mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a first user equipment, UE, in a wireless communication system, the method comprising: identifying whether an uplink transmission and a sidelink transmission are configured in a subframe; transmitting, to a second UE, the sidelink transmission in the subframe, in case that no uplink transmission is configured in the subframe; and transmitting, to a base station, the uplink transmission in the subframe, in case that the uplink transmission and the sidelink transmission are configured in the subframe, wherein the sidelink transmission is not transmitted to the second UE, in case that the uplink transmission and the sidelink transmission are configured in the subframe. identifying whether an uplink transmission and a sidelink transmission are configured in a subframe; transmitting, to a second UE, the sidelink transmission in the subframe, in case that no uplink transmission is configured in the subframe; and transmitting, to a base station, the uplink transmission in the subframe, in case that the uplink transmission and the sidelink transmission are configured in the subframe, wherein the sidelink transmission is not transmitted to the second UE, in case that the uplink transmission and the sidelink transmission are configured in the subframe.
A filter element for the filtration of gaseous fluids, comprising a filter media pack having a longitudinal axis, and a circumferential seal support structure sealingly coupled to a sidewall of said media pack, said seal support structure further comprising a first seal and a second seal; wherein axial projections of said first and said second seal (23, 24) along said longitudinal axis on a plane perpendicular to said longitudinal axis define a first and a second closed perimeter (P1, P2), and wherein the areas corresponding to said first and said second closed perimeter (P1, P2) comprise a non-overlap region, characterised in that said non-overlap region is arranged asymmetrically with respect to said first and/or said second closed perimeter (P1, P2).
Charging station for an electricity charging point, having the following features: - a rectifier for connecting the charging station to a public low-voltage grid, and - a galvanically isolating DC voltage converter having a high clock frequency and connected to the rectifier, characterized by the following features: - a first DC chopper, connected to the DC voltage converter, of a first power path for connecting a battery to the charging station and for feeding back stored energy for accelerated charging of an electric automobile, - a second DC chopper, connected to the DC voltage converter, of a second power path for connecting an electric automobile to the charging station. - a rectifier for connecting the charging station to a public low-voltage grid, and - a galvanically isolating DC voltage converter having a high clock frequency and connected to the rectifier, characterized by the following features: - a first DC chopper, connected to the DC voltage converter, of a first power path for connecting a battery to the charging station and for feeding back stored energy for accelerated charging of an electric automobile, - a second DC chopper, connected to the DC voltage converter, of a second power path for connecting an electric automobile to the charging station. - a first DC chopper, connected to the DC voltage converter, of a first power path for connecting a battery to the charging station and for feeding back stored energy for accelerated charging of an electric automobile, - a second DC chopper, connected to the DC voltage converter, of a second power path for connecting an electric automobile to the charging station.
An image processing apparatus (11; 81; 111) for processing an image signal to be displayed by n projectors (51-1,..., 51-n) or by an image display device comprising n video signal inputs and n scan control sections (41-1,... 41-n), each scan control section displaying the video signal supplied by the respective video signal input on the display section, the image processing apparatus comprising: storage means adapted to store the image signal supplied with a first frame rate; output control means adapted to control outputting of the image signal to n outputs; and display control means adapted to control displaying of an image corresponding to the image signal output under control of the output control means; wherein n is greater than or equal to 3; wherein the output control means is adapted to control the outputting of the image signal from the storage means to the n outputs such that consecutive frames are each output to a corresponding one of the n outputs, wherein for each of the n outputs, 1 in n frames of the input image signal are output and the frame rate at each output is a second frame rate equal to 1/n of the first frame rate; and wherein the display control means is adapted to control the displaying of images such that the display start timing is shifted from one output to another by 1/n of the scanning period for displaying one frame at the second frame rate. storage means adapted to store the image signal supplied with a first frame rate; output control means adapted to control outputting of the image signal to n outputs; and display control means adapted to control displaying of an image corresponding to the image signal output under control of the output control means;
A method of preparing a single crystal silicon ingot by the Czochralski method, the method comprising: contacting a silicon seed crystal with a silicon melt, wherein the silicon melt is contained within a crucible and comprises molten silicon and an n-type dopant, wherein the n-type dopant is arsenic; withdrawing the silicon seed crystal from the silicon melt to form a neck portion of the single crystal silicon ingot, the neck portion having a resistivity between 5 milliohm-cm and about 12 milliohm-cm; growing an outwardly flaring seed-cone adjacent the neck portion of the single crystal silicon ingot, the outwardly flaring seed-cone having a resistivity between 5 milliohm-cm and about 12 milliohm-cm; adding an n-type dopant to the melt in a concentration sufficient to lower the resistivity of the main body of the single crystal silicon ingot to a resistivity of less than 4 milliohm-cm, wherein the n-type dopant is arsenic; and growing a main body of the single crystal silicon ingot adjacent the outwardly flaring seed-cone, the main body of the single crystal silicon ingot having a resistivity