mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: configuring one or more short transmission time interval, sTTI, regions in a normal TTI region in a system bandwidth by a user equipment, UE, in a wireless network, wherein the sTTI regions are shared by the UE and one or more other UEs in the wireless network, and wherein each UE includes a self-contained control information sPDCCH occupying a control information region; detecting a signal, wherein the signal indicates one or more resource elements, REs, in the sPDCCH control information region that can be used for data transmission; and obtaining data transmission from the REs in the sPDCCH control information region based on the detected signal, characterized in that the signal indicates one or more CCE REs to be excluded for data transmission. configuring one or more short transmission time interval, sTTI, regions in a normal TTI region in a system bandwidth by a user equipment, UE, in a wireless network, wherein the sTTI regions are shared by the UE and one or more other UEs in the wireless network, and wherein each UE includes a self-contained control information sPDCCH occupying a control information region; detecting a signal, wherein the signal indicates one or more resource elements, REs, in the sPDCCH control information region that can be used for data transmission; and obtaining data transmission from the REs in the sPDCCH control information region based on the detected signal, characterized in that the signal indicates one or more CCE REs to be excluded for data transmission.
A pre-pump filter system for a water circulation pump comprising a biological cleaning mechanism and an internal self-cleaning mechanism; the internal self-cleaning mechanism further comprising: a pump intake pipe having a first port configured to connect said pump intake pipe to said circulation pump, said circulation pump providing a conduit for water out of the pond by suction of water; a water supply pipe having a second port configured to connect said water supply pipe to a water source, said water source providing a conduit for water into the pond;and at least one water supply pipe extension connected to the water supply pipe and having holes, and comprising: a rotating section; a non-rotating section; and a water motor interposed between the rotating section and the non-rotating section, and wherein the holes are on the rotating section; the pre-pump filtration system further comprising: a frame; and a screen cage having an inside and outside surface, the screen cage further comprising: at least two filtering surfaces that form a repository to collect pond debris to be eaten by at least one aquatic creature to fulfill the biological cleaning mechanism; wherein the water supply pipe, the pump intake pipe, the at least one water supply pipe extension, the rotating section and the water motor are located inside the screen cage. a pump intake pipe having a first port configured to connect said pump intake pipe to said circulation pump, said circulation pump providing a conduit for water out of the pond by suction of water; a water supply pipe having a second port configured to connect said water supply pipe to a water source, said water source providing a conduit for water into the pond;and at least one water supply pipe extension connected to the water supply pipe and having holes, and comprising: a rotating section; a non-rotating section; and a water motor interposed between the rotating section and the non-rotating section, and wherein the holes are on the rotating section; a rotating section; a non-rotating section; and a water motor interposed between the rotating section and the non-rotating section, and wherein the holes are on the rotating section; a frame; and a screen cage having an inside and outside surface, the screen cage further comprising: at least two filtering surfaces that form a repository to collect pond debris to be eaten by at least one aquatic creature to fulfill the biological cleaning mechanism; at least two filtering surfaces that form a repository to collect pond debris to be eaten by at least one aquatic creature to fulfill the biological cleaning mechanism;
A state changing tongue actuator, arranged to be implanted at least in part helically into a tongue to treat obstructive sleep apnea, wherein the actuator comprises a helical section extending along a helix axis, the helical section of the actuator having compression portions and widening portions alternatingly provided along the helical section of the actuator, the helical section of the actuator being controllable between: a first state in which the helical section of the actuator has a relatively low stiffness to allow unhindered movement of the tongue when implanted; and a second state in which the helical section of the actuator has a higher stiffness than in the first state, and is deformed in such a way that the compression portions have moved away from the helix axis, and the widening portions have moved towards the helix axis. a first state in which the helical section of the actuator has a relatively low stiffness to allow unhindered movement of the tongue when implanted; and a second state in which the helical section of the actuator has a higher stiffness than in the first state, and is deformed in such a way that the compression portions have moved away from the helix axis, and the widening portions have moved towards the helix axis.
A private key generation system, comprising a first network device, a second network device, and a terminal device, wherein the first network device is configured to send a first response message to the terminal device, wherein the first response message comprises at least a first sub-private key, and the first sub-private key is generated based on a first parameter set sent by the second network device; the second network device is configured to send a second response message to the terminal device, wherein the second response message comprises at least a second sub-private key, and the second sub-private key is generated based on a second parameter set sent by the first network device; and the terminal device is configured to synthesize a joint private key based on at least the first sub-private key and the second sub-private key, characterized in that the terminal device is configured to synthesize the first sub-private key and the second sub-private key into a first joint private key according to the following formula: SSK _ 1 = SSK 1 + SSK 2, wherein SSK_1 is the first joint private key, SSK1 is the first sub-private key, and SSK2 is the second sub-private key.
