mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration system, comprising: a cooling apparatus; a generator that provides electrical power to the cooling apparatus; an engine that provides mechanical power to the generator; and a processor configured to receive a determined ambient temperature, determine an electrical load of the generator based on received voltage and current associated with the generator, receive a determined temperature of the generator, and determine whether the temperature of the generator exceeds a threshold, characterised in that: the threshold is dependent on the ambient temperature and the load of the generator, and the processor is configured to control at least the cooling apparatus in a manner that alters a load on the generator when the determined temperature of the generator exceeds the threshold. a cooling apparatus; a generator that provides electrical power to the cooling apparatus; an engine that provides mechanical power to the generator; and a processor configured to receive a determined ambient temperature, determine an electrical load of the generator based on received voltage and current associated with the generator, receive a determined temperature of the generator, and determine whether the temperature of the generator exceeds a threshold, receive a determined ambient temperature, determine an electrical load of the generator based on received voltage and current associated with the generator, receive a determined temperature of the generator, and determine whether the temperature of the generator exceeds a threshold, characterised in that: the threshold is dependent on the ambient temperature and the load of the generator, and the processor is configured to control at least the cooling apparatus in a manner that alters a load on the generator when the determined temperature of the generator exceeds the threshold. the threshold is dependent on the ambient temperature and the load of the generator, and the processor is configured to control at least the cooling apparatus in a manner that alters a load on the generator when the determined temperature of the generator exceeds the threshold.
A method for controlling access for a user equipment to at least one local device via an intermediary system connected to a local network and to a public network, wherein the user equipment is connected to the public network and the at least one local device is connected to the local network, the method comprising the steps in the intermediary system of: - receiving first location information of the user equipment over the public network, the first location information indicating a location of the user equipment; characterized by: - storing one or more location conditions for access for the user equipment to the at least one local device, wherein the one or more location conditions comprise a proximity condition relating to the intermediary system; - storing second location information indicating a location of the intermediary system; - determining a distance between the intermediary system and the user equipment based on the first and second location information; - controlling access for the user equipment to the at least one local device by verifying whether the determined distance satisfies the proximity condition wherein the controlling access comprises providing access and/or denying access. - receiving first location information of the user equipment over the public network, the first location information indicating a location of the user equipment; - storing one or more location conditions for access for the user equipment to the at least one local device, wherein the one or more location conditions comprise a proximity condition relating to the intermediary system; - storing second location information indicating a location of the intermediary system; - determining a distance between the intermediary system and the user equipment based on the first and second location information; - controlling access for the user equipment to the at least one local device by verifying whether the determined distance satisfies the proximity condition wherein the controlling access comprises providing access and/or denying access.
Device for a floor drain located in the floor of a room, in particular at a distance from a wall, comprising - an opening (4, 5) for the passage of water into the floor drain located below the device, - several surfaces (7, 8), which are upper surfaces in the use position, which have different inclinations from one another and are inclined with respect to the horizontal when the device is installed, so that the water can flow over the inclined upper surfaces (7, 8) to the opening (4, 5), wherein the device comprises a moulded part and a receptacle, wherein the moulded part is received at least in sections by the receptacle, wherein the upper surfaces (7,8), which are inclined with respect to the horizontal when the device is installed, are arranged or formed on the moulded part, wherein the moulded part and the receptacle respectively comprise an opening (4, 5) for the passage of water into the floor drain, which is located below the device when it is installed, wherein the receptacle is open at the top when the device is installed, wherein the moulded part and the receptacle are elongated in a longitudinal direction and are significantly more extended in this longitudinal direction than in the transverse direction perpendicular thereto, characterised in that the receptacle also has a floor and a frame projecting upwards from the floor and running around the floor, which frame surrounds the moulded part and is adapted to the contour of the moulded part, in particular on the end face, wherein the opening of the receptacle is recessed in the floor. - an opening (4, 5) for the passage of water into the floor drain located below the device, - several surfaces (7, 8), which are upper surfaces in the use position, which have different inclinations from one another and are inclined with respect to the horizontal when the device is installed, so that the water can flow over the inclined upper surfaces (7, 8) to the opening (4, 5),
A method for improving the light output and uniformity of a Lutetium Aluminum Perovskite (LuAP) scintillator crystal, the method comprising: disposing the scintillator crystal in a predetermined oxidizing environment (202, 302); annealing the scintillator crystal in said predetermined environment to a threshold temperature at a temperature change rate, wherein the threshold temperature is between about 1200°C to about 1650°C (208, 304); cooling the scintillator crystal in said predetermined environment to a third temperature at a first cool down rate (212, 308); soaking said scintillator crystal in said predetermined environment at the third temperature for a third soaking period (214, 310); and cooling said scintillator crystal to a final temperature (216, 312). disposing the scintillator crystal in a predetermined oxidizing environment (202, 302); annealing the scintillator crystal in said predetermined environment to a threshold temperature at a temperature change rate, wherein the threshold temperature is between about 1200°C to about 1650°C (208, 304); cooling the scintillator crystal in said predetermined environment to a third temperature at a first cool down rate (212, 308); soaking said scintillator crystal in said predetermined environment at the third temperature for a third soaking period (214, 310); and cooling said scintillator crystal to a final temperature (216, 312).
