mhurhangee/ep-ind-claims huggingface dataset:
A guiding and support device, particularly for a robot for minimally-invasive surgery through a single parietal incision and/or natural orifice, comprising: - a plurality of mutually associated rigid bodies (3, 4), - stiffening means associated with said guiding and support device and adapted for the transition of said device from an inactive configuration, in which said rigid bodies (3, 4) can move with respect to each other, to an active configuration, in which said rigid bodies (3, 4) are mutually aligned so as to define a rigid guide, and vice versa, - means for translational motion which are adapted, in said active configuration of said guiding and support device, to translate a robot along said guide, characterized in that said means for translational motion are means for combined rotary and translational motion, adapted to translate and/or rotate the robot along said guide, said means for combined rotary and translational motion comprising a pair of flexible threaded shafts (60, 60'), and a gearwheel configured to engage said pair of flexible threaded shafts (60, 60'), wherein the rotation of said flexible threaded shafts (60, 60') determines the translation of said gearwheel along said guide and/or the rotation of said gearwheel with respect to its own axis, said gearwheel being adapted to be associated rigidly with a robot. - a plurality of mutually associated rigid bodies (3, 4), - stiffening means associated with said guiding and support device and adapted for the transition of said device from an inactive configuration, in which said rigid bodies (3, 4) can move with respect to each other, to an active configuration, in which said rigid bodies (3, 4) are mutually aligned so as to define a rigid guide, and vice versa, - means for translational motion which are adapted, in said active configuration of said guiding and support device, to translate a robot along said guide, characterized in that said means for translational motion are means for combined rotary and translational motion, adapted to translate and/or rotate the robot along said guide, said means for combined rotary and translational motion comprising a pair of flexible threaded shafts (60, 60'), and a gearwheel configured to engage said pair of flexible threaded shafts (60, 60'), wherein the rotation of said flexible threaded shafts (60, 60') determines the translation of said gearwheel along said guide and/or the rotation of said gearwheel with respect to its own axis, said gearwheel being adapted to be associated rigidly with a robot.
A method for triggering by a first device a second device to perform an operation, comprising: receiving, by the second device, a trigger sent by the first device, wherein the trigger contains a device ID of a target device, the device ID of the target device is a public key hash value in a device certificate of the target device, and the trigger comprises a domain joining trigger, a domain quitting trigger, a license acquiring trigger, or a statistic reporting trigger; and performing, by the second device, based on the type of the trigger, an operation triggered by the trigger when the second device determines based on the device ID of the target device that the second device is the target device, wherein the operation comprises domain joining, domain quitting, license acquiring, or statistic reporting; and wherein the trigger further comprises a signature created by the first device to the device ID of the target device using a private key of the first device when the trigger is a domain joining trigger, a domain quitting trigger, a license acquiring trigger, or a statistic reporting trigger, and the method further comprises: verifying, by the second device, the signature using a public key of the first device. receiving, by the second device, a trigger sent by the first device, wherein the trigger contains a device ID of a target device, the device ID of the target device is a public key hash value in a device certificate of the target device, and the trigger comprises a domain joining trigger, a domain quitting trigger, a license acquiring trigger, or a statistic reporting trigger; and performing, by the second device, based on the type of the trigger, an operation triggered by the trigger when the second device determines based on the device ID of the target device that the second device is the target device, wherein the operation comprises domain joining, domain quitting, license acquiring, or statistic reporting; and wherein the trigger further comprises a signature created by the first device to the device ID of the target device using a private key of the first device when the trigger is a domain joining trigger, a domain quitting trigger, a license acquiring trigger, or a statistic reporting trigger, and the method further comprises: verifying, by the second device, the signature using a public key of the first device. verifying, by the second device, the signature using a public key of the first device.
Method for modifying the properties of the surface of a material, said method comprising the following steps: - preparing a first layer (12; 12') comprising an electrically conductive material suited to serve the function of a cathode, a second layer comprising an electrically conductive material suited to serve the function of an anode and an intermediate layer suited to become impregnated with an electrolyte in the liquid phase or to regulate its flow between said cathode and said anode; - associating an electrolyte in the liquid phase with one or more of said layers (12, 14, 16); - supplying power to said cathode and said anode in order to activate the electrochemical process of said electrolyte in the liquid phase for a predetermined time interval, characterized by - positioning said anode or said cathode on said surface to be treated. - preparing a first layer (12; 12') comprising an electrically conductive material suited to serve the function of a cathode, a second layer comprising an electrically conductive material suited to serve the function of an anode and an intermediate layer suited to become impregnated with an electrolyte in the liquid phase or to regulate its flow between said cathode and said anode; - associating an electrolyte in the liquid phase with one or more of said layers (12, 14, 16); - supplying power to said cathode and said anode in order to activate the electrochemical process of said electrolyte in the liquid phase for a predetermined time interval, characterized by - positioning said anode or said cathode on said surface to be treated.
