mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for manufacturing dialysate, comprising: a reverse osmosis membrane treatment device configured to perform reverse osmosis membrane treatment to water; a dialysate supply device connected to the reverse osmosis membrane treatment device, and configured to prepare and supply dialysate obtained through mixing reverse osmosis water treated by the reverse osmosis membrane treatment device with undiluted dialysate; and a dialysis device connected to the dialysate supply device and configured to be supplied with the dialysate from the dialysate supply device, wherein a hydrogen dissolution device configured to dissolve hydrogen gas in the dialysate is interposed between the dialysate supply device and the dialysis device, and the hydrogen dissolution device includes an air supply module that is connected to the dialysate supply device and the dialysis device and configured to dissolve hydrogen gas in the dialysate; and a hydrogen supply device connected to the air supply module and configured to supply hydrogen gas to the air supply module. a reverse osmosis membrane treatment device configured to perform reverse osmosis membrane treatment to water; a dialysate supply device connected to the reverse osmosis membrane treatment device, and configured to prepare and supply dialysate obtained through mixing reverse osmosis water treated by the reverse osmosis membrane treatment device with undiluted dialysate; and a dialysis device connected to the dialysate supply device and configured to be supplied with the dialysate from the dialysate supply device, wherein a hydrogen dissolution device configured to dissolve hydrogen gas in the dialysate is interposed between the dialysate supply device and the dialysis device, and the hydrogen dissolution device includes an air supply module that is connected to the dialysate supply device and the dialysis device and configured to dissolve hydrogen gas in the dialysate; and a hydrogen supply device connected to the air supply module and configured to supply hydrogen gas to the air supply module.
A conveyor belt module (12, 112, 212, 312, 1012), comprising: a body extending in length from a forward end to a rearward end and in width from a first side edge to a second side edge and in thickness from a top side (122, 322) to an opposite bottom side; a plurality of hinge elements (125, 325, 1025) extending from the forward end and the rearward end; an endless belt (40, 140, 240, 340, 1040) arranged to move transversely relative to the body; and characterized in that the hinge elements (125, 325, 1025) have a top surface that is lower than the top side (122, 322) of the body and the body includes a channel (48, 148, 348) in the top surface (122, 322) for receiving the endless belt (40, 140, 240, 340, 1040) such that a top surface of the endless belt is substantially flush with the top side (122, 322) of the body, and the endless belt (40, 140, 240, 340, 1040) forms a majority of the conveying surface of the module extending almost to the hinge elements (125, 325, 1025) and sides (120, 121) of the module. a body extending in length from a forward end to a rearward end and in width from a first side edge to a second side edge and in thickness from a top side (122, 322) to an opposite bottom side; a plurality of hinge elements (125, 325, 1025) extending from the forward end and the rearward end; an endless belt (40, 140, 240, 340, 1040) arranged to move transversely relative to the body; and characterized in that the hinge elements (125, 325, 1025) have a top surface that is lower than the top side (122, 322) of the body and the body includes a channel (48, 148, 348) in the top surface (122, 322) for receiving the endless belt (40, 140, 240, 340, 1040) such that a top surface of the endless belt is substantially flush with the top side (122, 322) of the body, and the endless belt (40, 140, 240, 340, 1040) forms a majority of the conveying surface of the module extending almost to the hinge elements (125, 325, 1025) and sides (120, 121) of the module.
Aerial vehicle for countering drones with a drive and a housing around the drive and an active body for damaging a drone, a seeker head with an optical seeker and a control unit for drone detection, for controlling a flight to the detected drone and for triggering the active body, characterized in that the drive is held detachably with respect to the housing in such a way that it can be ejected in flight, and the active body is arranged relative to the drive in such a way that it gains a degree of freedom of action as a result of the ejection.
Method for producing a printed product provided with at least one printed feature, comprising the following method steps: a. providing a film comprising a cavity and providing a printed-product main body with a first and a second printed-product main side, and b. loading the cavities of the film, from the surface of the film which forms the loading side, with a contrast substance, such that the contrast substance is located in a layer region on the loading side in the film, characterised in that the film is a transfer film, and that the method comprises the following further method step of: c. transferring at least one part surface region of the transfer film, by mechanical effect on the at least one part surface region, onto the printed- product main body, wherein the at least one part surface region of the transfer film is undetachable and connected by its surface on the loading side to the printed-product main body, and wherein a pattern is formed on the respective printed-product main side with at least one raised pattern element, wherein, for the undetachable connecting of the part surface region with the printed-product main side, an additional thermal effect takes place, or an effect with electromagnetic radiation. a. providing a film comprising a cavity and providing a printed-product main body with a first and a second printed-product main side, and b. loading the cavities of the film, from the surface of the film which forms the loading side, with a contrast substance, such that the contrast substance is located in a layer region on the loading side in the film, c. transferring at least one part surface region of the transfer film, by mechanical effect on the at least one part surface region, onto the printed- product main body, wherein the at least one part surface region of the transfer film is undetachable and connected by its surface on the loading side to the printed-product main body, and wherein a pattern is formed on the respective printed-product main side with at least one raised pattern element, wherein, for the undetachable connecting of the part surface region with the printed-product main side, an additional thermal effect takes place, or an effect with electromagnetic radiation.
