mhurhangee/ep-ind-claims huggingface dataset:
A computer program comprising instructions which, when the program is executed by a computer in an information processing apparatus, cause the computer to cause a display unit to display a setting screen (300, 400) capable of accepting a user instruction, and accept (S803, S901), on the setting screen, selection of either of a first printing mode and a second printing mode, wherein the first printing mode is a printing mode for causing a printing apparatus to execute four-side borderless printing that makes no margins on both ends in a widthwise direction of a roll-like recording medium and makes, by cutting the roll-like recording medium, no margin on both ends in a lengthwise direction of the cut roll-like recording medium; wherein the second printing mode is a printing mode for causing the printing apparatus to execute three-side borderless printing that makes a margin on one end in the widthwise direction of the roll-like recording medium and no margin on the other end and makes, by cutting the roll-like recording medium, no margin on both ends in the lengthwise direction of the cut roll-like recording medium; and if the selection of the first printing mode is accepted, the setting screen is displayed such that a user is not able to designate a first size as a size of an output recording medium that is one of print settings in the first printing mode, and if the selection of the second printing mode is accepted, the setting screen is displayed such that the user is able to designate the first size as the size of the output recording medium in the second printing mode. cause a display unit to display a setting screen (300, 400) capable of accepting a user instruction, and accept (S803, S901), on the setting screen, selection of either of a first printing mode and a second printing mode, wherein the first printing mode is a printing mode for causing a printing apparatus to execute four-side borderless printing that makes no margins on both ends in a widthwise direction of a roll-like recording medium and makes, by cutting the roll-like recording medium, no margin on both ends in a lengthwise direction of the cut roll-like recording medium; wherein the second printing mode is a printing mode for causing the printing apparatus to execute three-side borderless printing that makes a margin on one end in the widthwise direction of the roll-like recording medium and no margin on the other end and makes, by cutting the roll-like recording medium, no margin on both ends in the lengthwise direction of the cut roll-like recording medium; and if the selection of the first printing mode is accepted, the setting screen is displayed such that a user is not able to designate a first size as a size of an output recording medium that is one of print settings in the first printing mode, and if the selection of the second printing mode is accepted, the setting screen is displayed such that the user is able to designate the first size as the size of the output recording medium in the second printing mode.
A nasal seal comprising: a seal body formed of a soft flexible material and defining an inner cavity and a supply opening for supply of breathing gases from the inner cavity to the patient, the seal body comprising: a first portion that comprises the supply opening; a second portion that comprises a first nostril prong and a second nostril prong, and a thickened region extending across the front of the prongs (120,121); a bellows structure located between the first portion and the second portion, wherein the bellows structure is configured to deform to vary a distance between the first portion and the second portion, and wherein the outer perimeter of the first portion is larger than the perimeter of the second portion; wherein a total width of the first portion is at least about 90 percent of a total width of the second portion. a first portion that comprises the supply opening; a second portion that comprises a first nostril prong and a second nostril prong, and a thickened region extending across the front of the prongs (120,121); a bellows structure located between the first portion and the second portion, wherein the bellows structure is configured to deform to vary a distance between the first portion and the second portion, and wherein the outer perimeter of the first portion is larger than the perimeter of the second portion; wherein a total width of the first portion is at least about 90 percent of a total width of the second portion.
