mhurhangee/ep-ind-claims huggingface dataset:
Valve for a packaging container, comprising at least one base film with an opening, at least one frame film encompassing a free region, and at least one membrane which is arranged on the base film and covers the opening, wherein a fluid is provided between the membrane and the base film, wherein the membrane is connected to a surrounding film via at least one connection region, wherein the surrounding film is connected on one side to the base film and on its other side to the frame film, and the membrane is arranged movably within the free region, characterised in that the surrounding film is open at least in one point, such that a channel is formed. at least one base film with an opening, at least one frame film encompassing a free region, and at least one membrane which is arranged on the base film and covers the opening, wherein a fluid is provided between the membrane and the base film, wherein the membrane is connected to a surrounding film via at least one connection region, wherein the surrounding film is connected on one side to the base film and on its other side to the frame film, and the membrane is arranged movably within the free region, characterised in that the surrounding film is open at least in one point, such that a channel is formed.
Powder metallurgy moulding composition intended for manufacturing decorative or covering articles or an element of a watch movement in sintered massive cermet, comprising an inorganic powder intended to form the cermet and an organic binder, characterized in that said inorganic powder consists by weight of 35% to 95% of at least one ceramic phase based on ceramic selected from the group consisting of TiC, TiCN, TiN and mixtures thereof, and from 5% to 65% of a metallic phase, said metallic phase consisting by weight of at least 40% of iron, from 15% to 45% of chromium, from 0.1% to 25% of molybdenum, from 0.1% to 10% of silicon, from 0 to 10% of boron, and from 0 to 10% of niobium, the respective amounts of the elements of the metallic phase being such that their sum is equal to 100 wt% of the metallic phase.
A method for recovering from a communication resource mismatch that is employed in a wireless communication system, the method comprising: receiving a communication resource assignment at an access terminal; determining a resource mismatch exists between the resource assignment and a projected communication resource level, wherein the projected communication resource level is based on a difference in pilot signal strength between a serving sector and a dominant non-serving sector; and responding to the communication resource mismatch with a resource adjustment. receiving a communication resource assignment at an access terminal; determining a resource mismatch exists between the resource assignment and a projected communication resource level, wherein the projected communication resource level is based on a difference in pilot signal strength between a serving sector and a dominant non-serving sector; and responding to the communication resource mismatch with a resource adjustment.
A method of managing congestion by a policy control and charging rules function, PCRF, the method comprising: receiving video flow related information, video flow related information being information comprising, for a video flow, video flow identification, ID, information, data rate information supported by the video flow, subscriber information of a user equipment, UE, and video flow provider policy information; receiving, from a base station, congestion state information for the base station and at least one user equipment, UE; determining a data transmission rate of the video flow based on the the received congestion state information and the received video flow related information; and adjusting the data transmission rate of the video flow based on the determined data transmission rate. receiving video flow related information, video flow related information being information comprising, for a video flow, video flow identification, ID, information, data rate information supported by the video flow, subscriber information of a user equipment, UE, and video flow provider policy information; receiving, from a base station, congestion state information for the base station and at least one user equipment, UE; determining a data transmission rate of the video flow based on the the received congestion state information and the received video flow related information; and adjusting the data transmission rate of the video flow based on the determined data transmission rate.
A method for decrypting, the method comprising: transmitting, by a computing device, to a data storage server storing encrypted data, a user authentication request for accessing the encrypted data; receiving, by the computing device, from the data storage server, a validation token associated with the user authentication request, wherein the validation token indicates that the user successfully authenticated; transmitting, by the computing device, the validation token to a first key server; in response to transmitting the validation token, receiving, by the computing device from the first key server, a first key required for decrypting the encrypted data, the first key being associated with a first secret; transmitting, by the computing device, the validation token to a second key server; receiving, by the computing device, a second key associated with a second secret; and decrypting, by the computing device, at least a portion of the encrypted data using the first key, wherein either the first key or the second key alone only allows the computing device to decrypt a first portion of the encrypted data, and wherein both the first key and the second key are required to allow the computing device to decrypt a second portion of the encrypted data including the first portion of the encrypted data. transmitting, by a computing device, to a data storage server storing encrypted data, a user authentication request for accessing the encrypted data; receiving, by the computing device, from the data storage server, a validation token associated with the user authentication request, wherein the validation token indicates that the user successfully authenticated; transmitting, by the computing device, the validation token to a first key server; in response to transmitting the validation token, receiving, by the computing device from the first key server, a first key required for decrypting the encrypted data, the first key being associated with a first secret; transmitting, by the computing device, the validation token to a second key server; receiving, by the computing device, a second key associated with a second secret; and decrypting, by the computing device, at least a portion of the encrypted data using the first key, wherein either the first key or the second key alone only allows the computing device to decrypt a first portion of the encrypted data, and wherein both the first key and the second key are required to allow the computing device to decrypt a second portion of the encrypted data including the first portion of the encrypted data.
