mhurhangee/ep-ind-claims huggingface dataset:
A unit for carrying out a first operation and a second operation respectively onto a first area (2d, 2e, 2f) and a second area (2a, 2b, 2c) of a packaging material; said first area (2d, 2e, 2f) and said second area (2a, 2b, 2c) being spaced for a first distance (e) along said direction when a portion of said packaging material comprising said first area (2d, 2e, 2f) and said second area (2a, 2b, 2c) is flat; said unit comprising: - a feeding group for feeding a web of said packaging material along a direction and in a first sense; - at least one first tool (28a, 28b, 28c) adapted to carry out said first operation on said first area (2d, 2e, 2f) arranged in a first desired position; - at least one second tool (27a, 27b, 27c) adapted to carry out said second operation on said second area (2d, 2e, 2f) arranged in a second desired position; said first (28a, 28b, 28c) and said second tool (27a, 27b, 27c) being spaced for a second distance (d) along said direction; wherein said feeding group comprises: - advancing means (10, 16) controllable to arrest said web in a position, at which said second area (2a, 2b, 2c) is spaced for an intentional offset from said second desired position and said first area (2d, 2e, 2f) is arranged with no intentional offset with respect to said first desired position; and - actuating means controllable for moving said second area (2a, 2b, 2c) towards said second desired position, so as to recover said offset; the absolute value of the difference between said first distance (e) and said second distance (d) being equal to said offset, characterized in that said first tool (28a, 28b, 28c) is a first applicator for applying a first opening device onto said first area (2d, 2e, 2f) and in said first desired position, and in that said second tool (27a, 27b, 27c) is a second applicator for applying a second opening device onto said second area (2a, 2b, 2c). - a feeding group for feeding a web of said packaging material along a direction and in a first sense; - at least one first tool (28a, 28b, 28c) adapted to carry out said first operation on said first area (2d, 2e, 2f) arranged in a first desired position; - at least one second tool (27a, 27b, 27c) adapted to carry out said second operation on said second area (2d, 2e, 2f) arranged in a second desired position; - advancing means (10, 16) controllable to arrest said web in a position, at which said second area (2a, 2b, 2c) is spaced for an intentional offset from said second desired position and said first area (2d, 2e, 2f) is arranged with no intentional offset with respect to said first desired position; and - actuating means controllable for moving said second area (2a, 2b, 2c) towards said second desired position, so as to recover said offset;
A composition comprising a glucagon analog, wherein said analog comprises a formula of sequential α-amino acids (α) and at least one β-homo amino acid (β) chosen from: ααααααβ, αααααβα, ααααβαα, αααβααα, ααβαααα, ααβαααα, αβααααα, αααααββ, αααααββα, αααββαα, ααββααα, αββαααα, ββααααα, βαααααβ, βααααβα, βαααβαα, βααβααα, βαβαααα, αβααααβ, αβαααβα, αβααβαα, αβαβααα, ααβαααβ, ααβααβα, ααβαβαα, αααβααβα αααβαβα, and ααααβαβ, wherein the analog is a fusion polypeptide comprising a first and a second amino acid sequence, and wherein the first amino acid sequence is derived from a glucagon amino acid sequence and the second amino acid sequence is derived from glucagon-like peptide-1 (GLP-1).
A fuel assembly (100/200) for use in a nuclear reactor, the fuel assembly (100/200) comprising: at least one fuel rod (18/19); and an outer channel (120/121) surrounding the fuel rod (18/19), the fuel assembly being specially adapted to be located in a core of a nuclear recator such that the outer channel (120/121) has two side walls adjacent to a control blade and two side walls with no adjacent control blade; wherein the side walls adjacent to the control blade are thicker than the side walls with no adjacent control blade; and characterized in that the side walls adjacent to the control blade are fabricated out of a material more resistant to distortion than Zircaloy-2 whereas the side walls with no adjacent control blade are fabricated from a material equally or less resistant to distortion that Zircaloy-2. at least one fuel rod (18/19); and an outer channel (120/121) surrounding the fuel rod (18/19), the fuel assembly being specially adapted to be located in a core of a nuclear recator such that the outer channel (120/121) has two side walls adjacent to a control blade and two side walls with no adjacent control blade; wherein the side walls adjacent to the control blade are thicker than the side walls with no adjacent control blade; and characterized in that the side walls adjacent to the control blade are fabricated out of a material more resistant to distortion than Zircaloy-2 whereas the side walls with no adjacent control blade are fabricated from a material equally or less resistant to distortion that Zircaloy-2.
