mhurhangee/ep-ind-claims huggingface dataset:
Guide member for a lamellar blind with a multiplicity of lamellae (12, 13), comprising a fastening flange, which is adjoined by a guide stem, which merges into a guide flange, characterized in that the fastening flange has mutually opposite fastening surfaces, each configured for fastening on a lamella (12, 13), and in that the guide flange comprises a nose which projects at right angles in relation to the axis of the guide stem, wherein the projecting nose of the guide member, as seen in section through the axis of the guide stem, has a cylindrical knob portion coaxial with the said axis and, proceeding from said knob portion, comprises a triangular thickening (10, 11).
A one-piece dental implant, wherein at least the outer surface consists of a ceramic substance, its anchoring portion being configured to be anchored in the jawbone and wherein it is provided at its occlusal end with a tapered anchoring region configured as an external taper in order to accommodate a prosthetic superstructure, characterized in that the implant is provided with a bore in which a metallic threaded sleeve has been retro-fitted and which is fastened to a stop in the interior of the dental implant, wherein a screw for fixing the superstructure can be inserted into the occlusal end of the bore, and wherein a taper cap is disposed between the tapered anchoring region and the superstructure, with which the superstructure is soldered, cemented or bonded and which can be screwed by means of the screw onto the anchoring region with the implant.
A method, comprising: modifying at least one coverage area (340; 355) of an access node to compensate for lost coverage in a sleeping cell detected by the access node, wherein the access node implements resource allocation algorithms and a cell identification algorithm; and instructing (415; 420; 425) at least one of the resource allocation algorithms or the cell identification algorithm of the access node to perform a predetermined action concurrently with said modification to mitigate a quality of experience, QoE, impact of existing users. modifying at least one coverage area (340; 355) of an access node to compensate for lost coverage in a sleeping cell detected by the access node, wherein the access node implements resource allocation algorithms and a cell identification algorithm; and instructing (415; 420; 425) at least one of the resource allocation algorithms or the cell identification algorithm of the access node to perform a predetermined action concurrently with said modification to mitigate a quality of experience, QoE, impact of existing users.
A method for causing a processor to perform a query on a column-store table comprising one or more column vectors of encoded values, the method comprising configuring the processor to: receive the query, the query comprising a filter to be applied to at least a first column vector of the encoded values, wherein the first column vector comprises a plurality of contiguous segments, each segment being encoded separately from segments of another column vector of the column-store table; process the query for a batch of the encoded values in a segment of the first column vector, whereby to generate a first vector indicative of respective encoded values passing the filter or failing the filter; determine, from the first vector, a selectivity indicator of the filter for the encoded values in the batch, the selectivity indicator indicating encoded values passing the filter relative to the encoded values in the batch of the segment of the first column vector or encoded values failing the filter relative to the encoded values in the batch of the segment of the first column vector; determine a bit length for encoding of the encoded values in the segment of the first column vector; and for the batch of the encoded values, select an algorithm from a plurality of algorithms for further processing the query, the algorithm being selected based on the selectivity indicator for the batch and the determined bit length of the encoded values in the segment of the first column vector. receive the query, the query comprising a filter to be applied to at least a first column vector of the encoded values, wherein the first column vector comprises a plurality of contiguous segments, each segment being encoded separately from segments of another column vector of the column-store table; process the query for a batch of the encoded values in a segment of the first column vector, whereby to generate a first vector indicative of respective encoded values passing the filter or failing the filter; determine, from the first vector, a selectivity indicator of the filter for the encoded values in the batch, the selectivity indicator indicating encoded values passing the filter relative to the encoded values in the batch of the segment of the first column vector or encoded values failing the filter relative to the encoded values in the batch of the segment of the first column vector; determine a bit length for encoding of the encoded values in the segment of the first column vector; and for the batch of the encoded values, select an algorithm from a plurality of algorithms for further processing the query, the algorithm being selected based on the selectivity indicator for the batch and the determined bit length of the encoded values in the segment of the first column vector.
