surface substantially flush with the outer mold line and substantially flush with a surface of the skin panel. a first panel region having a first surface defining a outer mold line and a second surface, opposite the first surface, defining an inner mold line; a second panel region contiguous with and extending from the first panel region, the second panel region having a thickness that decreases as it extends from the first panel region; a splice plate region extending from the second panel region and configured to accept a fastener; and a filler region adjacent the second panel region, characterised in that the filler region has an exposed surface substantially flush with the outer mold line and substantially flush with a surface of the skin panel.
A connecting plug comprising a central pin, and a lamella sleeve, the lamella sleeve comprising a front opening, a rear opening, an annular carrier part and a plurality of lamellae, wherein the lamella sleeve circumferentially encloses an axial segment of the central pin, wherein the lamella sleeve is fixed to the central pin wherein the central pin extends through the rear opening and at least partly through the lamella sleeve, wherein viewed in the connecting plug's mating direction, the annular carrier part is located at a rear portion and the lamellae are located at a front portion of the lamella sleeve, wherein each of the lamellae has a first end coupled to the annular carrier part and a second end that is implemented as a free end, with the free ends of the lamellae facing towards a front end of the connecting plug, and characterised in that the central pin comprises a groove, a recess or at least one indentation such that a free space is provided behind the front portions of the lamellae, wherein a rear edge of the groove, of the recess or of the at least one indentation serves as an abutting edge for the lamellae. a central pin, and a lamella sleeve, the lamella sleeve comprising a front opening, a rear opening, an annular carrier part and a plurality of lamellae, wherein the lamella sleeve circumferentially encloses an axial segment of the central pin, wherein the lamella sleeve is fixed to the central pin wherein the central pin extends through the rear opening and at least partly through the lamella sleeve, wherein viewed in the connecting plug's mating direction, the annular carrier part is located at a rear portion and the lamellae are located at a front portion of the lamella sleeve, wherein each of the lamellae has a first end coupled to the annular carrier part and a second end that is implemented as a free end, with the free ends of the lamellae facing towards a front end of the connecting plug, and characterised in that the central pin comprises a groove, a recess or at least one indentation such that a free space is provided behind the front portions of the lamellae, wherein a rear edge of the groove, of the recess or of the at least one indentation serves as an abutting edge for the lamellae.
A fitting for a sliding door, especially for furniture, comprising a rail having at least one track (10, 11), whereby the fitting comprises a running part (6, 30) having one or more rollers, whereby the one or more rollers of the running part (6, 30) can move on the track (10, 11), and whereby the fitting comprises a safety catch (20, 40) having a pivot lever being held rotatably around an axis (24, 46) running parallel to the longitudinal axis of the rail, said pivot lever being pivotable from a securing position in which it engages at least partially beneath the track (10, 11) of the rail, whereby a web (21, 41) of the pivot lever, as viewed in the longitudinal direction of the rail, engages at least partially beneath a section of the track (10, 11) of the rail in the region of the at least one roller, and a mounting position, in which the it does not engage under the track (10, 11) anymore, and whereby a gap between the web (21,41) of the safety catch (20, 40) and the bottom side of the rail is smaller than a height of a lateral edge (13, 14) of the rail adjacent to the track (10, 11), so that in case the roller and the sliding door are lifted upwards a movement of the sliding door above the edge is prevented, characterized in that the axis (24, 46) is located in the area and inside of the diameter of the at least one roller.
