mhurhangee/ep-ind-claims huggingface dataset:
A glenoid implant comprising: an articulating surface; a bone contacting surface opposite the articulating surface, the bone contacting surface having a first portion and a second portion; and at least one first anchor extending from the first portion of the bone contacting surface and having a first substantially planar surface, and at least one second anchor extending from the second portion of the bone contacting surface and having a second substantially planar surface, wherein the first and second substantially planar surfaces (212, 222) are parallel to each other, and are substantially orthogonal to a third axis extending in a lateral-anterior to medial-posterior direction; the glenoid implant characterized in that: the first portion of the bone contacting surface has a first convexity configured to contact an anterior portion of the glenoid, the second portion of the bone contacting surface has a second convexity configured to contact a posterior portion of the glenoid, the first convexity being different than the second convexity. an articulating surface; a bone contacting surface opposite the articulating surface, the bone contacting surface having a first portion and a second portion; and at least one first anchor extending from the first portion of the bone contacting surface and having a first substantially planar surface, and at least one second anchor extending from the second portion of the bone contacting surface and having a second substantially planar surface, wherein the first and second substantially planar surfaces (212, 222) are parallel to each other, and are substantially orthogonal to a third axis extending in a lateral-anterior to medial-posterior direction; the glenoid implant characterized in that: the first portion of the bone contacting surface has a first convexity configured to contact an anterior portion of the glenoid, the second portion of the bone contacting surface has a second convexity configured to contact a posterior portion of the glenoid, the first convexity being different than the second convexity.
A cooking apparatus comprising: a main body provided with a cooking chamber; and a steam supply device generating steam to supply the steam to the cooking chamber, wherein the steam supply device comprises a water storage unit to store water, a steam generator that is supplied with water from the water storage unit to generate steam, a water supply tube to transfer water in the water storage unit to the steam generator, a water supply pump that is disposed at the water supply tube and allows water to be moved from the water storage unit to the steam generator, a water collection tube to transfer residual water in the steam generator to the water storage unit, a water collection pump that is disposed at the water collection tube and allows water to be moved from the steam generator to the water storage unit, and a water flow sensing sensor disposed at the water supply tube, wherein the water flow sensing sensor is configured to sense whether flow of water to the steam generator is blocked, and wherein the cooking apparatus is further configured to operate the water collection pump if the flow of water is blocked. a main body provided with a cooking chamber; and a steam supply device generating steam to supply the steam to the cooking chamber, wherein the steam supply device comprises a water storage unit to store water, a steam generator that is supplied with water from the water storage unit to generate steam, a water supply tube to transfer water in the water storage unit to the steam generator, a water supply pump that is disposed at the water supply tube and allows water to be moved from the water storage unit to the steam generator, a water collection tube to transfer residual water in the steam generator to the water storage unit, a water collection pump that is disposed at the water collection tube and allows water to be moved from the steam generator to the water storage unit, and a water flow sensing sensor disposed at the water supply tube, wherein the water flow sensing sensor is configured to sense whether flow of water to the steam generator is blocked, and wherein the cooking apparatus is further configured to operate the water collection pump if the flow of water is blocked.
A MEMS loudspeaker for generating sound waves in the audible wavelength spectrum, comprising: a carrier substrate, comprising a substrate cavity with two substrate openings (7, 8), which are formed on two opposite sides of the carrier substrate, an actuator structure, arranged in the area of one of the two substrate openings (7, 8) and connected in its edge area to the carrier substrate, and a diaphragm anchored in its edge area, which can be set into vibration by means of the actuator structure to generate sound waves, characterized in that in a cross-sectional view of the MEMS loudspeaker, the diaphragm is spaced apart from the actuator structure, so that an intermediate cavity is formed between the two, and the MEMS loudspeaker comprises a coupling element disposed in the intermediate cavity, the coupling element being formed in multiple parts, the coupling element connects the actuator structure to the diaphragm and the membrane and the actuator structure are free to vibrate with respect to the carrier substrate, wherein the coupling element is connected to the actuator structure within a first connecting area and to the diaphragm within a second connecting area, and wherein the coupling element includes a first part connected to the actuator structure and a second part connected to the diaphragm and the two parts (29, 30) are firmly connected to each other. a carrier substrate, comprising a substrate cavity with two substrate openings (7, 8), which are formed on two opposite sides of the carrier substrate, an actuator structure, arranged in the area of one of the two substrate openings (7, 8) and connected in its edge area to the carrier substrate, and a diaphragm anchored in its edge area, which can be set into vibration by means of the actuator structure to generate sound waves, characterized in that in a cross-sectional view of the MEMS loudspeaker, the diaphragm is spaced apart from the actuator structure, so that an intermediate cavity is formed between the two, and the MEMS loudspeaker comprises a coupling element disposed in the intermediate cavity, the coupling element being formed in multiple parts, the coupling element connects the actuator structure to the diaphragm and the membrane and the actuator structure are free to vibrate with respect to the carrier substrate, wherein the coupling element is connected to the actuator structure within a first connecting area and to the diaphragm within a second connecting area, and wherein the coupling element includes a first part connected to the actuator structure and a second part connected to the diaphragm and the two parts (29, 30) are firmly connected to each other.
