mhurhangee/patent-ind-claim-en huggingface dataset:
Support structure for photovoltaic modules, comprising a plurality of rows of pillars extending next to one another and a plurality of tensioning straps extending next to one another, the pillars of a row being connected to one another by a cross-member , the tensioning straps extending transversely to the cross-members and photovoltaic modules being arranged on the tensioning straps , and the tensioning straps being fastened to the cross-member at the intersection points of a cross-member and a tensioning strap , by means of a screw connection or a clamp connection, characterized in that the tensioning straps consist of sheet steel.
A pharmaceutical composition comprising: (a) an enkephalinase inhibitor, and (b) a selective Na v 1.7 inhibitor. (a) an enkephalinase inhibitor, and (b) a selective Na v 1.7 inhibitor.
Micropump for compressible fluids, comprising: - a vibration unit surrounded by a gap (S) comprising a disk-shaped piezo actuator disposed on a vibration diaphragm , and a vibration plate disposed opposite to an inner side of the vibration diaphragm and having a centrally disposed blower opening , as well as a circumferential wall disposed between the vibration diaphragm and the vibration plate so as to form a blower chamber ; - a housing in which the vibration unit can be completely accommodated and in which it is oscillatingly mounted by means of at least one suspension , and which has a suction opening , as well as an output opening which lies opposite the blower opening ; characterized in that the housing - forms a closed half-space (H) which also covers the piezo actuator and thus protects it from environmental influences, and - has at least one suction opening arranged radially, or on an underside opposite the vibration unit , with a suction channel which leads into a pump chamber located between the vibration plate and the inside of the housing, being different from the suction channel, so that during oscillating operation of the piezo actuator the vibration unit can be set into oscillation relative to the housing , whereby the compressible fluid can be sucked in through the suction opening and discharged through the output opening , wherein the fluid is conveyed outside of the half-space (H) containing the piezo actuator . - a vibration unit surrounded by a gap (S) comprising a disk-shaped piezo actuator disposed on a vibration diaphragm , and a vibration plate disposed opposite to an inner side of the vibration diaphragm and having a centrally disposed blower opening , as well as a circumferential wall disposed between the vibration diaphragm and the vibration plate so as to form a blower chamber ; - a housing in which the vibration unit can be completely accommodated and in which it is oscillatingly mounted by means of at least one suspension , and which has a suction opening , as well as an output opening which lies opposite the blower opening ; - forms a closed half-space (H) which also covers the piezo actuator and thus protects it from environmental influences, and - has at least one suction opening arranged radially, or on an underside opposite the vibration unit , with a suction channel which leads into a pump chamber located between the vibration plate and the inside of the housing, being different from the suction channel,
A composition for transdermal delivery, comprising: a drug reservoir comprising micronized particles of an amine salt form of an active agent dispersed in the drug reservoir, a proton accepting entity, and a salt form solubilizer; wherein the active agent is donepezil; wherein the proton accepting entity is sodium bicarbonate; and wherein the salt form solubilizer is selected from the group consisting of water, alcohols, glycerol, propylene glycol, ethylene glycol, dimethyl sulfoxide, and N-methylpyrrolidone. a drug reservoir comprising micronized particles of an amine salt form of an active agent dispersed in the drug reservoir, a proton accepting entity, and a salt form solubilizer; wherein the active agent is donepezil; wherein the proton accepting entity is sodium bicarbonate; and wherein the salt form solubilizer is selected from the group consisting of water, alcohols, glycerol, propylene glycol, ethylene glycol, dimethyl sulfoxide, and N-methylpyrrolidone.
