mhurhangee/ep-ind-claims huggingface dataset:
A wireless sensor system for monitoring individual consumption of one or more utilities such as power, water, or heat energy in a multi-apartment building area, comprising at least one wireless sensor unit being positioned to measure the consumption of a specific utility and being programmed to transmit measured data via radio at specific time intervals, a database hosted on a remote server, at least one central unit being connected to the internet and being programmed to receive sensor data via radio, and to upload, at specific time intervals, the received sensor data to the database, and an internet based client application which provides access to the database after a call to said server, and thereafter displays the data being fetched from the database via a user interface characterized in that the database is configured to group received sensor data in two or more modules of different module types, the number of available module types corresponds to the number of measured utilities and each module being associated with sensor data for a specific utility from sensor units within the same apartment, wherein said database stores information indicating whether a specific module is active or inactive, wherein a module is inactive if sensor units for the specific module are missing, or if a user has prevented access to the consumption measured by sensor unit(s) for the specific module, wherein the client application is configured, each time a user calls the database with credentials being unique for a specific apartment of the multi-apartment building area, to display data only for those modules corresponding to the specific apartment and being active. at least one wireless sensor unit being positioned to measure the consumption of a specific utility and being programmed to transmit measured data via radio at specific time intervals, a database hosted on a remote server, at least one central unit being connected to the internet and being programmed to receive sensor data via radio, and to upload, at specific time intervals, the received sensor data to the database, and an internet based client application which provides access to the database after a call to said server, and thereafter displays the data being fetched from the database via a user interface characterized in that the database is configured to group received sensor data in two or more modules of different module types, the number of available module types corresponds to the number of measured utilities and each module being associated with sensor data for a specific utility from sensor units within the same apartment, wherein said database stores information indicating whether a specific module is active or inactive, wherein a module is inactive if sensor units for the specific module are missing, or if a user has prevented access to the consumption measured by sensor unit(s) for the specific module, wherein the client application is configured, each time a user calls the database with credentials being unique for a specific apartment of the multi-apartment building area, to display data only for those modules corresponding to the specific apartment and being active.
A tubular reactor with a fixed bed which extends, according to a longitudinal axis XX', between a first end and a second end, said reactor comprises a catalytic powder bed confined within an annular space delimited by a first wall of a hollow tube and a second wall of a hollow insert, disposed in the hollow tube and coaxially with the latter, the hollow insert comprises at least one distribution chamber and at least one collection chamber, separated from each other by a splitting wall, and comprising, respectively, a gas intake opening at the first end and a gas evacuation opening at the second end, the second wall comprises at least one distributing opening and at least one collecting opening, which extend over a length L, the distributing opening allowing the distribution of a gas that could be drawn by the intake opening of the distribution chamber towards the annular space, and the collecting opening allowing the collection of the gas distributed in the annular space by the collection chamber. said reactor comprises a catalytic powder bed confined within an annular space delimited by a first wall of a hollow tube and a second wall of a hollow insert, disposed in the hollow tube and coaxially with the latter, the hollow insert comprises at least one distribution chamber and at least one collection chamber, separated from each other by a splitting wall, and comprising, respectively, a gas intake opening at the first end and a gas evacuation opening at the second end, the second wall comprises at least one distributing opening and at least one collecting opening, which extend over a length L, the distributing opening allowing the distribution of a gas that could be drawn by the intake opening of the distribution chamber towards the annular space, and the collecting opening allowing the collection of the gas distributed in the annular space by the collection chamber.
An apparatus for use in laser wire additive manufacturing, comprising: (a) an optical housing adapted to receive a laser beam therein and a wire therein, wherein the wire is adapted for use in additive manufacturing; (b) a first reflective optic for receiving and reflecting the laser beam; and (c) a second reflective optic for receiving laser light reflected by the first reflective optic, wherein the second reflective optic directs the laser light received from the first reflective optic onto the wire in a cylindrical configuration such that the wire and the cylinder of laser light are coaxial with regard to one another within a portion of the optical housing; charecterised by, the apparatus further comprising: an aerodynamic window disposed within the optical housing for preventing contaminants from damaging the reflective optics. (a) an optical housing adapted to receive a laser beam therein and a wire therein, wherein the wire is adapted for use in additive manufacturing; (b) a first reflective optic for receiving and reflecting the laser beam; and (c) a second reflective optic for receiving laser light reflected by the first reflective optic, wherein the second reflective optic directs the laser light received from the first reflective optic onto the wire in a cylindrical configuration such that the wire and the cylinder of laser light are coaxial with regard to one another within a portion of the optical housing;
Seat for motorised aircraft comprising a seat pan carried by an underframe via energy absorption means, the underframe comprising an implantation framework for implanting the underframe on an installation plane, the implantation framework being extended upwards by a carrier framework for carrying the seat pan and being formed of an integral assembly provided with anchorage means for anchoring the underframe to the installation plane and composed of non-deformable structural elements, characterised in that with regard to of the intrinsic orientation of the seat, said means for anchoring the underframe are formed by three anchor points (10, 11, 12) located in a rear median zone of the seat for a first anchor point and in the lateral front zones, right and left respectively, of the seat for second anchor points (11, 12), said three anchor points (10, 11, 12) together defining what is known as an isostatic plane, the implantation framework being capable of going along with deformation of the installation plane by overall tilting of said isostatic plane.
