mhurhangee/ep-ind-claims huggingface dataset:
A holder for a fire protection pane, which comprises two retaining profiles (3a, 3b) spaced from each other in parallel and to be mounted on a space-limiting structure, between which retaining profiles the fire protection pane can be inserted, characterized in that respectively at least two fastening elements (5a, 5b) are mounted and/or formed on the retaining profiles (3a, 3b) such that they are thermally separated from each other and a temperature transfer from the one retaining profile onto the other retaining profile is avoided, wherein the retaining profiles (3a, 3b) are connected by means of a removable adjustment template preferably via fastening elements (5a, 5b) which correspond with each other in pairs and which serve for mounting, wherein the fastening elements (5a, 5b) are formed by metal sheets and arranged in a mostly right-angled manner on the retaining profiles (3a, 3b) in the portion of the retaining profiles (3a, 3b) that faces the space-limiting structure, which fastening elements (5a, 5b) extend into the direction of the respectively opposite retaining profile (3a, 3b), wherein the fastening elements (5a, 5b) furthermore respectively extend into the interspace formed by the two retaining profiles (3a, 3b) which extend in parallel to each other, wherein the dimensioning of the fastening elements (5a, 5b) is selected such that they respectively project beyond the middle of the distance between the retaining profiles (3a, 3b), and the fastening elements (5a, 5b) are fixed on the retaining profiles beneath the faces of the retaining profiles (3a, 3b) which face the space-limiting structure, wherein the fastening elements of the first retaining profile are screwed with this one and the fastening elements of the second retaining profile are welded or screwed with this one.
A device, comprising: an expansion machine for generating mechanical energy by expanding vapor of a working medium; a generator connected to a shaft of the expansion machine and used for generating electric energy from mechanical energy of the expansion machine; wherein the expansion machine and the generator form a structural unit; characterized by an exhaust vapor chamber between the expansion machine and the generator, and wherein, when the expansion machine is in operation, working medium expanded into the exhaust vapor chamber contacts the generator; and means for feeding, in particular injecting, a liquid working medium into the exhaust vapor chamber. an expansion machine for generating mechanical energy by expanding vapor of a working medium; a generator connected to a shaft of the expansion machine and used for generating electric energy from mechanical energy of the expansion machine; wherein the expansion machine and the generator form a structural unit; characterized by an exhaust vapor chamber between the expansion machine and the generator, and wherein, when the expansion machine is in operation, working medium expanded into the exhaust vapor chamber contacts the generator; and means for feeding, in particular injecting, a liquid working medium into the exhaust vapor chamber.
A method executed by a User Equipment for wireless communication with a Base Station, comprising: identifying a first subset of random access resources for a two-step random access procedure to access wireless resources of a shared radio frequency spectrum band; identifying a second subset of random access resources for a four-step random access procedure to access wireless resources of the shared radio frequency spectrum band; the method being characterised by selecting one of the first subset of random access resources or the second subset of random access resources based at least in part on a channel metric of a communications channel of the base station and transmitting a random access message using the selected subset of resources. identifying a first subset of random access resources for a two-step random access procedure to access wireless resources of a shared radio frequency spectrum band; identifying a second subset of random access resources for a four-step random access procedure to access wireless resources of the shared radio frequency spectrum band; the method being characterised by selecting one of the first subset of random access resources or the second subset of random access resources based at least in part on a channel metric of a communications channel of the base station and transmitting a random access message using the selected subset of resources.
Suction nozzle for a vacuum cleaner, with a suction nozzle housing, which embodies a flow channel to connect the flow of a suction mouth to a suction fan, wherein the cross section of the flow channel narrows starting from the suction mouth in the shape of a funnel in a frontal view, wherein the longitudinal extent of the cross section of the flow channel which narrows in the shape of a funnel has regions of differing direction of curvature in the suction nozzle housing in a lateral view, in such a way that the longitudinal extent first runs in a curved manner starting from the suction mouth in a first curved section about a first transverse axis situated beneath the flow channel and subsequently in a second curved section about a second transverse axis situated above the flow channel, wherein the first curved section extends over an angle of 95° or more; characterised by a wheel arrangement which does not projects upwardly over the suction nozzle housing, wherein the rotational axis of the wheel arrangement is arranged beneath the flow channel of the suction nozzle.
Insertion device for a chip card reader, having a slide element which receives a chip card and which is arranged so as to be movable back and forth between a moved-in state and a moved-out state, the chip card not being removable in the moved-in state of the slide element, and the slide element having a sealing element, characterized in that, in a plane perpendicular to the back-and-forth movement direction of the slide element, the sealing element has both at least one region with a sealing lip (61, 62) and at least one region without a sealing lip.
