mhurhangee/ep-ind-claims huggingface dataset:
Electrical junction box for an exterior cladding panel of a building bearing at least one photovoltaic module comprising an electrical pole at one of its longitudinal ends and an electrical pole of inverse polarity at the other end, the junction box comprising: - a base, - a lateral wall surrounding the base and extending perpendicularly to the latter, the lateral wall comprising, on its external face, a peripheral flange intended to maintain the junction box in place in an opening provided in the exterior cladding panel, - a cable outlet, situated in the part of the junction box situated above the peripheral flange, intended to connect the electrical junction box to an electrical pole of the photovoltaic module borne by the panel, - an internal cavity delimited by the base and the wall, comprising an electrical terminal of axis perpendicular to the base, intended for the connection of an electrical plug situated on the reverse side of an adjacent exterior cladding panel, - a removable electrical switch connecting the electrical terminal to the cable outlet and situated on the lateral wall of the junction box. - a base, - a lateral wall surrounding the base and extending perpendicularly to the latter, the lateral wall comprising, on its external face, a peripheral flange intended to maintain the junction box in place in an opening provided in the exterior cladding panel, - a cable outlet, situated in the part of the junction box situated above the peripheral flange, intended to connect the electrical junction box to an electrical pole of the photovoltaic module borne by the panel, - an internal cavity delimited by the base and the wall, comprising an electrical terminal of axis perpendicular to the base, intended for the connection of an electrical plug situated on the reverse side of an adjacent exterior cladding panel, - a removable electrical switch connecting the electrical terminal to the cable outlet and situated on the lateral wall of the junction box.
A walk training apparatus comprising: a walking assist device configured to be attached to a leg of a user so as to assist the user in walking; a first tensile portion configured to pull at least one of the walking assist device and the leg of the user toward a vertically upper side and toward a front side; a second tensile portion configured to pull at least one of the walking assist device and the leg of the user toward the vertically upper side and toward a rear side; and a controlling portion configured to control a tensile force of the first tensile portion and a tensile force of the second tensile portion, respectively; characterized in that the controlling portion is configured to independently control the tensile forces of the first and second tensile portions (35, 37) so as to adjust a resultant force of a vertically upward component of the tensile force of the first tensile portion and a vertically upward component of the tensile force of the second tensile portion, and a resultant force of a horizontal component of the tensile force of the first tensile portion and a horizontal component of the tensile force of the second tensile portion, respectively. a walking assist device configured to be attached to a leg of a user so as to assist the user in walking; a first tensile portion configured to pull at least one of the walking assist device and the leg of the user toward a vertically upper side and toward a front side; a second tensile portion configured to pull at least one of the walking assist device and the leg of the user toward the vertically upper side and toward a rear side; and a controlling portion configured to control a tensile force of the first tensile portion and a tensile force of the second tensile portion, respectively; characterized in that the controlling portion is configured to independently control the tensile forces of the first and second tensile portions (35, 37) so as to adjust a resultant force of a vertically upward component of the tensile force of the first tensile portion and a vertically upward component of the tensile force of the second tensile portion, and a resultant force of a horizontal component of the tensile force of the first tensile portion and a horizontal component of the tensile force of the second tensile portion, respectively.
A travel drive system for a hybrid type motor vehicle comprising a thermal engine with a shaft, an electric machine with a rotor connected to electric accumulators, a drive shaft rotatingly connected directly to the rotor and rotatingly controlled by said machine and/or said engine for rotatingly actuating motive axle of the vehicle, and a rotating speed variation device between said drive shaft and shaft (12, 90) of engine comprising at least two alternative paths (VT1, VT2) for transmitting the rotating motion to motive axle, characterized in that one of the transmission paths comprises shaft of engine and a disengageable coupling for rotating connection with drive shaft (16, 90) and in that the other transmission path comprises engine shaft, an engine shaft rotating speed reduction device comprising a speed-reducer motion transmission device between shaft and at least one of camshafts and another speed-reducer motion transmission device between this camshaft and another disengageable coupling for rotating connection between said rotating speed reduction device and drive shaft (16, 90).
