mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for handover operations in a network, comprising: receiving, at a source evolved node B, eNB, (304; 504) a measurement report from a user equipment, UE, (302; 502); sending, by the source eNB (304; 504), a handover request to a target eNB (306; 506); receiving, by the source eNB (304; 504), a handover acknowledgment from the target eNB (306; 506), the handover acknowledgement including an uplink grant schedule; sending, by the source eNB (304; 504), a handover command to the UE (302; 502), the handover command including the uplink grant schedule; and stopping a data transmission by the source eNB (304; 504) to the UE (302; 502) based upon an indication that a handover operation is complete, wherein the source eNB (304; 504) is responsible for deciding when to stop transmitting to the UE (302; 502). receiving, at a source evolved node B, eNB, (304; 504) a measurement report from a user equipment, UE, (302; 502); sending, by the source eNB (304; 504), a handover request to a target eNB (306; 506); receiving, by the source eNB (304; 504), a handover acknowledgment from the target eNB (306; 506), the handover acknowledgement including an uplink grant schedule; sending, by the source eNB (304; 504), a handover command to the UE (302; 502), the handover command including the uplink grant schedule; and stopping a data transmission by the source eNB (304; 504) to the UE (302; 502) based upon an indication that a handover operation is complete, wherein the source eNB (304; 504) is responsible for deciding when to stop transmitting to the UE (302; 502).
Decorative object comprising • at least one transparent wall, • an internal cavity at least partially defined by said at least one transparent wall, • a decorative structure integrated in the internal cavity and comprising a base glass on which at least one element is mounted to move in rotation and in translation, the element being borne by a pivot system produced from a material which is at least partially transparent, preferably entirely transparent and colourless and having essentially the same index of refraction as the base glass, said decorative structure being arranged in the internal cavity so that the element is visible through the transparent wall, • a liquid filling the internal cavity, the index of refraction of the liquid being equal to that of the base glass or different from that of the base glass by at most 10%; the pivot system comprising a lower pivot pivoted in a housing of a face of the base glass and an upper pivot fixedly attached to the lower pivot and bearing a support on which said at least one element is fixed, said support being movable in rotation with respect to the upper pivot; a gap being provided between the housing and the lower pivot received in said housing enabling the decorative element to move in translation with respect to the base glass, the decorative object being characterised in that said upper and lower pivots are each in the form of a ball joint. • at least one transparent wall, • an internal cavity at least partially defined by said at least one transparent wall, • a decorative structure integrated in the internal cavity and comprising a base glass on which at least one element is mounted to move in rotation and in translation, the element being borne by a pivot system produced from a material which is at least partially transparent, preferably entirely transparent and colourless and having essentially the same index of refraction as the base glass, said decorative structure being arranged in the internal cavity so that the element is visible through the transparent wall, • a liquid filling the internal cavity, the index of refraction of the liquid being equal to that of the base glass or different from that of the base glass by at most 10%; the pivot system comprising a lower pivot pivoted in a housing of a face of the base glass and an upper pivot fixedly attached to the lower pivot and bearing a support on which said at least one element is fixed, said support being movable in rotation with respect to the upper pivot; a gap being provided between the housing and the lower pivot received in said housing enabling the decorative element to move in translation with respect to the base glass, the decorative object being characterised in that said upper and lower pivots are each in the form of a ball joint.
A method in a Bluetooth-enabled device having a memory configured to store a paired device list of listed Bluetooth-enabled devices, the method comprising: powering up the Bluetooth-enabled device; determining a last-connected listed Bluetooth-enabled device of a first profile type if there is more than one listed Bluetooth-enabled device having a first profile in the paired device list; searching to find the last-connected listed Bluetooth-enabled device having a first profile; attempting to establish a connection between the Bluetooth-enabled device and the last-connected listed Bluetooth-enabled device of the first profile type if the last-connected listed Bluetooth-enabled device of the first profile type is found; determining a last-connected listed Bluetooth-enabled device of a second profile type if there is more than one listed Bluetooth-enabled device having a second profile in the paired device list; searching to find the last-connected listed Bluetooth-enabled device having a second profile; and attempting to establish a connection between the Bluetooth-enabled device and the last-connected listed Bluetooth-enabled device of the second profile type if the last-connected listed Bluetooth-enabled device of the second profile type is found. powering up the Bluetooth-enabled device; determining a last-connected listed Bluetooth-enabled device of a first profile type if there is more than one listed Bluetooth-enabled device having a first profile in the paired device list; searching to find the last-connected listed Bluetooth-enabled device having a first profile; attempting to establish a connection between the Bluetooth-enabled device and the last-connected listed Bluetooth-enabled device of the first profile type if the last-connected listed Bluetooth-enabled device of the first profile type is found; determining a last-connected listed Bluetooth-enabled device of a second profile type if there is more than one listed Bluetooth-enabled device having a second profile in the paired device list; searching to find the last-connected listed Bluetooth-enabled device having a second profile; and attempting to establish a connection between the Bluetooth-enabled device and the last-connected listed Bluetooth-enabled device of the second profile type if the last-connected listed Bluetooth-enabled device of the second profile type is found.