A method for producing a waterproof and ion-conducting flexible membrane for protecting a metal electrode comprising: synthesizing, by electrically assisted extrusion, sealant fibers forming a fiber array of ion-conducting fibers comprising at least one first material, the fiber array defining a first surface and a second surface opposite the first surface; impregnating the fiber array with a polymer of a second material, to form a metal electrode protection membrane, the fiber array forming ion conduction paths between the first and second surfaces and through the polymer of the second material, the first surface being in contact with the metal electrode. synthesizing, by electrically assisted extrusion, sealant fibers forming a fiber array of ion-conducting fibers comprising at least one first material, the fiber array defining a first surface and a second surface opposite the first surface; impregnating the fiber array with a polymer of a second material, to form a metal electrode protection membrane, the fiber array forming ion conduction paths between the first and second surfaces and through the polymer of the second material, the first surface being in contact with the metal electrode.
A method of forming an external rib on a helically wound article, the method including the steps of, in any suitable order, forming bunched strands or tows of continuous fibre, each bunch being held taut in-line with the major axis of the intended rib and successively winding each bunch or tow between successive sequentially helically wound fibres around an article former whereby the bunched strands or tows are each separated by helically wound strands of fibre, to thereby form on completion a wound article having integrally formed external support ribs of generally pyramidal section.
An attachment system for use with a prosthetic device, the attachment system comprising: a first component including a first surface, and further including a rail disposed on an opposite side of the first component than the first surface; a second component including a second surface, and further including a channel formed in a projection and disposed on an opposite side of the second component than the second surface, the channel slidably engaging the rail to selectively couple the first component and the second component together; and a latch mechanism operable to fix a relative position between the first component and the second component, wherein one of the first surface and the second surface is integral with or operable to be attached to the prosthetic device and the other of the first surface and the second surface is operable to be attached to a sole structure having a ground-engaging surface, characterized in that the latch mechanism is automatically moved into a latched state to fix the relative position between the first component and the second component when the rail is moved into the channel a predetermined distance. a first component including a first surface, and further including a rail disposed on an opposite side of the first component than the first surface; a second component including a second surface, and further including a channel formed in a projection and disposed on an opposite side of the second component than the second surface, the channel slidably engaging the rail to selectively couple the first component and the second component together; and a latch mechanism operable to fix a relative position between the first component and the second component, wherein one of the first surface and the second surface is integral with or operable to be attached to the prosthetic device and the other of the first surface and the second surface is operable to be attached to a sole structure having a ground-engaging surface, characterized in that the latch mechanism is automatically moved into a latched state to fix the relative position between the first component and the second component when the rail is moved into the channel a predetermined distance.
