mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE, apparatus of a Long-Term Evolution, LTE, radio communication system including a base station and the UE apparatus, the UE apparatus comprising: a determination unit configured to determine a size of a soft buffer to be secured within the UE apparatus based on a total soft buffer size corresponding to a UE category of the UE apparatus, a modulation scheme configured for a downlink by the base station, and a MIMO-layer number configured for the downlink by the base station; and a receiving unit configured to store data received from the base station in the soft buffer with the size determined by the determination unit, wherein the UE category includes 2 layers, 4 layers, and 8 layers as maximum MIMO-layer numbers to be supported, and the UE category includes 64 QAM and 256 QAM as the modulation schemes to be supported, characterized in that, upon detecting that the UE category of the UE apparatus is one of a UE category 19 and a UE category 18, the determination unit is configured to calculate the size of the soft buffer based on the total soft buffer size corresponding to the UE category 18. a determination unit configured to determine a size of a soft buffer to be secured within the UE apparatus based on a total soft buffer size corresponding to a UE category of the UE apparatus, a modulation scheme configured for a downlink by the base station, and a MIMO-layer number configured for the downlink by the base station; and a receiving unit configured to store data received from the base station in the soft buffer with the size determined by the determination unit, wherein the UE category includes 2 layers, 4 layers, and 8 layers as maximum MIMO-layer numbers to be supported, and the UE category includes 64 QAM and 256 QAM as the modulation schemes to be supported, characterized in that, upon detecting that the UE category of the UE apparatus is one of a UE category 19 and a UE category 18, the determination unit is configured to calculate the size of the soft buffer based on the total soft buffer size corresponding to the UE category 18.
An apparatus for obtaining 3-D surface contour image data of a tooth, comprising: a double telecentric optical system configured to form an image of the surface of the tooth onto an image detector array; a focus adjustment mechanism actuable to adjust the position of either or both the double telecentric optical system and the image detector array along an optical axis to each of a sequence of focus positions; and a control logic processor in control signal communication with the focus adjustment mechanism to adjust focus position, and in image data communication with the image detector array for receiving image data obtained by the image detector array and with a memory for storing the received image data corresponding to each of the sequence of focus positions, wherein the control logic processor is configured to determine, for each of a plurality of pixels in the received image data, a corresponding depth value according to pixel contrast, wherein the control logic processor is further responsive to stored instructions for computing the 3-D surface contour image data from the stored image data. a double telecentric optical system configured to form an image of the surface of the tooth onto an image detector array; a focus adjustment mechanism actuable to adjust the position of either or both the double telecentric optical system and the image detector array along an optical axis to each of a sequence of focus positions; and a control logic processor in control signal communication with the focus adjustment mechanism to adjust focus position, and in image data communication with the image detector array for receiving image data obtained by the image detector array and with a memory for storing the received image data corresponding to each of the sequence of focus positions, wherein the control logic processor is configured to determine, for each of a plurality of pixels in the received image data, a corresponding depth value according to pixel contrast, wherein the control logic processor is further responsive to stored instructions for computing the 3-D surface contour image data from the stored image data.
A method for removing a viral contaminant from a preparation, being a cell culture medium or at least a component of a cell culture medium, comprising the step of: a) Subjecting said preparation to filtration for at least about 24 hours through a virus filter having an effective pore size of maximum 75 nm. a) Subjecting said preparation to filtration for at least about 24 hours through a virus filter having an effective pore size of maximum 75 nm.
