mhurhangee/ep-ind-claims huggingface dataset:
A solid oxide fuel cell comprising: a fuel cell module furnished with multiple fuel cell units; a fuel supply device for supplying fuel to the fuel cell module; an oxidant gas supply device for supplying oxidant gas to the fuel cell module; and a controller for controlling the amount of fuel supplied from the fuel supply device, characterized in that the controller is furnished with a degradation determining circuit for determining degradation of the fuel cell module and a fuel correction circuit for correcting the fuel supply amount based on the degradation determination performed by this degradation determining circuit; and if it is determined prior to the satisfaction of predetermined correction switching condition by the degradation determining circuit that the fuel cell module has degraded after the start of initial operation of the fuel cell module, the fuel correction circuit is configured to execute a correction to increase the fuel supply amount supplied to the fuel cell module so that rated output power, which is the maximum power output from the fuel cell module, is maintained, while on the other hand, after degradation of the fuel cell module advances and the predetermined correction switching condition is satisfied, the fuel correction circuit is configured to correct the fuel supply amount supplied to the fuel cell module so that the fuel cell module rated output power is reduced, and wherein the predetermined correction switching condition is: a rise in the fuel cell unit temperature to a predetermined correction switching temperature or above, an increase in fuel supply amount to a predetermined correction switching fuel supply amount, a decrease in fuel cell module output power to a predetermined correction switching power or below, or a decrease in fuel cell module output voltage to a predetermined correction switching voltage or below. a fuel cell module furnished with multiple fuel cell units; a fuel supply device for supplying fuel to the fuel cell module; an oxidant gas supply device for supplying oxidant gas to the fuel cell module; and a controller for controlling the amount of fuel supplied from the fuel supply device, characterized in that the controller is furnished with a degradation determining circuit for determining degradation of the fuel cell module and a fuel correction circuit for correcting the fuel supply amount based on the degradation determination performed by this degradation determining circuit; and
A process for making a strengthened laminated glass structure, characterized by the steps of: draw forming a core glass having a first coefficient of thermal expansion to form a core glass layer, wherein the first CTE is in a range from 90 x 10 -7 /°C to 110 x 10 -7 /°C; draw forming an ion exchangeable alkali aluminosilicate clad glass having a composition from 65 mol% to 70 mol% SiO 2; from 9% mol% to 14 mol% Al 2 O 3; and from 0 mol% to 11 mol% B 2 O 3 as glass network formers; together with optionally 5 mol% to 10 mol% alkali oxide R 2 O where R is at least one of Li, Na and K and optionally from 3 mol% to 11 mol% of divalent oxide MO, where M is at least one of Mg, Ca, Ba and Zn, the ion exchangeable alkali aluminosilcate clad glass having a second CTE that is lower than the first CTE to form a clad glass layer, wherein the second CTE is no more than 55 x 10 -7 /°C; laminating the core glass layer to the clad glass layer at temperature at or above the softening point of at least one of the core glass and the clad glass to form a laminated glass structure; cooling the laminated glass structure placing the core glass layer in a state of tensile stress and placing the clad glass layer in a state of compressive stress; and performing an ion exchange process on the laminated glass structure to create a layer of compressive stress in an outer surface region of the clad glass in addition to the compressive stress created on the clad glass by the laminating and cooling steps; wherein the CTEs are averaged over a temperature range from 20°C to 300°C. draw forming a core glass having a first coefficient of thermal expansion to form a core glass layer, wherein the first CTE is in a range from 90 x 10 -7 /°C to 110 x 10 -7 /°C; draw forming an ion exchangeable alkali aluminosilicate clad glass having a composition from 65 mol% to 70 mol% SiO 2; from 9% mol% to 14 mol% Al 2 O 3; and from 0 mol% to 11 mol% B 2 O 3 as glass network formers; together with optionally 5 mol% to 10 mol% alkali oxide R 2 O where R is at least one of Li, Na and K and optionally from 3 mol% to 11 mol% of divalent oxide MO, where M is at least one of Mg, Ca, Ba and Zn, the ion exchangeable alkali aluminosilcate clad glass having a second CTE that is lower than the first CTE to form a clad glass layer, wherein the second CTE is no more than 55 x 10 -7 /°C; laminating the core glass layer to the clad glass layer at temperature at or above the softening point of at least one of the core glass and the clad glass to form a laminated glass structure; cooling the laminated glass structure placing the core glass layer in a state of tensile stress and placing the clad glass layer in a state of compressive stress; and performing an ion exchange process on the laminated glass structure to create a layer of compressive stress in an outer surface region of the clad glass in addition to the compressive stress created on the clad glass by the laminating and cooling steps; wherein the CTEs are averaged over a temperature range from 20°C to 300°C.
