mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a controller configured to determine a number of first users in a first cell receiving at least one first session for unicasting content in response to a request for the content from a second user (130, 135) in the first cell, wherein the controller is configured to assign the first and second users to a second session for broadcasting or multicasting the same time-aligned content in response to the number of first users being larger than a first threshold, wherein the controller is configured to allocate a portion of downlink resource blocks to the second session for broadcasting or multicasting the time-aligned content in response to determining that a capacity penalty for instructing at least one second neighbor cell to multicast the time-aligned content in the portion of the downlink resource blocks and bypassing downlink transmission from at least one third neighbor cell during the portion of the downlink resource blocks, is less than a capacity savings from converting unicast transmissions of the content to multicast transmissions of the time-aligned content, wherein a capacity penalty is a capacity penalty for instructing at least one second neighbor cell to multicast the time-aligned content in the portion of the downlink resource blocks or bypassing downlink transmission from at least one third neighbor cell during the portion of the downlink resource blocks.
A coin separating and feeding device suitable for use in a coin processing device, including a separating and rotating body having a concave portion that is formed on an upper surface of a rotary disk and configured by opening the upper surface side and the peripheral surface side of the rotary disk, and a separating concave portion that is disposed at a part of the concave portion and is formed in a semi-circular shape by a moving body which is positioned in a coin receiving position, the moving body being mounted at the rotary disk such that pivot movement is possible about a support shaft as a fulcrum, being pivoted by a drive means which is positioned under the rotary disk via a coupling body which penetrates through a through hole provided at the rotary disk and being configured to be moved to the coin receiving position and a coin delivering position at a predetermined timing by the drive means, wherein a cover body is disposed at an upper surface side of the through hole, is integrated with the moving body, characterized in that the cover body is formed in a disk shape having a predetermined radius centered on the support shaft and covers most of the through hole or the entire through hole. a separating and rotating body having a concave portion that is formed on an upper surface of a rotary disk and configured by opening the upper surface side and the peripheral surface side of the rotary disk, and a separating concave portion that is disposed at a part of the concave portion and is formed in a semi-circular shape by a moving body which is positioned in a coin receiving position, the moving body being mounted at the rotary disk such that pivot movement is possible about a support shaft as a fulcrum, being pivoted by a drive means which is positioned under the rotary disk via a coupling body which penetrates through a through hole provided at the rotary disk and being configured to be moved to the coin receiving position and a coin delivering position at a predetermined timing by the drive means, wherein a cover body is disposed at an upper surface side of the through hole, is integrated with the moving body, characterized in that the cover body is formed in a disk shape having a predetermined radius centered on the support shaft and covers most of the through hole or the entire through hole.
A method for obtaining an antibody with an improved expression level by modifying a human antibody or a humanized antibody, characterized in that the amino acid residue at position 12 according to Kabat numbering in a light chain variable region ("VL chain") of a human antibody or a humanized antibody is substituted with Ser, wherein the VL chain belongs to human Vκ2 family, wherein FR1 of said VL chain belonging to human Vκ2 family prior to substitution has the sequence of SEQ ID NO: 8; and wherein the method comprises: preparing a gene coding for an amino acid sequence of said human antibody or said humanized antibody or said human antibody fragment or said humanized antibody fragment, each comprising the amino acid sequence of the VL chain after substitution; transforming a non-human host eukaryotic or prokaryotic organism with said gene; expressing said human antibody or said humanized antibody or said human antibody fragment or said humanized antibody fragment from said host; and recovering said human antibody or said humanized antibody or said human antibody fragment or said humanized antibody fragment. preparing a gene coding for an amino acid sequence of said human antibody or said humanized antibody or said human antibody fragment or said humanized antibody fragment, each comprising the amino acid sequence of the VL chain after substitution; transforming a non-human host eukaryotic or prokaryotic organism with said gene; expressing said human antibody or said humanized antibody or said human antibody fragment or said humanized antibody fragment from said host; and recovering said human antibody or said humanized antibody or said human antibody fragment or said humanized antibody fragment.
