mhurhangee/patent-ind-claim-en huggingface dataset:
An ambient air temperature control and purification system in a building (B), comprising: - at least one thermal emitter , which is a fan coil unit or an indoor air conditioning unit and which comprises a motor-fan unit comprising a motor and a fan forming means for moving the ambient air, the thermal emitter comprising means for heat exchange between the ambient air and a heat transfer fluid circuit , the means for moving being capable of circulating the ambient air against the means for heat exchange, - a valve for adjusting the flow of the heat transfer fluid , - means for measuring the temperature (T) of the ambient air, - means for detecting the concentration (P) of at least one pollutant in the ambient air, - a device for purifying the ambient air including at least one purification module capable of treating particulate, chemical or biological pollutants detected by said means for detecting the concentration (P) of at least one pollutant in the ambient air, the intensity of the purification device being a function of the intensity of the means for moving the ambient air, - a control unit capable of controlling the activation of the means for moving the ambient air, the valve , and the purification device as a function of the temperature (T) of the ambient air and of the concentration (P) of pollutant in the ambient air. - at least one thermal emitter , which is a fan coil unit or an indoor air conditioning unit and which comprises a motor-fan unit comprising a motor and a fan forming means for moving the ambient air, the thermal emitter comprising means for heat exchange between the ambient air and a heat transfer fluid circuit , the means for moving being capable of circulating the ambient air against the means for heat exchange, - a valve for adjusting the flow of the heat transfer fluid , - means for measuring the temperature (T) of the ambient air, - means for detecting the concentration (P) of at least one pollutant in the ambient air, - a device for purifying the ambient air including at least one purification module capable of treating particulate, chemical or biological pollutants detected by said means for detecting the concentration (P) of at least one pollutant in the ambient air, the intensity of the purification device being a function of the intensity of the means for moving the ambient air, - a control unit capable of controlling the activation of the means for moving the ambient air, the valve , and the purification device as a function of the temperature (T) of the ambient air and of the concentration (P) of pollutant in the ambient air.
Brake device having a brake and a brake control device , to which a brake setpoint variable (Fsoll) is applied on the input side, and which on the output side is connected to a brake drive which is provided with a sensor device for obtaining a brake actual variable (Fist) that depends on the operating state of the brake , characterised in that the brake control device is connected to the brake drive via a series connection of a first switchover device and a second switchover device , wherein the first switchover device can be switched from the connection to the brake control device to a connection to a brake release unit by a first monitoring unit if the brake actual variable (Fist) exceeds a permissible brake maximum value (Fmax), and the second switchover device can be switched from the connection to the first switchover device to a connection to a brake application unit by a second monitoring unit if the brake actual variable (Fist) falls below a brake minimum value (Fmin).
A compound with the following formula: wherein each R 1 and R 2 is independently selected from the group consisting of OH, NH 2 , SH, and hydrogen; wherein n is an integer selected from 0 to 6, each R 1 , R 2 , and R 3 is independently selected from the group consisting of methyl, ethyl, propyl, isopropyl, phenyl, OH, NH 2 , and SH; wherein each R 1 and R 2 is independently selected from the group consisting of OH, NH 2 , SH, and hydrogen; wherein each A, B, X, Y, and Z is independently selected from the group consisting of CH and N; or wherein each R 1 to R 4 is independently selected from the group consisting of methyl, ethyl, propyl, isopropyl, phenyl, OH, NH 2 , and SH.
A bimodal high-density polyethylene polymer composition comprising a base resin which has a density of 946 to 951 kg/m 3 , preferably 947 to 951 kg/m 3 , and comprises an ethylene polymer (A) having a density of above 970 kg/m 3 , preferably above 971 kg/m 3 in an amount ranging between 47 and 53% by weight, preferably between 48 and 52% by weight, most preferably between 49.5 and 51.5% by weight and an ethylene polymer (B) having a density lower than the density of polymer (A), wherein said composition has a complex viscosity at a shear rate of 0.01 rad/s (190°C) ranging between 220 and 450 kPa.s, preferably between 220 and 420 kPa.s and a complex viscosity at a shear rate of 100 rad/s (190°C) ranging from 2000 to 2500 Pa.s, preferably from 2100 to 2450 Pa.s, which composition has a melt elastic modulus G'(G"=3000) at a reference melt viscous modulus (G") value of G"=3000 Pa ranging from 1650 to 2400 Pa, and when made into a pipe has a resistance to stress cracking of greater than 9,000 h, preferably greater than 10,000 h as measured by notch pipe test according to ISO ISO 13479: 1997.
