mhurhangee/ep-ind-claims huggingface dataset:
A monitor comprising: a functional component including a display panel and corresponding control electronics, a monitor housing, wherein the functional component is arranged, wherein the monitor housing includes a front housing frame and a rear housing panel, wherein the functional component includes a module support, wherein the display panel and the control electronics are form-fit inserted, wherein the module support including the display panel and the control electronics is form-fit inserted into the front housing frame, wherein the rear housing panel and the front housing frame are screwed together, and wherein the display panel and the control electronics are clamped in place between the front housing frame and the rear housing panel, characterized in that a cooling element is integrated into the rear housing panel, the cooling element is a part of the rear housing panel and surrounded by a rear housing panel frame, the rear housing panel frame is made of plastic and the cooling element is made of metal, the cooling element comprises cooling fins for heat dissipation on the monitor housing exterior and a thermal contact surface for absorbing heat emitted from the functional component on the monitor housing interior, and the rear housing panel frame is molded around the cooling element such that water cannot penetrate between the rear housing panel frame and the cooling element. a functional component including a display panel and corresponding control electronics, a monitor housing, wherein the functional component is arranged, wherein the monitor housing includes a front housing frame and a rear housing panel, wherein the functional component includes a module support, wherein the display panel and the control electronics are form-fit inserted, wherein the module support including the display panel and the control electronics is form-fit inserted into the front housing frame, wherein the rear housing panel and the front housing frame are screwed together, and wherein the display panel and the control electronics are clamped in place between the front housing frame and the rear housing panel, characterized in that a cooling element is integrated into the rear housing panel, the cooling element is a part of the rear housing panel and surrounded by a rear housing panel frame, the rear housing panel frame is made of plastic and the cooling element is made of metal, the cooling element comprises cooling fins for heat dissipation on the monitor housing exterior and a thermal contact surface for absorbing heat emitted from the functional component on the monitor housing interior, and the rear housing panel frame is molded around the cooling element such that water cannot penetrate between the rear housing panel frame and the cooling element.
An optical switch, comprising: a first optical waveguide; a first optical add path; a second optical add path; a micro-ring resonator operable to add a first optical signal at a preselected wavelength received from the first optical add path to the first optical waveguide to travel in a first direction through the first optical waveguide, and to add a second optical signal at the preselected wavelength received from the second optical add path to the first optical waveguide to travel in a second direction through the first optical waveguide opposite to the first direction; and an optical coupling apparatus having an input configured to receive an optical signal, a first output coupled to the first optical add path and a second output coupled to the second optical add path; wherein the optical coupling apparatus comprises an optical switch element having a first state in which the optical switch element is configured to selectively output the received optical signal from the first output and a second state in which the optical switch element is configured to selectively output the received optical signal from the second output. a first optical waveguide; a first optical add path; a second optical add path; a micro-ring resonator operable to add a first optical signal at a preselected wavelength received from the first optical add path to the first optical waveguide to travel in a first direction through the first optical waveguide, and to add a second optical signal at the preselected wavelength received from the second optical add path to the first optical waveguide to travel in a second direction through the first optical waveguide opposite to the first direction; and an optical coupling apparatus having an input configured to receive an optical signal, a first output coupled to the first optical add path and a second output coupled to the second optical add path; wherein the optical coupling apparatus comprises an optical switch element having a first state in which the optical switch element is configured to selectively output the received optical signal from the first output and a second state in which the optical switch element is configured to selectively output the received optical signal from the second output.
Line device (1; 11; 21) for a household appliance in the form of a laundry care appliance or kitchen appliance for conveying gas and/or liquid, which line device (1; 11; 21) has at least one continuous channel, and wherein the line device (1; 11; 21) is embodied as a down pipe for conducting washing liquid, characterised in that - the line device (1; 11; 21) consists of foil, and - a flow cross-section of at least one channel expands when the washing liquid is conveyed, and the flow cross-section reduces again when no washing liquid is routed through. - the line device (1; 11; 21) consists of foil, and - a flow cross-section of at least one channel expands when the washing liquid is conveyed, and the flow cross-section reduces again when no washing liquid is routed through.
