mhurhangee/ep-ind-claims huggingface dataset:
A method for handover of user equipment between base stations in a heterogeneous radio communication system, the method comprising: determining a systematic imbalance difference between a serving base station in the heterogeneous network and a candidate base station in the heterogeneous network; if the systematic imbalance difference between the serving base station in the heterogeneous network and the candidate base station in the heterogeneous network exceeds a predetermined threshold, then obtaining uplink information associated with the user equipment and determining whether a combined downlink and uplink-based handover criterion is met; and initiating a handover procedure for the user equipment from the serving base station in the heterogeneous network to the candidate base station in the heterogeneous network based either: (a) on determining whether a downlink only-based handover criterion is met if the systematic imbalance difference does not exceed the predetermined threshold, or (b) on the determining that the combined downlink-and uplink based handover criterion is met if the systematic imbalance difference exceeds the predetermined threshold. determining a systematic imbalance difference between a serving base station in the heterogeneous network and a candidate base station in the heterogeneous network; if the systematic imbalance difference between the serving base station in the heterogeneous network and the candidate base station in the heterogeneous network exceeds a predetermined threshold, then obtaining uplink information associated with the user equipment and determining whether a combined downlink and uplink-based handover criterion is met; and initiating a handover procedure for the user equipment from the serving base station in the heterogeneous network to the candidate base station in the heterogeneous network based either: (a) on determining whether a downlink only-based handover criterion is met if the systematic imbalance difference does not exceed the predetermined threshold, or (b) on the determining that the combined downlink-and uplink based handover criterion is met if the systematic imbalance difference exceeds the predetermined threshold. (a) on determining whether a downlink only-based handover criterion is met if the systematic imbalance difference does not exceed the predetermined threshold, or (b) on the determining that the combined downlink-and uplink based handover criterion is met if the systematic imbalance difference exceeds the predetermined threshold.
Coffee machine with a housing, a brewing unit and with a drip tray and a container for coffee grounds, wherein the container for coffee grounds is embodied as a tray for coffee grounds and is fastened to the rear of the drip tray, so that these can be removed together from the housing and can be reinserted herein, characterised in that the tray for coffee grounds essentially has the height of the drip tray and comprises a front and rear segment (6, 7) and wherein when the drip tray and tray for coffee grounds (4, 5) are integrated, a coffee grounds collecting chamber is arranged above the front segment of the tray for coffee grounds and has a striking-off edge at the bottom so that when the drip tray and tray for coffee grounds (4, 5) are removed, a stack of coffee grounds collected in the coffee grounds collecting chamber is distributed via the striking-off edge onto the front and rear segment (6, 7) of the tray for coffee grounds.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent core comprising an absorbent material between a top core wrap sheet and a back core wrap sheet, said absorbent core being positioned in between said topsheet and said backsheet; said absorbent core having a first and second longitudinal edge (131, 132) and a front and rear transverse edge (133, 134), wherein the absorbent core is provided with a plurality of attachment zones where the top core wrap sheet is attached to the back core wrap sheet, wherein a position and/or shape of one or more attachment zones of the plurality of attachment zones is indicated by means of a distinguishable color and/or colored pattern which is provided on the backsheet so as to allow a user to easily distinguish a front and a rear portion of the absorbent article, wherein the plurality of attachment zones comprises: - at least a first and a second elongate attachment zone, said first and second elongate attachment zone extending next to each other from a crotch region in the direction of the front and/or rear transverse edge; characterized in that the plurality of attachment zones further comprises: - at least one connecting attachment zone connecting said first attachment zone with said second attachment zone; and in that the length of the first and the second elongate attachment zone is larger than 20% of the length of the absorbent core. - at least a first and a second elongate attachment zone, said first and second elongate attachment zone extending next to each other from a crotch region in the direction of the front and/or rear transverse edge; characterized in that the plurality of attachment zones further comprises: - at least one connecting attachment zone connecting said first attachment zone with said second attachment zone; and in that the length of the first and the second elongate attachment zone is larger than 20% of the length of the absorbent core.
Heating element for heating plastic profiles before they are joined by welding: a) at least one contact plate with a contact surface facing at least one plastic profile, b) at least one heating element, which is in operative connection with the contact plate, c) wherein the contact plate has at least one recess, which is arranged in the contact surface and which interrupts the contact surface, d) wherein the recess completely penetrates the contact plate or the recess has a bottom surface, wherein the bottom surface delimits the recess on the side of the recess facing away from the contact surface and the bottom surface is set back relative to the contact surface, e) wherein the contact plate and the heating element are designed as different components, and f) wherein the contact plate rests at least partially flat on the heating element in order to ensure good heat transfer between the two components, characterised g) in that the heating element has at least one connecting element which firmly connects the contact plate to the heating element in a detachable manner, and h) in that two contact plates are provided, which in the operating state are arranged on one side of the heating element in each case and which are designed symmetrically to one another in relation to the centre plane of the heating element. a) at least one contact plate with a contact surface facing at least one plastic profile, b) at least one heating element, which is in operative connection with the contact plate, c) wherein the contact plate has at least one recess, which is arranged in the contact surface and which interrupts the contact surface, d) wherein the recess completely penetrates the contact plate or the recess has a bottom surface, wherein the bottom surface delimits the recess on the side of the recess facing away from the contact surface and the bottom surface is set back relative to the contact surface, e) wherein the contact plate and the heating element are designed as different components, and f) wherein the contact plate rests at least partially flat on the heating element in order to ensure good heat transfer between the two components, characterised g) in that the heating element has at least one connecting element which firmly connects the contact plate to the heating element in a detachable manner, and h) in that two contact plates are provided, which in the operating state are arranged on one side of the heating element in each case and which are designed symmetrically to one another in relation to the centre plane of the heating element.