Electrochemical reactor, such as a fuel cell stack or an electrolyser, comprising: a stack of electrochemical cells, each of which comprises at least one electrode plate having one face in electrical contact with an electrolyte; at least one manifold connected to said face of each of the cells in an exchange circuit, for exchanging a gas with the outside of the stack; a sensor sensitive to the composition of said gas in the circuit; and at least one means for monitoring a condition of the reactor, especially under the control of said sensor, this reactor being such that the stack of cells and said duct form a one-piece reactor body which comprises at least one chamber integrated into this body in communication with said manifold and such that said gas composition sensor is mounted in said one-piece body and comprises a sensitive unit directly exposed to the in situ concentration of a component of said gas in said chamber, this reactor being characterized in that - said one-piece reactor comprising a processing unit, - said processing unit for processing the signals from the sensitive unit is located in the immediate proximity of the sensitive unit suitable for being fixed to said one-piece reactor, said chamber being formed in a system plate that has a first face, in juxtaposition with an end cell of said stack, into which face said manifold opens on leaving the stack of cells through which it passes, and a second face, opposite the first face, which forms a support for fixing one or more elements of said gas circuit to the outside of said body, said composition sensor being mounted in a wall of said system plate including, on the internal side of said wall, a hollow end piece enclosing a cavity which communicates with the atmosphere of said chamber and in which said unit (30, 32) sensitive to the in situ concentration of a component of the gas in the chamber is housed, the reactor being characterized in that the cavity housing the sensitive unit (30, 32) in said hollow end piece is separated by a gas-tight and liquid-tight partition from another chamber formed in a portion of the sensor, which portion is mounted on the external side of said wall relative to said chamber in which the processing unit is mounted, which partition is sealingly penetrated by conductors coming from the sensitive unit (30, 32) and is resistant to a differential pressure between the cavity and said other chamber of said sensor. - said one-piece reactor comprising a processing unit, - said processing unit for processing the signals from the sensitive unit is located in the immediate proximity of the sensitive unit suitable for being fixed to said one-piece reactor,
A method implemented by a processor of an electronic device, the electronic device having a camera module, the camera module being configured to temporarily capture a number of consecutive images to an image buffer when operation of the camera module is triggered, the image buffer being provided in memory which temporarily stores image data of a captured image prior to the image being processed, the method comprising: obtaining motion data from a motion sensor on the electronic device, the motion sensor being arranged to detect motion of the electronic device; and based on the motion data, controlling the number of consecutive images captured by the camera module when operation of the camera module is triggered to capture a varying number of images based on the movements of the electronic device, wherein the capacity of the image buffer is varied to control the number of consecutive images captured. obtaining motion data from a motion sensor on the electronic device, the motion sensor being arranged to detect motion of the electronic device; and based on the motion data, controlling the number of consecutive images captured by the camera module when operation of the camera module is triggered to capture a varying number of images based on the movements of the electronic device, wherein the capacity of the image buffer is varied to control the number of consecutive images captured.
A urinary catheter assembly comprising: a hydrophilic urinary catheter (3;530;630;730), part of which forms an insertable length to be inserted through a body opening, and with a connector comprising a flared rearward part; a catheter receptacle (2;520;620;720) for accommodation of at least part of the catheter; and a wetting fluid; characterised in that the receptacle is connected to the flared rearward part of the catheter, thereby enclosing the insertable length of the catheter, but leaving at least part of the flared rearward part outside the receptacle, and in that a closure is also connected to the flared rearward part, at a distance from said receptacle, said closure sealingly closing the rearward end of the flared rearward part. a hydrophilic urinary catheter (3;530;630;730), part of which forms an insertable length to be inserted through a body opening, and with a connector comprising a flared rearward part; a catheter receptacle (2;520;620;720) for accommodation of at least part of the catheter; and a wetting fluid; characterised in that the receptacle is connected to the flared rearward part of the catheter, thereby enclosing the insertable length of the catheter, but leaving at least part of the flared rearward part outside the receptacle, and in that a closure is also connected to the flared rearward part, at a distance from said receptacle, said closure sealingly closing the rearward end of the flared rearward part.
A light source arrangement, comprising: a primary light source and a secondary light source; wherein the primary light source is configured to illuminate the secondary light source; wherein the secondary light source comprises a rotational arrangement; wherein the rotational arrangement comprises: a luminescent plane; and a driving mechanism fixed to the luminescent plane, the driving mechanism comprising an axis of rotation; characterized in that the angle between the axis of rotation and the luminescent plane is an acute angle; and the rotational arrangement further comprises a polyhedron; wherein a first luminescent face of the polyhedron comprises the luminescent plane. a primary light source and a secondary light source; wherein the primary light source is configured to illuminate the secondary light source; wherein the secondary light source comprises a rotational arrangement; wherein the rotational arrangement comprises: a luminescent plane; and a driving mechanism fixed to the luminescent plane, the driving mechanism comprising an axis of rotation; characterized in that the angle between the axis of rotation and the luminescent plane is an acute angle; and the rotational arrangement further comprises a polyhedron; wherein a first luminescent face of the polyhedron comprises the luminescent plane. a luminescent plane; and a driving mechanism fixed to the luminescent plane, the driving mechanism comprising an axis of rotation; characterized in that the angle between the axis of rotation and the luminescent plane is an acute angle; and the rotational arrangement further comprises a polyhedron; wherein a first luminescent face of the polyhedron comprises the luminescent plane.