A handheld information processing device including an operation part and a sound input part , comprising: an operation acceptance part for accepting operation performed with respect to the operation part ; a sound information processing part for performing information processing based on sound input to the sound input part ; and a sound invalidation part for substantially invalidating sound input to the sound input part if operation with respect to the operation part is accepted by the operation acceptance part, a volume determination part for determining whether or not volume of the sound input to the sound input part exceeds a given threshold, wherein the sound information processing part is configured to start information processing based on the input sound if the volume determination part determines that the volume exceeds the given threshold; the operation part and the sound input part are placed in one housing; and the sound invalidation part is configured to substantially invalidate sound input if the operation with respect to the operation part is accepted by the operation acceptance part, before information processing is started by the sound information processing part and the sound invalidation part is configured to not substantially invalidate sound input if the operation with respect to the operation part is accepted by the operation acceptance part, after information processing is started by the sound information processing part. an operation acceptance part for accepting operation performed with respect to the operation part ; a sound information processing part for performing information processing based on sound input to the sound input part ; and a sound invalidation part for substantially invalidating sound input to the sound input part if operation with respect to the operation part is accepted by the operation acceptance part, a volume determination part for determining whether or not volume of the sound input to the sound input part exceeds a given threshold, wherein the sound information processing part is configured to start information processing based on the input sound if the volume determination part determines that the volume exceeds the given threshold; the operation part and the sound input part are placed in one housing; and the sound invalidation part is configured to substantially invalidate sound input if the operation with respect to the operation part is accepted by the operation acceptance part, before information processing is started by the sound information processing part and the sound invalidation part is configured to not substantially invalidate sound input if the operation with respect to the operation part is accepted by the operation acceptance part, after information processing is started by the sound information processing part.
A method for producing a polyacrylic acid (salt)-based water absorbent resin powder, comprising a step of polymerizing an aqueous acrylic acid (salt)-based monomer solution, a step of drying the resulting polymer, an optional pulverization and classification step, and a surface crosslinking step, wherein in the surface crosslinking step, an aqueous surface crosslinking agent solution comprising at least an alkylene carbonate compound, a polyhydric alcohol compound and water is prepared by heating the alkylene carbonate compound or the polyhydric alcohol compound in advance and, thereafter, mixing the alkylene carbonate compound or the polyhydric alcohol compound with water to form the aqueous surface crosslinking agent solution, the solution is mixed into a water absorbent resin powder to form a mixture, the mixture is heat-reacted and, further, simultaneously with, or separately from the mixing, an ion reactive surface crosslinking agent is mixed; wherein the heating in the preparation of the aqueous surface crosslinking agent solution may be heat-melting; and wherein after the aqueous surface crosslinking agent solution is prepared, it is stored at 50°C or lower and, further, is mixed into a water absorbent resin powder within 10 days.
A light emitting semiconductor element package comprising: a first substrate ; a semiconductor element disposed on the first substrate; first and second electrodes disposed on the first substrate, and electrically connected to the semiconductor element; a housing disposed on the first substrate, disposed around the semiconductor element, and having a step in an upper region thereof; a diffusion part disposed at the step of the housing, and disposed on the semiconductor element; and further characterised by a plurality of via holes passing through the first substrate and the housing; and a plurality of connection wirings (171 to 174) disposed in the plurality of via holes. a first substrate ; a semiconductor element disposed on the first substrate; first and second electrodes disposed on the first substrate, and electrically connected to the semiconductor element; a housing disposed on the first substrate, disposed around the semiconductor element, and having a step in an upper region thereof; a diffusion part disposed at the step of the housing, and disposed on the semiconductor element; and further characterised by a plurality of via holes passing through the first substrate and the housing; and a plurality of connection wirings (171 to 174) disposed in the plurality of via holes.
