mhurhangee/ep-ind-claims huggingface dataset:
A housing for housing an electronic device, the housing comprising: a first case and a second case which are formed so as to mate with each other, a gasket arranged between the first case and the second case, an elastically deformable cantilever (25, 26) which is formed on one of the first case and the second case and which has a hook (25a, 26a), and an engagement portion (35, 36) formed on the other of the first case and the second case, wherein when an operation to mate the first case and the second case is performed, before the cantilever (25, 26) is completely engaged with the engagement portion (35, 36), a gap between the first case and the second case is sealed by the gasket, wherein the first case and the second case each have a peripheral wall (22, 32), and the gasket is arranged between the peripheral walls (22, 32) of the first case and the second case, wherein the cantilever (25, 26) is formed so as to protrude from a distal end of the peripheral wall of the first case. a first case and a second case which are formed so as to mate with each other, a gasket arranged between the first case and the second case, an elastically deformable cantilever (25, 26) which is formed on one of the first case and the second case and which has a hook (25a, 26a), and an engagement portion (35, 36) formed on the other of the first case and the second case, wherein when an operation to mate the first case and the second case is performed, before the cantilever (25, 26) is completely engaged with the engagement portion (35, 36), a gap between the first case and the second case is sealed by the gasket, wherein the first case and the second case each have a peripheral wall (22, 32), and the gasket is arranged between the peripheral walls (22, 32) of the first case and the second case, wherein the cantilever (25, 26) is formed so as to protrude from a distal end of the peripheral wall of the first case.
A method for producing an absorbent structure (10, 10') for absorbent sanitary articles, comprising the steps of: - advancing a first non-woven layer (12, 12') at a first speed, with a first surface of said first non-woven layer (12, 12') facing a suction chamber, - distributing superabsorbent granular material (14, 14') on a second surface of said first non-woven layer (12, 12') opposite to said first surface, and - volumizing said first non-woven layer (12, 12') by means of a toothed portion (38, 38', 50) that penetrates into said first non-woven layer (12, 12') through said second surface and movable with respect to said first non-woven layer (12, 12') with a speed difference (ΔV). - advancing a first non-woven layer (12, 12') at a first speed, with a first surface of said first non-woven layer (12, 12') facing a suction chamber, - distributing superabsorbent granular material (14, 14') on a second surface of said first non-woven layer (12, 12') opposite to said first surface, and - volumizing said first non-woven layer (12, 12') by means of a toothed portion (38, 38', 50) that penetrates into said first non-woven layer (12, 12') through said second surface and movable with respect to said first non-woven layer (12, 12') with a speed difference (ΔV).
A combination of: a) a tissue transglutaminase TG2 inhibitor which is selected from the group consisting of cystamine, cysteamine, lipoic acid, tiopronin, acetylcysteine, carboxymethylcystein, erdosteine, moguisteine, mesna and glutathione and b) a channel activator (potentiator) of cystic fibrosis transmembrane conductance regulator (CFTR), for use in a method of treatment of a cystic fibrosis patient carrying the ΔF508-CFTR mutation, which comprises administering to said patient the tissue transglutaminase TG2 inhibitor followed by the potentiator. a) a tissue transglutaminase TG2 inhibitor which is selected from the group consisting of cystamine, cysteamine, lipoic acid, tiopronin, acetylcysteine, carboxymethylcystein, erdosteine, moguisteine, mesna and glutathione and b) a channel activator (potentiator) of cystic fibrosis transmembrane conductance regulator (CFTR),
A rail vehicle braking system having brakes with at least one lining or at least one block, comprising a body, a braking linkage configured to act on at least one said brake, a service brake comprising a braking piston movable relative to said body to act on said braking linkage and delimiting with said body a service brake pressure chamber configured to be supplied by a first pneumatic pressure agent to place said braking piston in a service braking position, as well as a parking brake configured to act on said braking piston of said service brake and having a working configuration and a resting configuration; said parking brake comprising a blocking device movable relative to said body to act on said braking piston and having a first position and a second position in which said blocking device is configured to immobilize said braking piston in service braking position, said parking brake then being in working configuration, and a control device (23, 24) movable relative to said body and having a locking position in which said control device (23, 24) is configured to hold said blocking device in its second position; said rail vehicle braking system being configured to supply the service brake pressure chamber with another pneumatic pressure agent of which the pressure is determined, so as to apply a determined braking force when said parking brake is in working configuration; and said rail vehicle braking system further comprising a detection and memorization device configured to receive a first information item representing the position of the blocking device, receive a second information item representing the supply of the service brake pressure chamber by the other pneumatic pressure agent, deduce from said first and second information items representing an information item representing the application of the parking brake, and memorize said deduced representing information item; whereby said information item representing the application of the parking brake is kept even if the service brake pressure chamber is no longer supplied by the other pneumatic pressure agent.
