mhurhangee/ep-ind-claims huggingface dataset:
A housing for a masonry oven core, comprising at least two shaped sections (22, 24, 25, 26, 28), capable of being attached together to form a shape that encompasses a masonry oven core, the shaped sections (22, 24, 25, 26, 28) including wall sections (22, 24, 25) that extend substantially vertically and roof sections (26, 28) which are curved so that they form a dome section; wherein the shaped sections (22, 24, 25, 26, 28) are at least partly formed from mesh material capable of being rendered with mortar; the housing being characterized in that wall sections (22, 24, 25) and roof sections (26, 28) include securement holes such that when the sections (22, 24, 25, 26, 28) are assembled, at least some of the securement holes of adjacent sections are substantially coincident; and the wall and roof sections (22, 24, 25, 26, 28) are secured together using the securement holes. the shaped sections (22, 24, 25, 26, 28) are at least partly formed from mesh material capable of being rendered with mortar; the housing being characterized in that wall sections (22, 24, 25) and roof sections (26, 28) include securement holes such that when the sections (22, 24, 25, 26, 28) are assembled, at least some of the securement holes of adjacent sections are substantially coincident; and the wall and roof sections (22, 24, 25, 26, 28) are secured together using the securement holes.
A system comprising: at least one first processor and a first agent, the at least one first processor and the first agent associated with a first root space value to define a first root space; at least one second processor and a second agent, the at least one second processor and the second agent associated with a second root space value to define a second root space; and a shared fabric to couple to the at least one first processor, the first agent, the at least one second processor and the second agent, the shared fabric to route a transaction to the first root space or the second root space based at least in part on a root space value in a root space field of the transaction; and a host bridge comprising a first logical host bridge associated with the first root space and a second logical host bridge associated with the second root space, the host bridge further comprising a bridge to send a second transaction via a sideband interconnect, the bridge to insert into the second transaction a security attribute indicator field comprising the first root space value. at least one first processor and a first agent, the at least one first processor and the first agent associated with a first root space value to define a first root space; at least one second processor and a second agent, the at least one second processor and the second agent associated with a second root space value to define a second root space; and a shared fabric to couple to the at least one first processor, the first agent, the at least one second processor and the second agent, the shared fabric to route a transaction to the first root space or the second root space based at least in part on a root space value in a root space field of the transaction; and a host bridge comprising a first logical host bridge associated with the first root space and a second logical host bridge associated with the second root space, the host bridge further comprising a bridge to send a second transaction via a sideband interconnect, the bridge to insert into the second transaction a security attribute indicator field comprising the first root space value.
A method of providing a data stream to an end user from a service provider, comprising said service provider performing the steps of: receiving at a server of the service provider a request for a data stream from the end user; in response to receiving said request constructing a discovery message in order to discover an access network provider for said end user said discovery message comprising defined information that enables said access network provider to create an independent dedicated communications channel between a server of the access network provider and the server of the service provider; multiplexing the discovery message including a fingerprint field detectable by the access network provider onto the data stream; and transmitting the data stream to said end user. receiving at a server of the service provider a request for a data stream from the end user; in response to receiving said request constructing a discovery message in order to discover an access network provider for said end user said discovery message comprising defined information that enables said access network provider to create an independent dedicated communications channel between a server of the access network provider and the server of the service provider; multiplexing the discovery message including a fingerprint field detectable by the access network provider onto the data stream; and transmitting the data stream to said end user.
A relief valve, comprising in combination: an upper body having an annular seat formed at an end of a lumen; a poppet having an annular groove in which is positioned an annular O-ring that seats on said annular seat; an exhaust ring for retaining said poppet within said body, said exhaust ring further centering said poppet allowing said poppet to reciprocate upwardly and downwardly during opening and closing of the relief valve; a cap affixed to said upper body for securing said exhaust ring into position; a spring having an uppermost coil captured in an underside of said cap and a lowermost coil captured within a periphery of said poppet; a collar integrally formed about an annular wall of said exhaust ring that is seated onto an upper outer edge of said annular seat; and a plurality of arcuate ledges extending about a periphery of said upper outer edge to further centrally locate said collar. an upper body having an annular seat formed at an end of a lumen; a poppet having an annular groove in which is positioned an annular O-ring that seats on said annular seat; an exhaust ring for retaining said poppet within said body, said exhaust ring further centering said poppet allowing said poppet to reciprocate upwardly and downwardly during opening and closing of the relief valve; a cap affixed to said upper body for securing said exhaust ring into position; a spring having an uppermost coil captured in an underside of said cap and a lowermost coil captured within a periphery of said poppet; a collar integrally formed about an annular wall of said exhaust ring that is seated onto an upper outer edge of said annular seat; and a plurality of arcuate ledges extending about a periphery of said upper outer edge to further centrally locate said collar.
