mhurhangee/ep-ind-claims huggingface dataset:
Portable rescue device, specifically a spreading device, cutting device, combination device with cutting and spreading function or rescue cylinder, for portable rescue use, comprising a housing, a first handle for one-handed actuation of the rescue device by a user, or a first handle and a second handle for two-handed actuation of the rescue device by a user, an electric motor located in the housing, a power supply in the form of a rechargeable battery accommodated on the rescue device or a connection for connecting to an external electrical power source, a mechanically or hydraulically driven, movable piston rod for performing work, in particular spreading work and/or cutting work, a video-capable display, an electronic open-loop and closed-loop control device for open-loop and/or closed-loop control of the electric motor and the display, wherein the rescue device has a communications interface for video data, wherein the display is arranged on the housing of the rescue device, and characterized in that the video data is car-manufacturer-specific and/or rescue-card-specific user guidance data. a housing, a first handle for one-handed actuation of the rescue device by a user, or a first handle and a second handle for two-handed actuation of the rescue device by a user, an electric motor located in the housing, a power supply in the form of a rechargeable battery accommodated on the rescue device or a connection for connecting to an external electrical power source, in the form of a rechargeable battery accommodated on the rescue device or a connection for connecting to an external electrical power source, a mechanically or hydraulically driven, movable piston rod for performing work, in particular spreading work and/or cutting work, a video-capable display, an electronic open-loop and closed-loop control device for open-loop and/or closed-loop control of the electric motor and the display, wherein the rescue device has a communications interface for video data, wherein the display is arranged on the housing of the rescue device, and
Setting system for a timepiece or jewellery item comprising: a crimping support; a precious stone mounted in or on the crimping support; a resilient member fastened to the crimping support in such a way as to flexibly link the crimping support to said item, characterised in that the resilient member has a stiffness comprised between 1.2x10 -5 N/m and 1.4x10 +1 N/m; and in that the combined mass of the crimping support and of the precious stone is comprised between 3x10 -4 g and 4x10 -1 g; so that the crimping support can be made to oscillate and sustained by the movements of the wearer of the item; and, when it oscillates, the crimping support oscillates along an axial and/or radial movement relative to an axis of symmetry, with a frequency comprised between 1 Hz and 30 Hz. a crimping support; a precious stone mounted in or on the crimping support; a resilient member fastened to the crimping support in such a way as to flexibly link the crimping support to said item, characterised in that the resilient member has a stiffness comprised between 1.2x10 -5 N/m and 1.4x10 +1 N/m; and in that the combined mass of the crimping support and of the precious stone is comprised between 3x10 -4 g and 4x10 -1 g; so that the crimping support can be made to oscillate and sustained by the movements of the wearer of the item; and, when it oscillates, the crimping support oscillates along an axial and/or radial movement relative to an axis of symmetry, with a frequency comprised between 1 Hz and 30 Hz.
A method for processing a plurality of Elementary Stream, ES, to output a three dimensional, 3D, video signal, the method comprising: receiving a digital broadcast signal including a multiple hierarchy descriptor which defines dependency among several dependent ESs constituting the 3D video signal; receiving a base ES and a first dependent ES; identifying at least one of a second dependent ES based on a first field included in the multiple hierarchy descriptor, wherein the first field identifies the second dependent ES which is to be accessed before decoding the received first dependent ES and is to be referred in order to decode the received first dependent ES; identifying signaling information of the second dependent ES, wherein the signaling information of the second dependent ES is identified based on a second field included in the descriptor, wherein the second field identifies whether the second dependent ES is received over the same channel as a transmission channel of the multiple hierarchy descriptor, and wherein the signaling information includes a transmission mode and a reception start time necessary for receiving the second dependent ES, when the second dependent ES is received over a channel different from the transmission channel of the multiple hierarchy descriptor; receiving the identified second dependent ES based on the identified signaling information; decoding the received base ES, the received second dependent ES and the received first dependent ES referring to the second dependent ES; and outputting a three dimensional, 3D, video signal by formatting the decoded base ES, the decoded first and second dependent ESs. receiving a digital broadcast signal including a multiple hierarchy descriptor which defines dependency among several dependent ESs constituting the 3D video signal; receiving a base ES and a first dependent ES; identifying at least one of a second dependent ES based on a first field included in the multiple hierarchy descriptor, wherein the first field identifies the second dependent ES which is to be accessed before decoding the received first dependent ES and is to be referred in order to decode the received first dependent ES; identifying signaling information of the second dependent ES, wherein the signaling information of the second dependent ES is identified based on a second field included in the descriptor, wherein the second field identifies whether the second dependent ES is received over the same channel as a transmission channel of the multiple hierarchy descriptor, and wherein the signaling information includes a transmission mode and a reception start time necessary for receiving the second dependent ES, when the second dependent ES is received over a channel different from the transmission channel of the multiple hierarchy descriptor; receiving the identified second dependent ES based on the identified signaling information; decoding the received base ES, the received second dependent ES and the received first dependent ES referring to the second dependent ES; and outputting a three dimensional, 3D, video signal by formatting the decoded base ES, the decoded first and second dependent ESs.