Plug-in connector assembly, comprising a plug-in connector having a contact carrier, and a mating plug-in connector which can be mated with the plug-in connector and has a contact carrier, wherein the mating plug-in connector, in the plug-in region, comprises a chamfer which corresponds to the geometry of the plug-in connector in such a way that, during the mating process, the plug-in connector is inserted into the mating plug-in connector in a predefined position, wherein the plug-in connector comprises two opposing tongues, which run axially in the plug-in direction, and the mating plug-in connector comprises two opposing grooves, or vice versa, wherein a tongue corresponds to its associated groove in each case, characterized in that the two tongues are configured with different lengths, so that the ends of the tongues are mutually offset in the region of the plug-in face of the contact carrier.
A non-toxic mattress comprising: - a core formed by an open-cell polyether foam and - a 3D polyester fabric cover, wherein: - the core has a density between 30-35 kg/m 3, a compressive strength determined by ISO 3386 standard between 4-5 KPa a cell size between 2.5-3.5 mm and - the cover has a weight between 180-250 grams. - a core formed by an open-cell polyether foam and - a 3D polyester fabric cover, - the core has a density between 30-35 kg/m 3, a compressive strength determined by ISO 3386 standard between 4-5 KPa a cell size between 2.5-3.5 mm and - the cover has a weight between 180-250 grams.
Laser scanning microscope comprising - at least one laser for producing an illumination beam, - a microscope objective for focusing the illumination beam into a sample, and - a detection beam path comprising at least one optoelectronic detector (d1, d2) and - at least one means for demodulation (m1, m2, A), characterized in that at least one element that changes polarization periodically and over time is arranged in the illumination beam path, a phase plate being disposed downstream of said element such that a phase modulation of the illumination beam in a portion along its cross section with a temporal modulation frequency (ω) has in at least two regions with different phase influencing, wherein the means for demodulation (m1, m2, A) optically or electronically demodulates the modulation frequency (ω). - at least one laser for producing an illumination beam, - a microscope objective for focusing the illumination beam into a sample, and - a detection beam path comprising at least one optoelectronic detector (d1, d2) and - at least one means for demodulation (m1, m2, A),
A shear test device for testing the strength of attachment between a bond and an electronic substrate, comprising: an x-y table to which the substrate is attached; a test tool; a drive mechanism that provides relative movement in a test direction between the table and the test tool; a baseplate, the test tool attached to the baseplate by a resilient connector allowing for movement of the test tool relative to the baseplate in an axial direction which is perpendicular to the test direction; characterised by at least one abutment (30, 31) that is rigidly fixed relative to the baseplate, the least one abutment being in contact with the test tool; and a clamping device coupled to the baseplate and moveable, between a rest position wherein the clamping device is not forced against the test tool and an actuated position wherein the clamping device is forced against the test tool to maintain the test tool fixed in position relative to the baseplate in the axial direction, such that when the drive mechanism provides relative movement in the test direction between the table and the shear test tool to cause the shear test tool to shear the bond off the substrate during a shear test, the at least one abutment (30, 31) positioned such that force applied by the bond to the test tool causes the at least one abutment to provide an additional clamping force on the shear test tool. an x-y table to which the substrate is attached; a test tool; a drive mechanism that provides relative movement in a test direction between the table and the test tool; a baseplate, the test tool attached to the baseplate by a resilient connector allowing for movement of the test tool relative to the baseplate in an axial direction which is perpendicular to the test direction; characterised by at least one abutment (30, 31) that is rigidly fixed relative to the baseplate, the least one abutment being in contact with the test tool; and a clamping device coupled to the baseplate and moveable, between a rest position wherein the clamping device is not forced against the test tool and an actuated position wherein the clamping device is forced against the test tool to maintain the test tool fixed in position relative to the baseplate in the axial direction, such that when the drive mechanism provides relative movement in the test direction between the table and the shear test tool to cause the shear test tool to shear the bond off the substrate during a shear test, the at least one abutment (30, 31) positioned such that force applied by the bond to the test tool causes the at least one abutment to provide an additional clamping force on the shear test tool.