A dental powder/liquid material-containing preparation accommodation bag, comprising: a bag body divided into a plurality of parts to form a plurality of sealed accommodation chambers (3, 4); and a weakened section, formed between the accommodation chambers (3, 4), for partitioning the accommodation chambers (3, 4) the weakened section being formed to be rupturable by a pressing force applied to the bag body, the accommodation chambers (3, 4) being allowed to communicate after rupture of the weakened section, whereby contents accommodated in the accommodation chambers (3, 4) can be gathered within one of the accommodation chambers (3, 4) and can be mixed there, wherein the bag body is configured such that the plurality of accommodation chambers (3, 4) accommodate a dental powder/liquid material composed of a powder material containing an organic polymer, and a liquid material dissolving the powder material and changing into a pasty form in cooperation with the powder material, with the powder material and the liquid material being accommodated separately in the accommodation chambers (3, 4), and the powder material and the liquid material changing into the pasty form after rupture of the weakened section can be pressed via surfaces of the bag body; and characterized in that the bag body has air incorporated into at least one of the accommodation chambers (3, 4), and a volume of the air at room temperature is in a range of 10 to 45% based on a volume of the accommodation chamber for gathering and mixing the contents accommodated within the accommodation chambers (3, 4). a bag body divided into a plurality of parts to form a plurality of sealed accommodation chambers (3, 4); and a weakened section, formed between the accommodation chambers (3, 4), for partitioning the accommodation chambers (3, 4) the weakened section being formed to be rupturable by a pressing force applied to the bag body, the accommodation chambers (3, 4) being allowed to communicate after rupture of the weakened section, whereby contents accommodated in the accommodation chambers (3, 4) can be gathered within one of the accommodation chambers (3, 4) and can be mixed there, wherein the bag body is configured such that the plurality of accommodation chambers (3, 4) accommodate a dental powder/liquid material composed of a powder material containing an organic polymer, and a liquid material dissolving the powder material and changing into a pasty form in cooperation with the powder material, with the powder material and the liquid material being accommodated separately in the accommodation chambers (3, 4), and the powder material and the liquid material changing into the pasty form after rupture of the weakened section can be pressed via surfaces of the bag body; and characterized in that the bag body has air incorporated into at least one of the accommodation chambers (3, 4), and a volume of the air at room temperature is in a range of 10 to 45% based on a volume of the accommodation chamber for gathering and mixing the contents accommodated within the accommodation chambers (3, 4).
A soluble single-chain T cell receptor fusion complex comprising a single-chain T cell receptor polypeptide and an interleukin-2 (IL-2) polypeptide connected by a peptide linker.
A mixture of esters obtainable by reacting components of an esterifiable composition with each other, wherein the esterifiable composition comprises (a) at least one trimer fatty acid, (b) at least one fatty acid, and (c) at least one hydroxy monocarboxylic acid. (a) at least one trimer fatty acid, (b) at least one fatty acid, and (c) at least one hydroxy monocarboxylic acid.
Robot comprising a robot arm, a device secured to the robot arm or integrated into the robot arm for projecting an image onto the surface of an object, a data processing device and a device secured in particular to the robot arm or integrated into the robot arm for capturing an image of the image projected onto the surface of the object, which virtual input means of the data processing device or virtual input means of an additional data processing device present, wherein the data processing device is configured to analyse an image data record which is assigned to an image captured by the device for capturing an image of the image projected onto the surface of the object and to analyse the image data record for a gesture of a person in order to identify the activation of the virtual input means.