Multilayer film arrangement at least comprising a carrier which takes the form of polyester film with layer thickness from 10 μm to 500 μm, a marking layer which takes the form of metal layer, and an adhesion-controlling functional layer which takes the form of crosslinked or precrosslinked lacquer layer with layer thickness from 1 μm to 100 μm, characterized in that the arrangement has the adhesion-controlling functional layer underneath the marking layer, and the marking layer here has a layer thickness of from 2 nm to 20 nm, and microscopically, i.e. when the fine structure of the order of magnitude of a few nm is observed, takes the form of layer that is not coherent over the entire area, specifically being a marking layer of Volmer-Weber-growth type, which microscopically therefore does not form a coherent area either with respect to the layer situated thereabove or with respect to the layer situated thereunder, and between islands of the marking layer there are intervening spaces, and therefore the material of the adhesion-controlling functional layer, i.e. in this case the corresponding lacquer, can penetrate into the microscopic intervening spaces of marking layer and can remain there.
A delayed release composition comprising an enteric coated tablet, wherein the tablet comprises: linaclotide; Ca 2+; histidine; and polyvinyl alcohol, wherein the linaclotide is present in the composition in an amount between 30 μg and 300 μg. linaclotide; Ca 2+; histidine; and polyvinyl alcohol,
A light control film comprising: two of transparent conductive resin substrates each having a transparent conductive layer and a transparent resin substrate; and a light control layer interposed between the two transparent conductive resin substrates to be in contact with the transparent conductive layer sides, the light control layer containing: a resin matrix which is formed from a polymeric medium including a silicone resin; and a light control suspension dispersed in the resin matrix, wherein the transparent conductive layer contains: an organic binder resin; and conductive particles dispersed in the organic binder resin, characterised in that the mass ratio of the organic binder resin and the conductive particles is 50/50 to 10/90, and in that the entirety or a portion of the organic binder resin is composed of (meth)acrylate containing a hydroxyl group and a pentaerythritol skeleton; (meth)acrylate containing a hydroxyl group which is epoxy ester; phosphoric acid mono- or diester having a (meth)acryloyloxy group in the molecule; or urethane acrylate containing a pentaerythritol skeleton.
A filter having a variable porosity, comprising a porous base material having a plurality of continuous pores, wherein, in each case, a switching material is arranged in the pores, which switching material is capable of changing its spatial structure and/or expansion upon an external control intervention and thus converting the control intervention into a change in the permeability of the pore, characterized in that the base material, at least in a subarea, has a pore density of at least 3x10 8 open pores per cm 2, and that the switching material is a microgel, wherein the switching material is a core-shell-system, which is fixed in the pores by the shell and is capable of changing the permeability of the pore by the core, and that the switching material as system consisting of a core and a shell surrounding it on all sides is introduced into the pores and then the core is exposed.
An interlayer film for laminated glass comprising: a first layer containing a first polyvinyl acetal resin and a first plasticizer; a second layer containing a second polyvinyl acetal resin and a second plasticizer; and a third layer containing a third polyvinyl acetal resin and a third plasticizer, wherein, when a cloud point C1 is measured by using a first liquid containing 8 parts by weight of the first polyvinyl acetal resin dissolved in 100 parts by weight of the first plasticizer, a cloud point C2 is measured by using a second liquid containing 8 parts by weight of the second polyvinyl acetal resin dissolved in 100 parts by weight of the second plasticizer, and a cloud point C3 is measured by using a third liquid containing 8 parts by weight of the third polyvinyl acetal resin dissolved in 100 parts by weight of the third plasticizer, the cloud point C1 is 10°C or lower; the cloud point C2 is higher than the cloud point C1 by at least 5°C; and the cloud point C3 is higher than the cloud point C1 by at least 50°C and higher than the cloud point C2. a first layer containing a first polyvinyl acetal resin and a first plasticizer; a second layer containing a second polyvinyl acetal resin and a second plasticizer; and a third layer containing a third polyvinyl acetal resin and a third plasticizer, wherein, when a cloud point C1 is measured by using a first liquid containing 8 parts by weight of the first polyvinyl acetal resin dissolved in 100 parts by weight of the first plasticizer, a cloud point C2 is measured by using a second liquid containing 8 parts by weight of the second polyvinyl acetal resin dissolved in 100 parts by weight of the second plasticizer, and a cloud point C3 is measured by using a third liquid containing 8 parts by weight of the third polyvinyl acetal resin dissolved in 100 parts by weight of the third plasticizer, the cloud point C1 is 10°C or lower; the cloud point C2 is higher than the cloud point C1 by at least 5°C; and the cloud point C3 is higher than the cloud point C1 by at least 50°C and higher than the cloud point C2.