Arrangement comprising a sanitary article having a receiving space and a connection device for connecting the sanitary article to a connection structure which is fixedly predefined on site and which has at least one conduit which is arranged in a positionally fixed manner on site, wherein the connection device comprises a bearing element having at least one bearing-side pipeline portion, which pipeline portion is arranged on the bearing element and is configured for water-conducting connection to the positionally fixedly arranged on-site conduit and for water-conducting connection to a sanitary-article-side connection point, wherein, for the adjustment of the position, in particular of the height position, of the sanitary article with respect to the connection structure which is fixedly predefined on site, the bearing element is arranged displaceable on the sanitary article such that it can be displaced along an adjustment movement relative to the sanitary article, characterized in that the connection device is arranged in the receiving space. wherein the connection device comprises a bearing element having at least one bearing-side pipeline portion, which pipeline portion is arranged on the bearing element and is configured for water-conducting connection to the positionally fixedly arranged on-site conduit and for water-conducting connection to a sanitary-article-side connection point, wherein, for the adjustment of the position, in particular of the height position, of the sanitary article with respect to the connection structure which is fixedly predefined on site, the bearing element is arranged displaceable on the sanitary article such that it can be displaced along an adjustment movement relative to the sanitary article, characterized in that the connection device is arranged in the receiving space.
A lighting system for simulating natural lighting, specifically sunlight illumination, the lighting system comprising: a light source for providing a light beam of directed non-diffused light with a first correlated color temperature along a main light beam direction, wherein a propagation direction of the directed non-diffused light is essentially parallel to the main light beam direction in an inner area; and a lamp shade-like structure comprising a bottom unit to be illuminated from the light source at one side and a screen structure provided at an opposite side, the bottom unit and the screen structure defining a light passage, wherein the bottom unit comprises a diffused light generator for generating diffused light at a second correlated color temperature, which is larger than the first correlated color temperature, is at least partially transparent for the directed non-diffused light of the light beam, and is configured such that at least a light beam portion of the light beam enters the light passage, wherein the light beam portion is characterized by its main light beam direction when the light beam portion exits the diffused light generator and propagates within the light passage; and the screen structure comprises at least one wall that is spatially oriented with respect to the main light beam direction of the light beam portion to be illuminated by at least a part of the light beam portion, thereby providing an illuminated screen section (394, 395) acting as a scattered light source, and to provide a non-illuminated screen section (392, 393, 396, 397) next to the illuminated screen section (394, 395). a light source for providing a light beam of directed non-diffused light with a first correlated color temperature along a main light beam direction, wherein a propagation direction of the directed non-diffused light is essentially parallel to the main light beam direction in an inner area; and a lamp shade-like structure comprising a bottom unit to be illuminated from the light source at one side and a screen structure provided at an opposite side, the bottom unit and the screen structure defining a light passage, wherein the bottom unit comprises a diffused light generator for generating diffused light at a second correlated color temperature, which is larger than the first correlated color temperature, is at least partially transparent for the directed non-diffused light of the light beam, and is configured such that at least a light beam portion of the light beam enters the light passage, wherein the light beam portion is characterized by its main light beam direction when the light beam portion exits the diffused light generator and propagates within the light passage; and the screen structure comprises at least one wall that is spatially oriented with respect to the main light beam direction of the light beam portion to be illuminated by at least a part of the light beam portion, thereby providing an illuminated screen section (394, 395) acting as a scattered light source, and to provide a non-illuminated screen section (392, 393, 396, 397) next to the illuminated screen section (394, 395).
A manufacturing device for a hot-rolled steel strip, comprising: a finishing mill line; a cooling apparatus installed immediately after a delivery side of the finishing mill line; and pinch rolls installed on a delivery side of the cooling apparatus and abutting on both upper and lower faces of a hot-rolled steel strip, wherein a wiping roll positioned at least above the hot-rolled steel strip is disposed between the cooling apparatus and the pinch rolls, and a tension measuring apparatus (16; 16A) for measuring tension of the hot-rolled steel strip is installed between the wiping roll and the pinch rolls.