A closing/locking mechanism, comprising: an actuation lever, preferably pivotably mounted; a tension bow or claw/clamping claw, which is directly or indirectly coupled to the actuation lever; and an engagement element forming an undercut, with which the tension bow or claw/clamping claw can be brought into operative engagement in order to exert a tensile force on the engagement element when the actuation lever is actuated; characterized in that the tension bow or claw/clamping claw is mounted so as to be displaceable transversely, preferably at a substantially right angle, to the tensile force to be exerted; and a spring (18, 18', 18") or a similar pre-tensioning element is arranged in an operative position relative to the tensioning bow or claw/clamping claw in such a way that it only applies a compressive force to the tension bow or claw/clamping claw in a direction essentially parallel to the tensile force to be exerted, when the actuation lever is in a predetermined actuating position and consequently in a predetermined or predeterminable displacement position of the tension bow or claw/clamping claw, in which the tension bow or claw/clamping claw already egages behind the engagement element. an actuation lever, preferably pivotably mounted; a tension bow or claw/clamping claw, which is directly or indirectly coupled to the actuation lever; and an engagement element forming an undercut, with which the tension bow or claw/clamping claw can be brought into operative engagement in order to exert a tensile force on the engagement element when the actuation lever is actuated; characterized in that the tension bow or claw/clamping claw is mounted so as to be displaceable transversely, preferably at a substantially right angle, to the tensile force to be exerted; and a spring (18, 18', 18") or a similar pre-tensioning element is arranged in an operative position relative to the tensioning bow or claw/clamping claw in such a way that it only applies a compressive force to the tension bow or claw/clamping claw in a direction essentially parallel to the tensile force to be exerted, when the actuation lever is in a predetermined actuating position and consequently in a predetermined or predeterminable displacement position of the tension bow or claw/clamping claw, in which the tension bow or claw/clamping claw already egages behind the engagement element.
A method of supporting location services, comprising: receiving, by a target serving node, an indication of handover of a user equipment, UE, from a first radio access network, RAN, to a second RAN, wherein, prior to the handover, the UE is served by a source serving node via the first RAN and the location services for the UE are supported using a source location server and wherein the UE is served by the target serving node via the second RAN after the handover; and sending directly by the target serving node, after the handover is complete, an identity of the target serving node to a target location server configured to support location services for the UE via the second RAN after the handover, wherein the target location server comprises a Gateway Mobile Location Center, GMLC, or a Mobile Positioning Center, MPC, but not a Location and Routing Function, LRF. receiving, by a target serving node, an indication of handover of a user equipment, UE, from a first radio access network, RAN, to a second RAN, wherein, prior to the handover, the UE is served by a source serving node via the first RAN and the location services for the UE are supported using a source location server and wherein the UE is served by the target serving node via the second RAN after the handover; and sending directly by the target serving node, after the handover is complete, an identity of the target serving node to a target location server configured to support location services for the UE via the second RAN after the handover, wherein the target location server comprises a Gateway Mobile Location Center, GMLC, or a Mobile Positioning Center, MPC, but not a Location and Routing Function, LRF.
Locking device for a door with a frame mounting element, a door mounting element and a locking lever connecting the two mounting elements (2, 3) for locking the door in its open position, characterised in that the frame mounting element and the door mounting element each have two locking contours (2.2a, 2.2b, 3.2a, 3.2b) for locking the locking lever, which are arranged in such a way that, in the mounted state of the locking device, a door which is hinged on both sides can be locked either in its right-hand open position or its left-hand open position.
A device for use with a conduit having a first conduit end and a second conduit end, into which conduit a cable can be installed using a flow of air into the first conduit end, the device being suitable for confirming that the flow of air is exiting the second conduit end, the device comprising - a housing, - means to enable connection of the device to the second conduit end, - a light source, - a detector arranged to detect a presence or absence of a light signal, and - a light shield, characterised in that the light shield comprises a piston and, in use, the flow of air entering the device causes the piston to move from a first position relative to the light source to a second position relative to the light source and to stay at the second position relative to the light source, permitting the detector to detect one or more of - the presence or absence of the light signal, - an intensity level of the light signal, - a change in the presence or absence of the light signal, or - a change in the intensity level of the light signal wherein the piston is configured to slide between these two positions within the housing. - a housing, - means to enable connection of the device to the second conduit end, - a light source, - a detector arranged to detect a presence or absence of a light signal, and - a light shield, characterised in that the light shield comprises a piston and, in use, the flow of air entering the device causes the piston to move from a first position relative to the light source to a second position relative to the light source and to stay at the second position relative to the light source, permitting the detector to detect one or more of - the presence or absence of the light signal, - an intensity level of the light signal, - a change in the presence or absence of the light signal, or - a change in the intensity level of the light signal
A method of manufacturing a secondary battery, the method comprising: performing a formation process on a battery cell comprising a dead space to generate a gas within the battery cell; closing a piercing tool of a gas removing device to form a through hole in the dead space, thereby discharging the gas within the battery cell through the piercing tool; closing a sealing tool of the gas removing device after the gas is discharged to thermally bond an inner portion of the dead space that is adjacent to an electrode assembly within the battery cell; opening the piercing tool after the inner portion of the dead space is bonded in a state in which the sealing tool is closed; and opening the sealing tool after the piercing tool is opened. performing a formation process on a battery cell comprising a dead space to generate a gas within the battery cell; closing a piercing tool of a gas removing device to form a through hole in the dead space, thereby discharging the gas within the battery cell through the piercing tool; closing a sealing tool of the gas removing device after the gas is discharged to thermally bond an inner portion of the dead space that is adjacent to an electrode assembly within the battery cell; opening the piercing tool after the inner portion of the dead space is bonded in a state in which the sealing tool is closed; and opening the sealing tool after the piercing tool is opened.