A chimeric dengue virus E glycoprotein comprising a dengue virus E glycoprotein backbone that comprises amino acid substitutions that introduce an epitope that is recognized by an antibody that is reactive with a dengue virus serotype that is different from the dengue virus serotype of the dengue virus E glycoprotein backbone; wherein the chimeric dengue virus E glycoprotein comprises the amino acid sequence: or the amino acid sequence:
Apparatus for transporting goods and/or a person, comprising a first frame part and a second frame part, the frame parts (4, 5) being provided with roller elements (1, 2) and the frame parts (4, 5) being movable relative to one another and a guide handle being provided and a footboard being provided for transporting the person, a handhold being provided that is suitable for allowing the transported person to hold on during the transportation, a transport container being provided that is suitable for transporting goods, characterised in that the two frame parts (4, 5) are connected by a first connection device, the connection device being associated with a catching and fixing device, the connection device being slidable on the first frame part, at least one of the frame parts (4, 5) being telescopically extendable, the frame parts (4, 5) being slidable and/or pivotable relative to one another, the connection device comprising a joint for pivotally connecting the two frame parts (4, 5), the footboard being attached immediately above a shaft, the shaft being integrally formed on the first frame part, the transport container being fastened only to the first frame part.
A vacuum cleaner head having a suction mouth on the underside thereof, the suction mouth being substantially surrounded by a seal, wherein a portion of the seal comprises a roller (20, 21) arranged to engage a floor surface being cleaned and to rotate about an axis which extends parallel to the floor surface, the roller (20, 21) comprising a plurality of axially-extending sealing blades 27) disposed around its circumference, characterised in that the roller (20, 21) comprises a wheel arranged to rotate the roller (20, 21) by contact with the surface being cleaned.
Composition comprising a) at least one epoxy resin, b) at least one amine having at least two secondary amino groups that are both part of an organic ring system, and c) at least one alkyl alcohol optionally substituted by at least one aromatic radical and/or by at least one alkenyl radical, where the contribution of the alcohol to the total concentration of OH groups is at least 1.3 mol/l. a) at least one epoxy resin, b) at least one amine having at least two secondary amino groups that are both part of an organic ring system, and c) at least one alkyl alcohol optionally substituted by at least one aromatic radical and/or by at least one alkenyl radical,
A method for controlling power in a wireless communication system comprising: transmitting, by a network element (10,30), a first message to a mobile station, said first message indicating a first power at which the mobile station may transmit data on a radio resource; selecting, by the network element (10,30), from a set of power control increment step sizes at least one power control increment step size of the set, wherein said at least one power control increment step size of the set differs from at least one other power control increment step size of the set; and transmitting, by the network element (10,30), a second message to the mobile station, said second message indicating said at least one power control increment step size for determining a second power at which the mobile station may transmit on the radio resource as a function of the first power and the selected at least one power control increment step size, wherein different power control increment step sizes are used for different parts of a full range of a power ratio of an enhanced dedicated physical data channel to a dedicated physical control channel. transmitting, by a network element (10,30), a first message to a mobile station, said first message indicating a first power at which the mobile station may transmit data on a radio resource; selecting, by the network element (10,30), from a set of power control increment step sizes at least one power control increment step size of the set, wherein said at least one power control increment step size of the set differs from at least one other power control increment step size of the set; and transmitting, by the network element (10,30), a second message to the mobile station, said second message indicating said at least one power control increment step size for determining a second power at which the mobile station may transmit on the radio resource as a function of the first power and the selected at least one power control increment step size, wherein different power control increment step sizes are used for different parts of a full range of a power ratio of an enhanced dedicated physical data channel to a dedicated physical control channel.