Gearing device, in particular a gear unit, the gearing device having a housing with a central housing part which houses a bearing of an output shaft and a bearing of an input shaft, the central housing part being designed as two parts, a first part, in particular a bottom part, having cooling fins which are arranged on the outer wall of an oil tank arranged inside the first part, the gearing device being mounted in a machine or plant, in particular cooling tower plant, in such a way that the output shaft projects out of the housing downwards, i.e. in the direction of gravity, the oil tank being delimited by the central housing part and an additional housing cover sealingly connected to the latter, characterized in that the first part also has cooling fins on a partial region of an outer wall, i.e. in particular of a bearing well which acts as bearing seat for the bearing, in particular a grease-lubricated bearing, of the output shaft of the gearing device, a second part, in particular a top part, having a surface region with a corrugated design for surface enlargement, a housing cover being connected to the first and second parts and having on its outer side also a surface region with a corrugated design for surface enlargement.
A double insulating wall structure heating furnace comprising an outer pipe and an inner pipe disposed inside the outer pipe, in which a sealed space formed between the outer and inner pipes (1,2) is depressurized and a space formed inside the inner pipe is heated to a heating temperature, and wherein a tubular reinforcing member is disposed so as to cover an outer circumference of the inner pipe, the tubular reinforcing member being formed of a material that has a higher strength than that of a material of the inner pipe at the heating temperature; characterised in that the reinforcing member is configured so that its inner diameter is larger than an outer diameter of the inner pipe in an unheated state and its inner diameter is substantially equal to the outer diameter of the inner pipe at the heating temperature.
A refrigeration appliance, in particular for household use, comprising a structure with at least one compartment (3, 4) formed therein for food preservation, and a beverage dispensing device, said device comprising: - a valve for dispensing said beverage, said valve being located in such a position as to extend through a portion of the structure of the refrigeration appliance and to dispense said beverage outside said structure; - an actuator element located outside the refrigeration appliance, said actuator element being connected to the structure of the refrigeration appliance and being associated with said valve to actuate it in order to dispense the beverage, wherein said refrigeration appliance comprises a coupling element for connecting the actuator element to the structure of the refrigeration appliance and a recess into which the valve comes out for dispensing the beverage, wherein said coupling element comprises: - a first end having first connection means to allow the coupling of said first end to first fitting means present on the structure of the refrigeration appliance - a second end having second connection means to allow the coupling of said second end to second fitting means present on at least onejunction portion of the actuator element, characterized in that said first fitting means are associated with an inner wall of the structure and that said coupling element has the shape of a ladder, said coupling element comprising a pair of longitudinal ribs joined together by at least one cross member. - a valve for dispensing said beverage, said valve being located in such a position as to extend through a portion of the structure of the refrigeration appliance and to dispense said beverage outside said structure; - an actuator element located outside the refrigeration appliance, said actuator element being connected to the structure of the refrigeration appliance and being associated with said valve to actuate it in order to dispense the beverage, - a first end having first connection means to allow the coupling of said first end to first fitting means present on the structure of the refrigeration appliance - a second end having second connection means to allow the coupling of said second end to second fitting means present on at least onejunction portion of the actuator element,
A compound of formula (Ar 1 -SO 2 -NH-) m -Y-(-NH-C -NH-SO 2 -Ar 2) n, wherein Ar 1 is an unsubstituted or substituted aromatic group, Ar 2 is an unsubstituted or substituted phenyl group, Y is at least one benzene group or naphthalene group substituted (m+n) times, and Y is substituted in such a way that at least one Ar 2 -SO 2 -NH-C -NH group is in the ortho position with respect to at least one Ar 1 -SO 2 -NH group.
