mhurhangee/ep-ind-claims huggingface dataset:
A process for converting acyclic C 5 hydrocarbon to cyclic C 5 hydrocarbon comprising: a) providing a furnace comprising parallel reactor tube(s), the reactor tubes containing catalyst composition; b) providing feedstock comprising acyclic C 5 hydrocarbon; c) contacting the feedstock with the catalyst composition; d) obtaining a reactor effluent comprising cyclic C 5 hydrocarbon wherein, the cyclic C 5 hydrocarbon comprises cyclopentadiene; e) discontinuing providing a feedstock comprising acyclic C 5 hydrocarbons; f) providing a rejuvenation gas comprising H 2 and less than 1.0 wt.% reactive oxygen-containing compounds, based upon the weight of the rejuvenation gas; g) contacting the rejuvenation gas with the catalyst composition to remove at least a portion of coke material on the catalyst composition; and h) discontinuing providing a rejuvenation gas and resuming providing a feedstock comprising acyclic C 5 hydrocarbons; wherein the reactor tubes have an inverse temperature profile meaning that the reactor inlet temperature is lower than the reactor outlet temperature. a) providing a furnace comprising parallel reactor tube(s), the reactor tubes containing catalyst composition; b) providing feedstock comprising acyclic C 5 hydrocarbon; c) contacting the feedstock with the catalyst composition; d) obtaining a reactor effluent comprising cyclic C 5 hydrocarbon wherein, the cyclic C 5 hydrocarbon comprises cyclopentadiene; e) discontinuing providing a feedstock comprising acyclic C 5 hydrocarbons; f) providing a rejuvenation gas comprising H 2 and less than 1.0 wt.% reactive oxygen-containing compounds, based upon the weight of the rejuvenation gas; g) contacting the rejuvenation gas with the catalyst composition to remove at least a portion of coke material on the catalyst composition; and h) discontinuing providing a rejuvenation gas and resuming providing a feedstock comprising acyclic C 5 hydrocarbons;
A bulk refuse container with lifting pins which are fastened on the side of the body of said bulk refuse container, comprising a body, said body being provided with at least one hole or seat prepared at the position of each lifting pin, wherein in said hole or seat the respective pin is fastened by means of a respective backplate of the bulk refuse container; said pin and said respective backplate being made of plastic material as the bulk refuse container, or being made of any other material suitable for the purpose; wherein said pin is fastened on the side of the body of the bulk refuse container and wherein said pin and backplate are fastened to each other to be tightened on a respective wall of the bulk refuse container so as to avoid damaging it in the event of knocks or breaks of the pin and/or of the backplate; wherein the area of the side wall of the bulk refuse container about each hole is reinforced and sized so that once the pin is fastened with the related backplate, the pin is positioned in the position desired, characterized in that said pin is manually screwable on the respective backplate and screwed on the respective backplate or alternatively, the fastening of the pin on the backplate being of the bayonet or plug-in type or by means of a metal or non-metal middle pin; and in that the body made of plastic material and said backplate is fastened inside the bulk refuse container, wherein the pin can be unfastened from the backplate. characterized in that said pin is manually screwable on the respective backplate and screwed on the respective backplate or alternatively, the fastening of the pin on the backplate being of the bayonet or plug-in type or by means of a metal or non-metal middle pin; and in that the body made of plastic material and said backplate is fastened inside the bulk refuse container, wherein the pin can be unfastened from the backplate.
Motor vehicle door handle assembly having a handle (1, 23)which can be displaced from a resting position into an actuating position, wherein a grip hook (2, 22, 32) arranged on the rear side of the handle (1, 23) in the assembled state is coupled kinematically with a deflection lever (5, 25, 35), wherein, in the displacement from the resting position into the actuating position, the deflection lever (5, 25, 35) acts indirectly or directly on a motor vehicle door lock, wherein the motor vehicle door handle assembly has at least one guide track (11, 21, 31) as a assembly aid on which the grip hook (2, 22, 32), during the insertion into the motor vehicle door handle assembly, is guided into a position in which the grip hook (2, 22, 32) is coupled kinematically with the deflection lever (5, 25, 35), characterised in that the motor vehicle door handle assembly has a securing element, which can be displaced from a pre-assembly position into an final assembly position, for fixing a locking cylinder and the guide track (11, 21, 31) is arranged on the securing element.