An active marker device configured to be implanted into a tissue prior to a procedure, for tracking a region of interest of a subject during the procedure, the active marker device comprising: a light source for emitting light such that the active marker device is detectable by an optical sensor; and said active marker device is characterized in that it further comprises a switch for operating the light source in a pulsed mode, wherein the switch is configured to be operated in a contactless manner for remotely activating the light source during the procedure. a light source for emitting light such that the active marker device is detectable by an optical sensor; and said active marker device is characterized in that it further comprises a switch for operating the light source in a pulsed mode, wherein the switch is configured to be operated in a contactless manner for remotely activating the light source during the procedure.
A method for applying enterprise policies to Web Real-Time Communications, WebRTC, interactive sessions using an enterprise Session Initiation Protocol, SIP, engine, comprising: receiving, by a session token converter of an enterprise device within an enterprise network, an incoming WebRTC session description token; generating, by the session token converter, an outgoing SIP request message, wherein the outgoing SIP request message comprises: the incoming WebRTC session description token; a return destination of the enterprise device; and an indicator that the outgoing SIP request message originated from an enterprise user; sending, by the session token converter, the outgoing SIP request message to an enterprise SIP engine; applying, by the enterprise SIP engine, one or more enterprise policies based on the outgoing SIP request message; responsive to applying the one or more enterprise policies, sending an incoming SIP request message to the enterprise device; converting, by the session token converter, the incoming SIP request message into an outgoing WebRTC session description token; and sending the outgoing WebRTC session description token to a target device. receiving, by a session token converter of an enterprise device within an enterprise network, an incoming WebRTC session description token; generating, by the session token converter, an outgoing SIP request message, wherein the outgoing SIP request message comprises: the incoming WebRTC session description token; a return destination of the enterprise device; and an indicator that the outgoing SIP request message originated from an enterprise user; sending, by the session token converter, the outgoing SIP request message to an enterprise SIP engine; applying, by the enterprise SIP engine, one or more enterprise policies based on the outgoing SIP request message; responsive to applying the one or more enterprise policies, sending an incoming SIP request message to the enterprise device; converting, by the session token converter, the incoming SIP request message into an outgoing WebRTC session description token; and sending the outgoing WebRTC session description token to a target device. the incoming WebRTC session description token; a return destination of the enterprise device; and an indicator that the outgoing SIP request message originated from an enterprise user; sending, by the session token converter, the outgoing SIP request message to an enterprise SIP engine; applying, by the enterprise SIP engine, one or more enterprise policies based on the outgoing SIP request message; responsive to applying the one or more enterprise policies, sending an incoming SIP request message to the enterprise device; converting, by the session token converter, the incoming SIP request message into an outgoing WebRTC session description token; and sending the outgoing WebRTC session description token to a target device.