Vehicle seat, comprising a seat cushion which comprises a cushion frame, a cushion foam member mounted to said cushion frame and a cushion cover stretched over said cushion foam member and fastened to said cushion frame, wherein a top wall, a bottom wall, and a pair of opposite side walls as well as a pair of opposite end walls are defined in said seat cushion, wherein said cushion cover is stretched over said top wall and said side walls of said seat cushion and it is fastened to said cushion frame at the lower edge of said side walls, wherein said vehicle seat, at least on one of its sides, is provided with: a rigid shielding element extending along the lower edge of the corresponding side wall of said seat cushion; and a soft covering element, which is integral with or fastened to said cushion cover and extends downwardly between said side wall of said seat cushion and said rigid shielding element, characterized in that the lower edge of said soft covering element is fastened to a first edge of one or more elastic strips, a second, opposite edge of which is fastened to said rigid shielding element or to a component that is fixed relative to said rigid shielding element. a rigid shielding element extending along the lower edge of the corresponding side wall of said seat cushion; and a soft covering element, which is integral with or fastened to said cushion cover and extends downwardly between said side wall of said seat cushion and said rigid shielding element, characterized in that the lower edge of said soft covering element is fastened to a first edge of one or more elastic strips, a second, opposite edge of which is fastened to said rigid shielding element or to a component that is fixed relative to said rigid shielding element.
A child vehicle seat comprising a chassis, a seat being detachably connectable to the chassis, at least one mounting element for securing the chassis in a vehicle, as well as at least one detector for detecting whether the mounting element is correctly mounted in the vehicle, which chassis is further provided with at least one indicator for indicating whether the chassis is correctly secured in the vehicle, whilst the chassis is provided with at least one detector for detecting whether the seat is correctly connected to the chassis, characterised in that when the connection between the mounting elements and the anchoring elements is broken while or after the seat is being or has been connected to the chassis, an alarm signal is immediately delivered by the indicator in use if the chassis is not correctly secured in the vehicle whilst the seat is correctly connected to the chassis.
A developer container for containing developer (t), comprising: a first frame that has a recessed portion (50; 59; 85) which has a sloped face (50d; 59d; 85b); and a second frame that has a first protruding portion (60; 69; 86); wherein the first frame and the second frame are joined together at: a first adhering portion (70; 171; 271; 701, 702) in which the recessed portion (50; 59; 85) and the first protruding portion (60; 69; 86) are adhered together, and a second adhering portion (71; 171; 271; 711, 712) in which a second protruding portion (51; 601, 602) on one of the first frame and the second frame and a flat portion (61; 611, 612) on the other of the first frame and the second frame are adhered together, the recessed portion (50; 59; 85) having a positioning inner side face (50a; 59a; 85a) that performs positioning of the first frame with respect to the second frame. a first frame that has a recessed portion (50; 59; 85) which has a sloped face (50d; 59d; 85b); and a second frame that has a first protruding portion (60; 69; 86); wherein the first frame and the second frame are joined together at: a first adhering portion (70; 171; 271; 701, 702) in which the recessed portion (50; 59; 85) and the first protruding portion (60; 69; 86) are adhered together, and a second adhering portion (71; 171; 271; 711, 712) in which a second protruding portion (51; 601, 602) on one of the first frame and the second frame and a flat portion (61; 611, 612) on the other of the first frame and the second frame are adhered together, a first adhering portion (70; 171; 271; 701, 702) in which the recessed portion (50; 59; 85) and the first protruding portion (60; 69; 86) are adhered together, and a second adhering portion (71; 171; 271; 711, 712) in which a second protruding portion (51; 601, 602) on one of the first frame and the second frame and a flat portion (61; 611, 612) on the other of the first frame and the second frame are adhered together, the recessed portion (50; 59; 85) having a positioning inner side face (50a; 59a; 85a) that performs positioning of the first frame with respect to the second frame.