A composition comprising ketamine and a pharmaceutically acceptable excipient and/or carrier for use in a method of treating an autism spectrum disorder in a subject in need thereof, comprising the step of intranasally administering to said subject said composition, wherein said composition is administered in a dose comprising from about 20 mg to about 120 mg ketamine.
An angle grinder, comprising: a field case having a handle coupled to a first end thereof; a motor disposed within the field case and having a rotor extending axially therefrom; a gear case coupled to a second end of the field case opposite the handle and having a wheel spindle extending therefrom, wherein the wheel spindle is operatively coupled to the rotor by at least one gear; an upper flange disposed about the wheel spindle; a grinder wheel disposed on the wheel spindle for rotation therewith; and a lower flange disposed about the wheel spindle and opposite the upper flange, wherein the grinder wheel is disposed between the upper and lower flanges, and wherein the lower flange comprises: a body; an annular bore extending through the body and that threadingly receives the wheel spindle; and at least one aperture extending at least partially through the body and spaced from the annular bore; characterised in that the at least one aperture comprises a cross-sectional shape that is other than circular. a field case having a handle coupled to a first end thereof; a motor disposed within the field case and having a rotor extending axially therefrom; a gear case coupled to a second end of the field case opposite the handle and having a wheel spindle extending therefrom, wherein the wheel spindle is operatively coupled to the rotor by at least one gear; an upper flange disposed about the wheel spindle; a grinder wheel disposed on the wheel spindle for rotation therewith; and a lower flange disposed about the wheel spindle and opposite the upper flange, wherein the grinder wheel is disposed between the upper and lower flanges, and wherein the lower flange comprises: a body; an annular bore extending through the body and that threadingly receives the wheel spindle; and at least one aperture extending at least partially through the body and spaced from the annular bore; characterised in that the at least one aperture comprises a cross-sectional shape that is other than circular. a body; an annular bore extending through the body and that threadingly receives the wheel spindle; and at least one aperture extending at least partially through the body and spaced from the annular bore; characterised in that the at least one aperture comprises a cross-sectional shape that is other than circular.
A stator for a rotary electric machine, the stator comprising: a stator core including a yoke portion on an outer peripheral side of the stator core, the stator core having a plurality of slots on an inner peripheral side of the stator core, the slots being arranged in a circumferential direction; a plurality of phase windings wounded a plurality of times by a predetermined winding method crossing between the plurality of slots, one lead end (42, 44, 46) of each phase winding being a neutral point connecting portion, and the one lead end (42, 44, 46) being pulled out from an axially end portion of the stator core; a neutral line that connects the neutral point connecting portions (42, 44, 46) of the phase windings of different phases together, the neutral line being separate from the phase windings; and a fixing portion that fixes a first phase winding that is connected to the neutral line, and a second phase winding that is adjacent to the first phase winding together, characterized in that the fixing portion is provided in a position that is different from the neutral point connecting portion, and the fixing portion fixes the same respective phases of the first phase winding and the second phase winding. a stator core including a yoke portion on an outer peripheral side of the stator core, the stator core having a plurality of slots on an inner peripheral side of the stator core, the slots being arranged in a circumferential direction; a plurality of phase windings wounded a plurality of times by a predetermined winding method crossing between the plurality of slots, one lead end (42, 44, 46) of each phase winding being a neutral point connecting portion, and the one lead end (42, 44, 46) being pulled out from an axially end portion of the stator core; a neutral line that connects the neutral point connecting portions (42, 44, 46) of the phase windings of different phases together, the neutral line being separate from the phase windings; and a fixing portion that fixes a first phase winding that is connected to the neutral line, and a second phase winding that is adjacent to the first phase winding together, characterized in that the fixing portion is provided in a position that is different from the neutral point connecting portion, and the fixing portion fixes the same respective phases of the first phase winding and the second phase winding.