An auxiliary tool for surgery, comprising: an auxiliary tool main body part, a first leg pair, and a second leg pair, wherein the first leg pair and the second leg pair are located on the auxiliary tool main body part, wherein a tail end of the first leg pair is connected to one end of the auxiliary tool main body part, a first mounting part is formed at a front end of the first leg pair, and the first mounting part is configured to clamp and press a surgical device to place the surgical device in a predetermined position; and a tail end of the second leg pair is connected to another end of the auxiliary tool main body part which is opposite to the one end of the auxiliary tool main body part, characterised in that a front end of the second leg pair extends outward so as to form a second mounting part. wherein a tail end of the first leg pair is connected to one end of the auxiliary tool main body part, a first mounting part is formed at a front end of the first leg pair, and the first mounting part is configured to clamp and press a surgical device to place the surgical device in a predetermined position; and a tail end of the second leg pair is connected to another end of the auxiliary tool main body part which is opposite to the one end of the auxiliary tool main body part, characterised in that a front end of the second leg pair extends outward so as to form a second mounting part.
A child restraint configured to be securable to and separable from a base installed in a vehicle, the child restraint comprising: an illumination means positioned on an external portion of the child restraint, configured to operate in a first mode, illuminating a first region external to the child restraint; a movement sensor for detecting movement of the child restraint; and a sensor for detecting whether or not the child restraint has been secured to the base; wherein, in the event that the child restraint is not secured to the base, and the child restraint is moved, the illumination means will be activated in its first mode, illuminating the first region external to the child restraint for the purpose of aiding securement to the base, and wherein in the event that the child restraint is secured to the base, the first mode will be deactivated. an illumination means positioned on an external portion of the child restraint, configured to operate in a first mode, illuminating a first region external to the child restraint; a movement sensor for detecting movement of the child restraint; and a sensor for detecting whether or not the child restraint has been secured to the base; wherein, in the event that the child restraint is not secured to the base, and the child restraint is moved, the illumination means will be activated in its first mode, illuminating the first region external to the child restraint for the purpose of aiding securement to the base, and wherein in the event that the child restraint is secured to the base, the first mode will be deactivated.
A patient interface face contact element comprising a surface for contacting the face of a patient, and a connection face for coupling the patient interface face contact element to a support in the form of a rigid mask shell, characterised in that the face contact element comprises a magnetic coupling arrangement associated with the connection face for coupling the face contact element to the rigid mask shell.
A system for holographic lens-free imaging, comprising: an image sensor; a processor in communication with the image sensor; and a computer-readable storage medium having stored thereon instructions which, when executed by the processor, causes the processor to: reconstruct pixel data obtained by the image sensor into a holographic image; extract, from the holographic image, a plurality of patches, being portions of the image, wherein the plurality of patches is a set of all fixed-size patches of the holographic image; and generate a dictionary, D, comprising a plurality of dictionary elements, wherein the dictionary is generated by solving the optimization problem min α, D ∑ i = 1 N E x i D α i + λR α i, where N is the number of patches in the plurality of patches, x i is the i th patch of the plurality of patches, α i represents the coefficients encoding the i th patch, E ( x i, D, α i) is a function measuring the squared error of the approximation of x i by the weighted sum of dictionary elements with coefficients α i, and λR ( α i) is sparsity term. an image sensor; a processor in communication with the image sensor; and a computer-readable storage medium having stored thereon instructions which, when executed by the processor, causes the processor to: reconstruct pixel data obtained by the image sensor into a holographic image; extract, from the holographic image, a plurality of patches, being portions of the image, wherein the plurality of patches is a set of all fixed-size patches of the holographic image; and generate a dictionary, D, comprising a plurality of dictionary elements, wherein the dictionary is generated by solving the optimization problem min α, D ∑ i = 1 N E x i D α i + λR α i, where N is the number of patches in the plurality of patches, x i is the i th patch of the plurality of patches, α i represents the coefficients encoding the i th patch, E ( x i, D, α i) is a function measuring the squared error of the approximation of x i by the weighted sum of dictionary elements with coefficients α i, and λR ( α i) is sparsity term. reconstruct pixel data obtained by the image sensor into a holographic image; extract, from the holographic image, a plurality of patches, being portions of the image, wherein the plurality of patches is a set of all fixed-size patches of the holographic image; and generate a dictionary, D, comprising a plurality of dictionary elements, wherein the dictionary is generated by solving the optimization problem min α, D ∑ i = 1 N E x i D α i + λR α i, where N is the number of patches in the plurality of patches, x i is the i th patch of the plurality of patches, α i represents the coefficients encoding the i th patch, E ( x i, D, α i) is a function measuring the squared error of the approximation of x i by the weighted sum of dictionary elements with coefficients α i, and λR ( α i) is sparsity term.