A lighting device for providing illumination, the lighting device comprising: - a heat sink element; - a light emitter board including a plurality of solid state light emitters, the light emitter board being mounted to the heat sink element and the solid state light emitters being thermally coupled to the heat sink element; - an upper housing having an opening, the upper housing being mounted to the heat sink element, and the light emitted from said light emitters passing through the opening; - a basket assembly comprising a frame and at least one lens held by the frame, the basket assembly being attached to the upper housing by the frame at the opening and providing a light transmitting window such that light passes through said at least one lens to provide said illumination; and - a baffle assembly, characterised in that the basket assembly, the upper housing and the light emitter board together define a light mixing chamber for mixing light from said plurality of light emitters, and the baffle assembly is attached to the upper housing around the opening, the baffle assembly being slanted away from the opening such that light from said at least one lens of the basket assembly is incident on the baffle assembly. - a heat sink element; - a light emitter board including a plurality of solid state light emitters, the light emitter board being mounted to the heat sink element and the solid state light emitters being thermally coupled to the heat sink element; - an upper housing having an opening, the upper housing being mounted to the heat sink element, and the light emitted from said light emitters passing through the opening; - a basket assembly comprising a frame and at least one lens held by the frame, the basket assembly being attached to the upper housing by the frame at the opening and providing a light transmitting window such that light passes through said at least one lens to provide said illumination; and - a baffle assembly, characterised in that the basket assembly, the upper housing and the light emitter board together define a light mixing chamber for mixing light from said plurality of light emitters, and the baffle assembly is attached to the upper housing around the opening, the baffle assembly being slanted away from the opening such that light from said at least one lens of the basket assembly is incident on the baffle assembly.
A press line comprising a press system having a row of presses, removing robotic arms at the exit of the press system, the handling region of which engages in the region of the discharge conveyor and which are designed for transport of the pressed parts from the press system onto the discharge conveyor, and a device designed for the output of a sensible signal, wherein in the initial region of the discharge conveyor a workstation of the robotic control of the surface of the pressed parts is arranged comprising the robotic arms, a control unit of the work station of the robotic control and cameras, characterized in that the robotic arms are equipped with cameras, wherein movement paths of the robotic arms are stored in the control unit of the work station of the robotic control, which movement paths correspond to the positions of the individual controlled regions on the surface of the pressed parts, wherein deviating movement paths are stored for identical parts, which are alternated at regular or irregular time intervals. that the robotic arms are equipped with cameras, wherein movement paths of the robotic arms are stored in the control unit of the work station of the robotic control, which movement paths correspond to the positions of the individual controlled regions on the surface of the pressed parts, wherein deviating movement paths are stored for identical parts, which are alternated at regular or irregular time intervals.
A state-of-charge, SOC, display system comprising: a battery (112; 212); a brake light array (220; 320; 420) including a plurality of lighting elements (218; 318a-318j); and an SOC module (240; 340B) configured to: receive a battery status signal, said battery status signal including an SOC of said battery (112; 212); receive a fuel status signal of a fuel tank, said fuel status signal corresponding to a fuel supply in said fuel tank; and output a display signal to said brake light array (220; 320; 420) based on said battery status signal and said fuel status signal; said brake light array (220; 320; 420) being configured to: receive said display signal from said SOC module (240; 340B); illuminate a first subset of said plurality of lighting elements (218; 318a-318j) for displaying said SOC of said battery (112; 212) by said brake light array (220; 320; 420), in response to said display signal; and illuminate a second subset of said plurality of lighting elements (218; 318a-318j) for displaying said fuel supply by said brake light array (220; 320; 420), in response to said display signal. a battery (112; 212); a brake light array (220; 320; 420) including a plurality of lighting elements (218; 318a-318j); and an SOC module (240; 340B) configured to: receive a battery status signal, said battery status signal including an SOC of said battery (112; 212); receive a fuel status signal of a fuel tank, said fuel status signal corresponding to a fuel supply in said fuel tank; and output a display signal to said brake light array (220; 320; 420) based on said battery status signal and said fuel status signal; receive a battery status signal, said battery status signal including an SOC of said battery (112; 212); receive a fuel status signal of a fuel tank, said fuel status signal corresponding to a fuel supply in said fuel tank; and output a display signal to said brake light array (220; 320; 420) based on said battery status signal and said fuel status signal; said brake light array (220; 320; 420) being configured to: receive said display signal from said SOC module (240; 340B); illuminate a first subset of said plurality of lighting elements (218; 318a-318j) for displaying said SOC of said battery (112; 212) by said brake light array (220; 320; 420), in response to said display signal; and illuminate a second subset of said plurality of lighting elements (218; 318a-318j) for displaying said fuel supply by said brake light array (220; 320; 420), in response to said display signal. receive said display signal from said SOC module (240; 340B); illuminate a first subset of said plurality of lighting elements (218; 318a-318j) for displaying said SOC of said battery (112; 212) by said brake light array (220; 320; 420), in response to said display signal; and illuminate a second subset of said plurality of lighting elements (218; 318a-318j) for displaying said fuel supply by said brake light array (220; 320; 420), in response to said display signal.