A method for wireless communications from a base station (110, 110a - 110d, 510) via a protocol that does not support reducing a number of transmit antennas in a dynamic manner, the method comprising: signaling a number of transmit antennas (234a - 234t); sending transmissions using a first set of transmit antennas (234a - 234t); disabling one or more transmit chains for a corresponding one or more physical antennas (234a - 234t), resulting in a reduced number of active transmit chains; continuing signaling the number of transmit antennas (234a - 234t) based on the first set of transmit antennas (234a - 234t), after the disabling; and sending transmissions using a different number of transmit antennas (234a - 234t) than signaled by sending transmissions using antennas (234a - 234t) of the reduced number of active transmit chains, wherein the number of transmit antennas (234a - 234t) used for transmission with the reduced number of active transmit chains is less than the signaled number of transmit antennas (234a - 234t). signaling a number of transmit antennas (234a - 234t); sending transmissions using a first set of transmit antennas (234a - 234t); disabling one or more transmit chains for a corresponding one or more physical antennas (234a - 234t), resulting in a reduced number of active transmit chains; continuing signaling the number of transmit antennas (234a - 234t) based on the first set of transmit antennas (234a - 234t), after the disabling; and sending transmissions using a different number of transmit antennas (234a - 234t) than signaled by sending transmissions using antennas (234a - 234t) of the reduced number of active transmit chains, wherein the number of transmit antennas (234a - 234t) used for transmission with the reduced number of active transmit chains is less than the signaled number of transmit antennas (234a - 234t).
A method for producing a lecithin or lecithin preparation having resistance to heat discoloration, comprising: step 1: dispersing a lecithin in a dispersion medium to prepare a lecithin dispersion and adjusting the acid value of the lecithin dispersion; wherein the lecithin dispersion is prepared using an oil or fat as the dispersion medium, step 2: bringing the obtained lecithin dispersion into contact with an adsorbent; and step 3: removing the adsorbent from the lecithin dispersion, wherein the adsorbent is one or more metal silicates selected from the group consisting of magnesium silicate, calcium silicate, aluminum silicate, sodium silicate, potassium silicate, calcium aluminosilicate, calcium magnesium silicate, and sodium aluminosilicate, wherein the adjustment of the acid value of the lecithin dispersion is performed by addition of an acid to the lecithin dispersion in the step 1 and, wherein the acid is one or more free fatty acid obtained from animal and plant oils and fats selected from the group consisting of caprylic acid, lauric acid, myristic acid, palmitic acid, stearic acid, behenic acid, arachidic acid, palmitoleic acid, oleic acid, linoleic acid, α- and γ-linolenic acid, erucic acid, arachidonic acid, eicosapentaenoic acid, docosahexaenoic acid, and tetracosa tetraenoic acid, wherein the adjusted acid value is 10 mgKOH/g or more of the lecithin dispersion in the step 1, in which the acid value is measured by the alkaline titration method. step 1: dispersing a lecithin in a dispersion medium to prepare a lecithin dispersion and adjusting the acid value of the lecithin dispersion; wherein the lecithin dispersion is prepared using an oil or fat as the dispersion medium, step 2: bringing the obtained lecithin dispersion into contact with an adsorbent; and step 3: removing the adsorbent from the lecithin dispersion, wherein the adsorbent is one or more metal silicates selected from the group consisting of magnesium silicate, calcium silicate, aluminum silicate, sodium silicate, potassium silicate, calcium aluminosilicate, calcium magnesium silicate, and sodium aluminosilicate, wherein the adjustment of the acid value of the lecithin dispersion is performed by addition of an acid to the lecithin dispersion in the step 1 and, wherein the acid is one or more free fatty acid obtained from animal and plant oils and fats selected from the group consisting of caprylic acid, lauric acid, myristic acid, palmitic acid, stearic acid, behenic acid, arachidic acid, palmitoleic acid, oleic acid, linoleic acid, α- and γ-linolenic acid, erucic acid, arachidonic acid, eicosapentaenoic acid, docosahexaenoic acid, and tetracosa tetraenoic acid, wherein the adjusted acid value is 10 mgKOH/g or more of the lecithin dispersion in the step 1, in which the acid value is measured by the alkaline titration method.
An automatic tilting vehicle which comprises a pair of wheels (12L, 12R) spaced laterally and supported rotatably by corresponding wheel carriers (16L, 16R) and a vehicle tilting device configured to tilt the vehicle to the inside of a turn when the vehicle is turning, the vehicle tilting device including a swing member swinging about a swing axis extending in the front-rear direction, an actuator that is configured to swing the swing member about the swing axis, and a pair of connecting rods (40L, 40R) pivotally attached to the swing member at upper end pivoting portions and pivotally attached to corresponding wheel carriers at lower end pivoting portions on both lateral sides, characterized in that each connecting rod (40L, 40R) has a preset weakest portion (56L, 56R) configured to be buckled to deform the connecting rod in a preset direction in a preset area when a buckling load equal to or larger than a preset value (Pb) is applied.