An image decoding device for decoding encoded image data for each coding unit to generate a decoded image, comprising: a CU information decoding unit configured to decode information for specifying partition information in which a current coding unit is split into two or more prediction units, PUs; and an arithmetic decoding unit configured to decode binary values from the encoded image data using one of arithmetic decoding that uses contexts and arithmetic decoding that does not use contexts, wherein in a case that the partition information is an asymmetric partition including rectangular partitions for inter prediction and the coding unit has a size larger than 8 x 8 size, the information for specifying the partition information contains a first binary sequence and a second binary sequence, wherein the first binary sequence includes one bin indicating whether a direction of partitioning is a landscape orientation or a portrait orientation and the second binary sequence is formed by two bins and a first bin in the second binary sequence indicates whether a partition is symmetric or asymmetric and a second bin in the second binary sequence indicates a positional relationship between a smaller PU and a larger PU in the asymmetric partition, and the arithmetic decoding unit is configured to decode the first bin in the second binary sequence by the arithmetic decoding that does not use contexts and to decode the other bin in the second binary sequence by the arithmetic decoding that uses contexts. a CU information decoding unit configured to decode information for specifying partition information in which a current coding unit is split into two or more prediction units, PUs; and an arithmetic decoding unit configured to decode binary values from the encoded image data using one of arithmetic decoding that uses contexts and arithmetic decoding that does not use contexts, wherein in a case that the partition information is an asymmetric partition including rectangular partitions for inter prediction and the coding unit has a size larger than 8 x 8 size, the information for specifying the partition information contains a first binary sequence and a second binary sequence, wherein the first binary sequence includes one bin indicating whether a direction of partitioning is a landscape orientation or a portrait orientation and the second binary sequence is formed by two bins and a first bin in the second binary sequence indicates whether a partition is symmetric or asymmetric and a second bin in the second binary sequence indicates a positional relationship between a smaller PU and a larger PU in the asymmetric partition, and the arithmetic decoding unit is configured to decode the first bin in the second binary sequence by the arithmetic decoding that does not use contexts and to decode the other bin in the second binary sequence by the arithmetic decoding that uses contexts.
A film capacitor comprising: a resin layer having a linear protrusion on a first surface and having a linear recess on a second surface; and a metal layer provided on the first surface of the resin layer, characterized in that in the second surface of the resin layer, a total length of the linear recess per 1 cm 2 is 3 m or less, and an average depth of the linear recess is 0.01 μm or more and 1.3 μm or less. a resin layer having a linear protrusion on a first surface and having a linear recess on a second surface; and a metal layer provided on the first surface of the resin layer, characterized in that in the second surface of the resin layer, a total length of the linear recess per 1 cm 2 is 3 m or less, and an average depth of the linear recess is 0.01 μm or more and 1.3 μm or less.
Drive mechanism for an open roof construction of a vehicle, comprising a guide channel (5,5') and a slide shoe cooperating therewith, which guide channel (5,5') comprises a first guide channel part extending in a substantially horizontal direction for moving the slide shoe on a first level in said substantially horizontal direction, and a second guide channel part extending downwardly relative to said substantially horizontal direction for moving the slide shoe to a lower second level, and further comprising an elongate drive member attached to the slide shoe and extending along the guide channel (5,5'), substantially in parallel to the first part of the guide channel (5,5'), characterized in that at least one portion (6';6") of the slide shoe relative to the remainder of the slide shoe is movable to a position not to interfere with the elongate drive member when the slide shoe is positioned at its lower second level, wherein the drive member is located within the vertical projection of the guide channel (5,5') and at a level above the level assumed by the lowermost part of the slide shoe when the slide shoe is positioned at its lower second level.