Verapamil for use in the treatment of a subject suffering from obesity or diabetes, wherein the verapamil is capable of antagonizing the function of orexin receptor 1 or orexin receptor 2 of the subject
A seal ring (1000, 1001) comprising: an outer sidewall comprising: an exterior outer sidewall surface comprising a substantially arcuate portion for interfacing with a corresponding semi-circular bead of a sidewall of a container (1100, 1101) in an attached configuration; a top surface; an upper portion outer surface substantially perpendicular to the top surface; and a upper portion bottom surface substantially parallel to the top surface and perpendicular to the outer surface; a generally hook-shaped aperture comprising: an aperture surface substantially parallel to the upper portion outer surface and intersecting with the upper portion bottom surface; and an undercut surface substantially perpendicular to the aperture surface, wherein the undercut surface is configured to interface with a corresponding surface on the container (1100, 1101) in the attached configuration; an inner sidewall forming a seal structure for sealing an interior cavity of the container (1100, 1101) with a lid; and a floor connecting the inner sidewall and the outer sidewall, wherein the substantially arcuate portion of the exterior outer sidewall surface transitions to an exterior floor surface, the exterior floor surface substantially parallel to the upper portion outer surface, characterized in that the floor slopes downwardly from the inner sidewall to the outer sidewall and the floor is adapted to flush against an inner surface of the container (1100, 1101) with the exterior floor surface such that a liquid-tight seal is formed.
A transformer comprising: a core formed from a plurality of planar laminations stacked together adjacent one another to lie substantially parallel; electrically insulating spacing means provided between each of the laminations and a lamination adjacent thereto to separate them so as to provide a plurality of voids in the core, each of which is between a lamination and a lamination adjacent thereto; and an electrically insulating fluid located within and filling said voids, characterised in that said electrically insulating fluid comprises oil. a core formed from a plurality of planar laminations stacked together adjacent one another to lie substantially parallel; electrically insulating spacing means provided between each of the laminations and a lamination adjacent thereto to separate them so as to provide a plurality of voids in the core, each of which is between a lamination and a lamination adjacent thereto; and an electrically insulating fluid located within and filling said voids, characterised in that said electrically insulating fluid comprises oil.
A method in a topology aware entity associated with an Ethernet network, said method being characterized by the steps of: receiving a notification about a new node that has been added to the network; causing an existing node to initiate a path discovery to the new node, which path discovery is using Ethernet Connectivity and Fault Management, CFM, protocols; receiving path data from the existing node, wherein said path data includes one Linktrace Reply, LTR, for each intermediate node in a relevant CFM domain as well as an LTR from the new node, each LTR is indicative of a port ID and MAC address of the originating node; and identifying, based on the path data, a topological position of the new node in the Ethernet network. receiving a notification about a new node that has been added to the network; causing an existing node to initiate a path discovery to the new node, which path discovery is using Ethernet Connectivity and Fault Management, CFM, protocols; receiving path data from the existing node, wherein said path data includes one Linktrace Reply, LTR, for each intermediate node in a relevant CFM domain as well as an LTR from the new node, each LTR is indicative of a port ID and MAC address of the originating node; and identifying, based on the path data, a topological position of the new node in the Ethernet network.
Electric circuit adapted to controlling an electrical power supply (Vpp) of a piece of electrical equipment, the electric circuit comprising electrical equipment and a power supply voltage source (Vpp), and also having at least two discrete electrical signals (DIS 1, DIS 2, DIS 3) as inputs, which values control cutting off of the electrical power supply to the equipment, the circuit being characterised in that it also comprises: - a redundant comparison module that compares discrete electrical signals (DIS 1, DIS 2, DIS 3), comprising two comparison branches (12, 13) of said signals in parallel with each other, each branch being adapted to provide an output control signal (CLE1, CLE2) representative of each of the comparisons of said discrete electrical signals, and, - a first cut off module that cuts off the electrical power supply to the electrical equipment comprising two switches in series (Switch 1, Switch 2), each being controlled by one of the two control signals (CLE1, CLE2), and - a second cut off module to cut off the electrical power supply of the electrical equipment connected in series between the power supply voltage source (Vpp) of the electrical equipment and the first cut off module HW, and controlled by the two control signals (CLE1, CLE2) provided by the redundant comparison module. - a redundant comparison module that compares discrete electrical signals (DIS 1, DIS 2, DIS 3), comprising two comparison branches (12, 13) of said signals in parallel with each other, each branch being adapted to provide an output control signal (CLE1, CLE2) representative of each of the comparisons of said discrete electrical signals, and, - a first cut off module that cuts off the electrical power supply to the electrical equipment comprising two switches in series (Switch 1, Switch 2), each being controlled by one of the two control signals (CLE1, CLE2), and - a second cut off module to cut off the electrical power supply of the electrical equipment connected in series between the power supply voltage source (Vpp) of the electrical equipment and the first cut off module HW, and controlled by the two control signals (CLE1, CLE2) provided by the redundant comparison module.