Lock, in particular a motor vehicle lock, comprising a lock housing, a lock case including a reinforcing insert made of metal and having a base area and two side walls (11, 31), specifically a side wall and a further side wall, which form a right angle to the base area and which serve the protection of a locking mechanism being mounted to the base area, wherein an intake slot for a locking bolt extends from the base area into the further side wall, the locking mechanism, which is mounted to the base area, and an actuation device, wherein at least one component of the actuation device extends through an opening in the lock case and this opening is designed with at least the reinforcing insert, with a reinforcing plate for a rotatable mounting of the catch and/or the pawl of the locking mechanism, wherein the thickness of the reinforcing plate is smaller than the thickness of the lock housing and the reinforcing insert is part of the lock case and formed thereof.
A lanyard device comprising: - a first flexible cord having a first end and a second end, - a first and a second coupling means (20, 30), the first coupling means arranged to be coupled to the first end and the second coupling means arranged to be coupled to the second end, - wherein the first coupling means are further arranged to be detachably coupled to the second coupling means, and wherein the first and second coupling means are further arranged to be decoupled as a result of a predetermined force acting on the first and second coupling means, the lanyard device further comprising a second flexible cord coupling the first coupling means and second coupling means, characterized in that the second flexible cord is arranged to break when a further predetermined force acts on it. - a first flexible cord having a first end and a second end, - a first and a second coupling means (20, 30), the first coupling means arranged to be coupled to the first end and the second coupling means arranged to be coupled to the second end, - wherein the first coupling means are further arranged to be detachably coupled to the second coupling means, and wherein the first and second coupling means are further arranged to be decoupled as a result of a predetermined force acting on the first and second coupling means, the lanyard device further comprising a second flexible cord coupling the first coupling means and second coupling means, characterized in that the second flexible cord is arranged to break when a further predetermined force acts on it.
Pipe elbow with a flow channel which changes between two circular curvature end cross-sections and is spanned by a jacket body, and with an elliptical central cross-section of the flow channel between the two curvature end cross-sections of the flow channel, which central cross-section has a main axis (a) and a secondary axis (b), the central cross-section of the flow channel having a central cross-sectional area which essentially corresponds to the mean value of the two curvature end cross-sectional areas of the flow channel, the ratio of the main axis (a), which is aligned parallel to the axis of curvature of the pipe elbow, to the secondary axis (b) being in the range between 1.1 and 1.5, in particular 1.3, characterized in that in that, in order to form a circular outer dimension of the jacket body of the central cross-sectional area, the thickness of the jacket body in the extension of the main axis (a) is smaller than the thickness in the extension of the secondary axis (b), wherein the elliptical central cross-section of the flow channel is located exactly halfway along the flow channel spanned by the jacket body, so that the pipe connection sections adjacent to the central cross-section of the flow channel behave like an image and mirror image, wherein the center of the central cross-sectional area of the flow channel lies in the center of the circular outer dimension of the jacket body of the central cross-sectional area, and wherein the jacket body of the curvature end cross-sections has a circular outer dimension
A hermetically sealed refrigerant compressor comprising a cylinder formed in a cylinder block with an open end, a reciprocating piston arranged in the cylinder and with a reciprocating piston axis along which the reciprocating piston reciprocates, a valve plate with a suction valve opening and an ejection valve, wherein the valve plate is attached to the cylinder block at the open end of the cylinder, a cylinder head on the side of the valve plate facing away from the cylinder, wherein the cylinder head defines a cylinder head space at least over a section of the valve plate containing the ejection valve, wherein the cylinder head has a cylinder head cover which has an outlet for compressed refrigerant, wherein a socket is arranged on the side of the valve plate facing away from the cylinder as an inlet for refrigerant to be sucked in, wherein the socket has a first end which opens at the suction valve opening, and has a second end which is opposite the first end, wherein the socket is inclined at most at an angle of inclination (α) of between -45° and +45° with respect to the reciprocating piston axis, characterized in that the refrigerant compressor has a silencer arranged outside the cylinder head with a housing, wherein the housing defines a cavity and a suction opening for refrigerant to be sucked into the cavity and an ejection opening for refrigerant to be ejected from the cavity are formed in the housing, wherein the socket passes through the cylinder head cover or, if the cylinder head covers only a section of the valve plate containing the ejection valve, the socket is arranged outside the cylinder head space, wherein the second end of the socket opens into the cavity of the silencer through the ejection opening.