A pressure measurement device comprising: a guide wire having flexibility and capable of being inserted into a lumen of a living body, and a sensor provided in the guide wire, wherein the guide wire has a cylindrical housing accommodating the sensor, the sensor has a sensor body having a distal end surface facing a distal side in an longitudinal axial direction of the guide wire, a diaphragm disposed on the distal end surface, a bridge circuit disposed on the distal end surface and surrounding the diaphragm, and four conductive wires connected to the bridge circuit, and the bridge circuit has four resistors, which are fixed to an outer peripheral portion of the diaphragm and in which an electrical resistance value varies with elastic deformation of the diaphragm, and four terminals, connected to the four resistors and the four conductive wires, wherein the sensor body has a proximal end surface facing a proximal side in the longitudinal axial direction, four through-holes opened to the distal end surface and the proximal end surface and formed along the longitudinal axial direction, and four electroconductive layers individually laminated around the opening of each of the four through-holes in the distal end surface, wherein the terminals are the electroconductive layers. a guide wire having flexibility and capable of being inserted into a lumen of a living body, and a sensor provided in the guide wire, wherein the guide wire has a cylindrical housing accommodating the sensor, the sensor has a sensor body having a distal end surface facing a distal side in an longitudinal axial direction of the guide wire, a diaphragm disposed on the distal end surface, a bridge circuit disposed on the distal end surface and surrounding the diaphragm, and four conductive wires connected to the bridge circuit, and the bridge circuit has four resistors, which are fixed to an outer peripheral portion of the diaphragm and in which an electrical resistance value varies with elastic deformation of the diaphragm, and four terminals, connected to the four resistors and the four conductive wires, wherein the sensor body has a proximal end surface facing a proximal side in the longitudinal axial direction, four through-holes opened to the distal end surface and the proximal end surface and formed along the longitudinal axial direction, and four electroconductive layers individually laminated around the opening of each of the four through-holes in the distal end surface, wherein the terminals are the electroconductive layers.
A slicer comprising: a body; a food mounting device; a food cutting device; a cover; said cover being removably mounted to said body; said food mounting device adapted for mounting food on said food cutting device; said food cutting device adapted for cutting the food mounted by said food mounting device; said body comprising a first receiving portion adapted for receiving said food cutting device inside said body; and characterized in that said food cutting device is pivotally mounted to said body, wherein when the food cutting is not in need, the food cutting device can be dismounted or rotated about the pivoting device so as to be stored inside the body. a body; a food mounting device; a food cutting device; a cover; said cover being removably mounted to said body; said food mounting device adapted for mounting food on said food cutting device; said food cutting device adapted for cutting the food mounted by said food mounting device; said body comprising a first receiving portion adapted for receiving said food cutting device inside said body; and characterized in that said food cutting device is pivotally mounted to said body, wherein when the food cutting is not in need, the food cutting device can be dismounted or rotated about the pivoting device so as to be stored inside the body.
A folding table mechanism, especially for a side unit of a lounge furniture item, including an arrangement of arms permanently connectable to a structure of the side unit of a support frame of upholstered lounge furniture by means of a base, wherein: - a base arm is connected to the base using a rotary ratchet mechanism in the adjustment range of 0° horizontally and up to 95° vertically with an additional tilt of up to 5°, - a second arm, the support arm, is provided with a formation that creates an additional usable area and is connected to the base arm by means of a sliding, retractable support in the form of a bracing, and - the support arm and a swivel arm connected to it are joined pivotally so that the mobility of this connection is 0-10° and allows the tilt degree of a folding working area to be adjusted within this range. - a base arm is connected to the base using a rotary ratchet mechanism in the adjustment range of 0° horizontally and up to 95° vertically with an additional tilt of up to 5°, - a second arm, the support arm, is provided with a formation that creates an additional usable area and is connected to the base arm by means of a sliding, retractable support in the form of a bracing, and - the support arm and a swivel arm connected to it are joined pivotally so that the mobility of this connection is 0-10° and allows the tilt degree of a folding working area to be adjusted within this range.
A system for monitoring a set of security equipment in a building, the system comprising a plurality of monitoring devices; each monitoring device being configured to be associated with a piece of equipment and comprising a sensor configured to measure a physical quantity relating to the state of said equipment; in which each monitoring device is configured to: - detecting a change of state of the monitored equipment when the sensor measures a change in the physical quantity; - in response to the detection of a change of state, generating and sending a radio frequency message to a computer server via a wireless communication link, said message comprising a state indicator representative of a change in the functional state of the associated equipment in which the said status indicator can take a first predefined value or a second predefined value, the first value indicating an absence of change in status, the second value indicating a change in status likely to correspond to an abnormal state, the said second value being different from the said first value, the first value and the second value of the status indicator being the same for all the monitored equipment, whatever the nature of the monitored equipment. in which each monitoring device is configured to: - detecting a change of state of the monitored equipment when the sensor measures a change in the physical quantity; - in response to the detection of a change of state, generating and sending a radio frequency message to a computer server via a wireless communication link, said message comprising a state indicator representative of a change in the functional state of the associated equipment - detecting a change of state of the monitored equipment when the sensor measures a change in the physical quantity; - in response to the detection of a change of state, generating and sending a radio frequency message to a computer server via a wireless communication link, said message comprising a state indicator representative of a change in the functional state of the associated equipment in which the said status indicator can take a first predefined value or a second predefined value, the first value indicating an absence of change in status, the second value indicating a change in status likely to correspond to an abnormal state, the said second value being different from the said first value, the first value and the second value of the status indicator being the same for all the monitored equipment, whatever the nature of the monitored equipment.
