mhurhangee/ep-ind-claims huggingface dataset:
A pool cleaning robot (10; 210) comprising: a housing (20; 220) having a housing bottom (22; 222) and a housing top surface (24; 224); an impeller (44; 244); a filter unit (27, 29; 227, 229); at least one filter compartment (26, 28; 226, 228) formed within said housing configured for accommodating the filter unit (27, 29; 227, 229) therein; an impeller outlet (30; 230) formed in said housing top surface; at least one additional outlet (74; 274) other than the impeller outlet formed in said housing top surface (24; 224) and configured for being fluidly connected to an external suction and filtering system; at least one bottom inlet (32, 34; 232, 234) formed in said housing bottom (22; 222) configured for a first fluid communication with the impeller outlet (30; 230) via said filter unit (27, 29; 227, 229), thereby defining a first fluid path (51; 251); and at least one bottom inlet (32; 232) formed in said housing bottom (22; 222) configured for a second fluid communication with said additional outlet (74; 274) via a second fluid path (52; 252) at least partially different from the first fluid path, said second fluid path constituting a part of an external suction and filtering fluid path created when said additional outlet (74; 274) is fluidly connected to an external suction and filtering system; wherein the pool cleaning robot is characterized by: a motor configured to operate the impeller (44; 244), both mounted within the housing; said impeller and impeller motor being operatable by an electric supply source. a housing (20; 220) having a housing bottom (22; 222) and a housing top surface (24; 224); an impeller (44; 244); a filter unit (27, 29; 227, 229); at least one filter compartment (26, 28; 226, 228) formed within said housing configured for accommodating the filter unit (27, 29; 227, 229) therein; an impeller outlet (30; 230) formed in said housing top surface; at least one additional outlet (74; 274) other than the impeller outlet formed in said housing top surface (24; 224) and configured for being fluidly connected to an external suction and filtering system; at least one bottom inlet (32, 34; 232, 234) formed in said housing bottom (22; 222) configured for a first fluid communication with the impeller outlet (30; 230) via said filter unit (27, 29; 227, 229), thereby defining a first fluid path (51; 251); and at least one bottom inlet (32; 232) formed in said housing bottom (22; 222) configured for a second fluid communication with said additional outlet (74; 274) via a second fluid path (52; 252) at least partially different from the first fluid path, said second fluid path constituting a part of an external suction and filtering fluid path created when said additional outlet (74; 274) is fluidly connected to an external suction and filtering system; a motor configured to operate the impeller (44; 244), both mounted within the housing; said impeller and impeller motor being operatable by an electric supply source.
A rectilinear grinding machine for grinding a glass sheet, comprising a base; feeding means 15 for feeding the sheet to be ground along a longitudinal rectilinear path and in contact with a horizontal virtual plane parallel to said rectilinear path, a row of grinding wheels for grinding a lateral surface of said glass sheet, and an assembly for machining an edge of the glass sheet comprising at least one rotary motor-driven grinding wheel; said machining assembly being arranged below said virtual plane, and said motor-driven grinding wheel being rotated about an axis parallel to said virtual plane and orthogonal to said path; characterized in that said machining assembly further comprising a longitudinal abutment element for said glass sheet, which is raised with respect to said motor-driven grinding wheel, first actuator means for translating said grinding wheel and the abutment element in opposite directions parallel to said rectilinear path, and second electric actuator means for translating said grinding wheel and the abutment element in a substantially vertical direction orthogonal to said direction and to said virtual plane; driving and control means being provided for controlling said first and second actuator means and said means for feeding the glass sheet and comprising at least one numeric-control block for controlling at least said second actuator means.
A method for producing compressed air foam for firefighting and for decontamination in which a main water stream is mixed with a foaming agent stream and the water-foaming agent mixture is loaded with a compressed air stream in a foaming line (10, 11), wherein at least one additive (Add) adjusted to the application case and specific to firefighting or to decontamination is injected into the foaming agent stream and/or the main water stream and when the additive is admixed to the foaming agent stream, said stream is produced by a pneumatically or electrically operated admixing pump that is connected to a foaming agent reservoir and that also aspirates an auxiliary and motive water stream from the main water stream and injects it into the admixing pump for its zero shift, the additive (Add) being firstly suctioned off a separate reservoir using the auxiliary and motive water stream, then intermixed with that stream, then sucked into the additive-water mixture of the foaming agents.