A method for fabricating a ceramic material from a preceramic polymer material , the method comprising: providing a preform that includes a fiber structure and said preceramic polymer material within the fiber structure, wherein the preceramic polymer material includes a preceramic polymer and an electromagnetic radiation-responsive component , and the electromagnetic radiation-responsive component selected from the group consisting of boron-containing compounds, cobalt, titanium, zirconium, hafnium, tantalum, tungsten, rhenium, nitrides of aluminum, nitrides of titanium, nitrides of zirconium, nitrides of hafnium, nitrides of tantalum, nitrides of tungsten, nitrides of rhenium, carbides of aluminum, carbides of titanium, carbides of zirconium, carbides of hafnium, carbides of tantalum, carbides of tungsten, carbides of rhenium and combinations thereof; and applying electromagnetic radiation to the preform, the electromagnetic radiation interacting with the electromagnetic radiation-responsive component to generate heat that converts the preceramic polymer to a ceramic phase ; wherein the preceramic polymer material includes, by volume, 0.1%-1% of the electromagnetic radiation-responsive component ; and wherein the fiber structure includes crystalline silicon carbide fibers, and the ceramic phase is silicon carbide. providing a preform that includes a fiber structure and said preceramic polymer material within the fiber structure, wherein the preceramic polymer material includes a preceramic polymer and an electromagnetic radiation-responsive component , and the electromagnetic radiation-responsive component selected from the group consisting of boron-containing compounds, cobalt, titanium, zirconium, hafnium, tantalum, tungsten, rhenium, nitrides of aluminum, nitrides of titanium, nitrides of zirconium, nitrides of hafnium, nitrides of tantalum, nitrides of tungsten, nitrides of rhenium, carbides of aluminum, carbides of titanium, carbides of zirconium, carbides of hafnium, carbides of tantalum, carbides of tungsten, carbides of rhenium and combinations thereof; and applying electromagnetic radiation to the preform, the electromagnetic radiation interacting with the electromagnetic radiation-responsive component to generate heat that converts the preceramic polymer to a ceramic phase ; wherein the preceramic polymer material includes, by volume, 0.1%-1% of the electromagnetic radiation-responsive component ; and wherein the fiber structure includes crystalline silicon carbide fibers, and the ceramic phase is silicon carbide.
Display device, having at least one display means , a conductor board with at least one electrical illuminant which has contact with the conductor board in order to generate light from electrical energy, and at least one light guide , which has a coupling-in surface , a coupling-out surface and a light guiding portion , which is embodied to guide light from the illuminant entering by way of the coupling-in surface to the coupling-out surface , which is optically coupled to the display means , as well as a holder fastened to the conductor board and bearing the at least one light guide and having at least one receiving pocket , into which the at least one light guide is inserted, characterised in that the at least one light guide has a truncated pyramid-shaped basic design and the receiving pocket has a corresponding inner wall surface so that the at least one light guide can be inserted so as to fit into the receiving pocket in an assembly direction which is perpendicular to the plane of the conductor board , wherein the at least one light guide has at least one latching means , in particular one latching projection , which latching means , in an assembly position of the light guide inserted into the receiving pocket in a form-fit manner, latches with a counter latching means, in particular a latching undercut corresponding to the latching projection , in a form-fit manner.
Coffee grinder comprising: - a grinding assembly disposed in a grinding chamber to grind coffee beans, - a container or hopper to feed coffee beans to the grinding assembly , - an electric motor connected to the grinding assembly in such manner to actuate or stop said grinding assembly to grind one coffee dose; and - a feeding conduit connected to the grinding assembly to feed coffee in a filter supported by a filter-holder , - an inverter connected to the electric motor to vary the speed of the electric motor, - a control unit (C) connected to the inverter to control the inverter, - a control panel (P) connected to the inverter by means of the control unit (C) in such manner that the user can vary the speed of the electric motor ; - a memory (M) connected to said control unit (C); characterized in that the coffee grinder also comprises: - at least one set of environmental sensors disposed in said grinding chamber and/or outside the coffee grinder to detect environmental values in the grinding chamber and/or outside the coffee grinder, said set of environmental sensors being connected to the control unit (C), said control unit (C) being configured in such manner to control the inverter to vary the rotational speed of the electric motor according to the environmental values detected by the set of environmental sensors ; and wherein said memory (M) is used to save threshold environmental values above which the quality of ground coffee is impaired, and said control unit (C) being configured in such manner to compare the environmental values detected by the set of environmental sensors with the threshold environmental values to reduce the rotational speed of the electric motor when the environmental values detected by the sensors exceed the threshold environmental values saved in the memory (M). - a grinding assembly disposed in a grinding chamber to grind coffee beans, - a container or hopper to feed coffee beans to the grinding assembly , - an electric motor connected to the grinding assembly in such manner to actuate or stop said grinding assembly to grind one coffee dose; and - a feeding conduit connected to the grinding assembly to feed coffee in a filter supported by a filter-holder , - an inverter connected to the electric motor to vary the speed of the electric motor, - a control unit (C) connected to the inverter to control the inverter, - a control panel (P) connected to the inverter by means of the control unit (C) in such manner that the user can vary the speed of the electric motor ; - a memory (M) connected to said control unit (C); - at least one set of environmental sensors disposed in said grinding chamber and/or outside the coffee grinder to detect environmental values in the grinding chamber and/or outside the coffee grinder, said set of environmental sensors being connected to the control unit (C), said control unit (C) being configured in such manner to control the inverter to vary the rotational speed of the electric motor according to the environmental values detected by the set of environmental sensors ; and
(2 R) -2-(6-{5-chloro-2-[(oxan-4-yl)amino]pyrimidin-4-yl}-1-oxo-2,3-dihydro-1H-isoindol-2-yl)-N-[(1 S )-1-(3-fluoro-5-methoxyphenyl)-2-hydroxyethyl]propanamide, having the formula : or a tautomeric form thereof, in a crystalline form which is from 50% to 100% crystalline.