A method for producing a thermoplastic resin composition, comprising feeding to an extruder and melt-kneading a polyamide; a polyphenylene ether; and a hydrogenated block copolymer prepared by hydrogenating a block copolymer comprising at least one polymer block mainly composed of an aromatic vinyl compound and at least one polymer block mainly composed of a conjugated diene compound, wherein said hydrogenated block copolymer to be fed to the extruder has a packed bulk density of from 0.15 to 0.25 g/cm 3 when measured by a powder tester manufactured by Hosokawamicron Corporation in an environment of a temperature of 23°C and a humidity of 50%.
A physical quantity detection device configured for detecting a physical quantity of a measurement target gas passing through a main passage, the physical quantity detection device comprising: a housing inserted into the main passage; a cover fixed to the housing to constitute in cooperation with the housing a bypass passage into which a part of the measurement target gas flows from the main passage; a circuit substrate accommodated in the housing to be exposed into the bypass passage; a sensor element attached to the circuit substrate to detect a flow rate of the measurement target gas in the bypass passage; a connection wire electrically connecting the sensor element to the circuit substrate; and a synthetic resin material applied to a connected portion of the sensor element including the connection wire and the circuit substrate and cured to seal the connected portion, characterized in that the cover includes a protrusion protruding into the bypass passage to cover at least a part of the synthetic resin material with respect to the gas flow. a housing inserted into the main passage; a cover fixed to the housing to constitute in cooperation with the housing a bypass passage into which a part of the measurement target gas flows from the main passage; a circuit substrate accommodated in the housing to be exposed into the bypass passage; a sensor element attached to the circuit substrate to detect a flow rate of the measurement target gas in the bypass passage; a connection wire electrically connecting the sensor element to the circuit substrate; and a synthetic resin material applied to a connected portion of the sensor element including the connection wire and the circuit substrate and cured to seal the connected portion, characterized in that the cover includes a protrusion protruding into the bypass passage to cover at least a part of the synthetic resin material with respect to the gas flow.
A composition for coating a preparation, the composition comprising a low-substituted cellulose ether, having a molar substitution of from 0.05 to 1.0 per anhydrous glucose unit, that has been wet-milled by applying a shear force to an aqueous dispersion thereof.
An aqueous composition having viscosity from 1 to 100 cP at 20 °C, said composition comprising: (i) an oligodynamic metal or ions thereof; (ii) a chelating agent; and, (iii) free alkali less than 1 wt%, wherein said composition comprises 0.01 wt% to 2 wt% of a salt of an organic acid; pH of the composition is from 9 to 12 and molar ratio of said oligodynamic metal to said chelating agent is 1:0.25 to 1:10. (i) an oligodynamic metal or ions thereof; (ii) a chelating agent; and, (iii) free alkali less than 1 wt%,
Cosmetic eyelash coating composition comprising an aqueous phase and an emulsifying system, characterized in that the emulsifying system contains: - at least one C 10 -C 30 alkyl phosphate, - at least one C 8 -C 24 fatty alkyl ether of polyethylene glycol, the said ether comprising from 1 to 19 ethylene glycol units and having an HLB < 8 at 25°C, and - at least one colorant - at least one C 10 -C 30 alkyl phosphate, - at least one C 8 -C 24 fatty alkyl ether of polyethylene glycol, the said ether comprising from 1 to 19 ethylene glycol units and having an HLB < 8 at 25°C, and - at least one colorant