A piece of furniture or a domestic appliance comprising a sliding/pivoting mechanism of a shelf for pulling out and raising the shelf from a body of the piece of furniture or of the domestic appliance, having - at least two swivelling arms (3, 4) which are fastened by means of a first end to at least one side of the walls of the body in such a way that the swivelling arms can be rotated parallel to the plane of the side walls and which are arranged parallel to each other at a distance from each other, - wherein at respective second ends of the swivelling arms (3, 4), a guide rail is fastened in such a way that the guide rail can be pivoted parallel to the plane of the side walls and in such a way that the guide rail can be pivoted from a lower position inside the body to a raised upper position at least partially outside the body, - at least one running rail, which is linearly displaceable in the guide rail and to which the shelf is fastened - whereby a damping unit which damps the travelling motion of the shelf in an end position is arranged on the sliding/pivoting mechanism characterized in that - the damping unit is designed as part of a retraction system or an ejection system. - at least two swivelling arms (3, 4) which are fastened by means of a first end to at least one side of the walls of the body in such a way that the swivelling arms can be rotated parallel to the plane of the side walls and which are arranged parallel to each other at a distance from each other, - wherein at respective second ends of the swivelling arms (3, 4), a guide rail is fastened in such a way that the guide rail can be pivoted parallel to the plane of the side walls and in such a way that the guide rail can be pivoted from a lower position inside the body to a raised upper position at least partially outside the body, - at least one running rail, which is linearly displaceable in the guide rail and to which the shelf is fastened - whereby a damping unit which damps the travelling motion of the shelf in an end position is arranged on the sliding/pivoting mechanism - the damping unit is designed as part of a retraction system or an ejection system.
An imaging apparatus comprising: a first scintillator layer together with associated photodiodes configured to provide first image signals with a first quantum efficiency and a first spatial resolution; a second scintillator layer together with associated photodiodes configured to provide second image signals with a second quantum efficiency and a second spatial resolution, wherein the first quantum efficiency is lower than the second quantum efficiency, but the first spatial resolution is higher than the second spatial resolution; and an image combiner configured to combine the first image signals and the second image signals; characterized in that: the first scintillator layer is GOS-based, and wherein the second scintillator layer is glass-based. a first scintillator layer together with associated photodiodes configured to provide first image signals with a first quantum efficiency and a first spatial resolution; a second scintillator layer together with associated photodiodes configured to provide second image signals with a second quantum efficiency and a second spatial resolution, wherein the first quantum efficiency is lower than the second quantum efficiency, but the first spatial resolution is higher than the second spatial resolution; and an image combiner configured to combine the first image signals and the second image signals; characterized in that: the first scintillator layer is GOS-based, and wherein the second scintillator layer is glass-based.