Chassis for a rail vehicle, with at least one chassis frame, to which at least a first wheelset and a second wheelset are coupled and to which at least a first drive unit and a second drive unit are connected, wherein provided between the at least first drive unit and the second drive unit is a connection means, which has a greater rigidity in the direction of a chassis longitudinal axis than in the direction of a chassis transverse axis, and wherein the connection means is embodied as a horizontally arranged pendulum, characterised in that the pendulum is coupled to the at least first drive unit by means of an elastic first joint, the first joint axis of which is oriented in parallel with a chassis height axis, and is coupled to the second drive unit by means of an elastic second joint, the second joint axis of which is oriented in parallel with the chassis height axis.
A system for management of confidential data, the system comprising: - a cloud service for holding encrypted data, - a cryptographic key service comprising two or more cryptographic key servers, S i, each cryptographic key server, S i, being arranged to generate one or more cryptographic key(s), K j, and to compute one or more file encryption key(s), k j, on the basis of information regarding data to be encrypted or decrypted, and using the cryptographic key(s), K j, and - one or more client devices, each client device being arranged to communicate with the cloud service and/or with the cryptographic key service in order to obtain encryption and/or decryption of data, and in order to provide encrypted data to the cloud service and/or retrieve decrypted data from the cloud service, using two or more file encryption keys, k j, computed by at least two different cryptographic key servers, S i, wherein the cryptographic key servers, S i, of the cryptographic key service are further arranged to generate one or more new cryptographic key(s), K j ', and wherein the system is further arranged to reencrypt one or more encrypted data files stored in the cloud service, using the new cryptographic keys, K j '. - a cloud service for holding encrypted data, - a cryptographic key service comprising two or more cryptographic key servers, S i, each cryptographic key server, S i, being arranged to generate one or more cryptographic key(s), K j, and to compute one or more file encryption key(s), k j, on the basis of information regarding data to be encrypted or decrypted, and using the cryptographic key(s), K j, and - one or more client devices, each client device being arranged to communicate with the cloud service and/or with the cryptographic key service in order to obtain encryption and/or decryption of data, and in order to provide encrypted data to the cloud service and/or retrieve decrypted data from the cloud service, using two or more file encryption keys, k j, computed by at least two different cryptographic key servers, S i,
A friction drive belt comprising a compression rubber layer which is provided on an inner periphery of a belt body and transmits power between pulleys (31, 32, 35, 36) upon coming into contact with the pulleys (31, 32, 35, 36), wherein the compression rubber layer includes a surface rubber layer having numerous pores on a pulley contact surface, characterized in that the compression rubber layer further includes an inner rubber layer which is provided toward an inside of the belt relative to the surface rubber layer and whose storage modulus at 25°C in a belt length direction is higher than that of the surface rubber layer and is in the range from 30 to 50 MPa.
A method of determining a location of a print section of a transfer ribbon comprising: detecting a mark on the transfer ribbon using a reflective sensor and a transmissive sensor; validating that the mark is a registration mark using the reflective sensor, wherein the registration mark indicates the location of the print section on the transfer ribbon; and determining the location of the print section based on detecting the registration mark using the transmissive sensor. detecting a mark on the transfer ribbon using a reflective sensor and a transmissive sensor; validating that the mark is a registration mark using the reflective sensor, wherein the registration mark indicates the location of the print section on the transfer ribbon; and determining the location of the print section based on detecting the registration mark using the transmissive sensor.