An agricultural mulch film comprising: a biodegradable top layer having a first capacity of light absorption and a first speed of degradation, a substantially non-degradable middle layer based on polyolefinic materials, having a second capacity of light absorption different from the first capacity of light absorption and a second speed of degradation which is lower than the first speed of degradation, a bottom layer having the first speed of degradation or the second speed of degradation, and one or more adhesive polymers adhering the middle layer and the top layer. a biodegradable top layer having a first capacity of light absorption and a first speed of degradation, a substantially non-degradable middle layer based on polyolefinic materials, having a second capacity of light absorption different from the first capacity of light absorption and a second speed of degradation which is lower than the first speed of degradation, a bottom layer having the first speed of degradation or the second speed of degradation, and one or more adhesive polymers adhering the middle layer and the top layer.
A chemical vapor deposition apparatus comprising: a chamber; a susceptor disposed in the chamber and supporting a substrate having an organic light-emitting diode; a backing plate disposed over the susceptor and spaced apart from the susceptor by a predetermined distance; a diffuser disposed between the backing plate and the susceptor and providing a deposition gas to the substrate; and a first insulator comprising: a first portion covering a top surface of the backing plate, the first portion including a plurality of protrusions which protrude from edges of the first portion toward the backing plate; and a second portion assembled with the first portion and covering a sidewall of the backing plate, the second portion including a plurality of engaging portions which are recessed from a top surface of the second portion and are disposed in regions corresponding to the plurality of protrusions, and wherein the first portion and the second portion are coupled to the backing plate and the plurality of protrusions in the first portion and the plurality of engaging portions in the second portion are coupled to each other. a chamber; a susceptor disposed in the chamber and supporting a substrate having an organic light-emitting diode; a backing plate disposed over the susceptor and spaced apart from the susceptor by a predetermined distance; a diffuser disposed between the backing plate and the susceptor and providing a deposition gas to the substrate; and a first insulator comprising: a first portion covering a top surface of the backing plate, the first portion including a plurality of protrusions which protrude from edges of the first portion toward the backing plate; and a second portion assembled with the first portion and covering a sidewall of the backing plate, the second portion including a plurality of engaging portions which are recessed from a top surface of the second portion and are disposed in regions corresponding to the plurality of protrusions, and wherein the first portion and the second portion are coupled to the backing plate and the plurality of protrusions in the first portion and the plurality of engaging portions in the second portion are coupled to each other.
Patient specific operative guide (1, 1', 1") for use in spinal surgery, comprising at least one couple of guiding members for guiding a surgical operation on a patient's vertebra (100, 100', 100"); and a plurality of contact members (4, 5, 6) designed to match with a corresponding plurality of contact areas on the patient's vertebra (100, 100', 100") in order to define a unique coupling configuration of the patient specific operative guide (1, 1', 1") on the patient's vertebra (100, 100', 100"); said contact members (4, 5, 6) comprising a main contact member, designed to couple with a main contact area corresponding to the spinous process of the patient's vertebra (100, 100', 100") in said coupling configuration, and at least one pair of auxiliary contact members (5, 6), designed to abut on auxiliary contact areas, respectively positioned laterally left and laterally right of the spinous process, in said coupling configuration, characterized in that said at least one couple of guiding members (2 is coupled to the main contact member by a bearing frame comprising a V-shaped bridge having a planar extension and one or more straight transverse bars connecting together upper sections of the guiding members.
A method of controlling a device, the method comprising the following steps: - determining a programming law (30_1) of an apparatus of the device over an operating cycle, the apparatus being suitable for operating during the cycle according to an active operating mode (T C), adapted to the use of the device by a user, and a standby mode (T eco), adapted to the absence of use of the device by the user; - comparing the operation of the apparatus according to the programming law with the actual use of the device by the user, - determining a mismatch between the setpoint (30 1) given by the programming law of the apparatus and the actual use of the device by the user; and - modifying the programming law (30 1) of the apparatus based on the actual use of the device by the user, the modification of the programming law anticipating the use of the device by the user: • by a predetermined period of time; • by a period of time configurable by the user; or • by a period determined by the device itself, by its self-learning. - determining a programming law (30_1) of an apparatus of the device over an operating cycle, the apparatus being suitable for operating during the cycle according to an active operating mode (T C), adapted to the use of the device by a user, and a standby mode (T eco), adapted to the absence of use of the device by the user; - comparing the operation of the apparatus according to the programming law with the actual use of the device by the user, - determining a mismatch between the setpoint (30 1) given by the programming law of the apparatus and the actual use of the device by the user; and - modifying the programming law (30 1) of the apparatus based on the actual use of the device by the user, the modification of the programming law anticipating the use of the device by the user: • by a predetermined period of time; • by a period of time configurable by the user; or • by a period determined by the device itself, by its self-learning. • by a predetermined period of time; • by a period of time configurable by the user; or • by a period determined by the device itself, by its self-learning.