An image forming apparatus comprising: a recorder configured to apply a colorant to a recording medium (P) in accordance with a recording operation of a plurality of recording devices ; an image-formation controller configured to instruct the recorder to form a combined image including a plurality of normal images and a test image on the recording medium (P), the plurality of normal images being laid out in a recording area on the recording medium (P) such that at least two normal images of the plurality of normal images are disposed adjacent to each other in a width direction of the recording medium (P); a reader configured to read the images formed on the recording medium (P); a failure detector configured to detect a recording operation failure of any of the recording devices based on the test image read by the reader ; and a determiner configured to determine the quality of each of the normal images based on the detected result of the recording operation failure by the failure detector and positional information on the images in the combined image. a recorder configured to apply a colorant to a recording medium (P) in accordance with a recording operation of a plurality of recording devices ; an image-formation controller configured to instruct the recorder to form a combined image including a plurality of normal images and a test image on the recording medium (P), the plurality of normal images being laid out in a recording area on the recording medium (P) such that at least two normal images of the plurality of normal images are disposed adjacent to each other in a width direction of the recording medium (P); a reader configured to read the images formed on the recording medium (P); a failure detector configured to detect a recording operation failure of any of the recording devices based on the test image read by the reader ; and a determiner configured to determine the quality of each of the normal images based on the detected result of the recording operation failure by the failure detector and positional information on the images in the combined image.
A display device, , comprising: a display panel including an active area in which a plurality of pixels is defined and a pad area in which pads for applying signals to the plurality of pixels are placed; a back cover placed to overlap the display panel; and a roller configured to wind or unwind the back cover and the display panel and including a flat portion and a curved portion wherein the pad area is placed to be inclined toward the flat portion; further comprising: a support member having an inclined surface corresponding to the pad area and configured to support the pad area; wherein the support member is placed between the display panel and the back cover. a display panel including an active area in which a plurality of pixels is defined and a pad area in which pads for applying signals to the plurality of pixels are placed; a back cover placed to overlap the display panel; and a roller configured to wind or unwind the back cover and the display panel and including a flat portion and a curved portion wherein the pad area is placed to be inclined toward the flat portion; further comprising: a support member having an inclined surface corresponding to the pad area and configured to support the pad area; wherein the support member is placed between the display panel and the back cover.
A self-propelled combine harvester with a separating device which comprises at least one axial rotor and a housing in the interior of which the axial rotor is disposed, wherein the housing has an inflow head at a front face , and a feed drum is provided which is disposed in front of the separating device and is provided for feeding a flow of harvested material into the separating device , characterized in that an inflow segment is associated with the feed drum over which the flow of harvested material is fed to the inflow head , wherein the inflow segment and/or portions (622 - 624) thereof is or are disposed in the combine harvester in an interchangeable and/or adjustable manner, wherein the inflow segment is disposed beneath the feed drum and in front of the separating device and the inflow segment and/or its portions (622 - 624) is or are interchangeably and/or adjustably disposed in the combine harvester as a function of the harvested material, the harvesting conditions, its wear and/or the throughput of harvested material.
Method for controlling the positioning of at least one rotor disc about a tie-rod of a partially assembled rotor of a gas turbine; the tie-rod extending along a longitudinal axis (A); the method comprising: • positioning the tie-rod so as the longitudinal axis (A) extends substantially vertically; • detecting the eccentricity of the rotor disc with respect to the longitudinal axis (A) of the tie-rod by means of an assembly comprising a main device coupled to a free face of the rotor disc and at least one first reference device coupled to the tie-rod ; the assembly further comprising at least three lasers emitters coupled to one between the main device and the at least one first reference device and at least three respective photosensitive sensors coupled to the other between the main device and the at least one first reference device ; the photosensitive sensors being arranged so as to intercept laser beams (B) emitted by respective lasers emitters . • positioning the tie-rod so as the longitudinal axis (A) extends substantially vertically; • detecting the eccentricity of the rotor disc with respect to the longitudinal axis (A) of the tie-rod by means of an assembly comprising a main device coupled to a free face of the rotor disc and at least one first reference device coupled to the tie-rod ; the assembly further comprising at least three lasers emitters coupled to one between the main device and the at least one first reference device and at least three respective photosensitive sensors coupled to the other between the main device and the at least one first reference device ; the photosensitive sensors being arranged so as to intercept laser beams (B) emitted by respective lasers emitters .