Aluminum smelter comprising at least one row of electrolytic cells arranged transversely in relation to the length of said at least one row , one of the electrolytic cells comprising anode assemblies and rising and connecting electrical conductors to the anode assemblies , characterized in that the rising and connecting electrical conductors extend upwardly along two opposite longitudinal edges of the electrolytic cell for conducting electrolysis current (IE) to the anode assemblies , and in that the aluminum smelter includes: - at least one first electrical compensation circuit extending beneath the electrolytic cells , said at least one first electrical compensation circuit being possibly traversed by a first compensation current (IC1) designed to flow under the electrolytic cells in the opposite direction to the global direction of flow of the electrolysis current (IE), - at least one second electric compensation circuit extending over at least one side of said at least one row of electrolytic cells , said at least one second electric compensation circuit being possibly traversed by a second compensation current (IC2) designed to flow in the same direction as the global direction of flow of the electrolysis current (IE). - at least one first electrical compensation circuit extending beneath the electrolytic cells , said at least one first electrical compensation circuit being possibly traversed by a first compensation current (IC1) designed to flow under the electrolytic cells in the opposite direction to the global direction of flow of the electrolysis current (IE), - at least one second electric compensation circuit extending over at least one side of said at least one row of electrolytic cells , said at least one second electric compensation circuit being possibly traversed by a second compensation current (IC2) designed to flow in the same direction as the global direction of flow of the electrolysis current (IE).
Imaging optics (16; 31; 37) for lithographic projection exposure for guiding a bundle of imaging light with a wavelength shorter than 193 nm by means of a plurality of mirrors (M1 to M6) for beam-splitter-free imaging of a reflective object in an object field in an object plane into an image field in an image plane , an object field point having a chief ray angle (α) which is smaller than 3°, with at least one of the mirrors (M1 to M6) being designed as a near-field mirror characterized in that the first mirror (M1) being part of a first obscured mirror group (M1, M2) with a through-opening for coupling in illumination light.
A method of transmitting an uplink signal by a user equipment, UE, in a wireless communication system supportive of an unlicensed band, the method comprising: receiving, from a base station, BS, uplink scheduling information related to one or more wideband channels including Component Carriers, CCs; and performing a Channel Access Procedure, CAP, for all CCs in the one or more wideband channels; transmitting, via at least one wideband channel among the one or more wideband channels in the unlicensed band, and uplink signal based on the uplink scheduling information, when the CAP for all in the included CCs in the at least one wideband channel is successful, characterized in that resource blocks, RBs, for the uplink signal of each of first CCs included in the at least one wideband channel are determined based on resource allocation information and offset value included in the uplink scheduling information, and wherein, based on a same transport block, TB, being mapped and transmitted to all of the first CCs, the uplink scheduling information includes a set of new data indicator, NDI, redundancy version, RV, and code block group, CBG, indication commonly used for the all of first CCs, and wherein, based on different TBs being mapped and transmitted to each of the first CCs, the uplink scheduling information includes a plurality of sets of NDI, RV, and CBG indication used for each of the first CCs, respectively. receiving, from a base station, BS, uplink scheduling information related to one or more wideband channels including Component Carriers, CCs; and performing a Channel Access Procedure, CAP, for all CCs in the one or more wideband channels; transmitting, via at least one wideband channel among the one or more wideband channels in the unlicensed band, and uplink signal based on the uplink scheduling information, when the CAP for all in the included CCs in the at least one wideband channel is successful, characterized in that resource blocks, RBs, for the uplink signal of each of first CCs included in the at least one wideband channel are determined based on resource allocation information and offset value included in the uplink scheduling information, and wherein, based on a same transport block, TB, being mapped and transmitted to all of the first CCs, the uplink scheduling information includes a set of new data indicator, NDI, redundancy version, RV, and code block group, CBG, indication commonly used for the all of first CCs, and wherein, based on different TBs being mapped and transmitted to each of the first CCs, the uplink scheduling information includes a plurality of sets of NDI, RV, and CBG indication used for each of the first CCs, respectively.