A human, chimeric or humanized monoclonal antibody or a fragment thereof characterized by: a. specifically binding to NKG2A, wherein the antibody or fragment is characterized by not specifically binding to NKG2C or NKG2E; b. not binding-, via its Fc region, to a F c gamma receptor; c. when bound to NKG2A on a human NK cell, causing said NK cell to lyse a target human cell bearing HLA-E or Qal b on the target cell surface, when said target cell comes into contact with said NK cell and d. preventing association of human NKG2A with HLA-E. a. specifically binding to NKG2A, wherein the antibody or fragment is characterized by not specifically binding to NKG2C or NKG2E; b. not binding-, via its Fc region, to a F c gamma receptor; c. when bound to NKG2A on a human NK cell, causing said NK cell to lyse a target human cell bearing HLA-E or Qal b on the target cell surface, when said target cell comes into contact with said NK cell and d. preventing association of human NKG2A with HLA-E.
Assembly of a worktop or kitchen countertop provided with an upper surface and a number of cooking devices, which cooking devices each comprise a gas burner including a burner body and a heat plate surrounding the gas burner, wherein the assembly furthermore comprises an undermount unit having a number of burner bodies (108, 144) for the gas burners, and a support for the burner bodies, wherein the worktop or kitchen countertop is provided with a primary through-hole for each individual burner body, wherein the undermount unit is placed at the lower side of the worktop or kitchen countertop as one unity with the burner body, and extends with each burner body from below from the support through the hole in question, wherein the heat plates extend in radial outward direction to cover the upper surface of the worktop, characterized in that the heat plates are attached to the undermount unit and the undermount unit is provided with adjustable supporting means (170, 171) for the support, which supporting means engage onto a lower surface at the worktop to bias the heat plates against the upper surface of the worktop wherein the heat plates are part of individual housings for the burner bodies (108, 144) in question, which housings extend upwards from the support and are attached thereto.
A thrombectomy system comprising: an elongate shaft (12, 100, 114, 124) having a distal region that defines a distal end (16, 102, 116, 126), the elongate shaft (12, 100, 114, 124) defining a high pressure lumen (22, 108) and a low pressure lumen (18, 104, 118, 128), the low pressure lumen (18, 104, 118) terminating at a low pressure lumen distal opening (20, 106, 120) and the high pressure lumen (22, 108) terminating near an end of the low pressure lumen (18, 104, 118, 128) at a high pressure lumen distal opening; and a suction source in fluid communication with the low pressure lumen; and a source of pressurized fluid in fluid communication with the high pressure lumen; wherein the low pressure lumen (18, 104, 118, 128) extends to the distal end (16, 102, 116, 126) of the elongate shaft (12, 100, 114, 124); wherein the high pressure lumen distal opening is a jet orifice that is proximal of said distal end of the elongate shaft and provides a fluid jet which traverses the low pressure lumen (18, 104, 118, 128); and characterized in that the system comprises an expandable capture basket disposed proximate the end of the low pressure lumen; wherein the thrombectomy system further comprises one or more high pressure fluid jets disposed in or near the expandable capture basket. an elongate shaft (12, 100, 114, 124) having a distal region that defines a distal end (16, 102, 116, 126), the elongate shaft (12, 100, 114, 124) defining a high pressure lumen (22, 108) and a low pressure lumen (18, 104, 118, 128), the low pressure lumen (18, 104, 118) terminating at a low pressure lumen distal opening (20, 106, 120) and the high pressure lumen (22, 108) terminating near an end of the low pressure lumen (18, 104, 118, 128) at a high pressure lumen distal opening; and a suction source in fluid communication with the low pressure lumen; and a source of pressurized fluid in fluid communication with the high pressure lumen; wherein the low pressure lumen (18, 104, 118, 128) extends to the distal end (16, 102, 116, 126) of the elongate shaft (12, 100, 114, 124); wherein the high pressure lumen distal opening is a jet orifice that is proximal of said distal end of the elongate shaft and provides a fluid jet which traverses the low pressure lumen (18, 104, 118, 128); and characterized in that the system comprises an expandable capture basket disposed proximate the end of the low pressure lumen; wherein the thrombectomy system further comprises one or more high pressure fluid jets disposed in or near the expandable capture basket.
