mhurhangee/ep-ind-claims huggingface dataset:
A storage method, which comprising: storing, by a server side, data after encrypting the data with a storage key; encrypting, by the server side, the storage key with two different encryption methods to generate a personal key and a data key respectively; wherein the personal key can be decrypted by a private key of a user who owns the data to obtain the storage key and the data key can be decrypted by the data unencrypted to obtain the storage key; saving, by the server side, the encrypted data, personal key, data key and the HASH value of the data; receiving, by the server side, the HASH value of data from a new user and judging, by a server side, whether the data from the new user has the same HASH value with any of the stored data, before storing the data from the new user; not uploading, by a client side, the data from the new user when duplicate data, which has the same HASH value with the data from a new user, has been found in the stored data, decrypting, by the server side or the client side, the data key of the duplicate data with the data from the new user to obtain the storage key, and encrypting, by the server side or the client side, the storage key with a public key of the new user to generate a personal key of the new user. storing, by a server side, data after encrypting the data with a storage key; encrypting, by the server side, the storage key with two different encryption methods to generate a personal key and a data key respectively; wherein the personal key can be decrypted by a private key of a user who owns the data to obtain the storage key and the data key can be decrypted by the data unencrypted to obtain the storage key; saving, by the server side, the encrypted data, personal key, data key and the HASH value of the data; receiving, by the server side, the HASH value of data from a new user and judging, by a server side, whether the data from the new user has the same HASH value with any of the stored data, before storing the data from the new user; not uploading, by a client side, the data from the new user when duplicate data, which has the same HASH value with the data from a new user, has been found in the stored data, decrypting, by the server side or the client side, the data key of the duplicate data with the data from the new user to obtain the storage key, and encrypting, by the server side or the client side, the storage key with a public key of the new user to generate a personal key of the new user.
A computer-readable storage medium comprising instructions, which, when executed by a computer, cause the computer to carry out the following method steps of a method for processing a block of an image divided into a plurality of sub blocks: • setting, for each sub block of the block, a current quantization parameter, and determining, for each sub block of the block, a difference quantization parameter based on the set current quantization parameter; • setting, for the block, a flag to a first value if all sub blocks have each a difference quantization parameter equal to zero, and setting the flag to a second value if at least one difference quantization parameter of the sub blocks is equal to non-zero, wherein the flag having the first value further indicates that no difference quantization parameter is signaled for any sub block and the flag having the second value further indicates that a difference quantization parameter is signaled for each sub block of the block; • quantizing transform coefficient data using the set current quantization parameters to generate quantized data; and • encoding the quantized data, the flag, and, only if the flag has the second value, the difference quantization parameter determined for each sub block of the block, thereby generating a bit stream. • setting, for each sub block of the block, a current quantization parameter, and determining, for each sub block of the block, a difference quantization parameter based on the set current quantization parameter; • setting, for the block, a flag to a first value if all sub blocks have each a difference quantization parameter equal to zero, and setting the flag to a second value if at least one difference quantization parameter of the sub blocks is equal to non-zero, wherein the flag having the first value further indicates that no difference quantization parameter is signaled for any sub block and the flag having the second value further indicates that a difference quantization parameter is signaled for each sub block of the block; • quantizing transform coefficient data using the set current quantization parameters to generate quantized data; and • encoding the quantized data, the flag, and, only if the flag has the second value, the difference quantization parameter determined for each sub block of the block, thereby generating a bit stream.
