mhurhangee/patent-ind-claim-en huggingface dataset:
A low-pressure steam cooker comprising: - a base plate with a bottom surface and a cooked product surface lying opposite the latter, wherein the cooked product surface comprises a hood seating surface with a peripheral, raised holding rim , and wherein the cooked product surface comprises at least one water trough for holding water; - a low-pressure hood with a bowl-shaped hood volume and a seating rim , the contour of which is formed complementary to the course of the holding rim of the base plate , so that the seating rim is enclosed by the holding rim when the seating rim sits on the hood seating surface ; characterised in that the base plate and the low-pressure hood are each formed from a non-glazed ceramic material, in the ceramic raw mixture whereof granite meal has been mixed; wherein the water trough has a water holding volume in the range from 1 % to 2 % of the hood volume; and wherein the surfaces of the seating rim and the hood seating surface pointing towards one another are formed in such a way that a steam outlet gap remains at least in sections between the latter. - a base plate with a bottom surface and a cooked product surface lying opposite the latter, wherein the cooked product surface comprises a hood seating surface with a peripheral, raised holding rim , and wherein the cooked product surface comprises at least one water trough for holding water; - a low-pressure hood with a bowl-shaped hood volume and a seating rim , the contour of which is formed complementary to the course of the holding rim of the base plate , so that the seating rim is enclosed by the holding rim when the seating rim sits on the hood seating surface ;
An internal gear pump comprising: a pinion gear having external teeth ; a ring gear having, on an inner circumferential surface thereof, internal teeth that mesh with the external teeth ; a crescent in a position in which the pinion gear and the ring gear are disengaged from each other, the external teeth and the internal teeth abutting on the crescent ; a housing having a slide surface on which an outer circumferential surface of the ring gear slides and rotatably housing the pinion gear and the ring gear ; a high-pressure oil supply that has an introduction port open to the slide surface and is configured to supply high-pressure hydraulic oil through the introduction port to a gap between the outer circumferential surface of the ring gear and the slide surface ; and a recess in the slide surface so as to partially increase a distance between the outer circumferential surface of the ring gear and the slide surface , wherein a space inside the housing is divided into three regions of: a low-pressure region in which a suction port is open, a high-pressure region in which a discharge port is open, and an increasing pressure region including the crescent , the introduction port is located in the increasing pressure region, and the recess is located in the high pressure region and is in a shape of a groove extending along an axis of a shaft of the internal gear pump . a pinion gear having external teeth ; a ring gear having, on an inner circumferential surface thereof, internal teeth that mesh with the external teeth ; a crescent in a position in which the pinion gear and the ring gear are disengaged from each other, the external teeth and the internal teeth abutting on the crescent ; a housing having a slide surface on which an outer circumferential surface of the ring gear slides and rotatably housing the pinion gear and the ring gear ; a high-pressure oil supply that has an introduction port open to the slide surface and is configured to supply high-pressure hydraulic oil through the introduction port to a gap between the outer circumferential surface of the ring gear and the slide surface ; and a recess in the slide surface so as to partially increase a distance between the outer circumferential surface of the ring gear and the slide surface , wherein a space inside the housing is divided into three regions of: a low-pressure region in which a suction port is open, a high-pressure region in which a discharge port is open, and an increasing pressure region including the crescent , the introduction port is located in the increasing pressure region, and the recess is located in the high pressure region and is in a shape of a groove extending along an axis of a shaft of the internal gear pump .
A compression chamber for the manufacture of pellets by pressing material, said chamber having a longitudinal axis (X) and including an inner part and an outer part , the inner part including a cylindrical tubular wall with circular section laterally delimiting a compression zone, said tubular wall comprising at least three elements (14.1, 14.2, 14.3) of circular arc-shaped cross-section, the outer part including a housing of circular section sized to receive the inner part and hold the elements (14.1, 14.2, 14.3, 14.4) of the inner part against each other, said outer part including two elements (16.1, 16.2) and fastening means comprising means for clamping the two elements against each other such that, in a loosened state, a clearance exists between the housing of the outer part and the inner part , and in the tightened state the outer part is in contact with the inner part and ensures the holding of the elements (14.1, 14.2, 14.3, 14.4) of the inner part against each other, the compression chamber also including an upper piston configured to penetrate longitudinally into the inner part and including a compression face forming a longitudinal face of the compression zone, and a lower piston configured to penetrate longitudinally into the inner part and including a compression face forming another longitudinal face of the compression zone, characterized in that all the components of the compression chamber are made of the same material. the inner part including a cylindrical tubular wall with circular section laterally delimiting a compression zone, said tubular wall comprising at least three elements (14.1, 14.2, 14.3) of circular arc-shaped cross-section, the outer part including a housing of circular section sized to receive the inner part and hold the elements (14.1, 14.2, 14.3, 14.4) of the inner part against each other, said outer part including two elements (16.1, 16.2) and fastening means comprising means for clamping the two elements against each other such that, in a loosened state, a clearance exists between the housing of the outer part and the inner part , and in the tightened state the outer part is in contact with the inner part and ensures the holding of the elements (14.1, 14.2, 14.3, 14.4) of the inner part against each other, the compression chamber also including an upper piston configured to penetrate longitudinally into the inner part and including a compression face forming a longitudinal face of the compression zone, and a lower piston configured to penetrate longitudinally into the inner part and including a compression face forming another longitudinal face of the compression zone, characterized in that all the components of the compression chamber are made of the same material.