A method of setting up a communication session at an access terminal within a wireless communications system, comprising: determining (1204, 1304) to terminate a first communication session; sending (1216, 1316) a first request to an access network to relinquish Quality of Service, QoS resources for the first communication session; characterized by: determining to set-up a second communication session before the access network confirms the QoS resources for the first communication session are relinquished; responsive to the determining to set-up the second communication session step, sending one or more call messages to the access network to request set-up of the second communication session by an application server before the access network confirms the QoS resources for the first communication session are relinquished; receiving a message from the access network that confirms that the QoS resources for the first communication session have been relinquished; and responsive to the received message, sending a second request to the access network to establish QoS resources for the second communication session. determining (1204, 1304) to terminate a first communication session; sending (1216, 1316) a first request to an access network to relinquish Quality of Service, QoS resources for the first communication session; characterized by: determining to set-up a second communication session before the access network confirms the QoS resources for the first communication session are relinquished; responsive to the determining to set-up the second communication session step, sending one or more call messages to the access network to request set-up of the second communication session by an application server before the access network confirms the QoS resources for the first communication session are relinquished; receiving a message from the access network that confirms that the QoS resources for the first communication session have been relinquished; and responsive to the received message, sending a second request to the access network to establish QoS resources for the second communication session. determining to set-up a second communication session before the access network confirms the QoS resources for the first communication session are relinquished; responsive to the determining to set-up the second communication session step, sending one or more call messages to the access network to request set-up of the second communication session by an application server before the access network confirms the QoS resources for the first communication session are relinquished; receiving a message from the access network that confirms that the QoS resources for the first communication session have been relinquished; and responsive to the received message, sending a second request to the access network to establish QoS resources for the second communication session.
An optical fibre connection unit (9a-d), comprising: - a casing (10a-d), comprising means for the connection of at least one optical fibre (FA1, FA2) located in an optical connection zone of the casing, and - an added cap, removably mounted on the casing, this cap including means for holding the optical fibre, extending out of the casing (10a-d) and out of the connection zone, arranged so that a first section of the fibre extends locally according to a first direction from the connection zone and a second section of the fibre extends locally according to a second direction, different from the first direction, characterized in that the holding means comprise for each optical fibre: - at least one distal holding element (75a, 75b) comprising a hook (75a1, 75b1) for retaining the optical fibre, and - at least one intermediate holding element (76a1, 76a2, 76b1, 76b2), interposed between the connection zone and the distal element (75a, 75b), adapted to guide the fibre towards the distal holding element, so that the distal and intermediate bearing elements isolate the fibres, on said second fibre section extending between the holding means and the connection zone, relative to a possible stress of the fibre generated outside this section, hence avoiding that the stress of the fibre is transmitted to the connection zone. - a casing (10a-d), comprising means for the connection of at least one optical fibre (FA1, FA2) located in an optical connection zone of the casing, and - an added cap, removably mounted on the casing, this cap including means for holding the optical fibre, extending out of the casing (10a-d) and out of the connection zone, arranged so that a first section of the fibre extends locally according to a first direction from the connection zone and a second section of the fibre extends locally according to a second direction, different from the first direction, characterized in that the holding means comprise for each optical fibre: - at least one distal holding element (75a, 75b) comprising a hook (75a1, 75b1) for retaining the optical fibre, and - at least one intermediate holding element (76a1, 76a2, 76b1, 76b2), interposed between the connection zone and the distal element (75a, 75b), adapted to guide the fibre towards the distal holding element, so that the distal and intermediate bearing elements isolate the fibres, on said second fibre section extending between the holding means and the connection zone, relative to a possible stress of the fibre generated outside this section, hence avoiding that the stress of the fibre is transmitted to the connection zone.