A column type hydraulic tappet, comprising: a housing, wherein the housing comprises an external circumferential groove disposed on an outer diameter for passing the hydraulic medium, and an inner circumferential groove disposed on an inner diameter for passing the hydraulic medium, and wherein one or more oil holes (6,7) disposed between the external circumferential groove and the inner circumferential groove of the housing; a plunger correspondingly installed in the housing, wherein the plunger comprises a sealed hemisphere head portion, portion, a shaft portion, and a body portion, wherein an indent neck portion portion is formed between the head portion and the shaft portion of the plunger, and wherein a wall thickness of the neck portion is 105% - 120% of a wall thickness of the other portions of the plunger; and a high-pressure chamber for a hydraulic medium formed between a sealed base of the plunger and a bottom of the housing, wherein the high-pressure chamber is sealed by a check valve opening towards the high-pressure chamber. a housing, wherein the housing comprises an external circumferential groove disposed on an outer diameter for passing the hydraulic medium, and an inner circumferential groove disposed on an inner diameter for passing the hydraulic medium, and wherein one or more oil holes (6,7) disposed between the external circumferential groove and the inner circumferential groove of the housing; wherein the housing comprises an external circumferential groove disposed on an outer diameter for passing the hydraulic medium, and an inner circumferential groove disposed on an inner diameter for passing the hydraulic medium, and wherein one or more oil holes (6,7) disposed between the external circumferential groove and the inner circumferential groove of the housing; a plunger correspondingly installed in the housing, wherein the plunger comprises a sealed hemisphere head portion, portion, a shaft portion, and a body portion, wherein an indent neck portion portion is formed between the head portion and the shaft portion of the plunger, and wherein a wall thickness of the neck portion is 105% - 120% of a wall thickness of the other portions of the plunger; and wherein the plunger comprises a sealed hemisphere head portion, portion, a shaft portion, and a body portion, wherein an indent neck portion portion is formed between the head portion and the shaft portion of the plunger, and wherein a wall thickness of the neck portion is 105% - 120% of a wall thickness of the other portions of the plunger; and a high-pressure chamber for a hydraulic medium formed between a sealed base of the plunger and a bottom of the housing, wherein the high-pressure chamber is sealed by a check valve opening towards the high-pressure chamber. wherein the high-pressure chamber is sealed by a check valve opening towards the high-pressure chamber.
A method for producing a layer arrangement for a security document, with the following steps: - providing a semi-finished product with a layer arrangement with a stack of laminated layers made of a plastic material; - producing a print image on an outer layer of the layer arrangement, wherein the print image is printed by means of a printing device and is produced with image flaws (13, 14) individualising a security document, which are formed with the aid of individualising flaws (11, 12) in the outer layer, which are assigned to the image flaws (13, 14) and which comprise surface structures of the outer layer, namely one or more surface structures from the following group: depression, elevation and differing roughness; and - producing an inner print image, wherein a further layer of plastic material is applied on the outer layer by means of lamination, in such a way that at least the print image is covered by the further layer, and wherein the inner print image with the image flaws (13, 14) can be seen from the outside through at least one of the layers from a front and/or a rear side of the layer arrangement. - providing a semi-finished product with a layer arrangement with a stack of laminated layers made of a plastic material; - producing a print image on an outer layer of the layer arrangement, wherein the print image is printed by means of a printing device and is produced with image flaws (13, 14) individualising a security document, which are formed with the aid of individualising flaws (11, 12) in the outer layer, which are assigned to the image flaws (13, 14) and which comprise surface structures of the outer layer, namely one or more surface structures from the following group: depression, elevation and differing roughness; and - producing an inner print image, wherein a further layer of plastic material is applied on the outer layer by means of lamination, in such a way that at least the print image is covered by the further layer, and wherein the inner print image with the image flaws (13, 14) can be seen from the outside through at least one of the layers from a front and/or a rear side of the layer arrangement.
An image encoding method, comprising: for a sub-image block obtained by partitioning an image block, determining at least two position parameters, wherein the at least two position parameters comprise a first position parameter and a second position parameter, the first position parameter identifies whether the sub-image block is a rectangle or not a rectangle, and the second position parameter identifies endpoint information of a boundary of the sub-image block; said method being characterized in that it further comprises selecting an encoding sequence of the first position parameter and the second position parameter depending on a partition manner of the image block, wherein the selecting of the encoding sequence comprises determining whether the first position parameter precedes the second position parameter or the second position parameter precedes the first position parameter depending on the partition manner of the image block; and encoding the at least two position parameters according to the determined encoding sequence. for a sub-image block obtained by partitioning an image block, determining at least two position parameters, wherein the at least two position parameters comprise a first position parameter and a second position parameter, the first position parameter identifies whether the sub-image block is a rectangle or not a rectangle, and the second position parameter identifies endpoint information of a boundary of the sub-image block; said method being characterized in that it further comprises selecting an encoding sequence of the first position parameter and the second position parameter depending on a partition manner of the image block, wherein the selecting of the encoding sequence comprises determining whether the first position parameter precedes the second position parameter or the second position parameter precedes the first position parameter depending on the partition manner of the image block; and encoding the at least two position parameters according to the determined encoding sequence.