A bale opener • for opening pressed fiber bales deployed in a deployment direction: • comprising - a removal unit that is arranged vertically variably at a machine frame of the bale opener 17); and - the machine frame that • is travelable in the deployment direction so that o the fiber bales can be traveled over by the removal unit; and o fiber material is removable from the fiber bales, • has a portal construction; and • is guided by means of rollers on a running surface facing the rollers of a running rail of a basemounted running rail arrangement facing the rollers, characterized in that • viewed along the longitudinal extent of the running rail, the cross-section of the running surface of the rollers is curved in the direction of the rollers, • with every roller, viewed transversely to its axis of rotation, having a running surface that has a smaller curvature than the running surface of the running rail. • for opening pressed fiber bales deployed in a deployment direction: • comprising - a removal unit that is arranged vertically variably at a machine frame of the bale opener 17); and - the machine frame that • is travelable in the deployment direction so that o the fiber bales can be traveled over by the removal unit; and o fiber material is removable from the fiber bales, • has a portal construction; and • is guided by means of rollers on a running surface facing the rollers of a running rail of a basemounted running rail arrangement facing the rollers, - a removal unit that is arranged vertically variably at a machine frame of the bale opener 17); and - the machine frame that • is travelable in the deployment direction so that o the fiber bales can be traveled over by the removal unit; and o fiber material is removable from the fiber bales, • has a portal construction; and • is guided by means of rollers on a running surface facing the rollers of a running rail of a basemounted running rail arrangement facing the rollers, • is travelable in the deployment direction so that o the fiber bales can be traveled over by the removal unit; and o fiber material is removable from the fiber bales, o the fiber bales can be traveled over by the removal unit; and o fiber material is removable from the fiber bales, • has a portal construction; and • is guided by means of rollers on a running surface facing the rollers of a running rail of a basemounted running rail arrangement facing the rollers, • viewed along the longitudinal extent of the running rail, the cross-section of the running surface of the rollers is curved in the direction of the rollers, • with every roller, viewed transversely to its axis of rotation, having a running surface that has a smaller curvature than the running surface of the running rail.
A method of producing a biomimetic construct comprising: (i) introducing a gel solution to a well having an opening, (ii) incubating the gel solution to form a gel, (iii) introducing a porous plunger to the well, (iv) compressing the gel with the plunger such that liquid is expelled from the gel into the porous plunger, and (v) removing the porous plunger to leave said biomimetic construct in the well. (i) introducing a gel solution to a well having an opening, (ii) incubating the gel solution to form a gel, (iii) introducing a porous plunger to the well, (iv) compressing the gel with the plunger such that liquid is expelled from the gel into the porous plunger, and (v) removing the porous plunger to leave said biomimetic construct in the well.
An electronic device for monitoring at least one biometric parameter comprising: a light source for providing a light signal in a direction towards a subject; a sensing array for detecting light reflected by the subject, wherein the sensing array comprises a plurality of light sensors configured to enable at least one biometric parameter of the subject to be monitored; means for detecting that a change in light level detected by at least one sensor within the sensing array is within a threshold range; and characterised by comprising: means for providing, in response to detecting that the change is within a threshold range, an output signal enabling the sensing array to be adjusted, wherein the output signal causes a sensitivity of at least one of the plurality of light sensors to be adjusted to compensate for the detected change. a light source for providing a light signal in a direction towards a subject; a sensing array for detecting light reflected by the subject, wherein the sensing array comprises a plurality of light sensors configured to enable at least one biometric parameter of the subject to be monitored; means for detecting that a change in light level detected by at least one sensor within the sensing array is within a threshold range; and characterised by comprising: means for providing, in response to detecting that the change is within a threshold range, an output signal enabling the sensing array to be adjusted, wherein the output signal causes a sensitivity of at least one of the plurality of light sensors to be adjusted to compensate for the detected change.
Connector arrangement having a plug connector and a mating plug connector which can be plugged-together to the said plug connector, wherein the plug connector and the mating plug connector each have at least two contact partners (5, 6), and the contact partners (5, 6) of the plug connector and of the mating plug connector are electrically contact-connected to one another and are arranged in an associated plug connector housing and, respectively, mating plug connector housing, wherein the contact partners of the plug connector are arranged in in each case one contact chamber of a contact partner housing, wherein the contact partner housing is arranged in the plug connector housing which can be moved relative to the contact partner housing, characterized in that the plug connector housing has a lug which points in the direction of the mating plug connector and extends into the mating plug connector housing and extends over the contact partners of the plug connector and acts on the contact partners in the plugged-together state.