Grinding machine for grinding a tool (100; 100') comprising: - a support unit configured to support said tool (100; 100') to be ground and located on a substantially horizontal reference plane, wherein said support unit comprises members suitable to incline said support unit by any angle (α) with respect to said reference plane; - an operating unit comprising abrasive means intended to abrade at least a portion to be ground (101; 101a, 101b) of said tool (100; 100'), wherein said operating unit is mobile along a main axis of development of said grinding machine, substantially perpendicular to said reference plane, in order to move nearer to or farther away with respect to said support unit, - adjustment means having at least an adjustment element to adjust the inclination of said support unit with respect to said reference plane; characterized in that said support unit comprises abutment means configured to abut on said adjustment element, and said adjustment element is associated with said operating unit and extends in a direction parallel to said main axis of development, wherein said adjustment element comprises a lower end portion shaped so as to define a localized contact zone between said adjustment element and said abutment means and is mobile parallel to said main axis of development at least in an adjustment position, wherein it is positioned at a distance from said reference plane, said distance being a linear distance between said lower end portion and said reference plane. - a support unit configured to support said tool (100; 100') to be ground and located on a substantially horizontal reference plane, wherein said support unit comprises members suitable to incline said support unit by any angle (α) with respect to said reference plane; - an operating unit comprising abrasive means intended to abrade at least a portion to be ground (101; 101a, 101b) of said tool (100; 100'), wherein said operating unit is mobile along a main axis of development of said grinding machine, substantially perpendicular to said reference plane, in order to move nearer to or farther away with respect to said support unit, - adjustment means having at least an adjustment element to adjust the inclination of said support unit with respect to said reference plane;
An electric pump in which a motor and a crank mechanism driven by the motor are integrally assembled inside a case body adjacent to a pump, comprising: a rotor formed in a cup shape integrally assembled to a rotor shaft extended from the motor side to the crank mechanism side inside the case body in a state where an opening of the rotor is directed to a shaft end on the motor side and the rotor is being rotatably supported by an intermediate bearing arranged inside the opening; an eccentric cam integrally provided with a top surface portion of the rotor, which is eccentric to a shaft center of the rotor shaft; and a crank shaft one end side of which is assembled to the eccentric cam through a cam bearing and the other end side of which is connected to the pump side, wherein the motor is driven to be rotated, thereby converting a rotary motion of the eccentric cam around the rotor shaft into a reciprocating motion of the crank shaft and driving the pump. a rotor formed in a cup shape integrally assembled to a rotor shaft extended from the motor side to the crank mechanism side inside the case body in a state where an opening of the rotor is directed to a shaft end on the motor side and the rotor is being rotatably supported by an intermediate bearing arranged inside the opening; an eccentric cam integrally provided with a top surface portion of the rotor, which is eccentric to a shaft center of the rotor shaft; and a crank shaft one end side of which is assembled to the eccentric cam through a cam bearing and the other end side of which is connected to the pump side, wherein the motor is driven to be rotated, thereby converting a rotary motion of the eccentric cam around the rotor shaft into a reciprocating motion of the crank shaft and driving the pump.
A battery module, comprising a liquid-tight housing; a plurality of battery cells arranged in the liquid-tight housing; and a first tempering fluid included in the liquid-tight housing in thermal contact with the plurality of battery cells and with an inner surface of the liquid-tight housing; the liquid-tight housing is constructed to allow for a flow of a second tempering fluid between the inner surface and an outer surface of the liquid-tight housing; characterized in that the liquid-tight housing comprises a profile housing with two open end sides, which are located opposite to each other along a main axis of the battery module; and a first end plate and a second end plate liquid-tightly closing the profile housing at the two open end sides, wherein the profile housing is configured as a double-walled profile housing, wherein a second fluid channel for the flow of the second tempering fluid is integrally formed. a liquid-tight housing; a plurality of battery cells arranged in the liquid-tight housing; and a first tempering fluid included in the liquid-tight housing in thermal contact with the plurality of battery cells and with an inner surface of the liquid-tight housing; the liquid-tight housing is constructed to allow for a flow of a second tempering fluid between the inner surface and an outer surface of the liquid-tight housing; characterized in that the liquid-tight housing comprises a profile housing with two open end sides, which are located opposite to each other along a main axis of the battery module; and a first end plate and a second end plate liquid-tightly closing the profile housing at the two open end sides, wherein a profile housing with two open end sides, which are located opposite to each other along a main axis of the battery module; and a first end plate and a second end plate liquid-tightly closing the profile housing at the two open end sides, wherein the profile housing is configured as a double-walled profile housing, wherein a second fluid channel for the flow of the second tempering fluid is integrally formed.
A fire protection sleeve comprising an outer casing, capable of holding an insert made of an intumescent fire protection substance, and at least one bracket, by which the casing can be fixed to a substrate, said bracket being fixed to the casing by means of a snap-in connection, which is established by moving the bracket from the outside towards the middle of the casing, characterized in that the casing is provided with at least two snap-in hooks.
Modular system of photobioreactors for algae cultivation comprising at least two photobioreactors each of which comprises a metallic structure in turn comprising at least two tubular sections connected by one of its ends, wherein inside said tubular sections the algae cultivation is arranged and wherein between said tubular sections, the system comprises LED-type lights and reflector bodies that reflect the light from the LED-type lighting and transmit it to the tubular sections wherein the cultivation of algae is disposed, passing through their side walls characterized in that the system further comprises another tubular section disposed between said tubular sections, wherein the other tubular section comprises the LED-type lights and the reflector bodies.