A vehicle comprising: a motor coupled to drive wheels; a power storage device providing and receiving power to and from said motor; an engine; and a catalyst device, which is heated by power supplied from a power line connecting said motor and said power storage device, for purifying exhaust gas of said engine; characterized by a hydraulic brake device for applying hydraulic brake torque to said drive wheels; and a control device for controlling said motor and said hydraulic brake device, wherein when regenerative power generated by regenerative power generation of said motor is supplied to both of said power storage device and said catalyst device, and when a stopping condition for stopping a supply of power to said catalyst device is met, said control device delays stopping of a supply of power to said catalyst device temporarily, substitutes said hydraulic brake torque for at least a part of regenerative brake torque obtained by said regenerative power generation, and permits the stopping of a supply of power to said catalyst device after substitution to said hydraulic brake torque is completed. a motor coupled to drive wheels; a power storage device providing and receiving power to and from said motor; an engine; and a catalyst device, which is heated by power supplied from a power line connecting said motor and said power storage device, for purifying exhaust gas of said engine; characterized by a hydraulic brake device for applying hydraulic brake torque to said drive wheels; and a control device for controlling said motor and said hydraulic brake device, wherein when regenerative power generated by regenerative power generation of said motor is supplied to both of said power storage device and said catalyst device, and when a stopping condition for stopping a supply of power to said catalyst device is met, said control device delays stopping of a supply of power to said catalyst device temporarily, substitutes said hydraulic brake torque for at least a part of regenerative brake torque obtained by said regenerative power generation, and permits the stopping of a supply of power to said catalyst device after substitution to said hydraulic brake torque is completed.
A method for manufacturing a pulley for motor vehicle applications starting from a plane disk, which has a central axis and defines a reference plane orthogonal to said axis, said method comprising the steps of: a) bending by means of moulding a peripheral annular portion of said disk in a direction transverse to said reference plane so as to define a rim in relief of the disk itself; b) deforming, in a first axial direction and by means of at least one moulding operation, a central disk-shaped portion of said disk so as to generate a first cup-shaped portion projecting from the same part of said rim with respect to said reference plane; the method being characterized in that it further comprises the steps of: c) deforming, in a second axial direction opposite to said first direction and by means of at least one moulding operation, a central disk-shaped portion of said first cup-shaped portion so as to generate a second cup-shaped portion axially projecting from the opposite side of said reference plane with respect to said rim; d) reducing, by means of one or more moulding operations, the axial height of said second cup-shaped portion with respect to said reference plane so as to increase the thickness thereof with respect to the remaining part of the semifinished product (93, 125) thus obtained; and e) carrying out a coining operation on a surface of said second cup-shaped portion that is parallel to said reference plane and faces the opposite side of the reference plane itself to generate a plurality of radial impressions extending around said axis. a) bending by means of moulding a peripheral annular portion of said disk in a direction transverse to said reference plane so as to define a rim in relief of the disk itself; b) deforming, in a first axial direction and by means of at least one moulding operation, a central disk-shaped portion of said disk so as to generate a first cup-shaped portion projecting from the same part of said rim with respect to said reference plane; the method being characterized in that it further comprises the steps of: c) deforming, in a second axial direction opposite to said first direction and by means of at least one moulding operation, a central disk-shaped portion of said first cup-shaped portion so as to generate a second cup-shaped portion axially projecting from the opposite side of said reference plane with respect to said rim; d) reducing, by means of one or more moulding operations, the axial height of said second cup-shaped portion with respect to said reference plane so as to increase the thickness thereof with respect to the remaining part of the semifinished product (93, 125) thus obtained; and e) carrying out a coining operation on a surface of said second cup-shaped portion that is parallel to said reference plane and faces the opposite side of the reference plane itself to generate a plurality of radial impressions extending around said axis.
Cable routing device for at least one cable of a moving machine part which is bendable in a reversible manner in at least one defined bending direction and to this end comprises a flexurally flexible carrier structure, which extends in a longitudinal direction, is produced from plastics material and in which an insert part is embedded, wherein the insert part, when viewed in cross section, is completely surrounded by material of the carrier structure and the one insert part comprises a defined, cross sectional geometry which deviates from a circular form, wherein the carrier structure comprises a U-shaped cross sectional contour with a base and two lateral U legs, wherein the insert part is arranged in the base and the two U legs define between them a receiving chamber, wherein holding brackets, recurring on the U legs, for cables enclosed in the support structure are integrally formed directly on the U legs, characterized in that bracket parts (24A, 24B) are integrally formed in each case on the opposite U legs and together cover over the receiving chamber, and in that the bracket parts (24A, 24B) each comprise a T-shaped geometry, wherein the individual T bars of the bracket parts (24A, 24B) are integrally formed on the U legs and are delimited from one another by separating slits or separating notches.