Use of a flux in a resin flux cored solder, characterized in that the flux comprises: a rosin resin in an amount of 70 to 99.9 mass-% based on the total mass of the flux, an activator, at least one selected from an acrylic polymer and a vinyl ether polymer, which has a weight average molecular weight of 8000 to 100000, in an amount of 0.1 to 3 mass-% based on the total mass of the flux, and a solvent in an amount of 0 to 13 mass-% based on the total mass of the flux. a rosin resin in an amount of 70 to 99.9 mass-% based on the total mass of the flux, an activator, at least one selected from an acrylic polymer and a vinyl ether polymer, which has a weight average molecular weight of 8000 to 100000, in an amount of 0.1 to 3 mass-% based on the total mass of the flux, and a solvent in an amount of 0 to 13 mass-% based on the total mass of the flux.
A gas cooker comprising: a case; a top plate shielding an opened upper surface of the case; a plurality of burner units accommodated inside the case and including a red-heat plate configured to be heated by a mixed gas; an insulator case of which an upper surface is opened to accommodate a plurality of burners and which is shielded by the top plate; an operation unit provided at a front end of the case and configured to be operated by a user for operation of the burner units; a main fan disposed in a front portion of the case and provided in a space between the plurality of the burner units and the operation unit and configured to cool the inside of the case by sucking air outside the case, wherein the main fan is adjacent to the operation unit for cooling the operation unit; an opening portion opened at a position corresponding to the main fan so that the air flows to a lower surface of the top plate is formed in the insulator case; and a exhaust portion provided in a rear end of the case and configured to discharge a burned gas of the burner units and cooling air inside the case, wherein, the insulator case is spaced apart from a bottom surface and a rear side surface of the case, and forms a flow path so that the external air introduced by the main fan flows toward the exhaust portion. a case; a top plate shielding an opened upper surface of the case; a plurality of burner units accommodated inside the case and including a red-heat plate configured to be heated by a mixed gas; an insulator case of which an upper surface is opened to accommodate a plurality of burners and which is shielded by the top plate; an operation unit provided at a front end of the case and configured to be operated by a user for operation of the burner units; a main fan disposed in a front portion of the case and provided in a space between the plurality of the burner units and the operation unit and configured to cool the inside of the case by sucking air outside the case, wherein the main fan is adjacent to the operation unit for cooling the operation unit; an opening portion opened at a position corresponding to the main fan so that the air flows to a lower surface of the top plate is formed in the insulator case; and a exhaust portion provided in a rear end of the case and configured to discharge a burned gas of the burner units and cooling air inside the case, wherein, the insulator case is spaced apart from a bottom surface and a rear side surface of the case, and forms a flow path so that the external air introduced by the main fan flows toward the exhaust portion.
A suction device with a suction device housing, in which a suction turbine for generating a suction flow is arranged, the suction turbine having a suction turbine inflow opening through which the suction flow can flow into the suction turbine, and at least one suction turbine outflow opening through which the suction flow can flow out of the suction turbine, the suction device housing having a suction inlet for letting in the suction flow and a dust collecting chamber for collecting dust contained in the suction flow, wherein a filter element for retaining dust in the dust collecting chamber is arranged between the dust collecting chamber and a suction turbine inflow opening of the suction turbine, wherein the suction device has a closure element with a closure body for closing the suction inlet, which closes the suction inlet in a closure position and is removed from the suction inlet in a release position, wherein it has a supply receptacle for receiving the closure body, when the closure body reaches the release position, and wherein the closure element is movably mounted on the suction device housing for adjustment between the supply receptacle and the suction inlet by means of a bearing, characterized in that the bearing is or comprises a swivel bearing for pivotally supporting the closure element about a swivel axis, in particular about a single swivel axis.
A medication delivery system comprising: a medication delivery device adapted to dispense medication, the medication delivery device comprising memory to store a medication delivery schedule or time-dependent dosage parameters based on a universal concept of time that is independent of a time zone in which the medication delivery device is located, the medication delivery device being further adapted to record medication delivery information or user actions, the medication delivery information or user actions being stored along with timestamps based on the universal concept of time; and a remote computing device in communication with the medication delivery device, the remote computing device configured to receive the timestamped medication delivery information or user actions from the medication delivery device, and present a visual display of the medication delivery information or user actions along with times, characterized in that the displayed times are determined using the timestamps based on the universal concept of time adjusted based on the current time zone setting of the remote computing device independent of manual time settings of the remote computing device. a medication delivery device adapted to dispense medication, the medication delivery device comprising memory to store a medication delivery schedule or time-dependent dosage parameters based on a universal concept of time that is independent of a time zone in which the medication delivery device is located, the medication delivery device being further adapted to record medication delivery information or user actions, the medication delivery information or user actions being stored along with timestamps based on the universal concept of time; and a remote computing device in communication with the medication delivery device, the remote computing device configured to receive the timestamped medication delivery information or user actions from the medication delivery device, and present a visual display of the medication delivery information or user actions along with times, characterized in that the displayed times are determined using the timestamps based on the universal concept of time adjusted based on the current time zone setting of the remote computing device independent of manual time settings of the remote computing device.