A surgical access device comprising: a wound retractor comprising an outer ring, an inner ring, and a tubular sheath extending between the outer ring and the inner ring; and an internal retractor characterized by a plurality of inflatable members each having a proximal and distal end, wherein the proximal end of each of the plurality of inflatable members is connected to the inner ring and extends distally into a body cavity, wherein one or more open windows are provided between inflatable members of the plurality of inflatable members that allow user access outside a perimeter of the internal retractor, and wherein one or more dam portions extend across two or more of the plurality of inflatable members. a wound retractor comprising an outer ring, an inner ring, and a tubular sheath extending between the outer ring and the inner ring; and an internal retractor characterized by a plurality of inflatable members each having a proximal and distal end, wherein the proximal end of each of the plurality of inflatable members is connected to the inner ring and extends distally into a body cavity, wherein one or more open windows are provided between inflatable members of the plurality of inflatable members that allow user access outside a perimeter of the internal retractor, and wherein one or more dam portions extend across two or more of the plurality of inflatable members.
A method tor the controlled lowering of a load comprising the steps of: (a) operating a work machine having a hydraulic system including a hydraulic actuator for supporting a load, a first control valve in fluid communication with the actuator, and a controller for operating the first control valve, the controller including a first algorithm for operating the first control valve in a load lowering operation; (b) detecting an operational fault within the hydraulic system; characterized by: (c) receiving a signal to enter a safe lowering mode wherein the first algorithm is disabled; (d) sending a pulse width modulation current from the controller to the first control valve, the PWM current having a duty ratio; and (e) allowing a user to control the PWM current duty ratio via a user interface to lower a load supported by the actuator. (a) operating a work machine having a hydraulic system including a hydraulic actuator for supporting a load, a first control valve in fluid communication with the actuator, and a controller for operating the first control valve, the controller including a first algorithm for operating the first control valve in a load lowering operation; (b) detecting an operational fault within the hydraulic system; characterized by: (c) receiving a signal to enter a safe lowering mode wherein the first algorithm is disabled; (d) sending a pulse width modulation current from the controller to the first control valve, the PWM current having a duty ratio; and (e) allowing a user to control the PWM current duty ratio via a user interface to lower a load supported by the actuator.
Cooking appliance having a cooking appliance muffle, which delimits a cooking compartment in which a heating element is pivotably mounted, having a heating element bracket disposed on a muffle wall for adjusting between a first end position, in which the heating element bracket holds the heating element essentially parallel to the muffle wall and exerts an elastic force F on the heating element, and a second end position, in which the heating element is pivoted into the cooking compartment and the heating element bracket is held in a fixed position, characterised in that the heating element bracket has an actuation lever for manually adjusting the heating element bracket and that the heating element bracket is pivotably mounted on the muffle wall.
