mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing and/or recycling a conveyor belt , wherein this conveyor belt has at least one belt layer , this belt layer or one of the belt layers is embodied as a tension-bearing member and this tension-bearing member consists of at least a matrix material and filaments embedded in this matrix material, wherein the method comprises - providing a tension-bearing member starting material by • providing a recyclate already containing matrix material and filaments or filament groups or • combining a recyclate already containing matrix material and filaments or filament groups with matrix material and/or filaments , - producing an extrudable state of the tension-bearing member starting material with mechanically assisted mixing of the tension-bearing member starting material provided and the influence of temperature on the tension-bearing member starting material provided and - extruding the tension-bearing member forming the at least one belt layer of the conveyor belt from the tension-bearing member starting material or - extruding the tension-bearing member forming a belt layer of the conveyor belt from the tension-bearing member starting material and joining the tension-bearing member to at least one further belt layer to form the conveyor belt , characterized in that the recyclate is produced by comminuting the conveyor belt . - providing a tension-bearing member starting material by • providing a recyclate already containing matrix material and filaments or filament groups or • combining a recyclate already containing matrix material and filaments or filament groups with matrix material and/or filaments , • providing a recyclate already containing matrix material and filaments or filament groups or • combining a recyclate already containing matrix material and filaments or filament groups with matrix material and/or filaments , - producing an extrudable state of the tension-bearing member starting material with mechanically assisted mixing of the tension-bearing member starting material provided and the influence of temperature on the tension-bearing member starting material provided and - extruding the tension-bearing member forming the at least one belt layer of the conveyor belt from the tension-bearing member starting material or - extruding the tension-bearing member forming a belt layer of the conveyor belt from the tension-bearing member starting material and joining the tension-bearing member to at least one further belt layer to form the conveyor belt ,
Conveying assembly comprising an overhead conveyor embodied with shackles for suspending poultry carcasses by the legs and for transportation of said poultry carcasses in a conveying direction , said overhead conveyor comprising a track and a series of trolleys suspended from the track , said trolleys being interconnected by a drive chain , wherein each trolley comprises a hanger projecting downwardly and wherein each hanger is provided with a single one of said shackles suspended from the hanger , and wherein the conveying assembly further comprises a guide element disposed generally horizontally below and essentially parallel to the overhead conveyor to prevent rotation of the shackles about an essentially vertical axis and wherein the conveying assembly further comprises stops to prevent rotation of the shackles about an essentially horizontal rotation axis, wherein the guide element is movable in said conveying direction and the stops are mounted on said guide element , and wherein said guide element is provided below the shackles so as to arrange that the stops are able to engage the legs of the poultry carcasses suspended from the shackles , characterized in that the stops are provided on the guide element in a one-to-one relation with the shackles such that each stop is able to engage a leading leg of a poultry carcass as seen in the conveying direction .
A system comprising: one or more processors coupled to a memory ; and one or more programs , wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors, the one or more programs including instructions that: receive an authenticated request to access a resource of a web service , the authenticated request including a security token , the resource associated with a plurality of policies , a policy having a plurality of rules that when satisfied validate the security token, the security token generated by an identity provider having authenticated an entity seeking access to the resource, a policy associated with a distinct identity provider; validate the security token through a sequence of partial policy validations , wherein each partial policy validation transmits work product generated in processing the security token in a preceding failed policy to a succeeding policy in the sequence. one or more processors coupled to a memory ; and one or more programs , wherein the one or more programs are stored in the memory and configured to be executed by the one or more processors, the one or more programs including instructions that: receive an authenticated request to access a resource of a web service , the authenticated request including a security token , the resource associated with a plurality of policies , a policy having a plurality of rules that when satisfied validate the security token, the security token generated by an identity provider having authenticated an entity seeking access to the resource, a policy associated with a distinct identity provider; validate the security token through a sequence of partial policy validations , wherein each partial policy validation transmits work product generated in processing the security token in a preceding failed policy to a succeeding policy in the sequence. receive an authenticated request to access a resource of a web service , the authenticated request including a security token , the resource associated with a plurality of policies , a policy having a plurality of rules that when satisfied validate the security token, the security token generated by an identity provider having authenticated an entity seeking access to the resource, a policy associated with a distinct identity provider; validate the security token through a sequence of partial policy validations , wherein each partial policy validation transmits work product generated in processing the security token in a preceding failed policy to a succeeding policy in the sequence.