A mobile terminal configured to receive data in a Single-User MIMO, SU-MIMO, signaling mode and a Multi-User MIMO, MU-MIMO, signaling mode, comprising: a controller configured to switch the mobile terminal between the SU-MIMO and MU-MIMO signaling modes; a receiver configured to receive from a base station: data redefining at least one SU-MIMO signaling bit to be associated with MU-MIMO signaling, the at least one SU-MIMO signaling bit having been identified as not required in the MU-MIMO mode; and at least one MU-MIMO signaling bit in the MU-MIMO mode, the at least one MU-MIMO signaling bit comprising the redefined at least one SU-MIMO signaling bit; and a processor configured to interpret the redefined at least one SU-MIMO signaling bit as power offset signaling data associated with the MU-MIMO signaling mode based on the received redefinition data. a controller configured to switch the mobile terminal between the SU-MIMO and MU-MIMO signaling modes; a receiver configured to receive from a base station: data redefining at least one SU-MIMO signaling bit to be associated with MU-MIMO signaling, the at least one SU-MIMO signaling bit having been identified as not required in the MU-MIMO mode; and at least one MU-MIMO signaling bit in the MU-MIMO mode, the at least one MU-MIMO signaling bit comprising the redefined at least one SU-MIMO signaling bit; and a processor configured to interpret the redefined at least one SU-MIMO signaling bit as power offset signaling data associated with the MU-MIMO signaling mode based on the received redefinition data.
Method for controlling an autonomous vehicle comprising a vehicle control appliance for controlling autonomous driving functions of the vehicle and comprising a brake control appliance for controlling braking functions of an in particular pneumatic brake system of the vehicle that comprises at least one brake device, in particular a parking brake, wherein the brake device can be activated for braking and deactivated for driving by the brake control appliance and/or the vehicle control appliance by actuating at least one switching element, such as in particular a brake valve, preferably a solenoid valve, characterized in that the switching element is actuated jointly by the brake control appliance and the vehicle control appliance in order to deactivate the brake device.
A method of layline labeling a hose product (38; 50; 60; 70) comprising the steps of: providing a layline material (10; 10a) including a carrier film and a plurality of ink regions (18; 18a, 16; 68; 78, 80) applied to an ink side of the carrier film; applying a laser to laser-treat the ink side of the carrier film material to remove a first portion of ink from the ink regions of the carrier film to form a pattern of labeling (13; 13a; 52; 66; 76); applying the laser treated layline material to an outer surface of the hose product with the ink side against the hose product; curing the hose product with the laser treated layline material; and removing the carrier film after curing, wherein a second portion (16; 68; 78, 80) of the ink regions of the laser treated layline material not removed by the laser treatment remains bonded to an outer layer (62; 72) of the hose product to provide contrast with the pattern of labeling. providing a layline material (10; 10a) including a carrier film and a plurality of ink regions (18; 18a, 16; 68; 78, 80) applied to an ink side of the carrier film; applying a laser to laser-treat the ink side of the carrier film material to remove a first portion of ink from the ink regions of the carrier film to form a pattern of labeling (13; 13a; 52; 66; 76); applying the laser treated layline material to an outer surface of the hose product with the ink side against the hose product; curing the hose product with the laser treated layline material; and removing the carrier film after curing, wherein a second portion (16; 68; 78, 80) of the ink regions of the laser treated layline material not removed by the laser treatment remains bonded to an outer layer (62; 72) of the hose product to provide contrast with the pattern of labeling.
A cooking oven provided for heat transfer by convection, in particular for a domestic appliance, comprising: - at least one top convection fan arranged in a top wall of an oven cavity, - at least one rear convection fan arranged in a rear wall of the oven cavity, and - the at least one rear convection fan is arranged in a central portion of the rear wall, - at least one top heating element (16, 18) arranged in an upper portion of the oven cavity and below the top wall of said oven cavity, wherein - at least one top propeller of the top convection fan and at least one rear propeller of the rear convection fan are arranged inside the oven cavity, characterized in that - the at least one top convection fan is arranged in a central portion of the top wall, - at least one rear heating element is arranged in a rear portion of the oven cavity and in front of the rear wall of said oven cavity, and - the top convection fan and the rear convection fan are axial fans. - at least one top convection fan arranged in a top wall of an oven cavity, - at least one rear convection fan arranged in a rear wall of the oven cavity, and - the at least one rear convection fan is arranged in a central portion of the rear wall, - at least one top heating element (16, 18) arranged in an upper portion of the oven cavity and below the top wall of said oven cavity, wherein - at least one top propeller of the top convection fan and at least one rear propeller of the rear convection fan are arranged inside the oven cavity, - the at least one top convection fan is arranged in a central portion of the top wall, - at least one rear heating element is arranged in a rear portion of the oven cavity and in front of the rear wall of said oven cavity, and - the top convection fan and the rear convection fan are axial fans.