A method for managing security in a mobile communication system supporting an emergency call, the method comprising: receiving , by a target mobility management entity, MME from a source network , a first message including a user equipment, UE, security capability related to an emergency call; identifying , by the target MME , that a handover from the source network to a target network is to be performed for a UE during the emergency call based on the first message; and transmitting , by the target MME , a second message for the handover from the source network to the target network including non access stratum, NAS, security algorithms selected by the target MME and the UE security capability related to the emergency call to the source network , based on the identification, wherein the UE security capability and the selected NAS security algorithms indicate that security algorithms are evolved packet system, EPS, integrity algorithm 0, EIAO, and EPS encryption algorithm 0, EEAO, wherein the selected NAS security algorithms are included in a NAS security transparent container, and wherein the UE security capability is used in a tracking area update request of the UE after the handover is completed, wherein the UE security capability is obtained from a registration request message or a location update request message transmitted from the UE , and wherein the EIAO is a NULL integrity algorithm, and the EEAO is a NULL ciphering algorithm. receiving , by a target mobility management entity, MME from a source network , a first message including a user equipment, UE, security capability related to an emergency call; identifying , by the target MME , that a handover from the source network to a target network is to be performed for a UE during the emergency call based on the first message; and transmitting , by the target MME , a second message for the handover from the source network to the target network including non access stratum, NAS, security algorithms selected by the target MME and the UE security capability related to the emergency call to the source network , based on the identification, wherein the UE security capability and the selected NAS security algorithms indicate that security algorithms are evolved packet system, EPS, integrity algorithm 0, EIAO, and EPS encryption algorithm 0, EEAO, wherein the selected NAS security algorithms are included in a NAS security transparent container, and wherein the UE security capability is used in a tracking area update request of the UE after the handover is completed, wherein the UE security capability is obtained from a registration request message or a location update request message transmitted from the UE , and wherein the EIAO is a NULL integrity algorithm, and the EEAO is a NULL ciphering algorithm.
A plumbing fitting comprising: a cap ; and a body comprising a fitting end that is configured to be received by the cap , the body comprising a first engagement projection and a second engagement projection that are circumferentially spaced apart from each other and that extend radially outwardly from an outer circumferential surface of the fitting end ; wherein the cap comprises: a first tab and a second tab , each tab having a free end at a receiving end of the cap ; the first tab comprising a first receiver that is configured to receive the first engagement projection and the second tab comprising a second receiver that is configured to receive the second engagement projection ; wherein the tabs are configured to permit flexure of each tab relative to the other; and wherein each tab comprises a radially inwardly extending spacer member at the free end of the tab ; wherein the spacer members are configured such that, as the fitting end is received by the cap , the free end of each of the tabs is displaced radially outwardly so as to space apart an inner circumferential surface of the tabs from the outer circumferential surface of the fitting end , thereby providing clearance for receipt of the engagement projections by the receivers . a cap ; and a body comprising a fitting end that is configured to be received by the cap , the body comprising a first engagement projection and a second engagement projection that are circumferentially spaced apart from each other and that extend radially outwardly from an outer circumferential surface of the fitting end ; wherein the cap comprises: a first tab and a second tab , each tab having a free end at a receiving end of the cap ; the first tab comprising a first receiver that is configured to receive the first engagement projection and the second tab comprising a second receiver that is configured to receive the second engagement projection ; wherein the tabs are configured to permit flexure of each tab relative to the other; and wherein each tab comprises a radially inwardly extending spacer member at the free end of the tab ; a first tab and a second tab , each tab having a free end at a receiving end of the cap ; the first tab comprising a first receiver that is configured to receive the first engagement projection and the second tab comprising a second receiver that is configured to receive the second engagement projection ; wherein the tabs are configured to permit flexure of each tab relative to the other; and wherein each tab comprises a radially inwardly extending spacer member at the free end of the tab ; wherein the spacer members are configured such that, as the fitting end is received by the cap , the free end of each of the tabs is displaced radially outwardly so as to space apart an inner circumferential surface of the tabs from the outer circumferential surface of the fitting end , thereby providing clearance for receipt of the engagement projections by the receivers .
