mhurhangee/patent-ind-claim-en huggingface dataset:
Housing for a fire protection collar for sealing off a wall or ceiling feedthrough for a conduit, comprising a closure for fixing together first and second end portions of the housing wrapped around a conduit when the fire protection collar is in use, the closure having at the first end portion at least one lateral first slot extending in a direction transverse to the direction of extension of the housing and opening at a first longitudinal side of the housing , characterized in that the closure has, at the second end portion , a plurality of lateral second slots which are spaced apart in the direction in which the housing extends and which extend in a direction transverse to the direction in which the housing extends and open out at the second longitudinal side of the housing , it being possible for the first and second end portions to be hooked into one another by their slots .
A method for acquiring a resource, applied to a rewrite server , comprising: receiving a resource request message sent by a content delivery network server based on a first Internet protocol, wherein the resource request message comprises a first domain name address of the resource that is requested; determining that the first domain name address belongs to a preset domain name, then decoding the first domain name address to obtain a decoded domain name address, wherein the decoded domain name address is used to access a resource server supporting a second Internet protocol; acquiring the resource from the resource server based on the decoded domain name address; receiving a response message returned by the resource server , wherein the response message carries the resource obtained according to the decoded domain name address; encoding a second domain name address in the resource to obtain an encoded domain name address, wherein the first domain name address and the second domain name address do not belong to the same domain and the encoded domain name address belongs to the preset domain name; wherein the second domain name address is used to access the resource server supporting the second Internet protocol; and updating the resource according to the encoded domain name address and returning the resource that is updated to a client through the content delivery network server . receiving a resource request message sent by a content delivery network server based on a first Internet protocol, wherein the resource request message comprises a first domain name address of the resource that is requested; determining that the first domain name address belongs to a preset domain name, then decoding the first domain name address to obtain a decoded domain name address, wherein the decoded domain name address is used to access a resource server supporting a second Internet protocol; acquiring the resource from the resource server based on the decoded domain name address; receiving a response message returned by the resource server , wherein the response message carries the resource obtained according to the decoded domain name address; encoding a second domain name address in the resource to obtain an encoded domain name address, wherein the first domain name address and the second domain name address do not belong to the same domain and the encoded domain name address belongs to the preset domain name; wherein the second domain name address is used to access the resource server supporting the second Internet protocol; and updating the resource according to the encoded domain name address and returning the resource that is updated to a client through the content delivery network server .
Method for producing a honeycomb insulating building block from natural or reconstituted stone or from concrete or clay, comprising horizontal faces , vertical lateral faces extending in the direction of the largest dimension of the block and vertical end faces , comprising: - defining a first honeycomb arrangement pattern comprising one or more cells of predefined shapes and solid material portions of predefined shapes, - defining a second honeycomb arrangement pattern comprising one or more cells of predefined shapes and solid material portions of predefined shapes, that cannot be stacked on the previous one, and - forming, in the body of a block, according to successive vertical geometric planes, spaced apart from each other, alternately, grooves that reproduce the first and second honeycomb patterns such that the solid material portions corresponding to each plane are offset relative to the solid material portions of the contiguous plane or planes and the cells corresponding to each plane are communicating and isolated from the cells of the contiguous plane or planes by a portion of material of uniform thickness, characterised in that at least one of the grooves in contact with the portions bearing the vertical lateral faces of the block is wider than the other grooves . - defining a first honeycomb arrangement pattern comprising one or more cells of predefined shapes and solid material portions of predefined shapes, - defining a second honeycomb arrangement pattern comprising one or more cells of predefined shapes and solid material portions of predefined shapes, that cannot be stacked on the previous one, and - forming, in the body of a block, according to successive vertical geometric planes, spaced apart from each other, alternately, grooves that reproduce the first and second honeycomb patterns such that the solid material portions corresponding to each plane are offset relative to the solid material portions of the contiguous plane or planes and the cells corresponding to each plane are communicating and isolated from the cells of the contiguous plane or planes by a portion of material of uniform thickness, characterised in that at least one of the grooves in contact with the portions bearing the vertical lateral faces of the block is wider than the other grooves .
