mhurhangee/ep-ind-claims huggingface dataset:
Stacking device for stacking in particular plate shaped workpieces, comprising a plurality of depositing devices (36a-e) for depositing workpieces, an automatic handling device which can deposit the workpieces on the depositing devices (36a-e), and an open-loop and/or closed-loop control device which controls at least the operation of the handling device in an open-loop and/or closed-loop manner, said depositing devices (36a-e) having at least one idle mode and at least one depositing mode and the open-loop and/or closed-loop control device controlling these depositing devices (36a-e) such that at least one depositing device on which a workpiece is to be deposited is in the depositing mode, whereas at least one depositing device directly adjacent thereto is in the idle mode, characterized in that at least some of the depositing devices (36a-e) each have a height-adjustable depositing platform (54a, 54 b), and in that an intended depositing region of the depositing device which is in the depositing mode is located in a depositing plane which is above a highest point of the at least one depositing device which is in the idle mode.
Method of processing tomato, comprising: - a) providing a preset quantity of fresh tomatoes; - b) crushing the fresh tomatoes to achieve a first product based on crushed tomato; - c) concentrating said first product based on crushed tomato at a temperature below 95°C and a pressure lower than 1 Bar to achieve a second product based on concentrated tomato juice, wherein said second product has a Brix value of more than 7; - d) separating the peels and seeds from said second product based on concentrated tomato juice to achieve a third product based on tomato puree; - e) packaging said third product based on tomato puree in closed containers; - f) pasteurizing said third product based on tomato puree contained in said closed containers. - a) providing a preset quantity of fresh tomatoes; - b) crushing the fresh tomatoes to achieve a first product based on crushed tomato; - c) concentrating said first product based on crushed tomato at a temperature below 95°C and a pressure lower than 1 Bar to achieve a second product based on concentrated tomato juice, wherein said second product has a Brix value of more than 7; - d) separating the peels and seeds from said second product based on concentrated tomato juice to achieve a third product based on tomato puree; - e) packaging said third product based on tomato puree in closed containers; - f) pasteurizing said third product based on tomato puree contained in said closed containers.
A system comprising: - an implant; - a cylinder with an internal protrusion, external grooves, and convex vertical internal protrusions; and - a multifunctional prosthetic component comprising: a) a prismatic head (4.1) with smaller faces which when linearly extended define a hexagonal shape in cross-section and larger faces which when linearly extended define a triangular or hexagonal shape in cross-section; b) a groove below the prismatic head; c) a prosthetic pillar (4.2) having concave vertical external grooves linked with the larger faces of the prismatic head, and a circular channel configured to receive the internal protrusion of the cylinder; and d) an internal hexagon, whose faces are indexed with the larger faces of the prism head (4.1), with the external vertical concave grooves of the prosthetic pillar (4.2), and with the faces of an external hexagon of the implant. - an implant; - a cylinder with an internal protrusion, external grooves, and convex vertical internal protrusions; and - a multifunctional prosthetic component comprising: a) a prismatic head (4.1) with smaller faces which when linearly extended define a hexagonal shape in cross-section and larger faces which when linearly extended define a triangular or hexagonal shape in cross-section; b) a groove below the prismatic head; c) a prosthetic pillar (4.2) having concave vertical external grooves linked with the larger faces of the prismatic head, and a circular channel configured to receive the internal protrusion of the cylinder; and d) an internal hexagon, whose faces are indexed with the larger faces of the prism head (4.1), with the external vertical concave grooves of the prosthetic pillar (4.2), and with the faces of an external hexagon of the implant. a) a prismatic head (4.1) with smaller faces which when linearly extended define a hexagonal shape in cross-section and larger faces which when linearly extended define a triangular or hexagonal shape in cross-section; b) a groove below the prismatic head; c) a prosthetic pillar (4.2) having concave vertical external grooves linked with the larger faces of the prismatic head, and a circular channel configured to receive the internal protrusion of the cylinder; and d) an internal hexagon, whose faces are indexed with the larger faces of the prism head (4.1), with the external vertical concave grooves of the prosthetic pillar (4.2), and with the faces of an external hexagon of the implant.