An information processing device for protecting data in a call stack, comprising: a control unit arranged to run a program and to store at least flow control information of said program in the call stack; a hash unit arranged to generate a first hash value by applying a hash function to selected data in response to a first context change of said program, said selected data comprising one or more selected items of said call stack, said first context change comprising a termination or interruption of a first process or thread of said program; said control unit is further arranged to start or resume a second process or thread of said program only when said hash unit has generated said first hash value; said hash unit is further arranged to generate a second hash value by re-applying said hash function to said selected data in response to a second context change, said second context change comprising a termination or interruption of said second process or thread; and said information processing device further comprising: a comparison unit is arranged to determine whether said first hash value and said second hash value are identical, to provide an indication whether said selected data has been corrupted. a control unit arranged to run a program and to store at least flow control information of said program in the call stack; a hash unit arranged to generate a first hash value by applying a hash function to selected data in response to a first context change of said program, said selected data comprising one or more selected items of said call stack, said first context change comprising a termination or interruption of a first process or thread of said program; said control unit is further arranged to start or resume a second process or thread of said program only when said hash unit has generated said first hash value; said hash unit is further arranged to generate a second hash value by re-applying said hash function to said selected data in response to a second context change, said second context change comprising a termination or interruption of said second process or thread; and a comparison unit is arranged to determine whether said first hash value and said second hash value are identical, to provide an indication whether said selected data has been corrupted.
Cleaning device for cleaning artificial floor surfaces with floor lining particles, in particular artificial lawns, comprising: a sweeping mechanism for collecting dirt particles from the floor lining, a separating mechanism for separating the dirt particles from the floor lining particles, a floor lining particle returning mechanism for returning to the floor said floor lining particles which have been separated from the dirt particles by said separating mechanism, a filter mechanism for filtering dust particles and a suction mechanism for exhausting air from the region of said separating mechanism through said filter mechanism, characterized in that the cleaning device includes a first vacuum chamber and a second vacuum chamber in which a vacuum can be created by aspirating said suction mechanism, wherein the first vacuum chamber is formed above said separating mechanism, wherein the first and the second vacuum chambers (86, 88) are in fluid communication through said separating mechanism, wherein said second vacuum chamber is formed below said separating mechanism and wherein said first vacuum chamber is in fluid communication with said suction mechanism only via said second vacuum chamber, in order to extract air from the second vacuum chamber and to extract air from the first vacuum chamber via said second vacuum chamber by said suction mechanism. a sweeping mechanism for collecting dirt particles from the floor lining, a separating mechanism for separating the dirt particles from the floor lining particles, a floor lining particle returning mechanism for returning to the floor said floor lining particles which have been separated from the dirt particles by said separating mechanism, a filter mechanism for filtering dust particles and a suction mechanism for exhausting air from the region of said separating mechanism through said filter mechanism, characterized in that the cleaning device includes a first vacuum chamber and a second vacuum chamber in which a vacuum can be created by aspirating said suction mechanism, wherein the first vacuum chamber is formed above said separating mechanism, wherein the first and the second vacuum chambers (86, 88) are in fluid communication through said separating mechanism, wherein said second vacuum chamber is formed below said separating mechanism and wherein said first vacuum chamber is in fluid communication with said suction mechanism only via said second vacuum chamber, in order to extract air from the second vacuum chamber and to extract air from the first vacuum chamber via said second vacuum chamber by said suction mechanism.
A method for notifying resource allocation for uplink transmission and downlink transmission, comprising: transmitting a first channel over a preset time-frequency resource within a first channel transmission periodicity according to the first channel transmission periodicity, wherein the first channel at least notifies information of resource allocation for uplink transmission and downlink transmission within a validity time period of the first channel, wherein the validity time period of the first channel is preconfigured or predefined as A1 symbols or A2 sub-frames or A3 slots or A4 mini-slots, after the first channel is transmitted or including the first channel.