A compound having the structure: wherein: X is O or S; Z 1 -Z 6 are each independently C, N, O, or S, with the proviso that at least one of Z 1 -Z 6 is N; n and m are each independently 1 to 5; p is 1; each R 1 and R 2 is independently H, lower alkyl, lower alkenyl, lower alkynyl, halide, hydroxy, alkoxy, trifluoromethyl, -N(R 6) 2, -CN, -CO 2 R 6, or -CH 2 OH; or when n is 2, each R 1 taken together with the carbon atoms to which they are attached forms a fused aryl, substituted aryl, heteroaryl, substituted heteroaryl, cycloalkyl, substituted cycloalkyl, heterocyclic, or substituted heterocyclic ring; R 3, R 4, R 5, and R 6 are each independently H or lower alkyl; or pharmaceutically acceptable salts thereof, for use in a method of treating a disorder associated with selective subtype modulation of alpha 2B and alpha 2C adrenergic receptors, wherein "lower alkyl" refers to alkyl moieties having from 1 to 6 carbon atoms, "lower alkenyl" refers to alkenyl moieties having from 2 to 6 carbon atoms, and "lower alkynyl" refers to alkynyl moieties having from 2 to 6 carbon atoms. X is O or S; Z 1 -Z 6 are each independently C, N, O, or S, with the proviso that at least one of Z 1 -Z 6 is N; n and m are each independently 1 to 5; p is 1; each R 1 and R 2 is independently H, lower alkyl, lower alkenyl, lower alkynyl, halide, hydroxy, alkoxy, trifluoromethyl, -N(R 6) 2, -CN, -CO 2 R 6, or -CH 2 OH; or when n is 2, each R 1 taken together with the carbon atoms to which they are attached forms a fused aryl, substituted aryl, heteroaryl, substituted heteroaryl, cycloalkyl, substituted cycloalkyl, heterocyclic, or substituted heterocyclic ring; R 3, R 4, R 5, and R 6 are each independently H or lower alkyl;
An air conditioner having an accommodation portion for accommodating a suction grille in which an air cleaning filter is mounted, comprising: elevating means (60,60a,60b) for supporting the suction grille with suspending cords (50,50a-α) and upwardly or downwardly moving the suction grille together with the filter by playing out or rewinding the suspending cords; characterized by control means for controlling the elevating means to play out the suspending cords if one end of the suction grille in a width direction of the suction grille does not abut against the accommodating portion until a predetermined time elapses from the time when the other end of the suction grille abuts against the accommodating portion during an operating of upwardly moving the suction grille to accommodate the suction grille in the accommodatingportion, whereby the other end abutting against the accommodating portion is downwardly moved by only a predetermined distance, and then rewinding the suspending cords to move the overall suction grille upwardly. elevating means (60,60a,60b) for supporting the suction grille with suspending cords (50,50a-α) and upwardly or downwardly moving the suction grille together with the filter by playing out or rewinding the suspending cords; characterized by control means for controlling the elevating means to play out the suspending cords if one end of the suction grille in a width direction of the suction grille does not abut against the accommodating portion until a predetermined time elapses from the time when the other end of the suction grille abuts against the accommodating portion during an operating of upwardly moving the suction grille to accommodate the suction grille in the accommodatingportion, whereby the other end abutting against the accommodating portion is downwardly moved by only a predetermined distance, and then rewinding the suspending cords to move the overall suction grille upwardly.
Trailer intended to be coupled to a towing vehicle, the trailer comprising a chassis connected to wheels and a coupling means able to connect it to the towing vehicle, and an immobilization means acting on at least one of the wheels so as to block the wheel in terms of rotation with the chassis, the said immobilization means comprising at least one lever (7, 8), articulated selectively between a rest position in which the wheels are blocked in terms of rotation with respect to the chassis and an active position in which the wheels are free to rotate with respect to the chassis, characterized in that said coupling means comprises a lever articulated selectively between a rest position in which the wheels are blocked in terms of rotation with the chassis and an active position in which the wheels are free to rotate with respect to the chassis, the lever being able to be articulated by means of a manual control device mounted on board the towing vehicle.
A protein comprising amino acid mutations at positions 470 and 474 relative to the amino acid sequence of a wild-type phi29 DNA polymerase shown in SEQ ID NO: 2, wherein the protein comprises substitution of valine at position 470 with lysine and substitution of isoleucine at position 474 with lysine while keeping remaining amino acids unchanged relative to the amino acid sequence of the wild-type phi29 DNA polymerase shown in SEQ ID NO: 2.