Closing apparatus for a cabinet, in particular for a switchgear cabinet, comprising - a door (1, 9, 12) with a first and a second receiving device (2a, 2b, 10a, 10b, 13a, 13b), - a closing device and - a hinge device, characterized in that - the closing device is designed as a closing module and the hinge device is designed as a hinge module, - the first and the second receiving devices (2a, 2b, 10a, 10b, 13a, 13b) are formed as cutouts (2a, 2b, 10a, 10b, 13a, 13b) which in each case have the same shape and are suitable for receiving both the closing module and the hinge module, - the closing module comprises a first fastening insert which is formed such that it can be inserted into each of the cutouts (2a, 2b, 10a, 10b, 13a, 13b), and - the hinge module likewise has an associated fastening insert which is designed such that it can be inserted into a cutout (2a, 2b, 10a, 10b, 13a, 13b). - a door (1, 9, 12) with a first and a second receiving device (2a, 2b, 10a, 10b, 13a, 13b), - a closing device and - a hinge device, characterized in that - the closing device is designed as a closing module and the hinge device is designed as a hinge module, - the first and the second receiving devices (2a, 2b, 10a, 10b, 13a, 13b) are formed as cutouts (2a, 2b, 10a, 10b, 13a, 13b) which in each case have the same shape and are suitable for receiving both the closing module and the hinge module, - the closing module comprises a first fastening insert which is formed such that it can be inserted into each of the cutouts (2a, 2b, 10a, 10b, 13a, 13b), and - the hinge module likewise has an associated fastening insert which is designed such that it can be inserted into a cutout (2a, 2b, 10a, 10b, 13a, 13b).
An upper torso garment, comprising: a. a body formed of inner and outer layers, the body having a front breast covering portion and at least one torso band extending from the front breast covering portion; b. the inner and outer layers overlapping along a lower fold line; and c. an elastomeric band comprising a thermoplastic elastomer film positioned between the inner and outer layers proximate the lower fold line; wherein the modulus of the inner layer, outer layer and thermoplastic elastomer film combined is between about 1.0 and 4.0 kilograms when measured with a static load of 7 kilograms at 60% elongation. a. a body formed of inner and outer layers, the body having a front breast covering portion and at least one torso band extending from the front breast covering portion; b. the inner and outer layers overlapping along a lower fold line; and c. an elastomeric band comprising a thermoplastic elastomer film positioned between the inner and outer layers proximate the lower fold line;
A digital motion picture camera, at least comprising - an optoelectronic sensor device for the recording of motion pictures, which has a single optoelectronic sensor, with the sensor device having, in an areal arrangement, a plurality of sensor elements (55, 61) for the production of a respective received signal in dependence on a light exposure; - a control device (45, 47) for the control of a read-out of the received signals of the sensor elements; and - a digitizing device for the digitizing of received signals of the sensor elements, with a part of the sensor elements (55, 61) being associated with a central areal region of the sensor device for the generation of received recording signals and with another part of the sensor elements being associated with a frame-shaped areal region, which surrounds the central areal region, for the generation of received monitoring signals in order only to ultimately make use of the received recording signals of the central areal region for storage, with the sensor elements (55, 61) in the central areal region and in the frame-shaped areal region being provided at the same spatial resolution; and wherein the motion picture camera is connected to at least one display device for the display of both the received recording signals and the received monitoring signals in order to make use of the received recording signals and the received monitoring signals for the observation and monitoring of a current recording, characterized in that the division of the sensor elements (55, 61) into the central areal region and into the frame-shaped areal region is permanently fixed or pre-determinable. - an optoelectronic sensor device for the recording of motion pictures, which has a single optoelectronic sensor, with the sensor device having, in an areal arrangement, a plurality of sensor elements (55, 61) for the production of a respective received signal in dependence on a light exposure; - a control device (45, 47) for the control of a read-out of the received signals of the sensor elements; and - a digitizing device for the digitizing of received signals of the sensor elements,