A light emitting device comprising: a first chip structure including a first reflective layer and a first light emitting structure having a plurality of compound semiconductor layers on the first reflective layer; a second chip structure bonded onto the first chip structure and including a second reflective layer and a second light emitting structure having a plurality of compound semiconductor layers on the second reflective layer; and an electrode on the second chip structure, wherein the first chip structure includes a transmittive layer of insulating material formed between the first light emitting structure and the first reflective layer, and a conductive layer connecting the first reflective layer with the first light emitting structure, wherein the first chip structure includes a first transmittive electrode layer between the transmittive layer and the first reflective layer and a second transmittive electrode layer between the transmittive layer and the first light emitting structure. a first chip structure including a first reflective layer and a first light emitting structure having a plurality of compound semiconductor layers on the first reflective layer; a second chip structure bonded onto the first chip structure and including a second reflective layer and a second light emitting structure having a plurality of compound semiconductor layers on the second reflective layer; and an electrode on the second chip structure, wherein the first chip structure includes a transmittive layer of insulating material formed between the first light emitting structure and the first reflective layer, and a conductive layer connecting the first reflective layer with the first light emitting structure, wherein the first chip structure includes a first transmittive electrode layer between the transmittive layer and the first reflective layer and a second transmittive electrode layer between the transmittive layer and the first light emitting structure.
A picture frame comprising a profile frame, a rear wall and at least one magnetic pairing and a passe-partout, wherein - the rear wall and the passe-partout are secured to one another by means of magnetic holding forces of the at least one magnetic pairing, - the rear wall and the passe-partout secure between them at least one picture or photo or are intended for this purpose, - the passe-partout is firmly connected to the profile frame, - the magnetic pairing or magnetic pairings are in each case formed of mutually attracting magnets or a magnet and a ferromagnetic counterpart and in each case one part (15a, 15b) of the magnetic pairings is fastened to the passe-partout and the other part (15a, 15b) is fastened to the rear wall, wherein one part of the magnetic pairing is fully embedded in the passe-partout, and - the rear wall can be freely removed from the profile frame by overcoming the holding force of the magnetic pairing(s) while the passe-partout, however, remains connected to the profile frame. - the rear wall and the passe-partout are secured to one another by means of magnetic holding forces of the at least one magnetic pairing, - the rear wall and the passe-partout secure between them at least one picture or photo or are intended for this purpose, - the passe-partout is firmly connected to the profile frame, - the magnetic pairing or magnetic pairings are in each case formed of mutually attracting magnets or a magnet and a ferromagnetic counterpart and in each case one part (15a, 15b) of the magnetic pairings is fastened to the passe-partout and the other part (15a, 15b) is fastened to the rear wall, wherein one part of the magnetic pairing is fully embedded in the passe-partout, and - the rear wall can be freely removed from the profile frame by overcoming the holding force of the magnetic pairing(s) while the passe-partout, however, remains connected to the profile frame.
A nickel positive electrode for a fiber battery, comprising: a carbon fiber; and an active material layer formed on the surface of the carbon fiber, wherein the active material layer includes: an active material layer of γ-NiOOH formed in the vicinity of the carbon fiber; and an active material layer of β-NiOOH formed on the external side of the active material layer of γ-NiOOH. a carbon fiber; and an active material layer formed on the surface of the carbon fiber, wherein the active material layer includes: an active material layer of γ-NiOOH formed in the vicinity of the carbon fiber; and an active material layer of β-NiOOH formed on the external side of the active material layer of γ-NiOOH. an active material layer of γ-NiOOH formed in the vicinity of the carbon fiber; and an active material layer of β-NiOOH formed on the external side of the active material layer of γ-NiOOH.
A reception apparatus, comprising: a reception section adapted to receive AV content; a trigger extraction section adapted to extract trigger information including AV content identification information and time position information transmitted together with the AV content, the time position information regarding a temporal insertion position of the trigger information in the AV content; a command acquisition section adapted to acquire a command from a command server based on command server specification information obtained based on the AV content identification information and the time position information; and a control section adapted to control the operation of an application program in accordance with the acquired command. a reception section adapted to receive AV content; a trigger extraction section adapted to extract trigger information including AV content identification information and time position information transmitted together with the AV content, the time position information regarding a temporal insertion position of the trigger information in the AV content; a command acquisition section adapted to acquire a command from a command server based on command server specification information obtained based on the AV content identification information and the time position information; and a control section adapted to control the operation of an application program in accordance with the acquired command.