Use of a device for the machining by turning of rotationally symmetrical surfaces of a workpiece, with a rotating drive of the chucked workpiece, the rotation of the workpiece giving rise to the machining cutting speed, with a tool having a cutting edge and with a feed of the tool, the feed speed of which is substantially lower than the cutting speed and by which the cutting edge comes into engagement with the workpiece at an active location travelling along the cutting edge, the tool with the cutting edge being arranged pivotably about a tool rotation axis, and the cutting edge being oriented on the tool such that the cutting edge obliquely pierces an axial plane containing the tool rotation axis, the tool having a second cutting edge which is arranged and oriented so as to be offset to the first cutting edge by the amount of a rotary angle about the tool rotation axis and can be moved together with the first cutting edge along a feed path (f), the front cutting edge, as seen in the feed direction of the tool, being a roughing cutting edge and the second cutting edge a smoothing cutting edge, characterized in that the axial width (b) of the cutting edges (16, 17) is equal to the width of the surface (18, 20, 22) machined by the cutting edges (16, 17), and in that the feed of the tool is set up for executing a compensating movement of the tool, superposed on the pivoting movement of the tool about the tool rotation axis and oriented preferably radially to the tool rotation axis or to a workpiece rotation axis, for the purpose of twist-free turning.
A method of generating encryption keys, comprising: configuring a semiconductor device having circuitry with a secret key value, the secret key value not accessible to software running on the device; configuring one-time electrically programmable semiconductor memory bits with initial values, each one-time electrically programmable semiconductor memory bit being limited to one change in value from a respective initial value; receiving a first lifecycle advance value from lifecycle advance bits stored by a first subset of the one-time electrically programmable semiconductor memory bits; receiving a first lifecycle rollback value from lifecycle rollback bits stored by a second subset of the one-time electrically programmable semiconductor memory bits; generating, using a lifecycle state generating process, a first lifecycle state value from the first lifecycle advance value and the first lifecycle roll- back value; receiving a first personality value from personality bits stored by a third sub- set of the one-time electrically programmable semiconductor memory bits; using a one-way processing function, generating a first key split value based on the secret key value, the first personality value, and the first lifecycle state value; and, generating, from the first key split value, a first encryption key. configuring a semiconductor device having circuitry with a secret key value, the secret key value not accessible to software running on the device; configuring one-time electrically programmable semiconductor memory bits with initial values, each one-time electrically programmable semiconductor memory bit being limited to one change in value from a respective initial value; receiving a first lifecycle advance value from lifecycle advance bits stored by a first subset of the one-time electrically programmable semiconductor memory bits; receiving a first lifecycle rollback value from lifecycle rollback bits stored by a second subset of the one-time electrically programmable semiconductor memory bits; generating, using a lifecycle state generating process, a first lifecycle state value from the first lifecycle advance value and the first lifecycle roll- back value; receiving a first personality value from personality bits stored by a third sub- set of the one-time electrically programmable semiconductor memory bits; using a one-way processing function, generating a first key split value based on the secret key value, the first personality value, and the first lifecycle state value; and, generating, from the first key split value, a first encryption key.
A method of producing an aluminum alloy product, comprising: continuously casting an aluminum alloy to form a slab, wherein the aluminum alloy comprises 0.03 - 1.2 wt. % Si, 0.06 - 1.5 wt. % Fe, 0.04 - 6.0 wt. % Cu, 0.005 - 0.9 wt. % Mn, 0.7 - 8.7 wt. % Mg, 0 - 0.3 wt. % Cr, 1.7 - 18.3 wt. % Zn, 0.005 - 0.6 wt. % Ti, 0 - 0.4 wt. % Zr, and up to 0.15 wt. % of impurities, with the remainder Al; cooling the slab upon exit from a continuous caster that continuously casts the slab, wherein the cooling step comprises quenching the slab with water at a quench rate of from 10°C/s up to 200°C/s; heating the slab to a temperature of from 300°C to 500°C at a heating rate of 150°C/hour or less; and hot rolling the slab to a final gauge without cold rolling the slab prior to the final gauge.