An aerosol-generating device, comprising: a housing having a chamber configured to receive at least a portion of an aerosol-generating article, wherein the chamber comprises at least one heating element, an induction coil disposed around at least a portion of the chamber and having a conical shape; a power supply and a controller connected to the induction coil and configured to provide an alternating electric current to the induction coil such that, in use, the induction coil generates a fluctuating magnetic field for heating the heating element located in the chamber, wherein the heating element is a hollow heating element comprising an internal cavity, wherein the heating element is configured to receive the aerosol-generating article received in the chamber in the internal cavity, and wherein the hollow heating element has a conical shape with a slightly curved outer surface to facilitate insertion of the aerosol-generating article, wherein the hollow heating element has a subsequently decreasing diameter seen from a mouth end of the device. a housing having a chamber configured to receive at least a portion of an aerosol-generating article, wherein the chamber comprises at least one heating element, an induction coil disposed around at least a portion of the chamber and having a conical shape; a power supply and a controller connected to the induction coil and configured to provide an alternating electric current to the induction coil such that, in use, the induction coil generates a fluctuating magnetic field for heating the heating element located in the chamber, wherein the heating element is a hollow heating element comprising an internal cavity, wherein the heating element is configured to receive the aerosol-generating article received in the chamber in the internal cavity, and wherein the hollow heating element has a conical shape with a slightly curved outer surface to facilitate insertion of the aerosol-generating article, wherein the hollow heating element has a subsequently decreasing diameter seen from a mouth end of the device.
Piezoelectric drive, particularly for microvalves, comprising a deformation layer which is coupled on one side to a piezoelectric layer, which is provided for the electrical power supply with at least one pair of electrodes made of two electrodes of opposite polarities, whereas the two electrodes of opposite polarities of the pair of electrodes are arranged together on the side of the piezoelectric layer facing away from the deformation layer, characterized in that the electrodes of opposite polarities are arranged within a circular surface as radially extending strips with alternating polarity, having numerous electrode segments extending parallel to each other.
A draw-cord cinching system comprising: a tubular wall forming a tube having a through-channel extending from a first end of the tube to a second end of the tube; a first portion of the tubular wall having a first amount of pliability; a second portion of the tubular wall at least partially circumscribed by the first portion of the tubular wall and comprising a second amount of pliability that is less than the first amount of pliability; and a draw cord positioned in the through-channel, wherein the second portion of the tubular wall comprises at least one geometric shape (30A-C, 37) demarcated by the first portion (30A-C) of the tubular wall, wherein the first portion of the tubular wall includes a first layer of material, and wherein the second portion of the tubular wall includes the first layer of material as a base layer and a second layer of material as an additive layer, the second layer of material having a perimeter edge delineating the at least one geometric shape that is cast onto the base layer. a tubular wall forming a tube having a through-channel extending from a first end of the tube to a second end of the tube; a first portion of the tubular wall having a first amount of pliability; a second portion of the tubular wall at least partially circumscribed by the first portion of the tubular wall and comprising a second amount of pliability that is less than the first amount of pliability; and a draw cord positioned in the through-channel, wherein the second portion of the tubular wall comprises at least one geometric shape (30A-C, 37) demarcated by the first portion (30A-C) of the tubular wall, wherein the first portion of the tubular wall includes a first layer of material, and wherein the second portion of the tubular wall includes the first layer of material as a base layer and a second layer of material as an additive layer, the second layer of material having a perimeter edge delineating the at least one geometric shape that is cast onto the base layer.