System for determining at least one parameter relating to an angular movement of an arbor , particularly a stem integral with a timepiece crown , the system comprising: - an arbor configured to be able to rotate on itself around a longitudinal direction (D1); - a rotating reflector mounted on the arbor , around said arbor ; - two emitter/detector pairs , the two pairs being disposed on either side of the rotating reflector , facing the reflector , each emitter/detector pair comprising a light source intended to illuminate one part of the reflector , and a light detector intended to receive a reflected light beam from the reflector and to generate an electrical signal representative of said beam ; and - a processor configured to process each of the electrical signals generated by the detectors , and to determine, as a function of the processing result, said at least one parameter relating to the angular movement of the arbor ; wherein the rotating reflector is formed from a cylinder of revolution, on the edges of which are arranged several contiguous, oblique chamfers , the outer surface of the non-chamfered part of the reflector seen from each emitter/detector pair forming an active reflective portion of the reflector for said pair, which changes when the reflector rotates on itself, such that the representative electrical signal generated by said detector of the pair has a substantially sinusoidal shape when the reflector rotates on itself in a regular manner in a same direction of rotation (S1, S2). - an arbor configured to be able to rotate on itself around a longitudinal direction (D1); - a rotating reflector mounted on the arbor , around said arbor ; - two emitter/detector pairs , the two pairs being disposed on either side of the rotating reflector , facing the reflector , each emitter/detector pair comprising a light source intended to illuminate one part of the reflector , and a light detector intended to receive a reflected light beam from the reflector and to generate an electrical signal representative of said beam ; and - a processor configured to process each of the electrical signals generated by the detectors , and to determine, as a function of the processing result, said at least one parameter relating to the angular movement of the arbor ;
Projection arrangement for a vehicle, at least comprising - a vehicle window provided with a reflective coating , and - a projector directed at a region of the vehicle window, wherein the radiation of the projector is predominantly p-polarised and the reflective coating is suitable for reflecting p-polarised radiation, and wherein the reflective coating alternately comprises optically high-refractive layers with a refractive index greater than 1.8 and optically low-refractive layers with a refractive index less than 1.8, characterised in that - the vehicle window is a vehicle side window and - at least one of the optically low-refractive layers (22.2) is designed as an electrically conductive layer, while the optically high-refractive layers and the remaining optically low-refractive layers (22.1, 22.3) are designed as dielectric layers. - a vehicle window provided with a reflective coating , and - a projector directed at a region of the vehicle window, wherein the radiation of the projector is predominantly p-polarised and the reflective coating is suitable for reflecting p-polarised radiation, and wherein the reflective coating alternately comprises optically high-refractive layers with a refractive index greater than 1.8 and optically low-refractive layers with a refractive index less than 1.8, characterised in that wherein the radiation of the projector is predominantly p-polarised and the reflective coating is suitable for reflecting p-polarised radiation, and wherein the reflective coating alternately comprises optically high-refractive layers with a refractive index greater than 1.8 and optically low-refractive layers with a refractive index less than 1.8, characterised in that - the vehicle window is a vehicle side window and - at least one of the optically low-refractive layers (22.2) is designed as an electrically conductive layer, while the optically high-refractive layers and the remaining optically low-refractive layers (22.1, 22.3) are designed as dielectric layers.