A method of enhancing an audio recording, comprising: - accessing the audio recording, the audio recording comprising at least a recording of a sound signal, the sound signal being obtained from a play-out of an audio signal by a play-out device via a speaker, the audio signal representing audio content; characterised by: - analysing the audio recording to identify the audio signal; - based on the audio signal having been identified, identifying a resource location which comprises the audio signal; - accessing the audio signal from the resource location. - suppressing, in the audio recording, the recording of the sound signal using the audio signal, thereby obtaining an intermediate audio recording; and - adding an original version of the audio content to the intermediate audio recording to obtain an enhanced audio recording, the original version of the audio content being the audio signal or another original version of the audio content. - accessing the audio recording, the audio recording comprising at least a recording of a sound signal, the sound signal being obtained from a play-out of an audio signal by a play-out device via a speaker, the audio signal representing audio content; - analysing the audio recording to identify the audio signal; - based on the audio signal having been identified, identifying a resource location which comprises the audio signal; - accessing the audio signal from the resource location. - suppressing, in the audio recording, the recording of the sound signal using the audio signal, thereby obtaining an intermediate audio recording; and - adding an original version of the audio content to the intermediate audio recording to obtain an enhanced audio recording, the original version of the audio content being the audio signal or another original version of the audio content.
A method for quality evaluation of peanuts suitable for snack peanut processing, characterized in that, comprising: obtaining the mass of the skin-removed peanuts to be measured, and obtaining the weight per hundred kernels of the peanuts, the water content of the peanuts, and the ratio of the oleic acid and linoleic acid contained in the peanuts; calculating the quality evaluation factor associated with the peanuts according to formula Y = 30.287+9.995× a +0.133× b -0.686× c; wherein Y is the quality evaluation factor associated with the peanuts, a is the ratio of the oleic acid and linoleic acid contained in the peanuts, b is the weight per hundred kernels of the peanuts in grams, and c is the water content of the peanuts; and evaluating the suitability of using the peanuts for snack peanut processing according to the quality evaluation factor. obtaining the mass of the skin-removed peanuts to be measured, and obtaining the weight per hundred kernels of the peanuts, the water content of the peanuts, and the ratio of the oleic acid and linoleic acid contained in the peanuts; calculating the quality evaluation factor associated with the peanuts according to formula Y = 30.287+9.995× a +0.133× b -0.686× c; wherein Y is the quality evaluation factor associated with the peanuts, a is the ratio of the oleic acid and linoleic acid contained in the peanuts, b is the weight per hundred kernels of the peanuts in grams, and c is the water content of the peanuts; and evaluating the suitability of using the peanuts for snack peanut processing according to the quality evaluation factor.
A terminal switching method for switching terminals, in a communication system in which a plurality of HARQ processes are run at the same time and in which HARQ processing is performed between a base station and the terminals, to which the base station grants a transmission permission, from a first terminal that is one of the terminals to a second terminal that is another one of the terminals, the terminal switching method comprising: an abort notifying step of notifying the first terminal of aborting of transmission permission; a virtual starting point setting step of monitoring a state of HARQ processing with the notified first terminal for each HARQ process that is a processing unit of the HARQ processing, and setting a time point at which an HARQ process whose state of the HARQ processing is a retransmission waiting state is performed as a virtual starting point; a window setting step of setting a retransmission waiting window having a predetermined window length with the virtual starting point being regarded as its starting point; and a transmission permitting step of notifying the second terminal of transmission permission when there is no HARQ process having the retransmission waiting state with the first terminal, characterized in that the virtual starting point setting step and the window setting step are repeated until there is no HARQ process having the retransmission waiting state with the first terminal, and for at least once in the virtual starting point setting step, the virtual starting point is set at a temporally latest HARQ process from among the HARQ processes that are still in a retransmission wating state and which is a time point that is earlier than the end of the latest retransmission waiting window. an abort notifying step of notifying the first terminal of aborting of transmission permission; a virtual starting point setting step of monitoring a state of HARQ processing with the notified first terminal for each HARQ process that is a processing unit of the HARQ processing, and setting a time point at which an HARQ process whose state of the HARQ processing is a retransmission waiting state is performed as a virtual starting point; a window setting step of setting a retransmission waiting window having a predetermined window length with the virtual starting point being regarded as its starting point; and a transmission permitting step of notifying the second terminal of transmission permission when there is no HARQ process having the retransmission waiting state with the first terminal, characterized in that the virtual starting point setting step and the window setting step are repeated until there is no HARQ process having the retransmission waiting state with the first terminal, and for at least once in the virtual starting point setting step, the virtual starting point is set at a temporally latest HARQ process from among the HARQ processes that are still in a retransmission wating state and which is a time point that is earlier than the end of the latest retransmission waiting window.