A device for feeding a cassette element provided with at least one bristle bunch into an elongated groove of a cassette element holding member of a cassette brush intended for industrial use, the device comprising • a support and guide unit configured to receive and support a said cassette element while allowing the cassette element to be axially slid along a guide track provided in the support and guide unit , wherein the support and guide unit is configured to be positioned with the guide track aligned with an opening into a said groove at a lateral end of the cassette element holding member , • a moving arrangement configured to move a cassette element received by the support and guide unit along the guide track and into a said groove , and • a power arrangement controllable to make the moving arrangement move a said cassette element into a said groove . • a support and guide unit configured to receive and support a said cassette element while allowing the cassette element to be axially slid along a guide track provided in the support and guide unit , wherein the support and guide unit is configured to be positioned with the guide track aligned with an opening into a said groove at a lateral end of the cassette element holding member , • a moving arrangement configured to move a cassette element received by the support and guide unit along the guide track and into a said groove , and • a power arrangement controllable to make the moving arrangement move a said cassette element into a said groove .
A method for predicting an increased risk of non-alcoholic fatty liver disease (NAFLD) in an individual which comprises the stage of genotyping SNP rs12603226 carried out on a nucleic acid obtained from a biological sample from the individual and in which the presence of allelic homozigosity TT indicates an increased risk of the development of NAFLD.
An expandable mammary tissue implant comprising: a shell having an anterior face and a posterior face , the anterior face having an upper pole portion and a lower pole portion meeting at an apex , and an injection zone for receiving fluid therethrough to inflate the implant; and a single vertical tether member having first and second ends and a central region therebetween having an aperture therethrough, wherein the central region is coupled to the anterior face of the implant at a location such that the injection zone is positioned within the aperture in the central region , and wherein the first and second ends of the vertical tether member are coupled to the posterior face of the implant, such that the vertical tether member restricts upper pole expansion and redirects expansion to the lower pole. a shell having an anterior face and a posterior face , the anterior face having an upper pole portion and a lower pole portion meeting at an apex , and an injection zone for receiving fluid therethrough to inflate the implant; and a single vertical tether member having first and second ends and a central region therebetween having an aperture therethrough, wherein the central region is coupled to the anterior face of the implant at a location such that the injection zone is positioned within the aperture in the central region , and wherein the first and second ends of the vertical tether member are coupled to the posterior face of the implant, such that the vertical tether member restricts upper pole expansion and redirects expansion to the lower pole.
An array substrate, comprising: a first signal line , a second signal line and an electrostatic protection device, wherein the electrostatic protection device comprises a suspension Thin Film Transistor (TFT) , wherein a source electrode of the suspension TFT is connected with the first signal line , a gate electrode of the suspension TFT is connected with the second signal line , and a drain electrode of the suspension TFT is suspended; and the drain electrode and the gate electrode have an overlapping region; wherein every first signal line is connected to at least two electrostatic protection devices; characterized in that the suspension TFT further comprises an active layer arranged between the gate electrode and the drain electrode , and active layers of suspension TFTs in the electrostatic protection devices connected to a same first signal line are integrally formed within a single semiconductor pattern. a first signal line , a second signal line and an electrostatic protection device, wherein the electrostatic protection device comprises a suspension Thin Film Transistor (TFT) , wherein a source electrode of the suspension TFT is connected with the first signal line , a gate electrode of the suspension TFT is connected with the second signal line , and a drain electrode of the suspension TFT is suspended; and the drain electrode and the gate electrode have an overlapping region; wherein every first signal line is connected to at least two electrostatic protection devices; characterized in that the suspension TFT further comprises an active layer arranged between the gate electrode and the drain electrode , and active layers of suspension TFTs in the electrostatic protection devices connected to a same first signal line are integrally formed within a single semiconductor pattern.