Method for verifying the mounting of at least one ophthalmic lens (11, 12) in a frame of a pair of spectacles designed to be worn by a subject, said method comprising the steps of: - capturing a test image of the frame in which the at least one ophthalmic lens (11, 12) is mounted, said at least one ophthalmic lens (11, 12) comprising at least one marking (13, 14) visible in said test image; - comparing said test image of the frame with a reference image of the frame worn by the subject without the at least one ophthalmic lens (11, 12); and - verifying the mounting of said at least one ophthalmic lens (11, 12) in said frame based on the previous comparison, wherein the step of comparison comprises the following sub-steps: - processing said test image and said reference image so as to obtain a processed image in which both images (50, 60) of the frame are superimposed; - determining, from said processed image, a value (E c) of the distance between said marking (13, 14) and a center of a pupil (8, 8A) of an eye (3, 4) of the subject to be visually corrected with said at least one ophthalmic lens (11, 12); - comparing said determined value (E c) with a threshold value (E c,th); the verification of the mounting being based on said comparison. - capturing a test image of the frame in which the at least one ophthalmic lens (11, 12) is mounted, said at least one ophthalmic lens (11, 12) comprising at least one marking (13, 14) visible in said test image; - comparing said test image of the frame with a reference image of the frame worn by the subject without the at least one ophthalmic lens (11, 12); and - verifying the mounting of said at least one ophthalmic lens (11, 12) in said frame based on the previous comparison, - processing said test image and said reference image so as to obtain a processed image in which both images (50, 60) of the frame are superimposed; - determining, from said processed image, a value (E c) of the distance between said marking (13, 14) and a center of a pupil (8, 8A) of an eye (3, 4) of the subject to be visually corrected with said at least one ophthalmic lens (11, 12); - comparing said determined value (E c) with a threshold value (E c,th);
An alpha-beta titanium based-alloy comprising 0.001-1.0 wt.% in total of at least one lanthanide series element, wherein the at least one lanthanide series element is Gd, wherein the alloy further comprises additional amounts of at least one of aluminum (Al), zirconium (Zr), tin (Sn), oxygen, molybdenum (Mo), vanadium, niobium (Nb), iron (Fe), and chromium (Cr), wherein the amounts are defined based on their aluminum equivalent and molybdenum equivalent in which the aluminum equivalent (Al-eq) is between 0 to 7.5% and the molybdenum equivalent (Mo-eq) is between 2.7 to 47.5%, and in which Al-eq and Mo-eq are defined as follows: Al-eq=Al%+Zr%/6+Sn%/3+10 ∗ (O%); Mo-eq= Mo%+0.67 ∗ V%+0.33 ∗ Nb%+2.9 ∗ Fe%+1.6 ∗ Cr%, with the balance being titanium and impurities. wherein the at least one lanthanide series element is Gd, wherein the alloy further comprises additional amounts of at least one of aluminum (Al), zirconium (Zr), tin (Sn), oxygen, molybdenum (Mo), vanadium, niobium (Nb), iron (Fe), and chromium (Cr), wherein the amounts are defined based on their aluminum equivalent and molybdenum equivalent in which the aluminum equivalent (Al-eq) is between 0 to 7.5% and the molybdenum equivalent (Mo-eq) is between 2.7 to 47.5%, and in which Al-eq and Mo-eq are defined as follows: Al-eq=Al%+Zr%/6+Sn%/3+10 ∗ (O%); Mo-eq= Mo%+0.67 ∗ V%+0.33 ∗ Nb%+2.9 ∗ Fe%+1.6 ∗ Cr%, with the balance being titanium and impurities.
Peptide derived from the peptide sequence of highly preserved regions of human SIRT proteins, characterised in that it corresponds to one of the following sequences: (SEQ ID NO:4) Gly-Ala-Gly-Val-Ser-Ala-Glu (SEQ ID NO:5) Gly-Ala-Gly-Val-Ser-Ala-Glu-NH 2 (SEQ ID NO:6) Thr-Gln-Asn-Ile-Asp-Glu-Leu (SEQ ID NO:7) Thr-Gln-Asn-Ile-Asp-Glu-Leu-NH 2 (SEQ ID NO:4) Gly-Ala-Gly-Val-Ser-Ala-Glu (SEQ ID NO:5) Gly-Ala-Gly-Val-Ser-Ala-Glu-NH 2 (SEQ ID NO:6) Thr-Gln-Asn-Ile-Asp-Glu-Leu (SEQ ID NO:7) Thr-Gln-Asn-Ile-Asp-Glu-Leu-NH 2