Arrangement for use in a battery, comprising a sealing frame having a main body, wherein the main body surrounds an opening, wherein the main body has a first sealing face and an opposing second sealing face, wherein the first sealing face and/or the second sealing face is designed so as to be elastically compressible, and wherein cooling means and/or heating means are integrated into the main body and run through the main body at least partially along the longitudinal extent of the sealing faces (4, 5), characterized in that the opening is assigned a porous and compressible element, wherein the element is secured to the main body.
A floor brush for a cleaning appliance, comprising: a body having an air channel and a suction port communicating with the air channel, the air channel being formed in the body and the suction port being formed in a lower surface at a front end of the body, the air channel being configured so that when the body covers a surface to be cleaned, an airtight space is formed between the air channel and the surface to be cleaned, and a front air inlet communicating with the air channel being formed at the front end of the body; and an airflow guiding portion arranged at the front end of the body and adjacent to the front air inlet, the airflow guiding portion having an airflow guiding surface so that external air enters the air channel through the airflow guiding surface and the front air inlet, the airflow guiding surface comprising a rear airflow guiding surface; characterised in that the air channel comprises a first wall surface and a second wall surface, the first wall surface is connected to a rear end of the airflow guiding surface and obliquely extends upwards and backwards, and the second wall surface is opposite to the first wall surface; wherein the smallest distance D1 between the second wall surface and the surface to be cleaned and the greatest distance D2 between the rear airflow guiding surface and the surface to be cleaned satisfy that D1 is less than or equal to D2. a body having an air channel and a suction port communicating with the air channel, the air channel being formed in the body and the suction port being formed in a lower surface at a front end of the body, the air channel being configured so that when the body covers a surface to be cleaned, an airtight space is formed between the air channel and the surface to be cleaned, and a front air inlet communicating with the air channel being formed at the front end of the body; and an airflow guiding portion arranged at the front end of the body and adjacent to the front air inlet, the airflow guiding portion having an airflow guiding surface so that external air enters the air channel through the airflow guiding surface and the front air inlet, the airflow guiding surface comprising a rear airflow guiding surface; characterised in that the air channel comprises a first wall surface and a second wall surface, the first wall surface is connected to a rear end of the airflow guiding surface and obliquely extends upwards and backwards, and the second wall surface is opposite to the first wall surface; wherein the smallest distance D1 between the second wall surface and the surface to be cleaned and the greatest distance D2 between the rear airflow guiding surface and the surface to be cleaned satisfy that D1 is less than or equal to D2.
A method for a user equipment, UE, to control uplink transmission power in a wireless communication system, the method comprising: reporting, to a base station, UE capability information related to uplink transmission power; receiving, from the base station, indication information for transmission power of a first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402) and indication information for transmission power of a second uplink channel (604, 704, 804, 1004, 1104, 1304, 1404), in response to the reporting; transmitting the first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402) based on the indication information for the transmission power of the first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402); and transmitting the second uplink channel based on the indication information for the transmission power of the second uplink channel, consecutively to the transmission of the first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402), wherein a transient period (504, 902, 904) based on a difference between the transmission power of the first uplink channel and the transmission power of the second uplink channel is configured to be included in any one of a first time region in which the first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402) is transmitted or a second time region in which the second uplink channel (604, 704, 804, 1004, 1104, 1304, 1404) is transmitted. reporting, to a base station, UE capability information related to uplink transmission power; receiving, from the base station, indication information for transmission power of a first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402) and indication information for transmission power of a second uplink channel (604, 704, 804, 1004, 1104, 1304, 1404), in response to the reporting; transmitting the first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402) based on the indication information for the transmission power of the first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402); and transmitting the second uplink channel based on the indication information for the transmission power of the second uplink channel, consecutively to the transmission of the first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402), wherein a transient period (504, 902, 904) based on a difference between the transmission power of the first uplink channel and the transmission power of the second uplink channel is configured to be included in any one of a first time region in which the first uplink channel (602, 702, 802, 1002, 1102, 1302, 1402) is transmitted or a second time region in which the second uplink channel (604, 704, 804, 1004, 1104, 1304, 1404) is transmitted.