A pressure vessel comprising: a metal cylindrical section having an inside diameter and a thickness; and, a filamentous material that is hoop-wound, isotensoidally-wound, or both hoop-wound and isotensoidally-wound around substantially the entire cylindrical section, the pressure vessel being characterized in that the thickness is from 1/100 to 1/1000 of the inside diameter and by said filamentous material being wound at a tension of about 70% to about 99% of the compressive yield strength of the metal of which the cylindrical section is fabricated. a metal cylindrical section having an inside diameter and a thickness; and, a filamentous material that is hoop-wound, isotensoidally-wound, or both hoop-wound and isotensoidally-wound around substantially the entire cylindrical section, the pressure vessel being characterized in that the thickness is from 1/100 to 1/1000 of the inside diameter and by said filamentous material being wound at a tension of about 70% to about 99% of the compressive yield strength of the metal of which the cylindrical section is fabricated.
An intermediate transfer member for use in electrostatic printing, the intermediate transfer member comprising a release layer comprising fluoropolymer particles dispersed in a silicone polymer matrix; characterised in that the release layer comprises 0.1 to 7 wt% fluoropolymer particles based on the weight of silicone polymer.
A method for implementing a personalized ring back tone in a multi-party session in an Internet Protocol Multimedia Subsystem Network, comprising: sending, by a service session server, a session request to all called parties of the multi-party session according to a received service session request sent by a calling party; performing, by the service session server, media negotiation about the personalized ring back tone with the calling party, and establishing a media channel of the personalized ring back tone; and receiving, by the service session server, a first ring response message, and playing the personalized ring back tone to the calling party through a media channel established through the media negotiation about the personalized ring back tone, wherein the first ring response message is sent by one of the called parties; wherein performing by the service session server, media negotiation about the personalized ring back tone with the calling party comprises: acquiring, by the service session server, a Session Description Protocol, SDP, of the personalized ring back tone; sending, by the service session server, a provisional response message carrying the SDP of the personalized ring back tone to the calling party; and receiving, by the service session server, a provisional acknowledgement, PRACK, of the provisional response message from the calling party. sending, by a service session server, a session request to all called parties of the multi-party session according to a received service session request sent by a calling party; performing, by the service session server, media negotiation about the personalized ring back tone with the calling party, and establishing a media channel of the personalized ring back tone; and receiving, by the service session server, a first ring response message, and playing the personalized ring back tone to the calling party through a media channel established through the media negotiation about the personalized ring back tone, wherein the first ring response message is sent by one of the called parties; wherein performing by the service session server, media negotiation about the personalized ring back tone with the calling party comprises: acquiring, by the service session server, a Session Description Protocol, SDP, of the personalized ring back tone; sending, by the service session server, a provisional response message carrying the SDP of the personalized ring back tone to the calling party; and receiving, by the service session server, a provisional acknowledgement, PRACK, of the provisional response message from the calling party. acquiring, by the service session server, a Session Description Protocol, SDP, of the personalized ring back tone; sending, by the service session server, a provisional response message carrying the SDP of the personalized ring back tone to the calling party; and receiving, by the service session server, a provisional acknowledgement, PRACK, of the provisional response message from the calling party.
An electrodynamic loudspeaker including: - a chassis, - at least one magnetic circuit secured to the chassis and defining at least one air gap, - at least one movable assembly relatively to the chassis, the assembly including a convex diaphragm, the convexity of which is turned towards the outside of the loudspeaker, and at least one coil for exciting the diaphragm, the coil being located in the air gap and defining an axis of the loudspeaker, - a first joint for suspending the assembly connecting the assembly and the chassis, and - a second joint for suspending the assembly, the second joint being axially further away from the diaphragm than the first joint, the assembly further comprising at least one connecting member secured to the diaphragm, the second joint including a radially inner attachment point attached on the connecting member, and a radially outer attachment point attached on the chassis, the assembly further comprising a coil-holder attached on a central portion of the diaphragm, the connecting member being distinct from the coil-holder and attached on a peripheral portion of the diaphragm, characterised in that the first joint includes a radially inner attachment point attached on the connecting member, said radially inner attachment point of the first joint being axially located away from the peripheral edge of the diaphragm. - a chassis, - at least one magnetic circuit secured to the chassis and defining at least one air gap, - at least one movable assembly relatively to the chassis, the assembly including a convex diaphragm, the convexity of which is turned towards the outside of the loudspeaker, and at least one coil for exciting the diaphragm, the coil being located in the air gap and defining an axis of the loudspeaker, - a first joint for suspending the assembly connecting the assembly and the chassis, and - a second joint for suspending the assembly, the second joint being axially further away from the diaphragm than the first joint,