A use of a lubricant, containing 90 to 99 wt.-% of a high-viscosity, water-soluble polyalkylene oxide copolymer selected from the group consisting of polyethylene oxide/polypropylene oxide in a ratio of 1:1 having a viscosity of 5 to 1500 cSt at 40°C and a molecular weight of 90 to 4000, and polyethylene oxide/polypropylene oxide in a ratio of 3:1 having a viscosity in the range from 90 to 54,000 cSt at 40°C and a molecular weight in the range from 980 to 20,000, preferably 1000 to 18,000 cSt at 40°C and a molecular weight in the range from 980 to 20,000, and 10% to 1 wt.-% of one or more additives in open gear transmission systems for rotary furnaces and mills used to obtain minerals and ores, in the production of fertilisers, in waste processing, in cement production and in papermaking. 90 to 99 wt.-% of a high-viscosity, water-soluble polyalkylene oxide copolymer selected from the group consisting of polyethylene oxide/polypropylene oxide in a ratio of 1:1 having a viscosity of 5 to 1500 cSt at 40°C and a molecular weight of 90 to 4000, and polyethylene oxide/polypropylene oxide in a ratio of 3:1 having a viscosity in the range from 90 to 54,000 cSt at 40°C and a molecular weight in the range from 980 to 20,000, preferably 1000 to 18,000 cSt at 40°C and a molecular weight in the range from 980 to 20,000, and 10% to 1 wt.-% of one or more additives in open gear transmission systems for rotary furnaces and mills used to obtain minerals and ores, in the production of fertilisers, in waste processing, in cement production and in papermaking.
Double layer wall system comprising: at least one profile element for supporting at least one wall partition, in particular at least one dry wall plasterboard partition, comprising - a web , - a first flange as first fastening surface , - a second flange providing a fourth fastening surface , - and at least a second and a third fastening surface, and the web connects the two flanges , wherein the second fastening surface is provided on the web , wherein an offset is provided between the first fastening surface and the second and the third fastening surface, and wherein the third fastening surface is provided at a distal end of the first flange , and the third fastening surface is parallel with the first and second fastening surface, - at least one first wall section , in particular first plasterboard, being fastened to the first fastening surface , - at least one second wall section , in particular a second plasterboard, being fastened to the second fastening surface , wherein the first and second wall sections are arranged on top of each other. - a web , - a first flange as first fastening surface , - a second flange providing a fourth fastening surface , - and at least a second and a third fastening surface, and the web connects the two flanges , wherein the second fastening surface is provided on the web , wherein an offset is provided between the first fastening surface and the second and the third fastening surface, and wherein the third fastening surface is provided at a distal end of the first flange , and the third fastening surface is parallel with the first and second fastening surface, - at least one first wall section , in particular first plasterboard, being fastened to the first fastening surface , - at least one second wall section , in particular a second plasterboard, being fastened to the second fastening surface , wherein the first and second wall sections are arranged on top of each other. the web connects the two flanges , wherein the second fastening surface is provided on the web , wherein an offset is provided between the first fastening surface and the second and the third fastening surface, and wherein the third fastening surface is provided at a distal end of the first flange , and the third fastening surface is parallel with the first and second fastening surface, - at least one first wall section , in particular first plasterboard, being fastened to the first fastening surface , - at least one second wall section , in particular a second plasterboard, being fastened to the second fastening surface , wherein the first and second wall sections are arranged on top of each other. - at least one first wall section , in particular first plasterboard, being fastened to the first fastening surface , - at least one second wall section , in particular a second plasterboard, being fastened to the second fastening surface , wherein the first and second wall sections are arranged on top of each other.
A method by a distribution node for location aware scheduling of an individual packet, the method comprising: determining information about a condition associated with the packet, wherein the condition comprises delivering the packet to a receiver before a vehicle associated with the receiver approaches a geographical area that is relevant to the packet; adjusting at least one Quality of Service, QoS, parameter based on the information about the condition associated with the packet, wherein adjusting the at least one QoS parameter comprises deriving a packet-specific QoS requirement by comparing the geographical area that is relevant for the packet with a current position of the receiver of the packet, wherein the packet-specific QoS requirement relates to a maximum delivery latency or reliability; and using the at least one QoS parameter to schedule the packet for transmission to a receiver based on the at least one adjusted QoS parameter, wherein using the at least one QoS parameter to schedule the packet for transmission to the receiver comprises selecting at least one radio bearer and at least one flow for the packet based on the at least one adjusted QoS parameter. determining information about a condition associated with the packet, wherein the condition comprises delivering the packet to a receiver before a vehicle associated with the receiver approaches a geographical area that is relevant to the packet; adjusting at least one Quality of Service, QoS, parameter based on the information about the condition associated with the packet, wherein adjusting the at least one QoS parameter comprises deriving a packet-specific QoS requirement by comparing the geographical area that is relevant for the packet with a current position of the receiver of the packet, wherein the packet-specific QoS requirement relates to a maximum delivery latency or reliability; and using the at least one QoS parameter to schedule the packet for transmission to a receiver based on the at least one adjusted QoS parameter, wherein using the at least one QoS parameter to schedule the packet for transmission to the receiver comprises selecting at least one radio bearer and at least one flow for the packet based on the at least one adjusted QoS parameter.