Calender machine comprising a group of cylinders for applying an elastomer on a substrate, wherein said group of cylinders comprises: a first working cylinder and a second working cylinder, which are situated opposite each other relative to the substrate and define a passage gap for said substrate; a first adjustment device acting on said first working cylinder and able to displace said first cylinder along an adjustment direction away from or towards the second working cylinder, adjusting said passage gap; at least a first counter-cylinder for calendering and spreading an elastomer over the surface of the first working cylinder, said first counter-cylinder being adjacent to and counter-rotating relative to said first working cylinder; a second adjustment device acting on said first counter-cylinder and able to impart a thrusting force of said first counter-cylinder in a predetermined direction towards said first working cylinder and to adjust a gap existing between said first counter-cylinder and said first working cylinder; wherein said first and second working cylinders (1, 2) impart to the substrate a thrust for coupling the elastomer on the substrate; said calender machine being characterized by: comprising a hydrostatic support for said first working cylinder, said support being slidable in the adjustment direction and being able to support hydrostatically said thrust from the first counter-cylinder. a first working cylinder and a second working cylinder, which are situated opposite each other relative to the substrate and define a passage gap for said substrate; a first adjustment device acting on said first working cylinder and able to displace said first cylinder along an adjustment direction away from or towards the second working cylinder, adjusting said passage gap; at least a first counter-cylinder for calendering and spreading an elastomer over the surface of the first working cylinder, said first counter-cylinder being adjacent to and counter-rotating relative to said first working cylinder; a second adjustment device acting on said first counter-cylinder and able to impart a thrusting force of said first counter-cylinder in a predetermined direction towards said first working cylinder and to adjust a gap existing between said first counter-cylinder and said first working cylinder; wherein said first and second working cylinders (1, 2) impart to the substrate a thrust for coupling the elastomer on the substrate; said calender machine being characterized by: comprising a hydrostatic support for said first working cylinder, said support being slidable in the adjustment direction and being able to support hydrostatically said thrust from the first counter-cylinder.
A disinfecting system comprising: a delivery unit including a plurality of holders; a plurality of couplings, each of the plurality of couplings engagable with one of the plurality of holders; dental instruments, the dental instruments being adapted to receive a fluid and engagable with at least one of the plurality of couplings; a plurality of individual fluid lines, each of the plurality of individual fluid lines coupled to one of the plurality of couplings; a manifold (418, 418a, 418b) in fluid communication with each of the plurality of individual fluid lines, the manifold (418, 418a, 418b) receiving the fluid from a main fluid supply line (416, 416a, 416b); characterized by a disinfecting device (400, 400a, 400b) including an ultraviolet light source, the disinfecting device (400, 400a, 400b) being in the main fluid supply line, the main fluid supply line being coupled via the manifold to the plurality of individual fluid lines that provide fluid to each respective coupling. a delivery unit including a plurality of holders; a plurality of couplings, each of the plurality of couplings engagable with one of the plurality of holders; dental instruments, the dental instruments being adapted to receive a fluid and engagable with at least one of the plurality of couplings; a plurality of individual fluid lines, each of the plurality of individual fluid lines coupled to one of the plurality of couplings; a manifold (418, 418a, 418b) in fluid communication with each of the plurality of individual fluid lines, the manifold (418, 418a, 418b) receiving the fluid from a main fluid supply line (416, 416a, 416b); characterized by a disinfecting device (400, 400a, 400b) including an ultraviolet light source, the disinfecting device (400, 400a, 400b) being in the main fluid supply line, the main fluid supply line being coupled via the manifold to the plurality of individual fluid lines that provide fluid to each respective coupling.
Securing device for securing a panel of a drawer to a frame (4a, 4b), wherein the securing device has one retaining element (101, 201) which can be arranged on the panel side or two retaining elements (101, 201), and at least two catching devices (100, 200) which can be arranged on the frame side, wherein the catching devices (100, 200) are mechanically coupled together in a functionally effective manner for locking purposes such that they can be locked together to the at least one retaining element (101, 201) or to two retaining elements (101, 201) in a locking position, characterized in that the two catching devices (100, 200) are placed from the locking position into the release position in a mechanically functionally complete manner independently from each other by separate actuations, so that the two catching devices (100, 200) are mechanically functionally decoupled for unlocking.