Device for removing containers (B) in groups from a continuous container flow and for supplying a container group (BG) with a predetermined number of containers to a clocked processing machine , comprising at least one entry device , at least one linear feeding unit having at least one first linear section (4.1), and a transfer device , wherein the entry device comprises a main supplying unit , configured in the form of an inlet star, and at least one first and second star distributors , wherein the main supplying unit comprises a plurality (n) of supporting and retaining elements for the hanging transport of the containers in the form of a continuous container flow, and is designed and arranged in such a way that a first transfer region is formed for the individual transfer of containers (B) from the container flow to the first star distributor , and a second transfer region is formed for the transfer of containers (B) to the second star distributor , wherein at least the first star distributor is configured such as to transfer the containers (B) removed from the continuous container flow from the main supplying unit in the first transfer region to the first linear section (4.1) of the linear feeding unit , characterised in that at least the first star distributor has at least one receiving section , having a number (m) of supporting and retaining elements for receiving the containers from the continuous container flow along its periphery, that the at least one receiving section of the first star distributor is adjoined by an unoccupied empty section for interrupting the receiving of containers, and that the number (m) of the supporting and retaining elements of the at least one receiving section corresponds to the predetermined number of a container group.
Control procedure of an apparatus for the rapid cooling of packaged beverages, the control procedure comprising the following sequential steps: I) driving through the commanding of a control unit connected to a first driving means the rotation of a vertical axial rotation axis connected to a gripping means for at least one container , said rotation within a speed range from 500 RPM to 2500 RPM for a period of time ranging from 0.1 seconds to 7 seconds, said container submerged into a thermally insulated immersion tank , said immersion tank containing a liquid refrigerant , and an evaporation coil of fluid refrigerant from a closed refrigeration circuit, II) slowing down, without stopping it completely, through the commanding of the control unit the rotation of said vertical axial rotation axis to a speed not exceeding 500 RPM, and simultaneously, through the commanding of the control unit connected to a second driving means for driving a vertically movable cart driving a vertical reciprocating movement of said vertically moving cart , for a period of time ranging from 0.1 seconds to 3 seconds. III) establishing through the control unit the number of repetitions of steps I) and II) up to the final stop of the rotation of said vertical axial rotation axis . I) driving through the commanding of a control unit connected to a first driving means the rotation of a vertical axial rotation axis connected to a gripping means for at least one container , said rotation within a speed range from 500 RPM to 2500 RPM for a period of time ranging from 0.1 seconds to 7 seconds, said container submerged into a thermally insulated immersion tank , said immersion tank containing a liquid refrigerant , and an evaporation coil of fluid refrigerant from a closed refrigeration circuit, II) slowing down, without stopping it completely, through the commanding of the control unit the rotation of said vertical axial rotation axis to a speed not exceeding 500 RPM, and simultaneously, through the commanding of the control unit connected to a second driving means for driving a vertically movable cart driving a vertical reciprocating movement of said vertically moving cart , for a period of time ranging from 0.1 seconds to 3 seconds. III) establishing through the control unit the number of repetitions of steps I) and II) up to the final stop of the rotation of said vertical axial rotation axis .
Distance measuring device for determining a distance between a reflective body in a conducting structure and an injection region for electromagnetic waves provided in an end section of the conducting structure, a) having a transmitting and receiving device and a conducting junction provided in the injection region for coupling the transmitting and receiving device to the conducting structure containing a medium, in order to couple an electromagnetic wave into the conducting structure and to couple the electromagnetic wave reflected at the reflective body out of the conducting structure, and b) having an evaluation device for determining the distance between the injection region and the reflective body from the complex reflection factor between the electromagnetic wave coupled in and the electromagnetic wave coupled out, characterized by c) a measuring line provided in the injection region of the conducting structure for detecting the material properties of the medium, having a coupling-in and a coupling-out point . a) having a transmitting and receiving device and a conducting junction provided in the injection region for coupling the transmitting and receiving device to the conducting structure containing a medium, in order to couple an electromagnetic wave into the conducting structure and to couple the electromagnetic wave reflected at the reflective body out of the conducting structure, and b) having an evaluation device for determining the distance between the injection region and the reflective body from the complex reflection factor between the electromagnetic wave coupled in and the electromagnetic wave coupled out, characterized by c) a measuring line provided in the injection region of the conducting structure for detecting the material properties of the medium, having a coupling-in and a coupling-out point .