A liquid cartridge configured to be inserted into a cartridge-attachment section, an upright posture of the liquid cartridge defined as the state in which the liquid cartridge is configured to be inserted into the cartridge-attachment section in a direction orthogonal to a gravitational direction, the liquid cartridge comprising: a casing comprising: a liquid chamber storing liquid therein; a liquid passage extending in a first direction crossing a gravitational direction from a liquid chamber in the upright posture of the liquid cartridge; and a top surface (39, 91) facing upward; and a light blocking portion protruding upward relative to the top surface, the light blocking portion being deformable between a non-deformed state and a deformed state, the light blocking portion, at least in the non-deformed state, being configured to block or attenuate light emitted from the cartridge-attachment section and traveling in a widthwise direction crossing the first direction and the gravitational direction in the upright posture, the light blocking portion in the non-deformed state being configured to be deformed to the deformed state by an external force, the light blocking portion returning to the non-deformed state when the external force is removed from the light blocking portion in the deformed state. a casing comprising: a liquid chamber storing liquid therein; a liquid passage extending in a first direction crossing a gravitational direction from a liquid chamber in the upright posture of the liquid cartridge; and a top surface (39, 91) facing upward; and a liquid chamber storing liquid therein; a liquid passage extending in a first direction crossing a gravitational direction from a liquid chamber in the upright posture of the liquid cartridge; and a top surface (39, 91) facing upward; and a light blocking portion protruding upward relative to the top surface, the light blocking portion being deformable between a non-deformed state and a deformed state, the light blocking portion, at least in the non-deformed state, being configured to block or attenuate light emitted from the cartridge-attachment section and traveling in a widthwise direction crossing the first direction and the gravitational direction in the upright posture, the light blocking portion in the non-deformed state being configured to be deformed to the deformed state by an external force, the light blocking portion returning to the non-deformed state when the external force is removed from the light blocking portion in the deformed state.
Sealing strip for the sealing of constructions, comprising a sealing strip body made of a flexible foam with shape return capability, wherein the sealing strip has upper and lower broad sides (3a, 4a) which can be applied to the opposite joint flanks of a construction joint that is to be sealed, wherein the sealing strip body has upper and lower broad sides (3a, 4a), assigned to the sealing strip broad sides (3a, 4a), and narrow sides (8, 9) which connect said broad sides and which are or can be arranged on the inside of the room and on the outside of the room in a sealing arrangement of the sealing strip, and a layer of a self-adhesive is applied to the lower broad side of the body in order to attach the sealing strip to a component, wherein the sealing strip is fabricated as a roll with a plurality of turns located radially one on top of the other, and in the turns in each case the lower broad side of the sealing strip body comes to bear flat against the upper broad side of the body, wherein a cover layer is durably adhered to the upper broad side of the sealing strip body, wherein the sealing strip is rolled up with the cover layer of a first turn bearing against the self-adhesive layer of an adjacent turn, and wherein the adhesive force of the cover layer against the sealing strip body is greater than the adhesive force of the cover layer against the self-adhesive, characterized in that the flexible foam of the sealing strip body is impregnated with at least one impregnating agent, and in that the cover layer is attached by an adhesive to the upper broad side of the sealing strip body or the cover layer is formed as a fluid or paste-like coating compound which is cured onto the sealing strip body in order to form a durably adhering coating layer made of a synthetic resin material or the like.
Mixing device for a burner, comprising a burner pipe, a flame pipe adjoining the burner pipe and a nozzle fitting arranged in the burner pipe, wherein an axially fixed air nozzle, which extends into the flame pipe and carries air for combustion out of the burner pipe into the flame pipe, is arranged coaxially in the burner pipe, and wherein recirculation openings are arranged in a transition region between the burner pipe and the flame pipe, characterised in that recirculation means, which are axially fixed and are configured and arranged rotatably within the transition region, are provided, during rotation about their longitudinal axis, to vary a passage cross-section of the recirculation openings, wherein the recirculation means are configured as an annular element with a peripheral wall, wherein openings are arranged in the peripheral wall, wherein the annular element has a base with a central opening, and wherein a flange which is fixed on the base of the annular element is arranged on the outlet opening of the air nozzle facing the flame pipe.