A pallet comprising: a plate-like pallet body made of foamed resin; a plurality of legs provided on a bottom surface of the pallet body; and a resin sheet integrated by vacuum-forming from the bottom surface of the pallet, wherein a top surface of the pallet body has a loading surface on which goods-conveyed are placed, and a step portion formed in a shape down-step from an outer peripheral edge of the loading surface to side surfaces of the pallet body, and the resin sheet covers the bottom surface of the pallet body, the legs, the side surfaces of the pallet body and the step portion, and the loading surface is not covered with the resin sheet. a plate-like pallet body made of foamed resin; a plurality of legs provided on a bottom surface of the pallet body; and a resin sheet integrated by vacuum-forming from the bottom surface of the pallet, wherein a top surface of the pallet body has a loading surface on which goods-conveyed are placed, and a step portion formed in a shape down-step from an outer peripheral edge of the loading surface to side surfaces of the pallet body, and the resin sheet covers the bottom surface of the pallet body, the legs, the side surfaces of the pallet body and the step portion, and the loading surface is not covered with the resin sheet.
A protector (10,20) with a sensor comprising: an installation base member operatively coupled on a peripheral edge of an opening or closing object for opening or closing an opening of an automobile body, the opening or closing object including a door or a sun roof of an automobile, or on a peripheral edge of said opening; and a hollow part unified with the installation base member, the hollow part having two core wires (31,32) and a space provided therein, the space being positioned between the two core wires; said installation base member and said hollow part forming an extrusion molded part made of a rubber like elastic body, in which: when an alien substance, caught between said opening or closing object and said opening, presses and deforms said hollow part while closing said opening or closing object, a corresponding change in electric signal detects said alien substance; and in a terminal part of said extrusion molded part, said core wires drawn out in a longitudinal direction are connected with leads, said leads being joined with a control unit or an electrical component, and one end side of an insert made of a non-conductive material is inserted in and fills up said space, and said terminal part of said extrusion molded part is die molded, characterised in that: the terminal part of said extrusion molded part has a primary sealing layer and a secondary sealing layer formed thereon by injection molding respectively, said primary sealing layer coating wire connection parts of said core wires and said leads joined with the control unit or the electrical component and another end side of said insert, which are exposing from the terminal part, and said secondary sealing layer being piled on and coating the primary sealing layer, and said secondary sealing layer forming an external shape of a product. when an alien substance, caught between said opening or closing object and said opening, presses and deforms said hollow part while closing said opening or closing object, a corresponding change in electric signal detects said alien substance; and in a terminal part of said extrusion molded part, said core wires drawn out in a longitudinal direction are connected with leads, said leads being joined with a control unit or an electrical component, and one end side of an insert made of a non-conductive material is inserted in and fills up said space, and said terminal part of said extrusion molded part is die molded, characterised in that: the terminal part of said extrusion molded part has a primary sealing layer and a secondary sealing layer formed thereon by injection molding respectively, said primary sealing layer coating wire connection parts of said core wires and said leads joined with the control unit or the electrical component and another end side of said insert, which are exposing from the terminal part, and said secondary sealing layer being piled on and coating the primary sealing layer, and said secondary sealing layer forming an external shape of a product.
A computer-implemented method for automatically generating and incorporating code in a development environment, DE, the method comprising: while a program for a target device is being composed using the DE on a user device, displaying an automatic code generation user interface, ACGUI, on the user device, separate from the DE or in the context of the DE; receiving, via the ACGUI, a selection of a function from a plurality of available functions for generating code automatically corresponding to the selected function; receiving at least one parameter for executing the automatically generated code to perform the function; automatically generating the code in the ACGUI based on the selected function and the at least one parameter, the automatically generated code configured to perform the selected function upon execution of the automatically generated code on the target device; receiving, on the ACGUI on the user device, instructions to initiate testing of the automatically generated code; initiating test of the automatically generated code; displaying results of the testing on the user device in the ACGUI; incorporating the automatically generated code in the program for the target device; and sending the program to the target device for installation and execution on the target device, wherein the user device is remote to the target device. while a program for a target device is being composed using the DE on a user device, displaying an automatic code generation user interface, ACGUI, on the user device, separate from the DE or in the context of the DE; receiving, via the ACGUI, a selection of a function from a plurality of available functions for generating code automatically corresponding to the selected function; receiving at least one parameter for executing the automatically generated code to perform the function; automatically generating the code in the ACGUI based on the selected function and the at least one parameter, the automatically generated code configured to perform the selected function upon execution of the automatically generated code on the target device; receiving, on the ACGUI on the user device, instructions to initiate testing of the automatically generated code; initiating test of the automatically generated code; displaying results of the testing on the user device in the ACGUI; incorporating the automatically generated code in the program for the target device; and sending the program to the target device for installation and execution on the target device, wherein the user device is remote to the target device.