A high-pressure fuel supply pump comprising: a pump housing formed with a discharge path in communication with a compression chamber; a discharge valve arranged in the discharge path; and a relief valve mechanism that allows a fuel to be in communication from a downstream side of the discharge valve to an upstream side of the discharge valve by opening the valve when a pressure difference between an inlet side and an output side becomes equal to or more than a predetermined valve opening pressure, characterized in that the relief valve mechanism is made into a unit including a relief valve, a relief spring arranged at upstream side of the discharge valve with respect to the relief valve and biasing the relief valve toward a downstream side of the discharge valve, a valve seat coming into contact with the relief valve when the valve is closed, and a cylindrical valve housing enclosing the relief valve, wherein said relief valve mechanism unit is a separate unit from the discharge valve, and the relief valve mechanism is inserted into the pump housing in a direction opposite to a direction in which the relief spring biases the relief valve. a pump housing formed with a discharge path in communication with a compression chamber; a discharge valve arranged in the discharge path; and a relief valve mechanism that allows a fuel to be in communication from a downstream side of the discharge valve to an upstream side of the discharge valve by opening the valve when a pressure difference between an inlet side and an output side becomes equal to or more than a predetermined valve opening pressure, characterized in that the relief valve mechanism is made into a unit including a relief valve, a relief spring arranged at upstream side of the discharge valve with respect to the relief valve and biasing the relief valve toward a downstream side of the discharge valve, a valve seat coming into contact with the relief valve when the valve is closed, and a cylindrical valve housing enclosing the relief valve, wherein said relief valve mechanism unit is a separate unit from the discharge valve, and the relief valve mechanism is inserted into the pump housing in a direction opposite to a direction in which the relief spring biases the relief valve.
A microwave oven comprising: a cavity including a cooking chamber; a first component and a second component, both at the upper surface of the cavity; a third component provided to a rear surface of the cavity; the first component comprises at least a magnetron and a high voltage transformer; the second component comprises an upper heater; the third component comprises a convection motor; a first fan assembly providing an airflow to cool the first and third components; and a second fan assembly providing an airflow to cool the second component and separated from the airflow cooling the first and third components, characterized in that each of the first fan assembly and the second fan assembly includes a fan motor (310, 410) and at least one fan (320, 330, 420, 430). a cavity including a cooking chamber; a first component and a second component, both at the upper surface of the cavity; a third component provided to a rear surface of the cavity; the first component comprises at least a magnetron and a high voltage transformer; the second component comprises an upper heater; the third component comprises a convection motor; a first fan assembly providing an airflow to cool the first and third components; and a second fan assembly providing an airflow to cool the second component and separated from the airflow cooling the first and third components, characterized in that each of the first fan assembly and the second fan assembly includes a fan motor (310, 410) and at least one fan (320, 330, 420, 430).
A method of controlling a refrigerator that comprises a controller, a compressor, an evaporator to supply cold air to a storage chamber, an evaporator sensor configured to sense temperature of the evaporator or temperature around the evaporator, and a defrosting heater to defrost the evaporator, the method comprising: operating a cooling cycle for cooling the storage chamber; determining, by the controller, whether a defrosting start condition is satisfied during operation of the cooling cycle; determining, by the controller, whether a defrosting delay condition is satisfied when the defrosting start condition is satisfied; and starting, by the controller, a defrosting operation when the defrosting delay condition is not satisfied, and starting the defrosting operation at a delayed defrosting start time when the defrosting delay condition is satisfied, wherein the defrosting start condition is satisfied when an accumulated operation time of the cooling cycle reaches a defrosting reference time, characterized in that the defrosting delay condition is satisfied when a difference between the temperature associated with the evaporator sensed by the evaporator sensor at a point in time when the compressor is turned on and the temperature associated with the evaporator sensed by the evaporator sensor at a point in time when the compressor is turned off is less than a reference temperature value. operating a cooling cycle for cooling the storage chamber; determining, by the controller, whether a defrosting start condition is satisfied during operation of the cooling cycle; determining, by the controller, whether a defrosting delay condition is satisfied when the defrosting start condition is satisfied; and starting, by the controller, a defrosting operation when the defrosting delay condition is not satisfied, and starting the defrosting operation at a delayed defrosting start time when the defrosting delay condition is satisfied, wherein the defrosting start condition is satisfied when an accumulated operation time of the cooling cycle reaches a defrosting reference time, characterized in that the defrosting delay condition is satisfied when a difference between the temperature associated with the evaporator sensed by the evaporator sensor at a point in time when the compressor is turned on and the temperature associated with the evaporator sensed by the evaporator sensor at a point in time when the compressor is turned off is less than a reference temperature value.