A method for network policy control, characterized by comprising: determining, by an application system, that a user requires a high-priority network service policy; and requesting, by the application system, the high-priority network service policy from a policy control system; wherein determining, by the application system, that the user requires the high-priority network service policy comprises: determining, by the application system, a network service policy required by the user; judging, by the application system, whether a current network service policy of the user is lower than the required network service policy; if the current network service policy of the user is lower than the required network service policy, determining, by the application system, that the user requires the high-priority network service policy. determining, by an application system, that a user requires a high-priority network service policy; and requesting, by the application system, the high-priority network service policy from a policy control system; wherein determining, by the application system, that the user requires the high-priority network service policy comprises: determining, by the application system, a network service policy required by the user; judging, by the application system, whether a current network service policy of the user is lower than the required network service policy; if the current network service policy of the user is lower than the required network service policy, determining, by the application system, that the user requires the high-priority network service policy. determining, by the application system, a network service policy required by the user; judging, by the application system, whether a current network service policy of the user is lower than the required network service policy; if the current network service policy of the user is lower than the required network service policy, determining, by the application system, that the user requires the high-priority network service policy.
A surgical device comprising: an elongated body having a proximal end and a distal end; a tip disposed at the distal end of the elongated body, the tip having a conical shape and defining an inner cavity for receiving an endoscope; and a cutting unit having a first cutting portion and a second cutting portion, the first cutting portion and the second cutting portion being moveable in a longitudinal direction relative to the elongated body from a retracted position substantially proximally of the tip to an extended position over the tip to capture a blood vessel between the first cutting portion and the second cutting portion, and being rotatable circumferentially about the tip toward one another to cut the captured blood vessel. an elongated body having a proximal end and a distal end; a tip disposed at the distal end of the elongated body, the tip having a conical shape and defining an inner cavity for receiving an endoscope; and a cutting unit having a first cutting portion and a second cutting portion, the first cutting portion and the second cutting portion being moveable in a longitudinal direction relative to the elongated body from a retracted position substantially proximally of the tip to an extended position over the tip to capture a blood vessel between the first cutting portion and the second cutting portion, and being rotatable circumferentially about the tip toward one another to cut the captured blood vessel.
Article store, consisting of vertical main supports, front and rear cross-members (2, 3) which are arranged transversely with respect to the storage and retrieval directions and are fastened on the main supports, and at least one bearing profile, which extends in the storage and retrieval directions, is supported vertically relative to the front cross-member, and of which the upper side is located in a plane higher than the upper edge of the front cross-member and forms a bearing means for the respective article, wherein the bearing profile is supported vertically on the front cross-member by a support, of which the upper end is connected to the bearing profile, characterised in that the front cross-member is provided with form-fit structures (21, 29) in order to fix the vertical support of the bearing profile at least in the longitudinal direction of the cross-member, in that the lower end of the support is configured for engagement in the form-fit structures (21, 29) of the front cross-member, in that the form-fit structures are slots (21, 29) and tabs (28, 25), in that the rear cross-member is arranged higher than the associated front cross-member, and in that the bearing profile has a rear end supported directly on the rear cross-member.
Inflatable mattress comprising an inflatable support pad sized and shaped so as to extend across a patient's upper torso at least from shoulder to shoulder and from a base of said patient's spine to a top of said patient's head, when inflated; an inflatable first discrete leg extending out from a portion of said support pad; an inflatable second discrete leg spaced from said first discrete leg and extending out from said portion of said support pad, wherein said first discrete leg and said second discrete leg are sized and shaped so as to each extend longitudinally outwardly from said portion of said support pad to beyond a sole of said patient's foot, wherein said first discrete leg and said second discrete leg define a gap between them so as to be moveable between (i) a first adjacent position, and (ii) a second, spaced-apart position, while substantially the whole body of the patient is supported by said inflatable mattress, when inflated, wherein said first discrete leg and said second discrete leg are inflatable independently from said support pad; wherein said first discrete leg, said second discrete leg, and said support pad each comprises a bottom panel having a plurality of perforations so as to form a transfer-capable inflatable mattress. (i) a first adjacent position, and (ii) a second, spaced-apart position,
A downhole pressure and vibration measuring device integrated in a pipe section as part of a production tubing, the measuring device being constituted by a sensor housing with sensors and a two-part clamp on the upper part of the sensor housing, from where an electrical multi-conductor cable connection from at least four, preferably six, nipples in cable tubes is clamped along the production tubing with bushings through equipment installed in the wellhead to an electronics/amplifier unit and a control unit above the wellhead, characterized in that the sensor housing forms an annular space around the pipe section and is filled with an inert gas, preferably nitrogen; that evenly spaced radially in the annular space are a first set of strain gauges attached to the outside wall of the production tubing and a second set of strain gauges attached to the inside of the external wall of the sensor housing; that the strain gauges (7, 8) are connected by glass penetrators to electrical conductors in cable tubes, which are terminated in the tubing hanger of the well equipment, to an electronics unit and a control unit.