A pneumatic tire comprising: at least one belt reinforcing layer disposed on the outside of the carcass in the tire radial direction; at least one or a plurality of inclination belt layers disposed on the outside of the belt reinforcing layer in the tire radial direction; and a plurality of tire circumferential grooves disposed on a tread surface on the outside of the inclination belt layer in the tire radial direction, the grooves being spaced apart from one another in the tire width direction, the belt reinforcing layer having a belt width that is 70 % or more and 95 % or less of the tire maximum width in section in the tire width direction, and having an outside end portion in the tire width direction disposed on the outside in the tire width direction than the tire circumferential groove disposed at the outermost side in the tire width direction, wherein a buttress portion being positioned on the outside of the tread in the tire width direction and connecting the tread surface to a sidewall is formed to have, in section in the tire width direction, an outer surface in a concave shape with a depth shallow enough not to be set into the inside in the tire width direction from the outside end of the tread surface in the tire width direction.
A phase locked loop for generating a frequency chirp, the phase locked loop comprising: a phase frequency detector configured to receive a reference frequency signal at a first input; a low pass filter configured to receive a current from the phase frequency detector at a filter input, and to output a control voltage; a voltage controlled oscillator configured to generate the frequency chirp at an output in response to receiving the control voltage; a feedback path connecting the output of the voltage controlled oscillator to a second input of the phase frequency detector, the feedback path comprising a frequency divider; characterized by a timing module configured to generate a reset pulse; wherein the low pass filter comprises: a plurality of capacitors (307a-c) connected in parallel between the filter input and a common voltage line; and a voltage source configured to generate an initial control voltage, wherein the voltage source is switchably connected to a node between a first capacitor of the plurality of capacitors and the common voltage line, wherein the voltage source is connected to the node during a chirp reset mode defined by the reset pulse such that the voltage at the node is substantially equalised to the initial control voltage. a phase frequency detector configured to receive a reference frequency signal at a first input; a low pass filter configured to receive a current from the phase frequency detector at a filter input, and to output a control voltage; a voltage controlled oscillator configured to generate the frequency chirp at an output in response to receiving the control voltage; a feedback path connecting the output of the voltage controlled oscillator to a second input of the phase frequency detector, the feedback path comprising a frequency divider; characterized by a timing module configured to generate a reset pulse; wherein the low pass filter comprises: a plurality of capacitors (307a-c) connected in parallel between the filter input and a common voltage line; and a voltage source configured to generate an initial control voltage, wherein the voltage source is switchably connected to a node between a first capacitor of the plurality of capacitors and the common voltage line, wherein the voltage source is connected to the node during a chirp reset mode defined by the reset pulse such that the voltage at the node is substantially equalised to the initial control voltage. a plurality of capacitors (307a-c) connected in parallel between the filter input and a common voltage line; and a voltage source configured to generate an initial control voltage, wherein the voltage source is switchably connected to a node between a first capacitor of the plurality of capacitors and the common voltage line, wherein the voltage source is connected to the node during a chirp reset mode defined by the reset pulse such that the voltage at the node is substantially equalised to the initial control voltage.
A conduit guide of an elastic conduit below a commercial vehicle body, in particular driver's cab, which is fastened to a vehicle frame having two longitudinal members, wherein a respective spring element is provided on the longitudinal members in the region below the vehicle body per vehicle side, and the elastic conduit runs from a region above the spring element into a region below the longitudinal member of the vehicle frame, characterized in that a holder is provided which has a groove in which the elastic conduit is mounted and which extends from the region above the spring element through an intermediate space between the spring element and the longitudinal member of the vehicle frame into the region below the longitudinal member of the vehicle frame.
A key for a lock cylinder with a shaft (1, 11, 21, 31, 41, 51), with a hull profile (6, 56) formed by side surfaces of the shaft (1, 11, 21, 31, 41, 51), with profile grooves (3, 13, 23, 33, 43, 53) interrupting the hull profile (6, 56), which profile grooves are arranged in the longitudinal direction of the shaft (1, 11, 21, 31, 41, 51), with locking recesses (4, 54) arranged in the shaft (1, 11, 21, 31, 41, 51) and with at least one elongated element (5, 15, 25, 35, 45, 55, 55') secured in the shaft (1, 11, 21, 31, 41, 51), wherein the elongated element (5, 15, 25, 35, 45, 55, 55') extends into one of the profile grooves (3, 13, 23, 33, 43, 53), characterized in that at least one elongated element (5, 15, 25, 35, 45, 55, 55') is arranged completely within the hull profile (6, 56) of the shaft (1, 11, 21, 31, 41, 51) and extends immovably into two profile grooves (3, 13, 23, 33, 43, 53).