A retractable access device adapted to be moved between a first contracted configuration and a second expanded configuration, the access device including: a landing ; at least a pair of tread steps , including at least one intermediate tread step , and, a final tread step ; a pair of linkage assemblies , each linkage assembly being pivotally attached to a respective side edge of each tread step , and includes a plurality of pivotally connected links to support and effect upward and downward movement of each tread step relative to said landing ; and, wherein, each linkage assembly is adapted to move generally outwardly and inwardly relative of the sides of said access device as said device moves between the contracted and expanded configurations, characterised in that the retractable access device further includes: a pair of guide rails , each guide rail extending substantially downwardly from said landing to guide said linkage assemblies ; and, a pair of guide rollers , each guide roller extending from an intermediate pivot point of an uppermost pair of links , and adapted to engage with a respective guide rail to guide said tread step during upward/downward movement of said device. a landing ; at least a pair of tread steps , including at least one intermediate tread step , and, a final tread step ; a pair of linkage assemblies , each linkage assembly being pivotally attached to a respective side edge of each tread step , and includes a plurality of pivotally connected links to support and effect upward and downward movement of each tread step relative to said landing ; and, wherein, each linkage assembly is adapted to move generally outwardly and inwardly relative of the sides of said access device as said device moves between the contracted and expanded configurations, characterised in that the retractable access device further includes: a pair of guide rails , each guide rail extending substantially downwardly from said landing to guide said linkage assemblies ; and, a pair of guide rollers , each guide roller extending from an intermediate pivot point of an uppermost pair of links , and adapted to engage with a respective guide rail to guide said tread step during upward/downward movement of said device. a pair of guide rails , each guide rail extending substantially downwardly from said landing to guide said linkage assemblies ; and, a pair of guide rollers , each guide roller extending from an intermediate pivot point of an uppermost pair of links , and adapted to engage with a respective guide rail to guide said tread step during upward/downward movement of said device.
A method of replacing a cesium trap, the method characterized by : freezing a first cesium trap at least partially containing cesium therein, wherein the first cesium trap is located within a shielded cell; decoupling the first cesium trap from the shielded cell; removing the first cesium trap from the shielded cell; inserting a second cesium trap into the shielded cell; and attaching the second cesium trap to the shielded cell. freezing a first cesium trap at least partially containing cesium therein, wherein the first cesium trap is located within a shielded cell; decoupling the first cesium trap from the shielded cell; removing the first cesium trap from the shielded cell; inserting a second cesium trap into the shielded cell; and attaching the second cesium trap to the shielded cell.
Wiper blade adapter unit with a wiper blade adapter which is provided for connecting to a wiper arm adapter and has at least one receiving region which has at least one contact surface which is provided for the fastening of at least one carrier element of a wiper blade, wherein the contact surface is a surface of the wiper blade adapter on which the carrier element rests, wherein the receiving region is the region in which the carrier element is attached to the wiper blade adapter , wherein the at least one contact surface has a maximum length of 20 mm, wherein the length of the contact surface is an extent of the contact surface parallel to a main direction of extent of the wiper blade adapter , wherein the at least one receiving region has a plateau which is provided for forming the at least one contact surface , wherein the plateau is a surface which is higher in one direction, in particular at least substantially perpendicular to the contact surface , than at least one further surface of the receiving region , and wherein the at least one contact surface has a width which at least substantially corresponds to a width of the at least one receiving region , characterized by at least one energy-directing element which is arranged on the contact surface .
A belt equipped to support a smartphone , wherein said belt is provided with a sleeve connected to a band of the belt , wherein said sleeve is equipped with seats to accommodate at least a group of attachment to attach a rod configured to support a smartphone , characterized in that the belt further comprises a battery that is attached to the band of the belt , wherein the battery can be connected to the smartphone via a cable equipped with a plug to allow charging the battery of the smartphone and in that the belt further comprises a roller that is housed in the sleeve , wherein the cable can at least partially be rolled around the roller .