A stable ternary solid dispersion composition prepared by hot-melt extrusion and with enhanced bioavailability comprising: a) 15% wt. to 35% wt. of one or more poorly soluble active pharmaceutical ingredient which belong to Biopharmaceutics Classification System class II and/or IV; and b) 15% wt. to 35% wt. of at least one water-soluble polymers; and c) 40% wt. to 60% wt. of crosslinked polyvinylpyrrolidone; wherein the solid dispersion is capable of inhibiting crystallization of API in the solid state and/or aqueous gastrointestinal tract medium. a) 15% wt. to 35% wt. of one or more poorly soluble active pharmaceutical ingredient which belong to Biopharmaceutics Classification System class II and/or IV; and b) 15% wt. to 35% wt. of at least one water-soluble polymers; and c) 40% wt. to 60% wt. of crosslinked polyvinylpyrrolidone;
A torsional vibration damper for automotive applications having an axis and comprising: - a hub adapted to be angularly coupled in use to a drive shaft of a motor vehicle; - an annular peripheral portion extending transversely in a cantilever fashion from an outer annular portion of said hub; and - an inertial mass carried by said peripheral portion; wherein said inertial mass has an annular structure, coaxial to said axis; wherein said peripheral portion defines an annular chamber coaxial to said axis; wherein said inertial mass is housed in said chamber so as to be able to oscillate torsionally with respect to said axis; and wherein the damper also comprises at least one elastic element (13, 14) interposed axially between said inertial mass and a delimiting surface (9, 10) of said chamber so as to allow, in use, oscillation of said inertial mass in a direction parallel to said axis; characterized by comprising at least one friction disc interposed axially between said elastic element (13, 14) and said inertial mass. - a hub adapted to be angularly coupled in use to a drive shaft of a motor vehicle; - an annular peripheral portion extending transversely in a cantilever fashion from an outer annular portion of said hub; and - an inertial mass carried by said peripheral portion; wherein said inertial mass has an annular structure, coaxial to said axis; wherein said peripheral portion defines an annular chamber coaxial to said axis; wherein said inertial mass is housed in said chamber so as to be able to oscillate torsionally with respect to said axis; and wherein the damper also comprises at least one elastic element (13, 14) interposed axially between said inertial mass and a delimiting surface (9, 10) of said chamber so as to allow, in use, oscillation of said inertial mass in a direction parallel to said axis; characterized by comprising at least one friction disc interposed axially between said elastic element (13, 14) and said inertial mass. wherein said inertial mass has an annular structure, coaxial to said axis; wherein said peripheral portion defines an annular chamber coaxial to said axis; wherein said inertial mass is housed in said chamber so as to be able to oscillate torsionally with respect to said axis; and wherein the damper also comprises at least one elastic element (13, 14) interposed axially between said inertial mass and a delimiting surface (9, 10) of said chamber so as to allow, in use, oscillation of said inertial mass in a direction parallel to said axis; characterized by comprising at least one friction disc interposed axially between said elastic element (13, 14) and said inertial mass.
An electronic device comprising: a housing; a printed circuit board, PCB, included in the housing and comprising a mounting area on which an electronic component is mounted, and a pair of contact units; a conductive shield mounted on the PCB to cover the mounting area and comprising a sidewall and an aperture that partially opens the sidewall; a support member comprising a first part spaced apart from the sidewall to form a fixing space between the first part and the conductive shield and mounted on the PCB; and a cable configured to electrically connect the pair of contact units to each other and to be inserted in the fixing space between the sidewall and the first part, wherein upon insertion of the cable in to the fixing space the support member fixes the cable in cooperation with the conductive shield. a housing; a printed circuit board, PCB, included in the housing and comprising a mounting area on which an electronic component is mounted, and a pair of contact units; a conductive shield mounted on the PCB to cover the mounting area and comprising a sidewall and an aperture that partially opens the sidewall; a support member comprising a first part spaced apart from the sidewall to form a fixing space between the first part and the conductive shield and mounted on the PCB; and a cable configured to electrically connect the pair of contact units to each other and to be inserted in the fixing space between the sidewall and the first part, wherein upon insertion of the cable in to the fixing space the support member fixes the cable in cooperation with the conductive shield.
A safety apparatus on a rope, comprising: - a first flange-plate (11, 111) and a movable second flange-plate (12, 112) delineating a transverse space in which a roller (14, 114) is arranged fitted on a first pivot-pin (13, 113) integral to the first flange-plate (11, 111), - articulation means of the second flange-plate (12, 112) allowing a swivelling movement between a closed position clamping the rope in captive manner in the transverse space, and an open position for fitting the rope on the roller, - and latching means of the second flange-plate (12, 112) in the closed position, said latching means comprising a pivoting latch (21, 121) controlled by control means (23, 123), characterized in that the latch (21, 121) is associated with a mechanical indicator (27, 127) integral to the second flange-plate (12, 112), said indicator collaborating both with the first pivot-pin (13, 113) of the roller (14, 114) and with the latch (21, 121) to indicate that the second flange-plate (12, 112) is in a latched closed state or in an unlatched ready-to-open state. - a first flange-plate (11, 111) and a movable second flange-plate (12, 112) delineating a transverse space in which a roller (14, 114) is arranged fitted on a first pivot-pin (13, 113) integral to the first flange-plate (11, 111), - articulation means of the second flange-plate (12, 112) allowing a swivelling movement between a closed position clamping the rope in captive manner in the transverse space, and an open position for fitting the rope on the roller, - and latching means of the second flange-plate (12, 112) in the closed position, said latching means comprising a pivoting latch (21, 121) controlled by control means (23, 123),