A manipulator to transfer panels of wood or the like from and/or to a support surface of a work centre for processing the panels, the manipulator comprising at least one pick-and-place unit comprising, in turn, a frame, which is configured to define a track, and at least two pick-and-place members, which project downwards from at least one support plate and can be connected to a pneumatic sucking device so as to pick up and hold a panel; and a transfer unit (8, 12, 13) to move the pick-and-place unit between the support surface and a pick-up and/or release station for the panel; the track having a length (LU 2) that, measured parallel to a first direction, is greater than the size (LU 1) of said at least one support plate, which is also measured parallel to the first direction, and having, furthermore, a width (LA 2) that, measured parallel to a second direction transverse to the first direction, is greater than the size (LA 1) of said at least one support plate, which is also measured parallel to the second direction; and being characterized in that said at least one support plate is engaged in the track in a sliding manner so as to move, relative to the frame, in said first and second direction (6, 11) and so as to rotate, relative to the frame, in a lying plane that is parallel to said first and second direction (6, 11); the track being delimited by a bottom wall, which is provided with at least one slot, which is engaged by the pick-and-place members, so as to allow said at least one support plate to move in said first and second direction (6, 11) and to rotate in the lying plane.
Tool for working a substrate, comprising a stator and a working piston which is intended to move relative to the stator along a working axis, further comprising a drive which is intended to drive the working piston onto the substrate along the working axis, wherein the drive has a capacitor, characterized in that the drive has a piston coil arranged on the working piston, wherein the piston coil can be electrically connected to the capacitor in order, during rapid discharge of the electrical capacitor, to be flowed through by current and to generate a magnetic field which accelerates the working piston relative to the stator, wherein the drive has a diode which is arranged on the working piston and which is electrically connected to the piston coil.
A staple cartridge, comprising: a cartridge body comprising staple cavities; staples removably positioned within the staple cavities, wherein the staples are ejectable from the staple cavities; and a tissue thickness compensator comprising a vessel (19024, 19222, 19124), wherein the vessel defines a sealed inner cavity, wherein the sealed inner cavity contains an inner atmosphere; wherein the staples are configured to rupture the vessel when the staples are ejected from the staple cavities; characterized in that:the inner atmosphere has a pressure less than atmospheric pressure when the vessel is in an unruptured state, so that the tissue thickness compensator is expandable between a collapsed configuration and an expanded configuration when the vessel is ruptured by the staples. a cartridge body comprising staple cavities; staples removably positioned within the staple cavities, wherein the staples are ejectable from the staple cavities; and a tissue thickness compensator comprising a vessel (19024, 19222, 19124), wherein the vessel defines a sealed inner cavity, wherein the sealed inner cavity contains an inner atmosphere; wherein the staples are configured to rupture the vessel when the staples are ejected from the staple cavities;
A process for the oligomerisation of a olefinic charge containing hydrocarbon molecules having from 2 to 12 carbon atoms per molecule operating in presence of a catalyst containing a treated zeolite which has been prepared according to a process of treatment comprising at least: a) a step for dealumination of a zeolite selected from the zeolites of structural type MEL, MFI, ITH, NES, EUO, ERI, FER, CHA, MFS, MWW, MTT, TON and MOR having a pore size of less than or equal to 7Å, said zeolithe, at the outcome of the dealumination step a) is in cationic form, and is freed of the organic structuring agent, b) a cationic exchange step using at least one cation other than H +, selected from the cations Na+, Li+, K+, Rb+, Cs+, Ba2+, Ca2+ and NH4+, c) a step for treatment of said zeolite obtained in step b) in the presence of at least one molecular compound containing at least one silicon atom, selected from the compounds of the formulae Si-R 4 and Si2-R6 wherein R can be either hydrogen or an alkyl, aryl or acyl group, or an alkoxy group (O-R') or a hydroxyl group (-OH) or again a halogen, a compound of silane, disilane, alkylsilane, alkoxysilane or siloxane type and d) at least one heat treatment step. a) a step for dealumination of a zeolite selected from the zeolites of structural type MEL, MFI, ITH, NES, EUO, ERI, FER, CHA, MFS, MWW, MTT, TON and MOR having a pore size of less than or equal to 7Å, said zeolithe, at the outcome of the dealumination step a) is in cationic form, and is freed of the organic structuring agent, b) a cationic exchange step using at least one cation other than H +, selected from the cations Na+, Li+, K+, Rb+, Cs+, Ba2+, Ca2+ and NH4+, c) a step for treatment of said zeolite obtained in step b) in the presence of at least one molecular compound containing at least one silicon atom, selected from the compounds of the formulae Si-R 4 and Si2-R6 wherein R can be either hydrogen or an alkyl, aryl or acyl group, or an alkoxy group (O-R') or a hydroxyl group (-OH) or again a halogen, a compound of silane, disilane, alkylsilane, alkoxysilane or siloxane type and d) at least one heat treatment step.