Guide shoe for guiding a climbing profile in the building sector, comprising at least one guide jaw which is movable and/or pivotable such that the guide shoe can be removed from the climbing profile, wherein the guide jaw can be locked in at least one position by means of at least one spring-loaded locking element which is preloaded into the locked position, wherein the guide shoe can be fastened to a wall or a floor of a building to be constructed by means of at least one fastening element, for example a screw.
Method for producing a coating, consisting of a cured surfacer coat and cured topcoat, on a substrate, including i) Production of a coating system by i-a) in a first step, applying to the untreated substrate or substrate coated at least with a cured electrodeposition coat, a coating material comprising at least one coloring pigment and comprising at least one self-crosslinking, externally crosslinking, or physically drying binder as main binder, to form a surfacer coat, i-b) in a second step, applying, to the surfacer coat, a further coating material comprising at least one coloring pigment and comprising at least one self-crosslinking, externally crosslinking, or physically drying binder as main binder, to form a topcoat, and ii) the coating system produced in step i) is cured to form the coating, characterized in that the coating materials used in i-a) and i-b) in the coating system are compatible according to DIN EN ISO 12944-5:2008-01, and the application of the coating material to form the topcoat in i-b) takes place before the coating material for forming the surfacer coat in i-a) has reached drying stage 1 according to DIN 53150:2002-09, the drying stage being determined according to EN ISO 9117-3:2010. i) Production of a coating system by i-a) in a first step, applying to the untreated substrate or substrate coated at least with a cured electrodeposition coat, a coating material comprising at least one coloring pigment and comprising at least one self-crosslinking, externally crosslinking, or physically drying binder as main binder, to form a surfacer coat, i-b) in a second step, applying, to the surfacer coat, a further coating material comprising at least one coloring pigment and comprising at least one self-crosslinking, externally crosslinking, or physically drying binder as main binder, to form a topcoat, and i-a) in a first step, applying to the untreated substrate or substrate coated at least with a cured electrodeposition coat, a coating material comprising at least one coloring pigment and comprising at least one self-crosslinking, externally crosslinking, or physically drying binder as main binder, to form a surfacer coat, i-b) in a second step, applying, to the surfacer coat, a further coating material comprising at least one coloring pigment and comprising at least one self-crosslinking, externally crosslinking, or physically drying binder as main binder, to form a topcoat, and ii) the coating system produced in step i) is cured to form the coating,
A fluid pumping system for a vehicle having an internal combustion engine, the pumping system comprising: an electric motor; a controller to control the speed of the electric motor; a planetary gearset including a first member adapted to be driven by the internal combustion engine, a second member driven by the electric motor and a third member; and a pump driven by the third member of the planetary gearset; wherein the controller is configured to electrically interconnect fields of the electric motor to provide an electrical brake and selectively restrict rotation of the second member to change the gear ratio provided by the planetary gearset; characterized in that the electric motor is submersible within a fluid to be pumped and the controller is configured to apply the electrical brake to heat the fluid to be pumped. an electric motor; a controller to control the speed of the electric motor; a planetary gearset including a first member adapted to be driven by the internal combustion engine, a second member driven by the electric motor and a third member; and a pump driven by the third member of the planetary gearset; wherein the controller is configured to electrically interconnect fields of the electric motor to provide an electrical brake and selectively restrict rotation of the second member to change the gear ratio provided by the planetary gearset; characterized in that the electric motor is submersible within a fluid to be pumped and the controller is configured to apply the electrical brake to heat the fluid to be pumped.
Lid lifter for assisting the opening of a lid of a roof box for a vehicle, said lid lifter comprising a first link and a second link rotatably coupled to each other at a respective first end portion (62, 82) and rotatably couplable to said lid or a base of said roof box at a respective second end portion (64, 84), a force application mechanism for applying an assistive force on said first link or said second link, said force application mechanism being provided on at least one of said first and second links (6, 8), a primary retaining structure for accommodating elements of said force application mechanism, and a secondary retaining structure for preventing at least one of said elements of said force application mechanism from coming off of said lid lifter in case of a failure of said first retaining structure, wherein said secondary retaining structure is fixed to at least said first end portion and/or said second end portion of said one of said first and second links on which said force application mechanism is provided.