An image generation apparatus comprising: an input information obtaining section; an image data generating section configured to generate data for a display image; a frame buffer configured to store the data generated for a display image; a format control section configured to, in a case where the image data generating section starts alpha compositing on the basis of data for a plurality of display images, switch a data format of pixel values comprised in the data for a display image from a first data format provided by the image data generating section into a second data format to be stored in the frame buffer and suitable to be further converted into a format for a display; and an output section configured to read the data for the display image from the frame buffer, convert the data into said format corresponding to said display, and output resulting data, wherein a data conversion section of the image data generation section detects a situation according to a user operation obtained by the input information obtaining section and determines a priority between reproducibility of an image as provided prior to the alpha compositing and reproducibility of a composite image as provided by the alpha compositing, and when the alpha compositing starts, the format control section determines whether or not to switch the data format according to said priority. an input information obtaining section; an image data generating section configured to generate data for a display image; a frame buffer configured to store the data generated for a display image; a format control section configured to, in a case where the image data generating section starts alpha compositing on the basis of data for a plurality of display images, switch a data format of pixel values comprised in the data for a display image from a first data format provided by the image data generating section into a second data format to be stored in the frame buffer and suitable to be further converted into a format for a display; and an output section configured to read the data for the display image from the frame buffer, convert the data into said format corresponding to said display, and output resulting data, wherein a data conversion section of the image data generation section detects a situation according to a user operation obtained by the input information obtaining section and determines a priority between reproducibility of an image as provided prior to the alpha compositing and reproducibility of a composite image as provided by the alpha compositing, and when the alpha compositing starts, the format control section determines whether or not to switch the data format according to said priority.
A method for sending uplink control information by a relay node over a backhaul link, the method comprising bearing the uplink control information on a backhaul Physical Uplink Control Channel to send to an evolved node B, characterized in that said method further comprises: bearing information on said backhaul Physical Uplink Control Channel including the uplink control information and a reference signal, and further including 1 or 2 Single-carrier Frequency Division Multiple Access, SC-FDMA, symbols as a guard interval, wherein backhaul Physical Uplink Control Channel resources on a backhaul uplink subframe for the relay node are configured by said evolved node B, and when a previous uplink subframe of said backhaul uplink subframe is a backhaul uplink subframe and a posterior subframe of said backhaul uplink subframe is a non backhaul uplink subframe, a last Single-carrier Frequency Division Multiple Access symbol of said backhaul Physical Uplink Control Channel sent by said relay node to said evolved node B acts as the guard interval, wherein said backhaul uplink subframe refers to an uplink subframe configured for sending said uplink signal by said relay node to said evolved node B, and said non backhaul uplink subframe refers to an uplink subframe which is not for sending said uplink signal by said relay node to said evolved node B. bearing information on said backhaul Physical Uplink Control Channel including the uplink control information and a reference signal, and further including 1 or 2 Single-carrier Frequency Division Multiple Access, SC-FDMA, symbols as a guard interval, wherein backhaul Physical Uplink Control Channel resources on a backhaul uplink subframe for the relay node are configured by said evolved node B, and when a previous uplink subframe of said backhaul uplink subframe is a backhaul uplink subframe and a posterior subframe of said backhaul uplink subframe is a non backhaul uplink subframe, a last Single-carrier Frequency Division Multiple Access symbol of said backhaul Physical Uplink Control Channel sent by said relay node to said evolved node B acts as the guard interval, wherein said backhaul uplink subframe refers to an uplink subframe configured for sending said uplink signal by said relay node to said evolved node B, and said non backhaul uplink subframe refers to an uplink subframe which is not for sending said uplink signal by said relay node to said evolved node B.
An air conditioner comprising: an outlet for an air-conditioning air flow, the outlet being provided on a panel body and being open in the downward direction; a louver that is pivotally provided at the outlet in order to adjust an outlet direction of the air-conditioning air flow; characterized by comprising an air wing that is provided outside the outlet on the panel body and that is pivotable between a withdrawn position, at which the air wing constitutes a common plane with the panel body, and a louver-direction position, at which the air wing faces the air-conditioning air flow blown out from the outlet; and a pivot mechanism (25, 40) for pivoting the air wing between the withdrawn position and the louver-direction position, and in that the air wing is selectively pivotable between the withdrawn position and the louver-direction position, at which draft perception caused by the air-conditioning air flow is avoided. an outlet for an air-conditioning air flow, the outlet being provided on a panel body and being open in the downward direction; a louver that is pivotally provided at the outlet in order to adjust an outlet direction of the air-conditioning air flow; characterized by comprising an air wing that is provided outside the outlet on the panel body and that is pivotable between a withdrawn position, at which the air wing constitutes a common plane with the panel body, and a louver-direction position, at which the air wing faces the air-conditioning air flow blown out from the outlet; and a pivot mechanism (25, 40) for pivoting the air wing between the withdrawn position and the louver-direction position, and in that the air wing is selectively pivotable between the withdrawn position and the louver-direction position, at which draft perception caused by the air-conditioning air flow is avoided.