A cooling device for cooling at least one power electronics circuit, comprising: - a liquid-cooled heatsink; and - an interface plate in thermal contact with the heatsink and on which the power electronics circuit or circuits is or are fixed, characterized in that the interface plate, which comprises at least one thermosiphon, is mounted removably on the heatsink so that it can be detached therefrom with the electronics circuit or circuits fixed on it, the interface plate comprising a first part completely covering the heatsink and a second part connected to the first by said at least one thermosiphon and surmounted by the circuit or circuits to be cooled. - a liquid-cooled heatsink; and - an interface plate in thermal contact with the heatsink and on which the power electronics circuit or circuits is or are fixed, characterized in that the interface plate, which comprises at least one thermosiphon, is mounted removably on the heatsink so that it can be detached therefrom with the electronics circuit or circuits fixed on it, the interface plate comprising a first part completely covering the heatsink and a second part connected to the first by said at least one thermosiphon and surmounted by the circuit or circuits to be cooled.
A vehicle heating system, the heating system comprising; - an elongated radiator having a first radiator wall, a second radiator wall and at least one fluid channel for receiving a heated fluid interposed between the first radiator wall and the second radiator wall, - an elongated convector comprising a convector wall and a plurality of elongated convector flanges which protrude out from the convector wall, the radiator being attached to the convector such that the first radiator wall faces the convector wall, characterized in that each convector flange has a first edge, a second edge and a distal edge respectively and in that the heating system further comprises an air distribution arrangement which comprises an elongated hollow body having at least one air inlet adapted to receive an airflow and at least one air outlet for expelling the received airflow, the at least one air outlet being directed towards the second edges of the convector flanges, to direct an expelled airflow thereupon. - an elongated radiator having a first radiator wall, a second radiator wall and at least one fluid channel for receiving a heated fluid interposed between the first radiator wall and the second radiator wall, - an elongated convector comprising a convector wall and a plurality of elongated convector flanges which protrude out from the convector wall,
A method for controlling lubrication of a gear unit, where the lubrication method of the gear unit is changed between circulating lubrication and splash lubrication during operation of the gear unit, characterized in that the temperature of the lubrication fluid is measured, and the change between circulation lubrication and splash lubrication is based on the measured temperature of the lubrication fluid.
Method for producing a seal, in particular for a door or a door frame of a motor vehicle, comprising the following steps: - providing a strand-shaped sealing element that can be cut to length, - inspecting the sealing element for fault locations, - marking each detected fault location on the sealing element, - removing each longitudinal portion of the sealing element, which portion has at least one marking, - cutting the sealing element to a desired length, characterized in that, in order to mark the detected fault location in each case, a region of the sealing element located in the longitudinal portion of the sealing element is removed, in which portion the relevant fault location was detected, which region in the cross section of the sealing element is smaller than the cross section of the sealing element. - providing a strand-shaped sealing element that can be cut to length, - inspecting the sealing element for fault locations, - marking each detected fault location on the sealing element, - removing each longitudinal portion of the sealing element, which portion has at least one marking, - cutting the sealing element to a desired length, characterized in that, in order to mark the detected fault location in each case, a region of the sealing element located in the longitudinal portion of the sealing element is removed, in which portion the relevant fault location was detected, which region in the cross section of the sealing element is smaller than the cross section of the sealing element.
Catch for catching a locking element, wherein the catch comprises a catch body that is arranged to be mounted to a frame for a window or a door, wherein the catch body comprises a first side (51, 52) and a second side (51, 52) extending in a longitudinal direction of the catch body and a passage extending in said longitudinal direction between the first side (51, 52) and the second side (51, 52) for providing access to a receiving space defined in the catch body, wherein the catch body is adapted to catch the locking element in the receiving space in a catching direction that extends transverse to the longitudinal direction through the passage into the receiving space, wherein the catch further comprises a correction member that extends in the receiving space and that is arranged to correct a misalignment between the catch and the locking element by forcefully abutting the locking element in a correcting direction extending transverse to the catching direction and the longitudinal direction, wherein the correction member is movable in the correcting direction within the receiving space between a first position near the first side (51, 52) and a second position near the second side (51, 52), wherein the catch comprises a fixing member (7, 8) which is adjustable between a first state, in which the fixing member (7, 8) is arranged to fix the position of the correction member with respect to the catch body, and a second state, in which the fixing member (7, 8) is arranged to allow repositioning of the correction member between the first position and the second position, wherein the correction member is movable to a third position between the first position and the second position, characterised in that the correction member extends obliquely to the longitudinal direction in said third position.