Guide carriage for a wall saw consisting of a saw head and a motorized advancing unit with a guide slide and an advancing motor, it being possible for the wall saw to be connected by means of a gearwheel of the guide slide to the toothed rack (42; 114) of a guide rail (11; 111) and, in the connected state, to be moved by means of guide elements (46.1, 46.2, 47.1, 47.2) of the guide slide along guide faces (43.1, 43.2; 115.1, 115.2) of the guide rail (11; 111), the guide carriage comprising: ▪ a base frame with a load-bearing frame and a receiving plate which can be connected to the wall saw, ▪ a guide frame with a handle, the guide frame being connected to the base frame, ▪ a movement chassis with a first axle (64; 121), a second axle and at least three wheels (65, 67; 123, 124) which are arranged on the first and second axle (64, 66; 121), the movement chassis being arranged on a lower side of the load-bearing frame, and ▪ a connecting device which connects the guide carriage to the wall saw, characterized in that the connecting device has at least one gearwheel (84.1, 84.2) which can be connected to the gearwheel of the guide slide in a power-transmitting and torque-transmitting manner, and at least one wheel (65; 123, 124) of the movement chassis is configured such that it can be connected by means of the connecting device in a power-transmitting and torque-transmitting manner to the gearwheel of the guide slide. ▪ a base frame with a load-bearing frame and a receiving plate which can be connected to the wall saw, ▪ a guide frame with a handle, the guide frame being connected to the base frame, ▪ a movement chassis with a first axle (64; 121), a second axle and at least three wheels (65, 67; 123, 124) which are arranged on the first and second axle (64, 66; 121), the movement chassis being arranged on a lower side of the load-bearing frame, and ▪ a connecting device which connects the guide carriage to the wall saw,
A child carrier comprising: a child support pouch to receive a child in a substantially upright position, the child support pouch including: an upper pouch area, a medial pouch area, and a lower pouch area; a harness to support the child support pouch on an adult, the harness including: a first upper strap coupled to the upper pouch area, a second upper strap coupled to the upper pouch area, and a lower strap coupled to the medial pouch area; a first leg support coupled to the child support pouch at the lower pouch area, the first leg support having a first continuously adjustable operative surface area that is adjustable via a first length adjustable device extending along a peripheral outer edge of the first leg support; a second leg support coupled to the child support pouch at the lower pouch area, the second leg support having a second continuously adjustable operative surface area that is adjustable via a second length adjustable device extending along a peripheral outer edge of the second leg support; and a first lock coupled to the first leg support to prevent adjustability of the first continuously adjustable operative surface area by preventing movement of the first length adjustable device. a child support pouch to receive a child in a substantially upright position, the child support pouch including: an upper pouch area, a medial pouch area, and a lower pouch area; an upper pouch area, a medial pouch area, and a lower pouch area; a harness to support the child support pouch on an adult, the harness including: a first upper strap coupled to the upper pouch area, a second upper strap coupled to the upper pouch area, and a lower strap coupled to the medial pouch area; a first upper strap coupled to the upper pouch area, a second upper strap coupled to the upper pouch area, and a lower strap coupled to the medial pouch area; a first leg support coupled to the child support pouch at the lower pouch area, the first leg support having a first continuously adjustable operative surface area that is adjustable via a first length adjustable device extending along a peripheral outer edge of the first leg support; a second leg support coupled to the child support pouch at the lower pouch area, the second leg support having a second continuously adjustable operative surface area that is adjustable via a second length adjustable device extending along a peripheral outer edge of the second leg support; and a first lock coupled to the first leg support to prevent adjustability of the first continuously adjustable operative surface area by preventing movement of the first length adjustable device.
A cleaning tablet with an alkaline cleaning agent for cleaning commercial cooking appliances, comprising a main cleaning system for a main washing cycle of a machine and an integrated pre-cleaning system, the effect of which starts developing during a prewash cycle of the machine, wherein the cleaning tablet, in an at least 1% aqueous solution, has a pH value of larger than 11.
A method for providing a polyalkene-substituted carboxylic acid, carboxylic anhydride or carboxylic ester by a halogen-assisted reaction of a polyalkene and at least one olefinic monounsaturated mono- or di-carboxylic acid, anhydride or ester, said method comprising: reacting polyalkene and at least one olefinic monounsaturated mono- or di-carboxylic acid, anhydride or ester in the presence of halogen and at least one metal compound, wherein said metal is selected from the group consisting of Mg, Ca, Ti, Zr, Hf, Cr, Mo, Mn, Fe, Co, Ni, Pd, Pt, Cu, Zn, Al and Sn; and said at least one metal compound is introduced into the reaction prior to a time at which greater than 85 mass % of said polyalkene has reacted with said olefinic monounsaturated mono- or di-carboxylic acid, anhydride or ester, in an amount introducing from 0.01 to 5 ppm by mass of elemental metal, based on the mass of polyalkene. reacting polyalkene and at least one olefinic monounsaturated mono- or di-carboxylic acid, anhydride or ester in the presence of halogen and at least one metal compound, wherein said metal is selected from the group consisting of Mg, Ca, Ti, Zr, Hf, Cr, Mo, Mn, Fe, Co, Ni, Pd, Pt, Cu, Zn, Al and Sn; and said at least one metal compound is introduced into the reaction prior to a time at which greater than 85 mass % of said polyalkene has reacted with said olefinic monounsaturated mono- or di-carboxylic acid, anhydride or ester, in an amount introducing from 0.01 to 5 ppm by mass of elemental metal, based on the mass of polyalkene.