A light emitting device comprising: a first conductivity type semiconductor layer: an active layer on the first conductivity type semiconductor layer, the active layer provided by stacking a barrier layer and a well layer; a roughness pattern layer disposed on and directly contacting the active layer; and a second conductivity type semiconductor layer on the roughness pattern layer and the active layer, the second conductivity type semiconductor layer including a metal oxide, wherein the active layer includes a first portion and a second portion, the first portion exposed through the roughness pattern layer and the second portion covered by the roughness pattern layer, no portion of the roughness pattern layer projects into the active layer, a first portion of the second conductivity type semiconductor layer directly contacts an upper surface of the roughness pattern layer, a second portion of the second conductivity type semiconductor layer directly contacts the first portion of the active layer, light emitted from the active layer is configured to pass through the second conductivity type semiconductor layer. a first conductivity type semiconductor layer: an active layer on the first conductivity type semiconductor layer, the active layer provided by stacking a barrier layer and a well layer; a roughness pattern layer disposed on and directly contacting the active layer; and a second conductivity type semiconductor layer on the roughness pattern layer and the active layer, the second conductivity type semiconductor layer including a metal oxide, wherein the active layer includes a first portion and a second portion, the first portion exposed through the roughness pattern layer and the second portion covered by the roughness pattern layer, no portion of the roughness pattern layer projects into the active layer, a first portion of the second conductivity type semiconductor layer directly contacts an upper surface of the roughness pattern layer, an active layer on the first conductivity type semiconductor layer, the active layer provided by stacking a barrier layer and a well layer; a roughness pattern layer disposed on and directly contacting the active layer; and a second conductivity type semiconductor layer on the roughness pattern layer and the active layer, the second conductivity type semiconductor layer including a metal oxide, wherein the active layer includes a first portion and a second portion, the first portion exposed through the roughness pattern layer and the second portion covered by the roughness pattern layer, no portion of the roughness pattern layer projects into the active layer, a first portion of the second conductivity type semiconductor layer directly contacts an upper surface of the roughness pattern layer, a second portion of the second conductivity type semiconductor layer directly contacts the first portion of the active layer, light emitted from the active layer is configured to pass through the second conductivity type semiconductor layer.
A gas generating pyrotechnic composition, the composition comprising: a primary fuel component including guanidine nitrate in a relative amount of 10 to 40 composition weight percent, preferably in a relative amount of 15 to 40 composition weight percent; a primary oxidizer component including ammonium perchlorate in a relative amount of 25 to 75 composition weight percent, preferably in a relative amount of 25 to 70 composition weight percent; elemental carbon, preferably in form of graphite, present in a relative amount of 3 to 10 composition weight percent; and cupric oxide present in a relative amount of 3 to 15 composition weight percent. a primary fuel component including guanidine nitrate in a relative amount of 10 to 40 composition weight percent, preferably in a relative amount of 15 to 40 composition weight percent; a primary oxidizer component including ammonium perchlorate in a relative amount of 25 to 75 composition weight percent, preferably in a relative amount of 25 to 70 composition weight percent; elemental carbon, preferably in form of graphite, present in a relative amount of 3 to 10 composition weight percent; and cupric oxide present in a relative amount of 3 to 15 composition weight percent.
Method for suppressing interference in a received signal (s) received by a radar sensor (5, 6) of a motor vehicle, wherein for detecting a target object in an environment of the motor vehicle a transmit signal including a sequence of consecutive frequency-modulated chirp signals is emitted by means of the radar sensor (5, 6) and an echo signal reflected on the target object is received as the received signal (s) with the superimposed interference, and wherein after receiving the received signal (s) by the radar sensor (5, 6) the interference of the received signal (s) is detected and suppressed in the received signal (s) by means of an electronic computing device, wherein at least two signal correction algorithms different from each other for suppressing the interference are stored in the computing device, wherein the control device selects at least one of the at least two signal correction algorithms depending on the detected interference in order to suppress the interference in the received signal (s), characterized in that the selection of a signal correction algorithm from the at least two signal correction algorithms is effected individually for each chirp signal of the received signal (s), in which the interference is detected, and that the selection of the at least one signal correction algorithm is effected depending on: - the position of the chirp signal affected by interference within the sequence, and - the number of samples of the interference to be suppressed within a chirp signal. - the position of the chirp signal affected by interference within the sequence, and - the number of samples of the interference to be suppressed within a chirp signal.