A method of forming a ceramic wire, comprising: depositing a ceramic precursor film on a wire substrate: and heat-treating the wire substrate on which the ceramic precursor film is deposited, comprising: increasing the temperature of the wire substrate and increasing the oxygen partial pressure of a processing chamber in which the wire substrate is provided, such that the ceramic precursor film is in a liquid state; and then decreasing the temperature of the wire substrate to form an epitaxy ceramic film from the liquid ceramic precursor film on the wire substrate. depositing a ceramic precursor film on a wire substrate: and heat-treating the wire substrate on which the ceramic precursor film is deposited, comprising: increasing the temperature of the wire substrate and increasing the oxygen partial pressure of a processing chamber in which the wire substrate is provided, such that the ceramic precursor film is in a liquid state; and then decreasing the temperature of the wire substrate to form an epitaxy ceramic film from the liquid ceramic precursor film on the wire substrate. increasing the temperature of the wire substrate and increasing the oxygen partial pressure of a processing chamber in which the wire substrate is provided, such that the ceramic precursor film is in a liquid state; and then decreasing the temperature of the wire substrate to form an epitaxy ceramic film from the liquid ceramic precursor film on the wire substrate.
A method performed in a video encoder for temporally constraining temporal propagation of spatial dependencies for each video block to be encoded, the method comprising: determining a temporal spatial dependency value for each of a plurality of candidate reference video blocks in a reference frame for inter-coding a current block in a current video frame, wherein the number of previous video frames which contain blocks on which the candidate reference video block depends defines the temporal spatial dependency value, wherein for any inter-coded block immediately adjacent and co-located blocks of the previous frame are used for inter-coding, wherein the previous video frames are encoded prior to the reference frame; comparing the temporal spatial dependency value for each of the plurality of candidate reference video blocks to a threshold value; selecting a coding mode for the current block based on the comparison, wherein the coding mode selected is intra-coding if the temporal spatial dependency value for all of the plurality of candidate reference video blocks exceeds the threshold value; and encoding the current block in the current video frame according to the selected coding mode; resetting the temporal spatial dependency value for the current block upon intra-coding the current block to a value that reflects that the current block no longer depends on the video blocks in the previous video frames. determining a temporal spatial dependency value for each of a plurality of candidate reference video blocks in a reference frame for inter-coding a current block in a current video frame, wherein the number of previous video frames which contain blocks on which the candidate reference video block depends defines the temporal spatial dependency value, wherein for any inter-coded block immediately adjacent and co-located blocks of the previous frame are used for inter-coding, wherein the previous video frames are encoded prior to the reference frame; comparing the temporal spatial dependency value for each of the plurality of candidate reference video blocks to a threshold value; selecting a coding mode for the current block based on the comparison, wherein the coding mode selected is intra-coding if the temporal spatial dependency value for all of the plurality of candidate reference video blocks exceeds the threshold value; and encoding the current block in the current video frame according to the selected coding mode; resetting the temporal spatial dependency value for the current block upon intra-coding the current block to a value that reflects that the current block no longer depends on the video blocks in the previous video frames.
A dressing for treating an area around an ankle with negative pressure, the dressing comprising: an attachment device having a treatment aperture; a manifold comprising a stem, a first arm joined to the stem, and a second arm joined to a second end of the stem, the manifold at least partially exposed through the treatment aperture; a cover disposed over the manifold and coupled to the attachment device around the manifold; and an adhesive on the attachment device for bonding to the area around the ankle, wherein the manifold has a line of symmetry through the stem, and each of the first arm and second arm has a span (450, 460) that is orthogonal to the line of symmetry, and the first arm and the second arm flare away from the stem and edges of the first arm and second arm converge toward the stem to define a concave void adjacent each side of the stem, the first arm has an arm extension for coupling to a fluid conductor. an attachment device having a treatment aperture; a manifold comprising a stem, a first arm joined to the stem, and a second arm joined to a second end of the stem, the manifold at least partially exposed through the treatment aperture; a cover disposed over the manifold and coupled to the attachment device around the manifold; and an adhesive on the attachment device for bonding to the area around the ankle, wherein the manifold has a line of symmetry through the stem, and each of the first arm and second arm has a span (450, 460) that is orthogonal to the line of symmetry, and the first arm and the second arm flare away from the stem and edges of the first arm and second arm converge toward the stem to define a concave void adjacent each side of the stem, the first arm has an arm extension for coupling to a fluid conductor.