of less than 4 milliohm-cm. contacting a silicon seed crystal with a silicon melt, wherein the silicon melt is contained within a crucible and comprises molten silicon and an n-type dopant, wherein the n-type dopant is arsenic; withdrawing the silicon seed crystal from the silicon melt to form a neck portion of the single crystal silicon ingot, the neck portion having a resistivity between 5 milliohm-cm and about 12 milliohm-cm; growing an outwardly flaring seed-cone adjacent the neck portion of the single crystal silicon ingot, the outwardly flaring seed-cone having a resistivity between 5 milliohm-cm and about 12 milliohm-cm; adding an n-type dopant to the melt in a concentration sufficient to lower the resistivity of the main body of the single crystal silicon ingot to a resistivity of less than 4 milliohm-cm, wherein the n-type dopant is arsenic; and growing a main body of the single crystal silicon ingot adjacent the outwardly flaring seed-cone, the main body of the single crystal silicon ingot having a resistivity of less than 4 milliohm-cm.
A self-serve kiosk system comprising a controller interfacing an order configuration interface and a scoop subsystem comprising a robotic arm having a scoop mechanism at a distal end thereof, the scoop mechanism comprising a scoop defining an interior volume, the scoop comprising a coplanar rim around the interior volume and wherein, in use, the controller is configured for controlling the robotic arm to position the scoop mechanism in relation to an ice cream container in accordance with an order received via the order configuration interface, to lower the scoop mechanism into the ice cream container, to stroke the scoop across the ice cream container until such time that the coplanar rim hits flat against an opposing inner side wall surface of the container thereby entrapping a fixed volume of ice cream between the inner side wall surface and the interior of the scoop, to raise the scoop to wipe the coplanar rim up the opposing inner side wall surface to withdraw the fixed volume of ice cream from the ice cream container and to position the scoop with respect to a receptacle to deposit the fixed volume of ice cream therein, wherein the scoop mechanism further comprises a wiper moveable across an inner surface of the scoop and wherein the controller is further configured to actuate the wiper to dislodge the fixed volume of ice cream from the scoop into the receptacle.
An extraction system for extracting analytes from a sample, having - an extraction cell for receiving the sample, which has at least one first fluid connector for the supply or discharge of a fluid, and - a clamping device for clamping the extraction cell, and - a fluid connection device for establishing a fluid connection with the at least one first fluid connector of the extraction cell, whereby an extraction cell holder is provided for receiving the extraction cell, and the clamping device has a guiding and positioning arrangement for linearly inserting the extraction cell holder, together with the extraction cell, in order to position the extraction cell in an insertion position, characterized in that the extraction system has at least two heating jaws (20, 21) which can be moved between an open position and a heating position, and which are in heating contact with the extraction cell in the heating position. - an extraction cell for receiving the sample, which has at least one first fluid connector for the supply or discharge of a fluid, and - a clamping device for clamping the extraction cell, and - a fluid connection device for establishing a fluid connection with the at least one first fluid connector of the extraction cell, whereby an extraction cell holder is provided for receiving the extraction cell, and the clamping device has a guiding and positioning arrangement for linearly inserting the extraction cell holder, together with the extraction cell, in order to position the extraction cell in an insertion position, characterized in that the extraction system has at least two heating jaws (20, 21) which can be moved between an open position and a heating position, and which are in heating contact with the extraction cell in the heating position.
A method for manufacturing a semiconductor device comprising: providing a substrate; performing a nucleation process on the substrate to form a nucleation layer of a metal; performing a first deposition process at a first temperature on the nucleation layer to form a first layer of the metal; etching back the first layer of the metal using a first gas, wherein the first gas is a fluorine-containing gas; cleaning the substrate including the etched back first layer of the metal using a second gas, wherein the second gas is a reducing gas suitable for removing fluorine residuals resulting from the etch back process; and performing a second deposition process to form a second layer of the metal on the etched back first layer of the metal. characterized in that the nucleation process is performed in a first station of a deposition chamber; the first deposition process is performed in a second station of the deposition chamber; the etching back is performed in an etch chamber; the cleaning is performed in the first station of the deposition chamber; the second deposition process is performed in the second station or in one or more third stations of the deposition chamber. providing a substrate; performing a nucleation process on the substrate to form a nucleation layer of a metal; performing a first deposition process at a first temperature on the nucleation layer to form a first layer of the metal; etching back the first layer of the metal using a first gas, wherein the first gas is a fluorine-containing gas; cleaning the substrate including the etched back first layer of the metal using a second gas, wherein the second gas is a reducing gas suitable for removing fluorine residuals resulting from the etch back process; and performing a second deposition process to form a second layer of the metal on the etched back first layer of the metal. characterized in that the nucleation process is performed in a first station of a deposition chamber; the first deposition process is performed in a second station of the deposition chamber; the etching back is performed in an etch chamber; the cleaning is performed in the first station of the deposition chamber; the second deposition process is performed in the second station or in one or more third stations of the deposition chamber.