A compensation system for screens for openings of windows or doors, such as for example mosquito nets and blinds, comprising at least one pleated sheet inserted in a perimetral structure that can be fixed at least on two opposite sides to the opening to be screened, said system comprising elements for connection of the corners of the perimetral structure of the screen, i.e., for connection of the ends of the guide sectional elements (10, 18) and of the upright sectional elements (15, 17) of the structure, said system being characterized in that said connection elements are designed to provide a rigid perimetral frame constituted by said fixed upright sectional elements (15, 17) and said guide sectional elements (10, 18) within which the pleated screen is stretched out/packed by displacing at least one mobile sectional element or "handle"; there moreover being provided a further sectional element, which is fixed to the opening in which the screen is installed and is designed to co-operate with at least one of the guide sectional elements - by means of a telescopic coupling in a direction substantially transverse to the guide sectional element itself - for compensating the dimensional differences between said perimetral structure that contains the sheet and the opening in which it is installed; wherein all the sectional elements of the structure have one and the same transverse dimension with respect to the plane of the screen itself.
An apparatus for lumen maintenance testing of light emitting diodes (LEDs) in accordance with the IESNA LM-80-2008 standard, the apparatus comprising: a chamber which is configured to heat or cool LEDs under test inside the chamber by ambient heating or cooling of the LEDs; at least one temperature sensor configured to sense the ambient temperature of air or other gas in the chamber; a temperature control unit configured to cause the ambient heating or cooling of the LEDs by increasing, decreasing or maintaining an ambient temperature inside the chamber, based on the sensed ambient temperature, wherein the temperature control unit is configured to temporally increase and maintain the ambient temperature according to predetermined requirements corresponding to those of the lumen maintenance test defined in the IESNA LM-80-2008 standard; and a light collecting unit located inside the chamber, wherein the light collecting unit is configured to continuously collect light emitted by the LEDs whilst the LEDs are being ambiently heated or cooled inside the chamber and to feed light collected from the LEDs via individual LED light measurement channels to a light analysis unit located outside of the chamber for continuous measurement while the LEDs are being ambiently heated or cooled inside the chamber. a chamber which is configured to heat or cool LEDs under test inside the chamber by ambient heating or cooling of the LEDs; at least one temperature sensor configured to sense the ambient temperature of air or other gas in the chamber; a temperature control unit configured to cause the ambient heating or cooling of the LEDs by increasing, decreasing or maintaining an ambient temperature inside the chamber, based on the sensed ambient temperature, wherein the temperature control unit is configured to temporally increase and maintain the ambient temperature according to predetermined requirements corresponding to those of the lumen maintenance test defined in the IESNA LM-80-2008 standard; and a light collecting unit located inside the chamber, wherein the light collecting unit is configured to continuously collect light emitted by the LEDs whilst the LEDs are being ambiently heated or cooled inside the chamber and to feed light collected from the LEDs via individual LED light measurement channels to a light analysis unit located outside of the chamber for continuous measurement while the LEDs are being ambiently heated or cooled inside the chamber.
A method of determining the presence of a STEAP-1 protein in a cell or tissue suspected of containing said STEAP-1 protein, said method comprising exposing said cell or tissue to a 89 Zirconium-labeled anti-STEAP-1 antibody and determining binding of said 89 Zirconium-labeled anti-STEAP-1 antibody to said protein in said cell or tissue, wherein binding of said 89 Zirconium-labeled anti-STEAP-1 antibody to said protein is indicative of the presence of said STEAP-1 protein in said cell or tissue, wherein the method is conducted in a patient suspected of having metastatic prostate cancer with metastasis in the bones by subcutaneous administration.
Method for supporting vehicular communication in a TDD-based communication system, comprising at least one base station and a plurality of vehicles (202, 203, 204, 205, 206, 207) being equipped with mobile communication devices, wherein the radio resources of the communication system are divided in time into consecutive frames, the frames being partitioned into downlink subframes for transmissions from a base station to the mobile communication devices and into uplink subframes for transmissions from the mobile communication devices to a base station, wherein the frames further include peer-to-peer subframes being assigned to mobile communication devices for direct communication between mobile communication devices, and wherein a base station divides its coverage into segments in such a way that simultaneous transmissions within the same peer-to-peer subframe being performed in different segments do not interfere with each other, characterized in that the base station maintains a location table that keeps track of the current positions of the vehicles (202, 203, 204, 205, 206, 207) in its coverage area.