Method for displaying an environment of a motor vehicle on a display screen located in the vehicle, the vehicle comprising a first camera and a second camera the respective fields of view (Ch1, Ch2) of which overlap at least partially, the field of view of the first camera being centred on a first observation direction that is inclined towards the ground and the field of view of the second camera being centred on a second observation direction that is substantially horizontal, the method comprising the following steps, implemented by an electronic processing unit of the motor vehicle: a) determining whether or not an obstacle is present in the field of view of the first camera, b) if there is an obstacle in the field of view of the first camera, selecting the first camera, and, if there is no obstacle in the field of view of the first camera, selecting the second camera, c) generating an image (IMV1, IMV2) to be displayed, depending on an image (IM1, IM2) captured by the camera (11, 12) selected in step b), and d) displaying the image (IMV1, IMV2) generated in step c) on said screen. a) determining whether or not an obstacle is present in the field of view of the first camera, b) if there is an obstacle in the field of view of the first camera, selecting the first camera, and, if there is no obstacle in the field of view of the first camera, selecting the second camera, c) generating an image (IMV1, IMV2) to be displayed, depending on an image (IM1, IM2) captured by the camera (11, 12) selected in step b), and d) displaying the image (IMV1, IMV2) generated in step c) on said screen.
Control device comprising a grip member that is mobile in rotation about an axis of rotation, and a rotation sensor (23, 25) for detecting the rotation of said grip member, the grip member comprising at least two distinct grip regions (3, 5, 5a) that are intended to be actuated to rotate the grip member, at least one tactile sensor (21, 21a, 21b) that is associated with one of the grip regions (3, 5, 5a) and is configured to detect actuation by a user interacting with the associated grip region (3, 5, 5a) and a stepped circular knob, characterized in that each step of the stepped circular knob is associated with a corresponding grip region (3, 5, 5a).
A battery cell, comprising: a battery case having an accommodation portion in which an electrode assembly is mounted, and a sealing portion formed by sealing an outer periphery thereof; and a gas discharge unit inserted into the sealing portion, wherein the gas discharge unit protrudes from the inside of the battery case toward the outside of the battery case, wherein the gas discharge unit includes a non-adhesive layer and an adhesive layer located on the non-adhesive layer, and the non-adhesive layer and the adhesive layer are bent to be opened toward the inside of the battery case, wherein the non-adhesive layer includes a first non-adhesive layer and a second non-adhesive layer spaced apart from each other, and an end of the first non-adhesive layer and an end of the second non-adhesive layer adjacent to an outer side of the sealing portion are connected and integrated with each other and wherein the adhesive layer and the non-adhesive layer have a structure in which the adhesive layer surrounds a lower surface and both side surfaces of the non-adhesive layer and surrounds both ends of an upper surface of the non-adhesive layer in continuity with said side surfaces, and the gas discharge unit has a structure in which the adhesive layer and the non-adhesive layer are folded based on a boundary line perpendicular to said side surfaces providing a non-adhesive inner space formed between the folded non-adhesive layers, thereby providing a gas inlet located between the first non-adhesive layer and the second non-adhesive layer, and opened toward the inside of the battery case. a battery case having an accommodation portion in which an electrode assembly is mounted, and a sealing portion formed by sealing an outer periphery thereof; and a gas discharge unit inserted into the sealing portion, wherein the gas discharge unit protrudes from the inside of the battery case toward the outside of the battery case, wherein the gas discharge unit includes a non-adhesive layer and an adhesive layer located on the non-adhesive layer, and the non-adhesive layer and the adhesive layer are bent to be opened toward the inside of the battery case, wherein the non-adhesive layer includes a first non-adhesive layer and a second non-adhesive layer spaced apart from each other, and an end of the first non-adhesive layer and an end of the second non-adhesive layer adjacent to an outer side of the sealing portion are connected and integrated with each other and wherein the adhesive layer and the non-adhesive layer have a structure in which the adhesive layer surrounds a lower surface and both side surfaces of the non-adhesive layer and surrounds both ends of an upper surface of the non-adhesive layer in continuity with said side surfaces, and the gas discharge unit has a structure in which the adhesive layer and the non-adhesive layer are folded based on a boundary line perpendicular to said side surfaces providing a non-adhesive inner space formed between the folded non-adhesive layers, thereby providing a gas inlet located between the first non-adhesive layer and the second non-adhesive layer, and opened toward the inside of the battery case.