A stereotactic access device comprising: a frame body having an opening therethrough and plurality of mounting ends, each of said mounting ends configured to receive a securing device for mounting the frame body to a patient's body at an end; a cover body being attachable and detachable to said frame body, said cover body covering said opening in said frame body when attached; and a mounting guide having a guide channel, said mounting guide being retained in said cover body; wherein said plurality of mounting ends forms a stable planar platform with a space underneath said frame body which accommodates curvature of a surface; wherein the cover body includes apertures to provide access to each securing device at each mounting end, wherein the cover body substantially covers the entire frame body except for the apertures. a frame body having an opening therethrough and plurality of mounting ends, each of said mounting ends configured to receive a securing device for mounting the frame body to a patient's body at an end; a cover body being attachable and detachable to said frame body, said cover body covering said opening in said frame body when attached; and a mounting guide having a guide channel, said mounting guide being retained in said cover body; wherein said plurality of mounting ends forms a stable planar platform with a space underneath said frame body which accommodates curvature of a surface; wherein the cover body includes apertures to provide access to each securing device at each mounting end, wherein the cover body substantially covers the entire frame body except for the apertures.
An inner diameter variable vane shroud for receiving inner diameter ends of stator vanes in a gas turbine engine, the variable vane shroud comprising: a forward shroud component having an arcuate length and comprising: aft facing recesses; and holes for receiving fasteners, an aft shroud component having an arcuate length and comprising: forward facing recesses that mate with the aft facing recesses to form sockets for receiving inner diameter ends of stator vanes; and holes for receiving threaded fasteners, characterised in that: said forward shroud component comprises a forward hollow channel running the length of the forward shroud component; said forward shroud component includes an opening to the forward hollow channel; and said aft shroud component comprises an aft hollow channel running the length of the aft shroud component. a forward shroud component having an arcuate length and comprising: aft facing recesses; and holes for receiving fasteners, aft facing recesses; and holes for receiving fasteners, an aft shroud component having an arcuate length and comprising: forward facing recesses that mate with the aft facing recesses to form sockets for receiving inner diameter ends of stator vanes; and holes for receiving threaded fasteners, forward facing recesses that mate with the aft facing recesses to form sockets for receiving inner diameter ends of stator vanes; and holes for receiving threaded fasteners, said forward shroud component comprises a forward hollow channel running the length of the forward shroud component; said forward shroud component includes an opening to the forward hollow channel; and said aft shroud component comprises an aft hollow channel running the length of the aft shroud component.
Cover part of a motor vehicle, wherein at least one area of the cover part is provided to be penetrated by electromagnetic waves to a sensor or by a transmitter, wherein precipitation deposits in solid or liquid form on the outer surface (2, 2') of this area of the cover part are eliminated and/or prevented by the nature of the surface (2, 2'), wherein a material, which is used at least on the surface (2, 2 ') of this area of the cover part and prevents these precipitation deposits, has hydrophobic properties, characterised in that the surface (2, 2') and the material are defined by an exchangeable film (3, 3'), which has hydrophobic properties at least on the outwardly exposed side, wherein hydrophobic properties mean that the surface at room temperature forms a contact angle greater than 90 degrees with water, wherein a plurality of at least two such films (3, 3') are provided, which are arranged above one another and are formed like a detachable tear-off visor, so that when the hydrophobic properties of the outer film diminish, this outer film can be torn off, such that the other film located thereunder forms the new hydrophobic surface.