Device for diagnosing an off-board battery BATX, in particular of Li-ion type, from an electric vehicle, electric assistance vehicle, rechargeable hybrid electric vehicle or any other device using a battery, the battery BATX being composed of one cell or of a plurality of cells, said device comprising: • means PULS configured to apply to at least one cell of said battery an electrical signal of current I and/or of voltage U • means SIG for measuring the voltage U and/or current I and the temperature T of said at least one cell of the battery • an analysis module CALC, a prediction model MOD constructed from a database PROF containing typical cell profiles, characterized in that : • the analysis module CALC is configured to determine an indicator of the energy state of health SOHE of at least one cell of said battery BATX by using the measurements of voltage U and/or of current I and of temperature T from the measuring means SIG along with the prediction model MOD. • means PULS configured to apply to at least one cell of said battery an electrical signal of current I and/or of voltage U • means SIG for measuring the voltage U and/or current I and the temperature T of said at least one cell of the battery • an analysis module CALC, a prediction model MOD constructed from a database PROF containing typical cell profiles, characterized in that : • the analysis module CALC is configured to determine an indicator of the energy state of health SOHE of at least one cell of said battery BATX by using the measurements of voltage U and/or of current I and of temperature T from the measuring means SIG along with the prediction model MOD.
A method of operating a UPS system having a plurality of UPS's , the method comprising: powering on the UPS system ; assigning each one of the plurality of UPS's a unique identifier; and calculating a master priority index for each one of the plurality of UPS's based on the unique identifier of each one of the plurality of UPS's ; characterized in that the method further comprises configuring each one of the plurality of UPS's to operate in one of a master mode of operation and a controlled mode of operation based on the master priority index of each one of the plurality of UPS's , wherein the UPS operating in master mode of operation is capable of controlling a master health bus ; if the master UPS is operating properly, setting the master health bus to high by the master UPS; if the master UPS fails or if no UPS is currently designated as a master UPS setting the master health bus signal to low. powering on the UPS system ; assigning each one of the plurality of UPS's a unique identifier; and calculating a master priority index for each one of the plurality of UPS's based on the unique identifier of each one of the plurality of UPS's ; characterized in that the method further comprises configuring each one of the plurality of UPS's to operate in one of a master mode of operation and a controlled mode of operation based on the master priority index of each one of the plurality of UPS's , wherein the UPS operating in master mode of operation is capable of controlling a master health bus ; if the master UPS is operating properly, setting the master health bus to high by the master UPS; if the master UPS fails or if no UPS is currently designated as a master UPS setting the master health bus signal to low.
Method for producing a plastic trim part, wherein a. a polymer film is laid in an injection mold, wherein the polymer film has an opaque or partially opaque imprint stable against decomposition at a temperature of at least 320 °C, b. the polymer film is back injected with a polymer carrier part , wherein the polymer carrier part is implemented opaque, and c. a transparent polymer cover part is injected onto the polymer film and the polymer carrier part , wherein the polymer film is thermally preformed, and wherein a hardcoat , preferably thermal-cured or UV-cured varnishes, particularly preferably polysiloxanes, polyacrylates, polymethacrylates, and/or mixtures or copolymers thereof, is applied on the transparent polymer cover part . a. a polymer film is laid in an injection mold, wherein the polymer film has an opaque or partially opaque imprint stable against decomposition at a temperature of at least 320 °C, b. the polymer film is back injected with a polymer carrier part , wherein the polymer carrier part is implemented opaque, and c. a transparent polymer cover part is injected onto the polymer film and the polymer carrier part , wherein the polymer film is thermally preformed, and wherein a hardcoat , preferably thermal-cured or UV-cured varnishes, particularly preferably polysiloxanes, polyacrylates, polymethacrylates, and/or mixtures or copolymers thereof, is applied on the transparent polymer cover part .