A hair treatment device comprising: a device body; at least one sensor arranged in or on the device body for detecting a hair condition parameter; and an electronic circuit device arranged in or on the device body, wherein the electronic circuit device is coupled to the at least one sensor for receiving the detected hair condition parameter, and wherein the electronic circuit device is further configured to determine, based on the received sensor value, hair condition information in the form of a degree of hair damage, wherein the electronic circuit device is further configured, based on the determined degree of hair damage, to control at least one hair treatment parameter and to dose at least one hair treatment agent. a device body; at least one sensor arranged in or on the device body for detecting a hair condition parameter; and an electronic circuit device arranged in or on the device body, wherein the electronic circuit device is coupled to the at least one sensor for receiving the detected hair condition parameter, and wherein the electronic circuit device is further configured to determine, based on the received sensor value, hair condition information in the form of a degree of hair damage, wherein the electronic circuit device is further configured, based on the determined degree of hair damage, to control at least one hair treatment parameter and to dose at least one hair treatment agent.
A device for the attachment of correction weights for unbalance correction to a rotary body to be balanced, comprising a supply unit capable of supplying individual correction weights in successive sequence, an attachment device intended and configured for applying the correction weights to a rotary body to be balanced and including a first receptacle for a first correction weight and a second receptacle for a second correction weight, a feed unit which is constructed to feed supplied correction weights to the receptacles of the attachment device, characterized in that the feed unit includes a movable feeder head which has at least two axially extending feeder elements (26, 27, 28, 29) arranged on the feeder head at a relative distance and forming a slideway for the correction weights, and driving devices (34, 35) associated with the feeder elements (26, 27, 28, 29) to cause the correction weights to be movable longitudinally to the feeder elements (26, 27, 28, 29), wherein each of said feeder elements (26, 27, 28, 29) has a supply end connectable to the supply unit and a discharge end connectable to the receptacles (6, 7) of the attachment device, and movement of the feeder head enables either the supply end to be connected to the supply unit or the discharge end to be connected to one of the receptacles (6, 7) of the attachment device, and wherein in at least one position of the feeder head a first feeder element (26, 27, 28, 29) is connectable with its discharge end to the first receptacle of the attachment device and a second feeder element (26, 27, 28, 29) is connectable with its discharge end to the second receptacle of the attachment device.
Method for operating a thermal imaging camera, including at least the following method steps: • measuring two-dimensional temperature information, in particular a thermal image of a setting, by means of an infrared detector array of the thermal imaging camera, which consists of a plurality of pixels sensitive to infrared radiation (method step 204), • providing ambient humidity information and/or ambient air temperature information (method step 200a, 200b, 200c), characterized in that, by means of an evaluation device, two-dimensional information about a mold formation risk, in particular a mold risk map of the setting, is calculated using a mold growth model and using the two-dimensional temperature information, the ambient humidity information, and the ambient air temperature information (method step 206), wherein, in a further method step (method step 202a), the mold growth model is specified by an operator. • measuring two-dimensional temperature information, in particular a thermal image of a setting, by means of an infrared detector array of the thermal imaging camera, which consists of a plurality of pixels sensitive to infrared radiation (method step 204), • providing ambient humidity information and/or ambient air temperature information (method step 200a, 200b, 200c),
A servo controlled stitching apparatus comprising: at least one wire retaining spool; at least one stitching head; means for said stitching head for feeding wire delivered to it from said spools and for cutting pulled wire into a desired section and for applying said cut section to a successive bunch of paper sheets for stitching; wire pulling means in the path of the wire being delivered from said spool to the stitching head for pulling a wire from the spool to form a slacked portion; wherein said slacked wire defines the length of the wire being pulled by said wire pulling means; wherein said wire pulling means comprises a pair of rollers (11, 13) in closest proximity at their periphery rotatably mounted on shafts (12, 14) which are substantially parallel, means for rotating one of said shafts (11, 13), means for applying pressure across the section of wire located between said rollers (11, 13) and a controller means, in which controller means said slacked portion is changeably defined by said rotating means controlled by the controller means; wherein one of said rollers (11, 13) is formed with at least one groove along its circular periphery for protrusively locating and guiding said wire; wherein said wire is pulled by passing between said rollers (11, 13) while pressure is applied between diametrically opposed points on the periphery of said wire; wherein said rotating means rotates any of said rollers (11, 13) until the slacked wire defined in the controller means is pulled from the spool. at least one wire retaining spool; at least one stitching head; means for said stitching head for feeding wire delivered to it from said spools and for cutting pulled wire into a desired section and for applying said cut section to a successive bunch of paper sheets for stitching; wire pulling means in the path of the wire being delivered from said spool to the stitching head for pulling a wire from the spool to form a slacked portion; wherein said slacked wire defines the length of the wire being pulled by said wire pulling means; wherein said wire pulling means comprises a pair of rollers (11, 13) in closest proximity at their periphery rotatably mounted on shafts (12, 14) which are substantially parallel, means for rotating one of said shafts (11, 13), means for applying pressure across the section of wire located between said rollers (11, 13) and a controller means, in which controller means said slacked portion is changeably defined by said rotating means controlled by the controller means; wherein one of said rollers (11, 13) is formed with at least one groove along its circular periphery for protrusively locating and guiding said wire; wherein said wire is pulled by passing between said rollers (11, 13) while pressure is applied between diametrically opposed points on the periphery of said wire; wherein said rotating means rotates any of said rollers (11, 13) until the slacked wire defined in the controller means is pulled from the spool.