Method for balancing intermediate circuit voltages ( u d 1 to u dn ) in a self-guided multilevel reactive current compensator having a plurality of series-connected multi-quadrant actuators (2a to 2n), in which each multi-quadrant actuator (2a to 2n) has to apply a pulse width-modulated voltage consisting of an identical part ( u v 1 to u vn ) of a compensator voltage ( u k ) impressed on the reactive current ( i k ) and an additional grid-frequency balancing voltage ( u b ) with a selectable amplitude, wherein a reference variable is generated by way of a reference variable generator and the balancing voltages are generated by way of a balancing block provided for this purpose using the reference variable for each multi-quadrant actuator, wherein the balancing voltages are provided at outputs of the balancing block, the number of which outputs corresponds to the number of multi-quadrant actuators, wherein the balancing voltages provided at the outputs of the balancing block are summed by way of a summer in each case with the identical part ( u v1 to u vn ) of the compensator voltage in order to obtain summed voltages in order to drive the multi-quadrant actuators, wherein - the sum of all of the balancing voltages ( u b ) is zero and - each balancing voltage ( u b ) is in phase or counterphase with a fundamental oscillation of the reactive current ( i k ) depending on whether the measured intermediate circuit voltage ( u d1 ) to ( u dn ) of the multi-quadrant actuator (2a to 2n) is less than or greater than the reference variable ( u d ) formed from the intermediate circuit voltages ( u d1 ) to ( u dn ), wherein components of double the grid frequency in the intermediate circuit voltages ( u d1 to u dn ) are suppressed by way of filters (9a to 9n), wherein the reference variable generator is arranged downstream of the filters and determines the reference variable from the filtered intermediate circuit voltages. - the sum of all of the balancing voltages ( u b ) is zero and - each balancing voltage ( u b ) is in phase or counterphase with a fundamental oscillation of the reactive current ( i k ) depending on whether the measured intermediate circuit voltage ( u d1 ) to ( u dn ) of the multi-quadrant actuator (2a to 2n) is less than or greater than the reference variable ( u d ) formed from the intermediate circuit voltages ( u d1 ) to ( u dn ), wherein
A data processing apparatus, comprising: input circuitry to receive audio data for a plurality of respective dialogue recordings for a video game; classification circuitry comprising one or more machine learning models to receive at least a portion of the audio data for each dialogue recording and trained to output classification data indicative of a quality classification of a dialogue recording in dependence upon one or more properties of the audio data for the dialogue recording; and storage circuitry to selectively store identification data for one or more of the plurality of dialogue recordings in dependence upon the classification data, in which the storage circuitry is configured to store identification data for a respective dialogue recording when a quality classification indicated by the classification data output for the respective dialogue recording is less than a threshold quality level. input circuitry to receive audio data for a plurality of respective dialogue recordings for a video game; classification circuitry comprising one or more machine learning models to receive at least a portion of the audio data for each dialogue recording and trained to output classification data indicative of a quality classification of a dialogue recording in dependence upon one or more properties of the audio data for the dialogue recording; and storage circuitry to selectively store identification data for one or more of the plurality of dialogue recordings in dependence upon the classification data, in which the storage circuitry is configured to store identification data for a respective dialogue recording when a quality classification indicated by the classification data output for the respective dialogue recording is less than a threshold quality level.
Composite material combining: - a precious metal or an alloy containing a precious metal; - and a boron-based ceramic with a melting point greater than that of said precious metal and a density at most equal to 4 g/cm 3 , the ceramic forming a continuous, interconnected phase in which the precious metal is infiltrated. - a precious metal or an alloy containing a precious metal; - and a boron-based ceramic with a melting point greater than that of said precious metal and a density at most equal to 4 g/cm 3 , the ceramic forming a continuous, interconnected phase in which the precious metal is infiltrated.
An idler wheel for use with a track chain of a vehicle that includes a plurality of track pins and bushings , the idler wheel comprising: a main body that includes a generally cylindrical configuration defining an axis of rotation (A), a circumferential direction (C) and a radial direction (R), the main body including: a central portion disposed along the axis of rotation (A) defining a radial extremity of the central portion , said idler wheel being characterized in that at least a first outside portion disposed along the axis of rotation (A) includes alternating regions adjacent each other circumferentially having a different hardness relative to each other. a central portion disposed along the axis of rotation (A) defining a radial extremity of the central portion , said idler wheel being characterized in that at least a first outside portion disposed along the axis of rotation (A) includes alternating regions adjacent each other circumferentially having a different hardness relative to each other.