A household appliance configured to implement an automatic cycle of operation for treating an article, the household appliance comprising: a treating chamber configured to receive the article for treatment according to the automatic cycle of operation; a sump fluidly coupled to the treating chamber; a liquid circuit fluidly coupled to at least one of the treating chamber or the sump; an immersible heater located within the sump; and a mechanical vibrator physically coupled to the immersible heater, characterized in that the immersible heater is an immersible laminate heater having a pair of electrodes and a laminate structure comprising: a thermoresistive nano-coating heater layer electrically connected to the pair of electrodes; a liquid-impermeable and electrically non-conductive barrier layer abutting the heater layer; and a superhydrophobic nano-coating protective layer abutting the barrier layer. a treating chamber configured to receive the article for treatment according to the automatic cycle of operation; a sump fluidly coupled to the treating chamber; a liquid circuit fluidly coupled to at least one of the treating chamber or the sump; an immersible heater located within the sump; and a mechanical vibrator physically coupled to the immersible heater, characterized in that the immersible heater is an immersible laminate heater having a pair of electrodes and a laminate structure comprising: a thermoresistive nano-coating heater layer electrically connected to the pair of electrodes; a liquid-impermeable and electrically non-conductive barrier layer abutting the heater layer; and a superhydrophobic nano-coating protective layer abutting the barrier layer. a thermoresistive nano-coating heater layer electrically connected to the pair of electrodes; a liquid-impermeable and electrically non-conductive barrier layer abutting the heater layer; and a superhydrophobic nano-coating protective layer abutting the barrier layer.
A scanning post system comprising: - a dental abutment or a dental attachment having at least one essentially cylindrical portion with a circular base and an outer diameter; and - a cap part for dental scanning to be placed on the dental abutment or on the dental attachment, in order to act jointly with the dental abutment or with the dental attachment as a scanning post, the cap part being configured by a single body comprising an upper portion formed by a solid head, without holes or notches, and a lower portion provided with a blind hole at the end opposite from the head which extends in the longitudinal direction of the cap part and forms a cavity for housing the at least the one essentially cylindrical portion with a circular base of the abutment or of the dental attachment, wherein the blind hole of the lower portion of the cap part comprises a retaining segment, the inner wall of which is partially or entirely formed by a concave retaining surface having a cylindrical configuration with an elliptical or oval-shaped base, wherein the transverse cross section of the retaining segment is entirely or partially an ellipse or oval, the smaller diameter (d) of which is less than the outer diameter of the essentially cylindrical portion of the abutment or of the dental attachment, and the larger diameter of which is larger than the outer diameter of the essentially cylindrical portion of the abutment or of the dental attachment, for retaining by embedding an essentially cylindrical portion of the abutment or of the dental attachment in the retaining segment, the elliptical or oval shape of the transverse cross section of the retaining segment providing the retaining of the essentially cylindrical portion of the abutment or of the dental attachment by embedding said essentially cylindrical portion according to the direction of the smaller diameter (d) of the ellipse or oval. - a dental abutment or a dental attachment having at least one essentially cylindrical portion with a circular base and an outer diameter; and - a cap part for dental scanning to be placed on the dental abutment or on the dental attachment, in order to act jointly with the dental abutment or with the dental attachment as a scanning post, the cap part being configured by a single body comprising an upper portion formed by a solid head, without holes or notches, and a lower portion provided with a blind hole at the end opposite from the head which extends in the longitudinal direction of the cap part and forms a cavity for housing the at least the one essentially cylindrical portion with a circular base of the abutment or of the dental attachment,
A light-emitting element array module comprising: a control driver configured to receive print data and operate according to the received print data; and light-emitting element array chips comprising a light-emitting element array and a transfer element array, wherein the light-emitting element array comprises a plurality of light-emitting thyristors (L1,..., L256), and the transfer element array comprises a plurality of transfer thyristors (T1,..., T256), and wherein a gate of each transfer thyristor (T1,..., T256) is directly connected to a gate of one of the light emitting thyristors (L1,..., L256), characterised in that a start signal input terminal of the transfer element array and a data signal input terminal of the light-emitting element array are connected to an output terminal of the control driver. a control driver configured to receive print data and operate according to the received print data; and light-emitting element array chips comprising a light-emitting element array and a transfer element array, wherein the light-emitting element array comprises a plurality of light-emitting thyristors (L1,..., L256), and the transfer element array comprises a plurality of transfer thyristors (T1,..., T256), and wherein a gate of each transfer thyristor (T1,..., T256) is directly connected to a gate of one of the light emitting thyristors (L1,..., L256), characterised in that a start signal input terminal of the transfer element array and a data signal input terminal of the light-emitting element array are connected to an output terminal of the control driver.