Method for determining a gas condition in a gas network section (Gz) for controlling consumers (V, 103, 203, 204, 206, 400) and/or generators (E, 205) in the gas network section, characterized in that the method comprises: a) determining a gas condition (G V/E) by at least one consumer (V, 102, 202b, 300) or at least one generator (E, 202a) in the gas network section; b) transmitting the gas condition (G V/E) determined in step a) and position data of the at least one consumer (V, 102, 202b, 300) or of the at least one generator (E, 202a) in real time to a central unit (Z, 101, 201); c) determining the gas condition in the gas network section (Gz) by the central unit (Z, 101, 201) on the basis of the transmitted gas condition (G V/E) and the position data; d) outputting the gas condition in the gas network section (Gz) by the central unit (Z, 101, 201) to at least one further consumer (V, 103, 203, 204, 206, 400) or at least one further generator (E, 205) in the gas network section; and e) adapting a control of the at least one further consumer (V, 103, 203, 204, 206, 400) or of the at least one further generator (E, 205) in the gas network section on the basis of the output gas condition (Gz). a) determining a gas condition (G V/E) by at least one consumer (V, 102, 202b, 300) or at least one generator (E, 202a) in the gas network section; b) transmitting the gas condition (G V/E) determined in step a) and position data of the at least one consumer (V, 102, 202b, 300) or of the at least one generator (E, 202a) in real time to a central unit (Z, 101, 201); c) determining the gas condition in the gas network section (Gz) by the central unit (Z, 101, 201) on the basis of the transmitted gas condition (G V/E) and the position data; d) outputting the gas condition in the gas network section (Gz) by the central unit (Z, 101, 201) to at least one further consumer (V, 103, 203, 204, 206, 400) or at least one further generator (E, 205) in the gas network section; and e) adapting a control of the at least one further consumer (V, 103, 203, 204, 206, 400) or of the at least one further generator (E, 205) in the gas network section on the basis of the output gas condition (Gz).
A method for determining a parameter of an entropic code, for use in encoding or decoding a coding unit of an image according to a palette using a block of indexes, said palette comprising a set of indexes associated with pixel values, encoding or decoding of said block of indexes including predictively encoding or decoding indexes in groups of successive indexes in a scan order in the block using one of a plurality of prediction modes, each said group being encoded or decoded using a first syntax element giving the prediction mode and a second syntax element giving the repetition as a number of successive indexes in the group following a first index, and for each of said plurality of prediction modes said entropic code is used for the encoding or decoding of said second syntax element of each group; characterised in that for each group the parameter of said entropic code is determined in dependence on the prediction mode.
Method for producing a combustion chamber tube for restraint systems in motor vehicles, characterised in that the combustion chamber tube is embossed by several embossing tools arranged like a star around the combustion chamber tube and which can be moved by a ring press module having several punches which can be displaced in synchronised manner in radial direction and two inner punches projecting into the ends of the combustion chamber tube and having in each case a support mandrel (29, 30) and a shaping mandrel (31, 32) which can be displaced relative to the support mandrel (29, 30), wherein the combustion chamber tube is embossed from the outer side by the embossing tools which can be displaced radially via the punches against the support mandrels (29, 30) and the ends of the combustion chamber tube are shaped by shaping mandrels (31, 32) which can be displaced relative to the support mandrels (29, 30) when the embossing tools are closed.
A base station in a communications system using a Multi-User Multiple-Input-Multiple-Output, MU-MIMO technology, comprising: an interference acquiring unit, configured to: before a pilot is allocated to a first user, determine interference between the first user and a second user if a pilot of the second user is allocated to the first user; and a pilot allocation unit, configured to allocate a pilot to the first user according to the interference between the first user and the second user, wherein if the interference that is between the first user and the second user and that is acquired by the interference acquiring unit is less than a preset threshold, the pilot allocated to the first user is the same as the pilot used by the second user; or if the interference that is between the first user and the second user and that is acquired by the interference acquiring unit is greater than or equal to the preset threshold, the pilot allocated to the first user is different from the pilot used by the second user; and, a spatial multiplexing unit, configured to perform spatial multiplexing on pilots, allocated by the pilot allocation unit, of the first user and paired users, wherein the paired users are users that use a same pilot as the first user. an interference acquiring unit, configured to: before a pilot is allocated to a first user, determine interference between the first user and a second user if a pilot of the second user is allocated to the first user; and a pilot allocation unit, configured to allocate a pilot to the first user according to the interference between the first user and the second user, wherein if the interference that is between the first user and the second user and that is acquired by the interference acquiring unit is less than a preset threshold, the pilot allocated to the first user is the same as the pilot used by the second user; or if the interference that is between the first user and the second user and that is acquired by the interference acquiring unit is greater than or equal to the preset threshold, the pilot allocated to the first user is different from the pilot used by the second user; and, a spatial multiplexing unit, configured to perform spatial multiplexing on pilots, allocated by the pilot allocation unit, of the first user and paired users, wherein the paired users are users that use a same pilot as the first user.