Tumor-targeted IL-12 for use in combination treatment with IL-7 for inducing and / or stimulating the immune response against a cancer disease in a patient suffering from said cancer disease, wherein said induction or stimulation causes (i) senescence or growth arrest of cancer cells, and / or (ii) remission of cancer cells or cancer tissue to cells or tissue of origin, caused by said drug, and wherein the tumor-targeted IL12 is fused via the N-terminus of its p35 subunit to the C-terminus of the fully human NHS76 antibody or biological effective portion thereof which is designated as NHS-IL-12 and wherein said IL-7 is covalently fused to the C-terminus of the Fc fragment of an immunoglobulin. (i) senescence or growth arrest of cancer cells, and / or (ii) remission of cancer cells or cancer tissue to cells or tissue of origin,
A surgical microscope system comprising: one or more sensors for providing sensor information about a balance of the surgical microscope system; one or more brakes for holding at least one component of the surgical microscope system in place; a surgical microscope; and a processing module, configured to: process the sensor information, determine an information about the balance of the surgical microscope system, and control a release of the one or more brakes based on the information about the balance of the surgical microscope system, by overriding a control of the one or more brakes based on the information on the balance of the surgical microscope system or by limiting the operation of the brakes if the balance of the surgical microscope system indicates a danger of imbalance. one or more sensors for providing sensor information about a balance of the surgical microscope system; one or more brakes for holding at least one component of the surgical microscope system in place; a surgical microscope; and a processing module, configured to: process the sensor information, determine an information about the balance of the surgical microscope system, and control a release of the one or more brakes based on the information about the balance of the surgical microscope system, by overriding a control of the one or more brakes based on the information on the balance of the surgical microscope system or by limiting the operation of the brakes if the balance of the surgical microscope system indicates a danger of imbalance. process the sensor information, determine an information about the balance of the surgical microscope system, and control a release of the one or more brakes based on the information about the balance of the surgical microscope system, by overriding a control of the one or more brakes based on the information on the balance of the surgical microscope system or by limiting the operation of the brakes if the balance of the surgical microscope system indicates a danger of imbalance.
An inverter module, comprising: 81675 München a first inverter unit comprising a first upper arm and a first lower arm; a second inverter unit comprising a second upper arm, a second lower arm, a third upper arm and a third lower arm; and a controller configured to control the switching operation of the first upper arm and the first lower arm to allow the first inverter unit to drive a first compressor in a half-bridge configuration, and control the switching operation of the second upper arm, the second lower arm, the third upper arm and the third lower arm to allow the second inverter unit to drive a second compressor in a full-bridge configuration during a first operation mode, and control the switching operation of the first upper arm, the first lower arm, the second upper arm, the second lower arm, the third upper arm and the third lower arm to allow the first inverter unit and the second inverter unit to drive the first compressor and the second compressor in a full-bridge configuration during a second operation mode, wherein the inverter module further comprises a connecting portion comprising a relay, characterised in that the controller controls the relay to separate the first inverter unit from the second inverter unit in the first operation mode, and controls the relay to interlock the first inverter unit with the second inverter unit in the second operation mode. a first inverter unit comprising a first upper arm and a first lower arm; a second inverter unit comprising a second upper arm, a second lower arm, a third upper arm and a third lower arm; and a controller configured to control the switching operation of the first upper arm and the first lower arm to allow the first inverter unit to drive a first compressor in a half-bridge configuration, and control the switching operation of the second upper arm, the second lower arm, the third upper arm and the third lower arm to allow the second inverter unit to drive a second compressor in a full-bridge configuration during a first operation mode, and control the switching operation of the first upper arm, the first lower arm, the second upper arm, the second lower arm, the third upper arm and the third lower arm to allow the first inverter unit and the second inverter unit to drive the first compressor and the second compressor in a full-bridge configuration during a second operation mode, wherein the inverter module further comprises a connecting portion comprising a relay, characterised in that the controller controls the relay to separate the first inverter unit from the second inverter unit in the first operation mode, and controls the relay to interlock the first inverter unit with the second inverter unit in the second operation mode.