A pressure-sensing module, comprising: a housing including a process-fluid port configured to be coupled to a process-fluid-flow circuit, the housing defining a first chamber into which the process fluid can flow through the process-fluid port, wherein the housing comprises a base member and a shroud member; an isolator assembly disposed within the housing and including a fill port, the isolator assembly configured to define a second chamber into which pressure-coupling fluid may be injected through the fill port; an electronic circuit disposed within the second chamber and configured to be pressure coupled by the coupling fluid and isolator assembly to the flow circuit, the electronic circuit further configured to produce at least one electrical signal proportional to a magnitude of the pressure of the flow circuit; a plug having first and second ends and configured to occupy the fill port thereby sealing the second chamber; the pressure sensing module characterized by: the first end configured to be exposed to the process fluid in the first chamber, the second end configured to be exposed to the coupling fluid in the second chamber, wherein pressure on the first end and pressure on the second end are approximately equal; and wherein the isolator assembly comprises a rigid support member in which the fill port is formed, and a compressible member coupled to the support member. a housing including a process-fluid port configured to be coupled to a process-fluid-flow circuit, the housing defining a first chamber into which the process fluid can flow through the process-fluid port, wherein the housing comprises a base member and a shroud member; an isolator assembly disposed within the housing and including a fill port, the isolator assembly configured to define a second chamber into which pressure-coupling fluid may be injected through the fill port; an electronic circuit disposed within the second chamber and configured to be pressure coupled by the coupling fluid and isolator assembly to the flow circuit, the electronic circuit further configured to produce at least one electrical signal proportional to a magnitude of the pressure of the flow circuit; a plug having first and second ends and configured to occupy the fill port thereby sealing the second chamber; the pressure sensing module characterized by: the first end configured to be exposed to the process fluid in the first chamber, the second end configured to be exposed to the coupling fluid in the second chamber, wherein pressure on the first end and pressure on the second end are approximately equal; and wherein the isolator assembly comprises a rigid support member in which the fill port is formed, and a compressible member coupled to the support member. the first end configured to be exposed to the process fluid in the first chamber, the second end configured to be exposed to the coupling fluid in the second chamber, wherein pressure on the first end and pressure on the second end are approximately equal; and wherein the isolator assembly comprises a rigid support member in which the fill port is formed, and a compressible member coupled to the support member.
A dental milling block holder adapter comprising a dental milling block (52; 54) or dental grinding block which is attached, especially glued, to a dental milling block holder, the dental milling block holder having a round shaft which is accommodated in the dental milling block holder adapter, the dental milling block holder adapter having at least one internal thread for accommodating a fastening bolt, which is operable to act on the shaft of the dental milling block holder, characterized in that In a circular shaft receptacle of the dental milling block holder adapter, opposite to the fastening bolt, at least one clamping surface, especially at least two raised clamping surfaces (74 and 76), is or are formed in a circular shaft receptacle of the dental milling block holder adapter, and is raised relative to the circular shape of the shaft receptacle against which the shaft abuts.
A method of authenticating a network client to a computer server, the network client being configured to communicate with the computer server over a network and to communicate with a token manager, the token manager being configured to receive data originating from a hardware token interfaced with the token manager, the method comprising: one of the token manager and the network client generating a credential associated with the token manager, and transmitting the credential to the computer server; and the network client receiving an authentication payload from the computer server in accordance with a validity of the credential and the data of the hardware token, the authentication payload facilitating authentication of the network client to the computer server. one of the token manager and the network client generating a credential associated with the token manager, and transmitting the credential to the computer server; and the network client receiving an authentication payload from the computer server in accordance with a validity of the credential and the data of the hardware token, the authentication payload facilitating authentication of the network client to the computer server.