Apparatus for dispensing fluid, comprising: a housing body comprising a plurality of external fluid ports (210, 250, 270), connectable to or configured to be integrally formed with a valve assembly that includes an elongate valve stem associated with a respective primary stem axis; and a closure member in a first fluid communication passageway in the housing body, that rolls or slides along the passageway on an abutment surface of the housing body to selectively close a fluid flow path through at least one external fluid port; wherein at least an inclined region of the abutment surface is inclined with respect to the primary stem axis; wherein the housing body further comprises a first and further valve seat at opposed end regions of the first fluid communication passageway; and wherein the first fluid communication passageway has a cross-section that constantly widens along a length of the passageway, between the first and further valve seats, towards said at least one external fluid port. a housing body comprising a plurality of external fluid ports (210, 250, 270), connectable to or configured to be integrally formed with a valve assembly that includes an elongate valve stem associated with a respective primary stem axis; and a closure member in a first fluid communication passageway in the housing body, that rolls or slides along the passageway on an abutment surface of the housing body to selectively close a fluid flow path through at least one external fluid port; wherein at least an inclined region of the abutment surface is inclined with respect to the primary stem axis; wherein the housing body further comprises a first and further valve seat at opposed end regions of the first fluid communication passageway; and wherein the first fluid communication passageway has a cross-section that constantly widens along a length of the passageway, between the first and further valve seats, towards said at least one external fluid port.
A mobile terminal comprising: a camera; a touch screen display; and a controller adapted to: control the touch screen display to display an image that is received via the camera for preview, the image including at least one object to be focused on; recognize a touch input on a specific point of the displayed image via the touch screen display; control the touch screen display to display, in response to the touch input, a first guide having a predetermined size at or substantially near the specific point of the image; determine a focusing area for focusing on an object corresponding to the at least one specific point; perform focusing on the object based on the determined focusing area; and control the camera to capture the received image with the focused object, wherein the controller is configured to adjust a position of a lens included in the camera to adjust the focusing when a predefined touch input is received, characterized in that the predefined touch input is a trace in the form of a straight line, and the controller is configured to adjust the position of the lens discontinuously only when the length of the line reaches predetermined lengths. a camera; a touch screen display; and a controller adapted to: control the touch screen display to display an image that is received via the camera for preview, the image including at least one object to be focused on; recognize a touch input on a specific point of the displayed image via the touch screen display; control the touch screen display to display, in response to the touch input, a first guide having a predetermined size at or substantially near the specific point of the image; determine a focusing area for focusing on an object corresponding to the at least one specific point; perform focusing on the object based on the determined focusing area; and control the camera to capture the received image with the focused object, control the touch screen display to display an image that is received via the camera for preview, the image including at least one object to be focused on; recognize a touch input on a specific point of the displayed image via the touch screen display; control the touch screen display to display, in response to the touch input, a first guide having a predetermined size at or substantially near the specific point of the image; determine a focusing area for focusing on an object corresponding to the at least one specific point; perform focusing on the object based on the determined focusing area; and control the camera to capture the received image with the focused object, wherein the controller is configured to adjust a position of a lens included in the camera to adjust the focusing when a predefined touch input is received, characterized in that the predefined touch input is a trace in the form of a straight line, and the controller is configured to adjust the position of the lens discontinuously only when the length of the line reaches predetermined lengths.