A mower, comprising: a housing; a movable upper cover, disposed on the housing; and a cutting assembly, disposed on the housing; wherein that the housing comprises: a casing whose inside is sealed; the mower being characterised in that the housing further comprises a function hole, formed on the casing and connected with interior and exterior of the casing; and a functional module (19, 108), selectively and detachably mounted at the function hole and configured to realize a corresponding one of detecting a sealing state of the casing, and maintaining an air pressure balance between the interior and the exterior of the casing when the mower is working. a housing; a movable upper cover, disposed on the housing; and a cutting assembly, disposed on the housing; wherein that the housing comprises: a casing whose inside is sealed; the mower being characterised in that the housing further comprises a function hole, formed on the casing and connected with interior and exterior of the casing; and a functional module (19, 108), selectively and detachably mounted at the function hole and configured to realize a corresponding one of detecting a sealing state of the casing, and maintaining an air pressure balance between the interior and the exterior of the casing when the mower is working. a casing whose inside is sealed; the mower being characterised in that the housing further comprises a function hole, formed on the casing and connected with interior and exterior of the casing; and a functional module (19, 108), selectively and detachably mounted at the function hole and configured to realize a corresponding one of detecting a sealing state of the casing, and maintaining an air pressure balance between the interior and the exterior of the casing when the mower is working.
A method to visually enhance the audience experience during a theatrical, cinematic, stage or music performance, or theme park ride, comprising: contacting a composition comprising a calcium activated photoprotein dissolved or suspended in calcium and magnesium free water with a calcium containing surface during the performance or theme park ride, wherein upon contact of the calcium activated photoprotein with the calcium containing surface, light visible to the dark adapted human eye is produced; wherein the calcium activated photoprotein composition further comprises a protein that stores or binds a Coelenterazine or synthetic Coelenterazine analog, which upon contact with calcium ions releases the stored or bound Coelenterazine or Coelenterazine analog. contacting a composition comprising a calcium activated photoprotein dissolved or suspended in calcium and magnesium free water with a calcium containing surface during the performance or theme park ride, wherein upon contact of the calcium activated photoprotein with the calcium containing surface, light visible to the dark adapted human eye is produced; wherein the calcium activated photoprotein composition further comprises a protein that stores or binds a Coelenterazine or synthetic Coelenterazine analog, which upon contact with calcium ions releases the stored or bound Coelenterazine or Coelenterazine analog.
A somatostatin prodrug selected from the group consisting of: tri-hexyloxycarbonyl octreotide; dihexyloxycarbonyl-Peptide 8; and wherein Hoc represents hexyloxycarbonyl.
A TLR7 modulating compound for use in a method of treating an HIV infection in a virologically suppressed human in need thereof, the method comprising administering to the virologically suppressed human a pharmaceutically effective amount of the TLR7 modulating compound, and further comprising the step of administering to the human a pharmaceutically effective amount of an HIV antibody, wherein the TLR7 modulating compound is a compound of Formula III, or a pharmaceutically acceptable salt thereof: wherein: the D ring represents a moiety selected from: wherein, in each instance, the pyrrolidin-1-ylmethyl, piperidin-1-ylmethyl, or morpholinomethyl group is bound to the 3-position or 4-position of the phenyl ring to which it is bound; L 1 is -O-; and R 1 is unsubstituted C 1 -C 6 alkyl. the method comprising administering to the virologically suppressed human a pharmaceutically effective amount of the TLR7 modulating compound, and further comprising the step of administering to the human a pharmaceutically effective amount of an HIV antibody, wherein the TLR7 modulating compound is a compound of Formula III, or a pharmaceutically acceptable salt thereof: wherein: the D ring represents a moiety selected from: wherein, in each instance, the pyrrolidin-1-ylmethyl, piperidin-1-ylmethyl, or morpholinomethyl group is bound to the 3-position or 4-position of the phenyl ring to which it is bound; L 1 is -O-; and R 1 is unsubstituted C 1 -C 6 alkyl.