A recording apparatus comprising: a mechanism section that includes a transport section which transports a medium, and a recording section which performs recording on the medium; a substrate on which electronic components are mounted in order to control the mechanism section; and a medium reception section in which the medium supplied from a front side of the main apparatus body to the inside of the main apparatus body is set, wherein the substrate is horizontally arranged, and the substrate is arranged between, in a vertical direction, a base of a main apparatus body and the mechanism section in a mechanical component arrangement area in which mechanical components included in the mechanism section are arranged in the main apparatus body, and characterized in that the substrate is arranged in a position which is separated from the medium reception section in a horizontal direction. a mechanism section that includes a transport section which transports a medium, and a recording section which performs recording on the medium; a substrate on which electronic components are mounted in order to control the mechanism section; and a medium reception section in which the medium supplied from a front side of the main apparatus body to the inside of the main apparatus body is set, wherein the substrate is horizontally arranged, and the substrate is arranged between, in a vertical direction, a base of a main apparatus body and the mechanism section in a mechanical component arrangement area in which mechanical components included in the mechanism section are arranged in the main apparatus body, and characterized in that the substrate is arranged in a position which is separated from the medium reception section in a horizontal direction.
Equipment for forming a glass article, comprising: - a forming mould for receiving a glass blank intended to become the glass article, - a gas-injection device with a blowing head intended to propel gas into the cavity inside the blank, and intended to be received in the opening of the blank having a principal axis, the gas-injection device comprising an air circuit with: • a pressurised gas inlet PS, • a first injection channel connecting the pressurised-gas inlet to at least one outlet orifice emerging in the cavity inside the blank, through a first control solenoid valve, • an exhaust channel connecting the internal cavity to an outlet to atmosphere, - at least one first pressure sensor (P1; P2) and one first temperature sensor (T1; T2) both arranged on the air circuit between the first control solenoid valve and the outlet to atmosphere, - an electropneumatic control unit configured to control the first control solenoid valve according to the pressure measurements recorded by the first pressure sensor and the temperature measurements recorded by the first temperature sensor, so that the aeraulic conditions of the gas flow in the cavity can be known and the equipment can thus control the first control solenoid valve according to predetermined aeraulic criteria. - a forming mould for receiving a glass blank intended to become the glass article, - a gas-injection device with a blowing head intended to propel gas into the cavity inside the blank, and intended to be received in the opening of the blank having a principal axis, the gas-injection device comprising an air circuit with: • a pressurised gas inlet PS, • a first injection channel connecting the pressurised-gas inlet to at least one outlet orifice emerging in the cavity inside the blank, through a first control solenoid valve, • an exhaust channel connecting the internal cavity to an outlet to atmosphere, • a pressurised gas inlet PS, • a first injection channel connecting the pressurised-gas inlet to at least one outlet orifice emerging in the cavity inside the blank, through a first control solenoid valve, • an exhaust channel connecting the internal cavity to an outlet to atmosphere, - at least one first pressure sensor (P1; P2) and one first temperature sensor (T1; T2) both arranged on the air circuit between the first control solenoid valve and the outlet to atmosphere, - an electropneumatic control unit configured to control the first control solenoid valve according to the pressure measurements recorded by the first pressure sensor and the temperature measurements recorded by the first temperature sensor, so that the aeraulic conditions of the gas flow in the cavity can be known and the equipment can thus control the first control solenoid valve according to predetermined aeraulic criteria.
Apparatus comprising a first device and a second device, wherein the first device is a heat source and wherein the second device is a cooling device, wherein the second device takes up heat emitted by the first device, wherein a heat transfer element is arranged between the first device and the second device, wherein the heat transfer element is moulded on the first device or the second device such that the heat transfer element is fixedly connected to the first device or the second device, wherein the heat transfer element consists of elastomer material and is elastic, characterized in that the heat transfer element is made of injection-mouldable material and is integrally moulded by injection moulding directly onto the first device or the second device, with the result that the heat transfer element is in a materially bonded connection with the first device or the second device.