A method for diagnosing possible causes of changes in at least one control valve with a control element, in a plant of which the control valve is a part, or in a process performed on the plant, comprising the following steps: 1.1 when no movement of the control element is intended and/or there is no control impulse, data concerning the position of the control element are recorded at a plurality of times 1.2 this occurs at least in a first and in a second time interval; 1.3 characteristics of the data relating to the position of the control element from the first time interval are determined; 1.3.1 wherein the characteristics are chosen from a group comprising at least the following members: the operating point, a mean value, the variance thereof, an operating range, local maxima; 1.4 the same characteristics are determined for the data relating to the position of the control element from the second time interval; 1.4.1 wherein the further steps are only performed if for each time interval considered the characteristics of the data relating to the position of the control element from the time interval considered include that at least one local maximum can be assigned to the position of the control element; 1.5 the characteristics of the data relating to the position of the control element from the two time intervals are compared; 1.6 possible causes for changes in the at least one control valve, in the plant or in the process are diagnosed from differences determined in the characteristics; 1.7 the diagnosis is output. 1.1 when no movement of the control element is intended and/or there is no control impulse, data concerning the position of the control element are recorded at a plurality of times 1.2 this occurs at least in a first and in a second time interval; 1.3 characteristics of the data relating to the position of the control element from the first time interval are determined; 1.3.1 wherein the characteristics are chosen from a group comprising at least the following members: the operating point, a mean value, the variance thereof, an operating range, local maxima; 1.4 the same characteristics are determined for the data relating to the position of the control element from the second time interval; 1.4.1 wherein the further steps are only performed if for each time interval considered the characteristics of the data relating to the position of the control element from the time interval considered include that at least one local maximum can be assigned to the position of the control element; 1.5 the characteristics of the data relating to the position of the control element from the two time intervals are compared; 1.6 possible causes for changes in the at least one control valve, in the plant or in the process are diagnosed from differences determined in the characteristics; 1.7 the diagnosis is output.
A method of producing a collagen biomaterial, admixing the following to produce a collagen solution (i) a solution of monomeric collagen, (ii) a solution of polymeric collagen, (ii) cargo particles and (iv) a non-collagen blocking polymer, allowing the collagen solution to solidify to produce a collagen hydrogel, and reducing the amount of liquid in the collagen hydrogel to produce a compressed collagen biomaterial, wherein the blocking polymer has a hydrodynamic radius of greater than 11 nm and less than 500 nm; and wherein the collagen solution comprises 2 mg/ml to 50 mg/ml blocking polymer.