Method for feeding electrical energy into an electrical supply grid by a wind turbine or a wind farm , wherein - the wind turbine or the wind farm respectively converts kinetic energy from wind having a variable speed to electrical energy, - a wind speed is predicted based on a wind forecast, - a to be fed in reactive power is calculated as a predicted reactive power (Qp) based on the predicted wind speed and - the predicted reactive power is predicted for a forecast period, characterized in that the wind turbine or the wind farm respectively is feeding in the predicted reactive power during the forecast period as calculated, even if later a wind speed occurs which deviates from the predicted wind speed. - the wind turbine or the wind farm respectively converts kinetic energy from wind having a variable speed to electrical energy, - a wind speed is predicted based on a wind forecast, - a to be fed in reactive power is calculated as a predicted reactive power (Qp) based on the predicted wind speed and - the predicted reactive power is predicted for a forecast period,
Shading device for shading a building opening having an alarm device which in the case of an unusual action generates an alarm signal, characterised in that the alarm device has a power supply , an acceleration sensor on a moving part or other suitable part of the shading device, a data store for storing acceleration profiles and a data processor for comparing measured acceleration values stored with acceleration profiles, wherein the data processor generates the alarm signal when the measured acceleration values have a deviation of one or several defined threshold values from a stored acceleration profile which is to be expected for the normal operation of the sun protection apparatus and/or when the measured acceleration values show correspondence with stored acceleration profiles which are typical for a break-in attempt or operational disturbance.
Device for storing and transferring cryogenic fluid, comprising at least one basic container comprising a double-walled cryogenic tank of liquefied gas, the tank being provided with a first fluid transfer pipe having a first end connected to an upper end of the tank , the tank being provided with a second fluid transfer pipe having a first end connected to a lower end of the tank , the first transfer pipe and the second transfer pipe each comprising a set of respective valves, and wherein the second transfer pipe comprises two branches forming two second ends connected in parallel to the first end of the second transfer pipe , the two second ends of the second transfer pipe each being provided with a respective fluidic connection fitting , characterized in that the first transfer pipe comprises two branches forming two second ends connected in parallel to the first end of the first transfer pipe , the two second ends of the first transfer pipe each being provided with a respective fluidic connection fitting .
A hair accessory , comprising: a curved base configured to be positioned against a head of a person, the curved base having a concave back surface configured to face the head of the person, the curved base further having a convex front surface configured to face away from the head of the person; a curved hollow tube coupled to the base , the curved hollow tube configured to provide structural support to a portion of hair of the person gathered around the curved hollow tube, the curved hollow tube having a first end that is coupled directly to the curved base and a second end distally located from the curved base, wherein the curved hollow tube curves at least partially in an upward direction along a first portion of a length of the curved hollow tube and further curves at least partially in a downward direction along a second portion of the length of the curved hollow tube; and wherein the curved hollow tube includes a plurality of ridges positioned along the length of the curved hollow tube, wherein each of the plurality of ridges extends along a perimeter of the curved hollow tube. a curved base configured to be positioned against a head of a person, the curved base having a concave back surface configured to face the head of the person, the curved base further having a convex front surface configured to face away from the head of the person; a curved hollow tube coupled to the base , the curved hollow tube configured to provide structural support to a portion of hair of the person gathered around the curved hollow tube, the curved hollow tube having a first end that is coupled directly to the curved base and a second end distally located from the curved base, wherein the curved hollow tube curves at least partially in an upward direction along a first portion of a length of the curved hollow tube and further curves at least partially in a downward direction along a second portion of the length of the curved hollow tube; and wherein the curved hollow tube includes a plurality of ridges positioned along the length of the curved hollow tube, wherein each of the plurality of ridges extends along a perimeter of the curved hollow tube.
An optical termination module comprising: - a fixed part configured to be attached to a mounting member of an electric cabinet , - a movable part rotatably attached to said fixed part to move relative to said fixed part about a rotation axis (X-X) between a first position and a second position, wherein - said fixed part comprises an inlet opening configured to receive an optical drop cable , - said movable part comprises one or more outlet openings configured to receive respective one or more optical customer cables , - said rotation axis (X-X) is arranged at an end portion of said fixed part and at an end portion of said movable part . characterised in that - said end portion of said fixed part and said end portion of said movable part are top end portions of said fixed part and said movable part , - said inlet opening is formed in a bottom surface of said fixed part , - said one or more outlet openings are formed in a bottom surface of said movable part . - a fixed part configured to be attached to a mounting member of an electric cabinet , - a movable part rotatably attached to said fixed part to move relative to said fixed part about a rotation axis (X-X) between a first position and a second position, - said fixed part comprises an inlet opening configured to receive an optical drop cable , - said movable part comprises one or more outlet openings configured to receive respective one or more optical customer cables , - said rotation axis (X-X) is arranged at an end portion of said fixed part and at an end portion of said movable part . characterised in that - said end portion of said fixed part and said end portion of said movable part are top end portions of said fixed part and said movable part , - said inlet opening is formed in a bottom surface of said fixed part , - said one or more outlet openings are formed in a bottom surface of said movable part .