A computer implemented voting process comprising:- distributing a plurality of shares of a first common secret among a plurality of participants , wherein said first common secret implements an automated voting process by the participants and is accessible to a first threshold number of said shares and is inaccessible to less than said first threshold number of shares; and determining, based on different numbers of said shares of said first common secret held by a plurality of said participants, at least one combination of said shares held by a plurality of said participants , to provide said first threshold number of shares; characterized in that the step of determining at least one said combination comprises applying a knapsack algorithm to data including information representing respective numbers of shares held by a plurality of said participants ; where the data further includes information representing estimated voting behaviour of a plurality of said participants ; and wherein the information representing estimated voting behaviour includes a coefficient by which the information representing respective numbers of shares held by a plurality of said participants is multiplied. distributing a plurality of shares of a first common secret among a plurality of participants , wherein said first common secret implements an automated voting process by the participants and is accessible to a first threshold number of said shares and is inaccessible to less than said first threshold number of shares; and determining, based on different numbers of said shares of said first common secret held by a plurality of said participants, at least one combination of said shares held by a plurality of said participants , to provide said first threshold number of shares; characterized in that the step of determining at least one said combination comprises applying a knapsack algorithm to data including information representing respective numbers of shares held by a plurality of said participants ; where the data further includes information representing estimated voting behaviour of a plurality of said participants ; and wherein the information representing estimated voting behaviour includes a coefficient by which the information representing respective numbers of shares held by a plurality of said participants is multiplied.
A cable splitter device comprising: a housing defining an opening and having first and second end surfaces on opposite sides of the opening , the first end surface defining a first number of first slots extending from the opening , the second end surface defining a second number of second slots extending from the opening different from the first number; a slider disposed within the housing , the slider slidably coupled to the housing , the slider having a first end facing the first end surface of the housing and a second end facing the second end surface of the housing , the slider defining the first number of first channels extending from the first end of the slider and the second number of second channels extending from the second end of the slider ; and a clipping element associated with each of the first channels , each clipping element configured to fix a longitudinal position of a cable within the respective first channel at multiple different locations along a length of the first channel . a housing defining an opening and having first and second end surfaces on opposite sides of the opening , the first end surface defining a first number of first slots extending from the opening , the second end surface defining a second number of second slots extending from the opening different from the first number; a slider disposed within the housing , the slider slidably coupled to the housing , the slider having a first end facing the first end surface of the housing and a second end facing the second end surface of the housing , the slider defining the first number of first channels extending from the first end of the slider and the second number of second channels extending from the second end of the slider ; and a clipping element associated with each of the first channels , each clipping element configured to fix a longitudinal position of a cable within the respective first channel at multiple different locations along a length of the first channel .
Adapter arrangement , in particular fifth wheel adapter arrangement, for a semitrailer tractor, comprising a base body , a coupling arrangement , in particular a fifth-wheel coupling plate, and a king pin , wherein the king pin is fixed indirectly and/or directly to the base body , wherein the coupling arrangement is formed as a separate coupling plate, which is fixed to the base body , and in particular the coupling arrangement being stationary relative to the kingpin , characterized in that the adapter arrangement has a plug connector , in particular for an automatic coupling system, wherein the plug connector has a connecting plug , wherein the connecting plug is spaced from the king pin in the direction of extension of the king pin . a base body , a coupling arrangement , in particular a fifth-wheel coupling plate, and a king pin , wherein the king pin is fixed indirectly and/or directly to the base body , wherein the coupling arrangement is formed as a separate coupling plate, which is fixed to the base body , and in particular the coupling arrangement being stationary relative to the kingpin , characterized in that the adapter arrangement has a plug connector , in particular for an automatic coupling system, wherein the plug connector has a connecting plug , wherein the connecting plug is spaced from the king pin in the direction of extension of the king pin .
Escapement mechanism designed to transmit impulses of mechanical energy from a drive source to an oscillating regulator of a timepiece via a spring blade which acts by buckling about an inflection point (I), said spring blade being able to accumulate the energy from the drive source between two impulses and to transmit it to said oscillating regulator at each impulse via a winding lever and a detent lever , which are able to rotate about an axis of rotation (A) which is common to both said winding and detent lever and designed to interact with the spring blade and with at least one escapement wheel receiving the energy from the drive source to block the rotation thereof intermittently, characterised in that one end of said spring blade is secured to the detent lever which is able to rotate about said axis of rotation (A) of the detent lever, and in that the winding lever interacts at one end with the spring blade at the inflection point thereof.
A terminal device comprising: means for, in response to relocating a quality of service, QoS, flow from a first data radio bearer to a second data radio bearer, temporarily adjusting one or more prioritization parameters associated with the first data radio bearer to prioritize the first data radio bearer, wherein the one or more prioritization parameters comprise at least one of a priority of the first data radio bearer, a prioritized bit rate of the first data radio bearer or a pre-defined set of logical channel prioritization, LCP, parameters for carrying out an LCP procedure.