A lithium secondary battery comprising a cathode comprising a cathode active material, an anode comprising an anode active material and a separator, wherein: - the cathode active material contains a compound of Li 2 NiO 2 in an amount of 1 to 10 wt% of the cathode active material, and - the anode active material containing: ∘ a carbon-based material selected from the group consisting of soft carbon, hard carbon, natural graphite, Kish graphite, pyrolytic carbon, mesophase pitch based carbon fiber, meso-carbon microbeads, mesophase pitches, petroleum derived cokes, coal tar pitch derived cokes and a mixture thereof, and ∘ SiO x (0 < x < 2) in an amount of 1 to 15 wt% of the total anode active material. - the cathode active material contains a compound of Li 2 NiO 2 in an amount of 1 to 10 wt% of the cathode active material, and - the anode active material containing: ∘ a carbon-based material selected from the group consisting of soft carbon, hard carbon, natural graphite, Kish graphite, pyrolytic carbon, mesophase pitch based carbon fiber, meso-carbon microbeads, mesophase pitches, petroleum derived cokes, coal tar pitch derived cokes and a mixture thereof, and ∘ SiO x (0 < x < 2) in an amount of 1 to 15 wt% of the total anode active material. ∘ a carbon-based material selected from the group consisting of soft carbon, hard carbon, natural graphite, Kish graphite, pyrolytic carbon, mesophase pitch based carbon fiber, meso-carbon microbeads, mesophase pitches, petroleum derived cokes, coal tar pitch derived cokes and a mixture thereof, and ∘ SiO x (0 < x < 2) in an amount of 1 to 15 wt% of the total anode active material.
Method of controlling the thrust of the jets of a multi-jet aircraft, during the aircraft takeoff phase, characterized in that it comprises the following successive steps: - a first step of controlling the jets to a first thrust level P1, until the aircraft reaches a first predetermined speed V A; - a second step of controlling the jets to a second thrust level P2, less than said first thrust level P1, when the aircraft exhibits a speed greater than the first predetermined speed V A; said first predetermined speed V A being chosen to be less than the minimum ground control speed V MCG of said aircraft when the jets (11, 12) are at the second thrust level P2. - a first step of controlling the jets to a first thrust level P1, until the aircraft reaches a first predetermined speed V A; - a second step of controlling the jets to a second thrust level P2, less than said first thrust level P1, when the aircraft exhibits a speed greater than the first predetermined speed V A;
Brake assembly for braking a wheel of a vehicle, comprising: a brake member assembly comprising at least one brake member (2a, 2b) configured to rotate about a rotational axis, at least one braking member (3a, 3b) arranged on a radial surface side of the at least one brake member (2a, 2b) with respect to the rotational axis, wherein the at least one braking member (3a, 3b) is axially movable with respect to the rotational axis, and an actuator mechanism (5a, 5b, 5c, 5d) configured to move the at least one braking member (3a, 3b) in the axial direction towards the at least one brake member (2a, 2b) to apply a braking force on the radial surface of the at least one brake member (2a, 2b), wherein the at least one brake member (2a, 2b) provides at least one brake member portion (20a, 20b) arranged and configured to provide a contact surface on the radial surface side of the at least one brake member (2a, 2b) for the at least one braking member (3a, 3b) to form a frictional pairing with the at least one braking member (3a, 3b) upon contact, and characterised in that, a wear rate of a material of the at least one brake member portion (20a, 20b) intended for the frictional pairing is higher than a wear rate a material of the at least one braking member (3a, 3b) intended for the frictional pairing. a brake member assembly comprising at least one brake member (2a, 2b) configured to rotate about a rotational axis, at least one braking member (3a, 3b) arranged on a radial surface side of the at least one brake member (2a, 2b) with respect to the rotational axis, wherein the at least one braking member (3a, 3b) is axially movable with respect to the rotational axis, and an actuator mechanism (5a, 5b, 5c, 5d) configured to move the at least one braking member (3a, 3b) in the axial direction towards the at least one brake member (2a, 2b) to apply a braking force on the radial surface of the at least one brake member (2a, 2b), wherein the at least one brake member (2a, 2b) provides at least one brake member portion (20a, 20b) arranged and configured to provide a contact surface on the radial surface side of the at least one brake member (2a, 2b) for the at least one braking member (3a, 3b) to form a frictional pairing with the at least one braking member (3a, 3b) upon contact, and characterised in that, a wear rate of a material of the at least one brake member portion (20a, 20b) intended for the frictional pairing is higher than a wear rate a material of the at least one braking member (3a, 3b) intended for the frictional pairing.
An antagonist of the cannabinoid receptor CB1 selected from a neutral antagonist or an inverse agonist of the cannabinoid receptor CB1, for use in the prevention or treatment of a disease associated with neuronal dendritic abnormalities, wherein said dendritic abnormalities are not caused by an external stimulus, but due to an impaired maturation of the neuronal dendritic plasticity.
Pump, preferably centrifugal pump, particularly preferably heating circulation pump, having an electronics housing and at least one cooling body, which is a constituent part of the electronics housing, wherein the cooling body has a cooling-body base plate which forms a bottom of the electronics housing and on whose outer surface cooling ribs extend, characterized in that at least some of the cooling ribs have a curved profile with a defined radius of curvature along the cooling-body base plate.