A method for the positioning of a cover disk with respect to an open impeller of a pump arranged in a pump housing comprising the following steps: - Step 1: Positioning of the cover disk and of the pump housing with respect to one another such that the cover disk comes into contact at the impeller and such that a desired spacing only has to be set in an axial direction between the cover disk and the impeller for reaching an end position of the cover disk; - Step 2: Screwing in of a first adjustment bolt into a first threaded bore of the cover disk until a bolt end of the first adjustment bolt comes into contact with a contact surface of the pump housing, with the cover disk continuing to contact the impeller; - Step 3: Application of an identifier at the cover disk or at the pump housing, said identifier characterizing a position of a first marking of the first adjustment bolt; - Step 4: Screwing in of the first adjustment bolt until a second marking of the first adjustment bolt reaches the said identifier such that the desired spacing between the cover disk and the impeller is thereby set; and carrying out of the steps 2 to 4 for at least a second adjustment bolt, with the first and second adjustment bolts having like threads and with the first and second markings being arranged in a similar manner with respect to one another at the first and second adjustment bolts, and the first and second markings (28, 29) are made as notches at the periphery of the adjustment bolts and have different shapes. - Step 1: Positioning of the cover disk and of the pump housing with respect to one another such that the cover disk comes into contact at the impeller and such that a desired spacing only has to be set in an axial direction between the cover disk and the impeller for reaching an end position of the cover disk; - Step 2: Screwing in of a first adjustment bolt into a first threaded bore of the cover disk until a bolt end of the first adjustment bolt comes into contact with a contact surface of the pump housing, with the cover disk continuing to contact the impeller; - Step 3: Application of an identifier at the cover disk or at the pump housing, said identifier characterizing a position of a first marking of the first adjustment bolt; - Step 4: Screwing in of the first adjustment bolt until a second marking of the first adjustment bolt reaches the said identifier such that the desired spacing between the cover disk and the impeller is thereby set; and
A system for carrying out a height calibration process in a wireless indoor location tracking network based at least on a Bluetooth technology, comprising: a plurality of fixed location tracking nodes (120 to 130) disposed indoors to cover an indoor area, wherein the plurality of location tracking nodes (120 to 130) is configured to carry out location tracking in the indoor area; a mobile tag configured to communicate with at least one location tracking node (120 to 130) at a given time at least for the purposes of determining the location of the mobile tag, wherein the mobile tag comprises a height sensor configured estimate the height of the mobile tag; and at least one location tracking node of the plurality of fixed location tracking nodes (120 to 130) is a calibration node configured to co-operate in carrying out the height calibration process during operation of the location tracking network by providing height corrections to the mobile tag, wherein the height of each calibration node is known. a plurality of fixed location tracking nodes (120 to 130) disposed indoors to cover an indoor area, wherein the plurality of location tracking nodes (120 to 130) is configured to carry out location tracking in the indoor area; a mobile tag configured to communicate with at least one location tracking node (120 to 130) at a given time at least for the purposes of determining the location of the mobile tag, wherein the mobile tag comprises a height sensor configured estimate the height of the mobile tag; and at least one location tracking node of the plurality of fixed location tracking nodes (120 to 130) is a calibration node configured to co-operate in carrying out the height calibration process during operation of the location tracking network by providing height corrections to the mobile tag, wherein the height of each calibration node is known.
A method of cross-coupling comprising: providing a reaction mixture including a substrate, a coupling partner and a transition metal complex comprising PAd 3 ligand, wherein the coupling partner does not comprise a Grignard reagent; and reacting the substrate and coupling partner in the presence of the transition metal complex to provide cross-coupled reaction product, wherein the transition metal complex comprises one or more metals selected from metals of Groups 8-12 of the Periodic Table. providing a reaction mixture including a substrate, a coupling partner and a transition metal complex comprising PAd 3 ligand, wherein the coupling partner does not comprise a Grignard reagent; and reacting the substrate and coupling partner in the presence of the transition metal complex to provide cross-coupled reaction product, wherein the transition metal complex comprises one or more metals selected from metals of Groups 8-12
A method for producing acetylenedicarboxylic acid by reaction of acetylene with carbon dioxide, wherein the reaction is carried out in the presence of a silver catalyst and an amine base.