Box - comprising a rear wall; and - comprising two side walls (3, 4), • which are attached to the rear wall and • which, together with a front wall, extending between the side walls (3, 4), and a base wall, define a receiving space, - wherein, in the receiving space, a stepped wall is provided, • which is adjacent to the rear wall, • which is arranged above the base wall, and • which comprises a support wall, which faces the front wall and in which a support means engages, which is connected to and braced against the front wall, characterised in that - the support means comprises a connection flap foldably attached to the front wall, a support flap foldably attached thereto, and a stop flap foldably attached thereto, - in that the support flap comprises insertion tabs (10D, 10E) for engaging in insertion slots (16A, 16B) in the support wall, and - in that the stop tab is positioned against the support wall, in a support wall region below the insertion slots (16A, 16B), in the assembled state. - comprising a rear wall; and - comprising two side walls (3, 4), • which are attached to the rear wall and • which, together with a front wall, extending between the side walls (3, 4), and a base wall, define a receiving space, • which are attached to the rear wall and • which, together with a front wall, extending between the side walls (3, 4), and a base wall, define a receiving space, - wherein, in the receiving space, a stepped wall is provided, • which is adjacent to the rear wall, • which is arranged above the base wall, and • which comprises a support wall, which faces the front wall and in which a support means engages, which is connected to and braced against the front wall, • which is adjacent to the rear wall, • which is arranged above the base wall, and • which comprises a support wall, which faces the front wall and in which a support means engages, which is connected to and braced against the front wall, - the support means comprises a connection flap foldably attached to the front wall, a support flap foldably attached thereto, and a stop flap foldably attached thereto, - in that the support flap comprises insertion tabs (10D, 10E) for engaging in insertion slots (16A, 16B) in the support wall, and - in that the stop tab is positioned against the support wall, in a support wall region below the insertion slots (16A, 16B), in the assembled state.
Method for making a three dimensional finished steel product with a thickness of less than 3 mm by deformation, by forming a sheet of stainless steel with a microstructure consisting of ferrite, austenite, martensite or a mixture thereof to a three dimensional shaped product with a thickness of less than 3 mm, treating said shaped product with a nitrogen-containing atmosphere at a temperature of between 1000 °C and 1200 °C and under a partial nitrogen pressure of between 0.01 and 0.3 MPa during a time sufficient to saturate the product through the thickness with a nitrogen content between a lower limit of 0.3% by weight and an upper limit that is provided by the beginning of nitride separation, cooling down said product at a cooling rate of at least 5 °C/sec and under a nitrogen pressure in a range between said partial nitrogen pressure and 2 MPa to avoid nitride separation, optionally tempering said product, and subsequently machining the nitrogen saturated shaped product to the finished steel product.
A non-aqueous electrolyte secondary battery having a power generating element with a single-cell layer which includes: a positive electrode including a positive electrode active material layer formed on a surface of a positive electrode collector; a negative electrode including a negative electrode active material layer formed on a surface of a negative electrode collector; and a separator disposed between the positive electrode active material layer and the negative electrode active material layer in a manner to contact to the negative electrode active material layer, the separator having therein a non-aqueous electrolyte, wherein a value R A (= Rzjis /Rzjis) for the ratio between the surface roughness (Rzjis) of the surface of the negative electrode active material layer on the side in contact with the separator and the surface roughness (Rzjis) of the surface of the separator on the side in contact with the negative electrode active material layer is 0.15 to 0.85. a positive electrode including a positive electrode active material layer formed on a surface of a positive electrode collector; a negative electrode including a negative electrode active material layer formed on a surface of a negative electrode collector; and a separator disposed between the positive electrode active material layer and the negative electrode active material layer in a manner to contact to the negative electrode active material layer, the separator having therein a non-aqueous electrolyte, wherein a value R A (= Rzjis /Rzjis) for the ratio between the surface roughness (Rzjis) of the surface of the negative electrode active material layer on the side in contact with the separator and the surface roughness (Rzjis) of the surface of the separator on the side in contact with the negative electrode active material layer is 0.15 to 0.85.