A method of constructing a wake-up signal for waking up one or more of a plurality of wireless communication receivers, wherein each of the plurality of wireless communication receivers is adapted to receive in accordance with respective standard, the method comprising: selecting a collection of sequences of symbols; dividing the collection of sequences into a plurality of groups, wherein all sequences of a group comprise a same first set (211, 212) of symbols; selecting one of the groups; letting the first set of symbols of the selected group indicate one or more standards corresponding to the one or more of the wireless communication receivers to be woken up; and constructing the wake-up signal based on a sequence of symbols of the selected group, characterized in that the collection of sequences corresponds to the code words of an error correcting code. selecting a collection of sequences of symbols; dividing the collection of sequences into a plurality of groups, wherein all sequences of a group comprise a same first set (211, 212) of symbols; selecting one of the groups; letting the first set of symbols of the selected group indicate one or more standards corresponding to the one or more of the wireless communication receivers to be woken up; and constructing the wake-up signal based on a sequence of symbols of the selected group, characterized in that the collection of sequences corresponds to the code words of an error correcting code.
A leather or leather article comprising a hexavalent chromium-reducing compound capable of reducing hexavalent chromium into trivalent chromium and a nonionic surfactant, wherein the hexavalent chromium-reducing compound comprises an organic compound that has a structure represented by the following formula and capable of acting to reduce hexavalent chromium into trivalent chromium, that has a hydroxyphenyl group, and that has no aldehyde groups and no carboxyl groups: wherein R 1, R 2, R 3, R 4, and R 5 are each independently a substituent composed of C, H, O, and R 1 or R 2 and R 3, R 4, or R 5 may be linked together to form a ring.
An apparatus, comprising: means for transmitting (901, 1101, 1301), to a user equipment, more than one quality of service threshold configuration each comprising at least one quality of service threshold in order to configure the user equipment with multiple levels of quality of service thresholds, wherein each of the quality of service threshold configurations are associated with a quality of service threshold configuration identifier.
A temporo-mandibular joint prosthesis comprising: a) a first part (6, 106) for attaching to a temporal bone; b) a second part (8, 108) for attaching to a mandible bone; and c) a mechanism linking the first part (6, 106) and the second part (8, 108), the mechanism defining a range of motion of the first part (6, 106) relative to the second part (8, 108) for when the first and second parts (6, 8, 106, 108) are attached to a temporal bone and a mandible bone, respectively, the mechanism including: a rotary joint providing a rotational range of motion of the first part (6, 106) relative to the second part (8, 108); and a first slider joint (22, 122) providing a first translational range of motion of the first part (6, 106) relative to the second part (8, 108); characterised in that the mechanism comprises a second slider joint (24, 124) providing a second translational range of motion of the first part (6, 106) relative to the second part (8, 108). a) a first part (6, 106) for attaching to a temporal bone; b) a second part (8, 108) for attaching to a mandible bone; and c) a mechanism linking the first part (6, 106) and the second part (8, 108), the mechanism defining a range of motion of the first part (6, 106) relative to the second part (8, 108) for when the first and second parts (6, 8, 106, 108) are attached to a temporal bone and a mandible bone, respectively, the mechanism including: a rotary joint providing a rotational range of motion of the first part (6, 106) relative to the second part (8, 108); and a first slider joint (22, 122) providing a first translational range of motion of the first part (6, 106) relative to the second part (8, 108); characterised in that the mechanism comprises a second slider joint (24, 124) providing a second translational range of motion of the first part (6, 106) relative to the second part (8, 108). a rotary joint providing a rotational range of motion of the first part (6, 106) relative to the second part (8, 108); and a first slider joint (22, 122) providing a first translational range of motion of the first part (6, 106) relative to the second part (8, 108); characterised in that the mechanism comprises a second slider joint (24, 124) providing a second translational range of motion of the first part (6, 106) relative to the second part (8, 108).
A hand extruder, particularly for welding parts made of plastic material, comprising a main body which supports an extrusion means for the extrusion of plastic material, an actuation means actuating said extrusion means, a heating means heating said plastic material, a preheating means preheating parts to be welded, and a control means controlling said hand extruder; a grip detachably connected to said main body by an interconnection means preset to pass from a coupling configuration, in which said grip is joined to said main body, to an uncoupling configuration, in which said grip is separated from said main body; said hand extruder being characterized in that said interconnection means comprises an electrical mating means electrically and detachably connecting at least part of said means supported by said main body to an electrical control means arranged on said grip.
Method for deciding about the further transmission of data frames transmitted via a WLAN connection in accordance with IEEE 802.11 to a receiver which is intrinsically located in a motor vehicle, characterized in that a frame type (16: "2"; "3") indicated in a received data frame is used to decide whether the data are transmitted to a device processing C2X data or to a device processing other data in the vehicle, an extension of the MAC layer of the WLAN standard 802.11 by one frame type being effected for this purpose.