An image forming apparatus comprising: a body having an opening at one side thereof; a side cover rotatably installed to open and close the opening while rotating; a plurality of developing units each comprising a photoconductor to develop an electrostatic latent image to a visible image through a toner; a first transfer unit disposed at an inside of the body such that the visible image of the photoconductor is transferred to the first transfer unit; and a second transfer unit movably installed at the side cover to transfer the visible image of the first transfer unit to a printing medium, wherein the second transfer unit comprises a plurality of guide protrusions provided at both sides of the second transfer unit to perform a position restriction, characterised in that the body comprises a plurality of guide members provided at both sidewalls at the inside of the body to support the plurality of guide protrusions installed at the second transfer unit, so that a force transferred from the first transfer unit to the second transfer unit is prevented from being transferred to the side cover. a body having an opening at one side thereof; a side cover rotatably installed to open and close the opening while rotating; a plurality of developing units each comprising a photoconductor to develop an electrostatic latent image to a visible image through a toner; a first transfer unit disposed at an inside of the body such that the visible image of the photoconductor is transferred to the first transfer unit; and a second transfer unit movably installed at the side cover to transfer the visible image of the first transfer unit to a printing medium, wherein the second transfer unit comprises a plurality of guide protrusions provided at both sides of the second transfer unit to perform a position restriction, characterised in that the body comprises a plurality of guide members provided at both sidewalls at the inside of the body to support the plurality of guide protrusions installed at the second transfer unit, so that a force transferred from the first transfer unit to the second transfer unit is prevented from being transferred to the side cover.
A method performed by a base station comprising: transmitting a message to a user equipment, UE (102a-e), the message assigning to the UE (102a-e) at least one multiple access, MA, signature from a set of MA signatures associated with a first spatial group to which the UE (102a-e) belongs, the first spatial group being one of a plurality of spatial groups, and each one of the plurality of spatial groups having an associated set of MA signatures , wherein the first spatial group is based on a spatial correlation between an uplink channel of the UE (102a-e) and an uplink channel of at least one other UE (102a-e) and wherein different UEs with low or no spatial correlation between their uplink channels are placed into different spatial groups; receiving an uplink transmission from the UE (102a-e), the uplink transmission using an MA signature from the at least one MA signature . transmitting a message to a user equipment, UE (102a-e), the message assigning to the UE (102a-e) at least one multiple access, MA, signature from a set of MA signatures associated with a first spatial group to which the UE (102a-e) belongs, the first spatial group being one of a plurality of spatial groups, and each one of the plurality of spatial groups having an associated set of MA signatures , wherein the first spatial group is based on a spatial correlation between an uplink channel of the UE (102a-e) and an uplink channel of at least one other UE (102a-e) and wherein different UEs with low or no spatial correlation between their uplink channels are placed into different spatial groups; receiving an uplink transmission from the UE (102a-e), the uplink transmission using an MA signature from the at least one MA signature .
A module for controlling an electronic lock , the module being configured to unlock the lock in at least two phases, a first phase and a second phase; the module comprising: an electric motor configured to drive a mechanical locking mechanism for unlocking the lock ; a controller that is configured to control the electric motor and to receive one or more wireless signals from an electronic key ; a user interface connected to the controller configured to detect a user interaction; wherein the module is characterized in that the controller is further configured to: determine on the basis of the one or more wireless signals that the electronic key is within a predetermined distance from the lock and in response initiate the first phase comprising controlling the electric motor to drive the mechanical locking mechanism to partially unlock the lock ; detect interaction with the user interface of the lock ; and, after completion of the first phase, initiate on the basis of the detected user interaction the second phase, comprising controlling the electric motor to drive the mechanical locking mechanism to fully unlock the lock . an electric motor configured to drive a mechanical locking mechanism for unlocking the lock ; a controller that is configured to control the electric motor and to receive one or more wireless signals from an electronic key ; a user interface connected to the controller configured to detect a user interaction; wherein the module is characterized in that the controller is further configured to: determine on the basis of the one or more wireless signals that the electronic key is within a predetermined distance from the lock and in response initiate the first phase comprising controlling the electric motor to drive the mechanical locking mechanism to partially unlock the lock ; detect interaction with the user interface of the lock ; and, after completion of the first phase, initiate on the basis of the detected user interaction the second phase, comprising controlling the electric motor to drive the mechanical locking mechanism to fully unlock the lock . determine on the basis of the one or more wireless signals that the electronic key is within a predetermined distance from the lock and in response initiate the first phase comprising controlling the electric motor to drive the mechanical locking mechanism to partially unlock the lock ; detect interaction with the user interface of the lock ; and, after completion of the first phase, initiate on the basis of the detected user interaction the second phase, comprising controlling the electric motor to drive the mechanical locking mechanism to fully unlock the lock .