A dressing assembly for applying to a tissue site, comprising: a dressing bolster having a first side and a second side, wherein the dressing bolster is formed from a porous and permeable foam or a gauze; a sealing member having a first side and a second side covering the dressing bolster and for creating a sealed space over the tissue site when the dressing assembly is positioned over the tissue site; a dressing attachment device coupled to the second side of the sealing member; characterized by a base member having a first side and a second side, the first side releasably coupled to the sealing member by the dressing attachment device; and a base attachment device coupled to the second side of the base member for releasably coupling to tissue surrounding the tissue site when the dressing assembly is positioned over the tissue site. a dressing bolster having a first side and a second side, wherein the dressing bolster is formed from a porous and permeable foam or a gauze; a sealing member having a first side and a second side covering the dressing bolster and for creating a sealed space over the tissue site when the dressing assembly is positioned over the tissue site; a dressing attachment device coupled to the second side of the sealing member; characterized by a base member having a first side and a second side, the first side releasably coupled to the sealing member by the dressing attachment device; and a base attachment device coupled to the second side of the base member for releasably coupling to tissue surrounding the tissue site when the dressing assembly is positioned over the tissue site.
End-fitting for connecting a duct to a component of a fluid-transporting circuit, comprising a tubular metal body having a first end portion (1.1) adapted to be inserted in the duct and a second end portion (1.2) connected to means for connection to the component, at least one body of plastics material being moulded over at least an outer part of the first end portion of the metal body, the body of plastics material comprising on the outside at least one sharp-edged relief to form a relief for anchoring the end-fitting in the duct, characterised in that the metal body is produced by forming, comprising only rounded reliefs.
A block copolymer composition comprising a block copolymer A represented by the following Formula and a block copolymer B represented by the following Formula, characterized in that a weight ratio (A/B) between the block copolymer A and the block copolymer B is 36/64 to 85/15: Ar 1 a − D a − Ar 2 a Ar b − D b n − X in the Formulae and, Ar1 a and Ar b each represent an aromatic vinyl polymer block having a weight average molecular weight of 6,000 to 15,000; Ar2 a represents an aromatic vinyl polymer block having a weight average molecular weight of 40, 000 to 400,000; D a and D b each represent a conjugated diene polymer block having a vinyl bond content of 1 mol% to 20 mol%; X represents a residue of a coupling agent; and n represents an integer of 3 or greater.
A light emitting device, comprising: a light emitting element; a metal member (12, 22) having a first face on which the light emitting element is mounted, and a second face that is on the opposite side from the first face; and a translucent member (14, 24) that seals part of the metal member (12, 22) and the light emitting element, the metal member (12, 22) has an element placement portion (12a, 22a) on which the light emitting element is placed, and a flat portion (12d, 22d) disposed around the element placement portion (12a, 22a), characterized in that a covering member (15, 25, 35) is disposed on the side of the second face of the flat portion (12d, 22d), and wherein the covering member (15, 25, 35) exposes the element placement portion (12a, 22a), and the translucent member (14, 24) covers all of the side face and an upper face of the covering member (15, 25, 35). a light emitting element; a metal member (12, 22) having a first face on which the light emitting element is mounted, and a second face that is on the opposite side from the first face; and a translucent member (14, 24) that seals part of the metal member (12, 22) and the light emitting element, the metal member (12, 22) has an element placement portion (12a, 22a) on which the light emitting element is placed, and a flat portion (12d, 22d) disposed around the element placement portion (12a, 22a), characterized in that a covering member (15, 25, 35) is disposed on the side of the second face of the flat portion (12d, 22d), and wherein the covering member (15, 25, 35) exposes the element placement portion (12a, 22a), and the translucent member (14, 24) covers all of the side face and an upper face of the covering member (15, 25, 35).