A non-therapeutic, cosmetic use by external topical route of a steviol glycoside derivative or of one of its stereoisomer, in an effective amount, to prevent and/or treat signs of aging of the skin or semimucus membranes, wherein the steviol glycoside derivative is rebaudioside A.
Armed vehicle with an improved structure, comprising: - a hull susceptible of housing one or more men who are at least in charge of driving the armed vehicle itself, when in use, - a plurality of means for terrestrial maneuvering, and - a turret armed and positioned upon an upper part of said hull; said turret is armed by a howitzer; said means of terrestrial maneuvering comprise a plurality of wheels; said armed vehicle is characterized in that: said hull comprises a interface structural element; said interface structural element realizing an interface element between said hull and said armed turret; said hull presents a front part and a rear part; said hull comprises an opening, positioned in said upper part of said hull; said opening being an opening for the connection of said hull to said armed turret; said opening comprises a rotation ring, installed upon said interface structural element (lls); - said hull comprises a plurality of stabilization means arranged close to the respective corners in which said stabilization means are extendible legs. - a hull susceptible of housing one or more men who are at least in charge of driving the armed vehicle itself, when in use, - a plurality of means for terrestrial maneuvering, and - a turret armed and positioned upon an upper part of said hull; said turret is armed by a howitzer; said hull comprises a interface structural element; said interface structural element realizing an interface element between said hull and said armed turret; said hull presents a front part and a rear part; said hull comprises an opening, positioned in said upper part of said hull; said opening being an opening for the connection of said hull to said armed turret; said opening comprises a rotation ring, installed upon said interface structural element (lls); - said hull comprises a plurality of stabilization means arranged close to the respective corners in which said stabilization means are extendible legs. - said hull comprises a plurality of stabilization means arranged close to the respective corners in which said stabilization means are extendible legs.
A method for operating an operator control apparatus for a motor vehicle component (14, 16), wherein the operator control apparatus has a display device and a touch-sensitive input panel and in the method a control device displays at least one selection proposal (36, 52, 54) from several possible input texts on the display device and on the touch-sensitive input panel delimits an operator control area for capturing an input from a user, wherein a plurality of different operator control functions of the operator control apparatus are controlled via the operator control area, in that both the confirmation of a selection by tapping as well as the drawing of a new handwritten character on one and the same operator control area are provided, wherein the control device identifies a contact with the input panel within the operator control area and then after a predetermined period of time checks whether the contact was a merely the tap and the detected contact is ended, and, if the contact is already ended again after this period of time, outputs a selection proposal (36, 52, 54) selected by the user as an input to the motor vehicle component (14, 16) and if the contact, however, lasts longer than the period of time, captures a character mark (48, 48') drawn by the user within the operator control area, wherein the control device, if the contact persists longer than the period of time, enlarges the first field boundary of the operator control area to a second field boundary, so that a part of the input panel enlarged relative to the previous operator control area, up to the entire input panel, is available to the user for writing and the character mark (48, 48') is thus detected as valid also outside of the former, first field boundary, but within the new, second field boundary, until the handwriting input is ended by a time-out after a last lifting of the finger of the user, so that also letters with several character lines and a lifting of the finger between the character lines can be written as handwritten characters.
Apparatus for guiding planing devices, wherein the apparatus is to be arranged on the outer circumference of the tube to be processed, characterized in that the apparatus has at least two bands, which are stiff against torsion and extend in parallel, for guiding the slides, having a first slide which is guided and mounted on the first band and a second slide which is guided and mounted on the second slide, wherein the slides serve to fasten a planing device.