A method for modelling a load in a power grid comprising: obtaining measurement data from a measurement device in the power grid; identifying one or more voltage adjustment events in the power grid from the measurement data, wherein a voltage adjustment event comprises any change in voltage at a particular location in the power grid between a particular time instant and a previous time instant; and generating a load model based on one or more voltage factors computed using the one or more voltage adjustment event, characterised in that the one or more voltage factors include a voltage dependency, a voltage sensitivity factor or a combination thereof, and in that generating the load model comprises utilizing a recursive least mean square filter to recursively determine a constant impedance load coefficient, a constant current load coefficient, and a constant power load coefficient of a ZIP load model based on a forgetting factor and a weighing factor. obtaining measurement data from a measurement device in the power grid; identifying one or more voltage adjustment events in the power grid from the measurement data, wherein a voltage adjustment event comprises any change in voltage at a particular location in the power grid between a particular time instant and a previous time instant; and generating a load model based on one or more voltage factors computed using the one or more voltage adjustment event, characterised in that the one or more voltage factors include a voltage dependency, a voltage sensitivity factor or a combination thereof, and in that generating the load model comprises utilizing a recursive least mean square filter to recursively determine a constant impedance load coefficient, a constant current load coefficient, and a constant power load coefficient of a ZIP load model based on a forgetting factor and a weighing factor.
An assembly comprising: a first pump, the first pump comprising a first piston; a second pump, the second pump comprising a second piston having a piston rod, the piston rod having a proximal end and a distal end, the distal end having a head; an actuator; an external compensator juxtaposed about the piston rod of the second piston; and a sliding connection; wherein the actuator is operatively associated with the first piston, the second piston, and the external compensator; where the proximal end of the piston rod moves within the sliding connection at some point during the movement of the second piston. a first pump, the first pump comprising a first piston; a second pump, the second pump comprising a second piston having a piston rod, the piston rod having a proximal end and a distal end, the distal end having a head; an actuator; an external compensator juxtaposed about the piston rod of the second piston; and a sliding connection; wherein the actuator is operatively associated with the first piston, the second piston, and the external compensator; where the proximal end of the piston rod moves within the sliding connection at some point during the movement of the second piston.
A rotating electrical machine, comprising: a frame; and a stator core (5; 5A) fixed to an inner peripheral surface of the frame and comprising a plurality of split cores (20; 20A) disposed in a peripheral direction, wherein each of the plurality of split cores (20; 20A) comprises: an outer peripheral surface contacting the inner peripheral surface of the frame, a groove disposed along an axial direction on a central position in the peripheral direction on the outer peripheral surface; and a first protrusion disposed along the axial direction on a bottom of the groove and protruding outward in a radial direction, wherein the groove comprises two side surfaces facing each other in the peripheral direction, wherein a groove width between the two side surfaces in the peripheral direction decreases inward in the radial direction, characterized in that the groove comprises two second protrusions disposed along the axial direction, contacting the inner peripheral surface of the frame and protruding in a mutually approaching direction from an outer end portion of each of the two side surfaces in the radial direction such that a contact area between the inner peripheral surface of the frame and the outer peripheral surface of the split core (20; 20A) increases. a frame; and a stator core (5; 5A) fixed to an inner peripheral surface of the frame and comprising a plurality of split cores (20; 20A) disposed in a peripheral direction, wherein each of the plurality of split cores (20; 20A) comprises: an outer peripheral surface contacting the inner peripheral surface of the frame, a groove disposed along an axial direction on a central position in the peripheral direction on the outer peripheral surface; and a first protrusion disposed along the axial direction on a bottom of the groove and protruding outward in a radial direction, an outer peripheral surface contacting the inner peripheral surface of the frame, a groove disposed along an axial direction on a central position in the peripheral direction on the outer peripheral surface; and a first protrusion disposed along the axial direction on a bottom of the groove and protruding outward in a radial direction, wherein the groove comprises two side surfaces facing each other in the peripheral direction, wherein a groove width between the two side surfaces in the peripheral direction decreases inward in the radial direction, characterized in that the groove comprises two second protrusions disposed along the axial direction, contacting the inner peripheral surface of the frame and protruding in a mutually approaching direction from an outer end portion of each of the two side surfaces in the radial direction such that a contact area between the inner peripheral surface of the frame and the outer peripheral surface of the split core (20; 20A) increases.