A biocell (1, 10, 20) having a biofuel reservoir, said biocell (1, 10, 20) being intended to be brought into contact with a liquid medium, said liquid medium optionally comprising a biofuel, and with a fluid medium comprising an oxidizer, said biocell comprising a first electrochemical cell, said first electrochemical cell comprising: - an anode (5, 15, 25, 35, 45, 55) made of a solid agglomerate comprising a conductive material mixed with a first enzyme capable of catalyzing the oxidation of the biofuel; and - a cathode (7, 17, 27, 37, 47, 57) made of a solid agglomerate comprising a conductive material mixed with a second enzyme capable of catalyzing the reduction of the oxidant, and - a separating and porous membrane (3, 3', 8, 13, 23) which is electrically insulating and permeable to said liquid medium and is placed between the anode (5, 15, 25, 35, 45, 55) and the cathode (7, 17, 27, 37, 47, 57), - said biocell further comprising means for placing said biocell in an electrical circuit (9, 9', 19, 19', 29, 29', 29", 39, 39') with an electric receiver, said means for placing in an electrical circuit allowing a current to flow from the cathode (7, 17, 27, 37, 47, 57) to the anode (5, 15, 25, 35, 45, 55), said biocell (1, 10, 20) being characterized in that it comprises a means for storing the biofuel (3, 3', 13, 23) and for providing the liquid medium to the anode (5, 15, 25, 35, 45 and 55), said means comprising a hydrophilic porous material in contact with said anode (5, 15, 25, 35, 45 and 55) and having a mass per unit area of 500 to 900 g/m 2. - an anode (5, 15, 25, 35, 45, 55) made of a solid agglomerate comprising a conductive material mixed with a first enzyme capable of catalyzing the oxidation of the biofuel; and - a cathode (7, 17, 27, 37, 47, 57) made of a solid agglomerate comprising a conductive material mixed with a second enzyme capable of catalyzing the reduction of the oxidant, and - a separating and porous membrane (3, 3', 8, 13, 23) which is electrically insulating and permeable to said liquid medium and is placed between the anode (5, 15, 25, 35, 45, 55) and the cathode (7, 17, 27, 37, 47, 57), - said biocell further comprising means for placing said biocell in an electrical circuit (9, 9', 19, 19', 29, 29', 29", 39, 39') with an electric receiver, said means for placing in an electrical circuit allowing a current to flow from the cathode (7, 17, 27, 37, 47, 57) to the anode (5, 15, 25, 35, 45, 55),
A composite polyamide reverse osmosis membrane comprising: (a) a microporous support; (b) a polyamide layer on said microporous support; and (c) a hydrophilic coating on said polyamide layer, said hydrophilic coating being made by applying a hydrophilic compound to said polyamide layer, characterized in that said hydrophilic compound is selected from the group consisting of 4,8-dioxa-2,6,10-trihydroxy-1,11-undecanediamine and 4,7-dioxa-2,9-dihydroxy-1,10-decanediamine. (a) a microporous support; (b) a polyamide layer on said microporous support; and (c) a hydrophilic coating on said polyamide layer, said hydrophilic coating being made by applying a hydrophilic compound to said polyamide layer, characterized in that said hydrophilic compound is selected from the group consisting of 4,8-dioxa-2,6,10-trihydroxy-1,11-undecanediamine and 4,7-dioxa-2,9-dihydroxy-1,10-decanediamine.
Method for operating a display device worn on the head by a vehicle occupant of a motor vehicle, in which contents are displayed in a field of vision of the vehicle occupant by means of the display device, wherein - vehicle areas are specified which may not be overlaid by contents of the display device; - the display device is controlled taking into account the specified vehicle areas in such a way that the vehicle areas are not overlaid by the displayed contents, characterised in that - a distinction is made as to whether the vehicle occupant is a driver or a passenger, wherein the vehicle areas are then specified in dependence thereon and the display device is controlled accordingly. - vehicle areas are specified which may not be overlaid by contents of the display device; - the display device is controlled taking into account the specified vehicle areas in such a way that the vehicle areas are not overlaid by the displayed contents, - a distinction is made as to whether the vehicle occupant is a driver or a passenger, wherein the vehicle areas are then specified in dependence thereon and the display device is controlled accordingly.