A piston for an internal combustion engine comprising a piston main body, a cavity (12, 22) formed on a top surface (10, 20) of the piston main body, and a heat insulating film that is formed on the top surface (10, 20), and has a lower thermal conductivity and a lower heat capacity per unit volume than an aluminum alloy that is used as a base material of the piston main body, wherein the heat insulating film comprises a low heat insulation film that is formed on a cavity edge portion (12a, 22a) forming a boundary between the cavity (12, 22) and the top surface (10, 20) and is composed of alumina having a number of pores that are opened to the top surface (10, 20), and a high heat insulation film that is formed on a surface (12b, 12c) inward from the cavity edge portion (12a, 22a) and a surface (10b, 10d) surrounding the cavity edge portion (12a, 22a), and is composed of alumina having a number of pores that are opened to the top surface (10, 20) and a sealer that is provided to cover the openings of the number of pores.
An outdoor lighting unit for lighting streets, sidewalks, outdoor industrial installations and the like, having an LED light source which includes a plurality of light emitting diodes in a two-dimensional arrangement and having a housing, wherein the housing has a single-part solid housing element which has at least one planar installation section at its lower side, with a rear side of the LED light source being arranged areally and in a thermally conductive connection at said installation section, wherein the housing element furthermore has a peripheral wall section at the lower side which projects downward from the plane of the installation section, wherein the housing element furthermore has an exposed cooling section at an upper side which is convexly curved and has a plurality of cooling passages which extend along the convex curvature, and wherein the housing element has a holding section by means of which the lighting unit is fastenable in a self-supporting manner to a holding device, characterized in that the LED light source selectively has one or more modules which have an anisotropic radiation angle characteristic, wherein the installation section of the housing element is formed to selectively receive a single module, or a plurality of modules in a lengthways arrangement, or a plurality of modules in a transverse arrangement, so that the lighting unit can be adapted to different applications by variable configuration of the installation section, wherein the installation section of the housing element has a "+" shape.
A data collector for use within an advanced metering infrastructure configured for automatic meter reading and for management of companion specification for energy metering (COSEM) objects, the data collector comprising one or more processors and a memory storing instructions executable by the or each processor, the instructions comprising: a class object library manager, configured to receive from the at least one endpoint at least one class object and to store the at least one class object, wherein the at least one class object is associated with the at least one endpoint; a data manager, configured to process raw data obtained from the at least one endpoint; and a COSEM object manager, configured to create at least one COSEM object according to: the at least one class object associated with the at least one endpoint; and the processed raw data obtained from the at least one endpoint, wherein the at least one class object provides information to assist in the translation of the raw data into the COSEM object; and wherein the created COSEM object includes tags indicated by the at least one class object and not received with the raw data. a class object library manager, configured to receive from the at least one endpoint at least one class object and to store the at least one class object, wherein the at least one class object is associated with the at least one endpoint; a data manager, configured to process raw data obtained from the at least one endpoint; and a COSEM object manager, configured to create at least one COSEM object according to: the at least one class object associated with the at least one endpoint; and the processed raw data obtained from the at least one endpoint, wherein the at least one class object provides information to assist in the translation of the raw data into the COSEM object; and the at least one class object associated with the at least one endpoint; and the processed raw data obtained from the at least one endpoint, wherein the at least one class object provides information to assist in the translation of the raw data into the COSEM object; and wherein the created COSEM object includes tags indicated by the at least one class object and not received with the raw data.
Pig for use in pipelines filled with a flowing fluid, comprising a pig body, a drive element, preferably a propeller, which is arranged on the pig body and can be set in rotation by the flowing fluid, a generator unit connected to the drive element and by means of which a movement of the drive element can be converted into electrical energy, and a fixing means via which the position and/or the speed of the pig in the pipeline can be fixed, wherein the generator unit is designed for operation as a motor, via which generator unit the drive element can be set in rotation and is designed to adjust a speed of the pig, which is different from the flow rate of the fluid flowing in the pipeline, and the pig has an energy store, connected to the generator unit, for electrical energy, characterized in that the drive element is arranged outside the pig body at one end of the pig body such that it can be set in rotation by fluid flowing past the outside of the pig body.