A shower wall having a sliding door, comprising a floor guide and an upper guide for the at least one sliding door and a fixed wall, wherein in the case of a shower wall having two sliding rails abutting one another at an angle as upper guides for the sliding doors the corner is formed by a corner element in the form of a cuboid, on which the two sliding rails of the upper guide rest and said sliding rails are connected on the front side to the corner element, characterized in that the corner element extends externally flush with the sliding rail resting thereon, and that mounted covers completely cover both the sliding rails and the corner element.
Printing press comprising - a first cylinder having a first gearwheel, - a second cylinder having a second gearwheel, - an adjustment device for adjusting the second cylinder and the second gearwheel relative to the first cylinder and the first gearwheel from a first cylinder position in which the first gearwheel and the second gearwheel mesh with one another, into a second cylinder position in which the first gearwheel and the second gearwheel are disengaged from one another, characterized by - a rod-shaped or spindle-shaped finger guard, - a flat protective element mounted to be adjustable for protection of the first cylinder and/or for protection against the first cylinder, - a transmission connecting the adjustment device and the finger guard in such a way that when the second cylinder is adjusted from the first cylinder position to the second cylinder position, the finger guard is positively adjusted from a first protective position to a second protective position, wherein when the second cylinder is adjusted to the second cylinder position, the protective element is adjusted to be between the first cylinder and the second cylinder. - a first cylinder having a first gearwheel, - a second cylinder having a second gearwheel, - an adjustment device for adjusting the second cylinder and the second gearwheel relative to the first cylinder and the first gearwheel from a first cylinder position in which the first gearwheel and the second gearwheel mesh with one another, - a rod-shaped or spindle-shaped finger guard, - a flat protective element mounted to be adjustable for protection of the first cylinder and/or for protection against the first cylinder, - a transmission connecting the adjustment device and the finger guard in such a way that
An anti-GCC antibody molecule comprising a heavy chain variable region comprising an amino acid sequence of SEQ ID NO:18, and a light chain variable region comprising an amino acid sequence of SEQ ID NO:20.
An inspection support device comprising: a captured image data acquisition unit that acquires captured image data obtained by imaging the inside of a subject with an endoscope; a visual-line detection unit that detects a visual line directed to a display device that displays a captured image based on the captured image data; a processing unit that performs processing on the captured image data to detect a lesion site from the captured image data and identify the detected lesion site; and a display control unit for causing the display device to display a result of the processing on the captured image data by the processing unit, wherein the processing unit performs the processing to detect the lesion site on the entire captured image data, determines an attention region to which an attention is paid in the captured image data on the basis of the visual line detected by the visual-line detection unit, and performs the processing to identify a type of the lesion site only on the attention region or only on a non-attention region that is a region excluding the attention region in the captured image data. a captured image data acquisition unit that acquires captured image data obtained by imaging the inside of a subject with an endoscope; a visual-line detection unit that detects a visual line directed to a display device that displays a captured image based on the captured image data; a processing unit that performs processing on the captured image data to detect a lesion site from the captured image data and identify the detected lesion site; and a display control unit for causing the display device to display a result of the processing on the captured image data by the processing unit, wherein the processing unit performs the processing to detect the lesion site on the entire captured image data, determines an attention region to which an attention is paid in the captured image data on the basis of the visual line detected by the visual-line detection unit, and performs the processing to identify a type of the lesion site only on the attention region or only on a non-attention region that is a region excluding the attention region in the captured image data.
Method of operating a vacuum generator apparatus which has an ejector device with an inlet which is connected to an air supply duct with a control valve and at the suction side of which is connected a suction passage linked to a suction gripper assembly which may be supplied with air via an exhaust valve for venting the suction gripper assembly, characterised in that both valves (36, 37) in the form of electrically actuable control valves are controlled by a common external control signal, at the start of which the control valve is opened and at the finish of which the exhaust valve is opened, and that the feeding of the control signal from an external control unit to internal control electronics of the vacuum generator apparatus is effected via a connection contact of a communications interface or via a bus interface.