An oven for cooking food products comprising: an oven chamber comprising at least one side wall, a bottom wall, and a plurality of pan racks disposed on said side wall, wherein said pan racks include a plurality of shelf holders; a thermal unit that supplies thermal energy to said oven chamber to cook a food product; and a smoker assembly that supplies smoke to said food product; wherein said smoker assembly comprises a heater element and a pan that contains a smoke media, and wherein said pan and said heater element are shaped for disposition in said oven chamber below a lowermost one of said shelf holders and above said bottom wall, characterized in that said heater element comprises an upper level which extends through said side wall and a lower level that supports said pan below said lowermost shelf holders and above said bottom wall. an oven chamber comprising at least one side wall, a bottom wall, and a plurality of pan racks disposed on said side wall, wherein said pan racks include a plurality of shelf holders; a thermal unit that supplies thermal energy to said oven chamber to cook a food product; and a smoker assembly that supplies smoke to said food product; wherein said smoker assembly comprises a heater element and a pan that contains a smoke media, and wherein said pan and said heater element are shaped for disposition in said oven chamber below a lowermost one of said shelf holders and above said bottom wall, characterized in that said heater element comprises an upper level which extends through said side wall and a lower level that supports said pan below said lowermost shelf holders and above said bottom wall.
A communication method used for inter-system handover of a user equipment, UE, while the UE moves from a service area of a source application network of a source application system to a service area of a target application network of a target application system, and comprising: obtaining, by a network device, a source system identifier of the source application system; sending, by the network device, the source system identifier to a target application management unit in the target application system; wherein the network device is a capability exposure platform; wherein the method further comprises: receiving, by the capability exposure platform, location information of the UE from the source control plane device, wherein the location information corresponds to the service area of the target application system; and determining, by the capability exposure platform, a target system identifier based on the location information and preset application system information, wherein the application system information comprises service area information and system identifier information of an application system so that the target application management unit establishes a connection to the source application management unit, and the target application management unit and the source application management unit communicate with each other. obtaining, by a network device, a source system identifier of the source application system; sending, by the network device, the source system identifier to a target application management unit in the target application system; wherein the network device is a capability exposure platform; wherein the method further comprises: receiving, by the capability exposure platform, location information of the UE from the source control plane device, wherein the location information corresponds to the service area of the target application system; and determining, by the capability exposure platform, a target system identifier based on the location information and preset application system information, wherein the application system information comprises service area information and system identifier information of an application system so that the target application management unit establishes a connection to the source application management unit, and the target application management unit and the source application management unit communicate with each other. receiving, by the capability exposure platform, location information of the UE from the source control plane device, wherein the location information corresponds to the service area of the target application system; and determining, by the capability exposure platform, a target system identifier based on the location information and preset application system information, wherein the application system information comprises service area information and system identifier information of an application system so that the target application management unit establishes a connection to the source application management unit, and the target application management unit and the source application management unit communicate with each other.
A biodegradable nasal splint comprising: a sheet formed from a degradable material, wherein the degradable material comprises chitosan, wherein, when at least a portion of the sheet is rolled, the rolled portion of the sheet is configured to unroll, wherein the biodegradable nasal splint is configured for placement between a septum and an inferior turbinate so as to apply a radially outward force between the septum and the inferior turbinate.
A method for brokering a data access request, the method being performed by a computer system, the computer system including a brokering pipeline for brokering data access requests, a security boundary protecting the brokering pipeline and components inside the security boundary from components outside the security boundary, the method comprising: receiving a data access request from an external identity, the data access request requesting data maintained inside the security boundary, the external identity outside of the security boundary; mapping the external identity to a corresponding internal identity, the internal identity configured for use inside the security boundary; sending the data access request to an exposed endpoint (124, 126, 127), wherein the requested data is retrieved from one or more data repositories (141, 142, 143) that maintain the requested data; receiving a response to the data access request, the response including the requested data; rewriting the response, wherein the re-written response indicates that the response was sent by the brokering pipeline; and sending the re-written response to the external identity. receiving a data access request from an external identity, the data access request requesting data maintained inside the security boundary, the external identity outside of the security boundary; mapping the external identity to a corresponding internal identity, the internal identity configured for use inside the security boundary; sending the data access request to an exposed endpoint (124, 126, 127), wherein the requested data is retrieved from one or more data repositories (141, 142, 143) that maintain the requested data; receiving a response to the data access request, the response including the requested data; rewriting the response, wherein the re-written response indicates that the response was sent by the brokering pipeline; and sending the re-written response to the external identity.
Machine tool, in particular a pipe press, containing a drive, an output shaft, a threaded spindle mechanism and a linear actuator, wherein a torque generated by the drive is able to be transmitted to the linear actuator by way of the output shaft and the threaded spindle mechanism connected to the output shaft, characterized in that an eccentric transmission device for adapting the torque is contained between the drive and the threaded spindle mechanism, wherein the eccentric transmission device contains a drive eccentric, which is able to be driven by the drive, an eccentric gear, which is able to be driven by the drive eccentric, and a compensation coupling, which is able to be driven by the eccentric gear, for transmitting torque from the eccentric gear to the output shaft.
A device for incising a trabecular meshwork, the device comprising: a platform for elevating a portion of the trabecular meshwork away from an outer wall of a Schlemm's canal, the platform comprising a tip at a distal side of the platform and a top surface extending from the distal side to a proximal side of the platform, opposite the distal side of the platform; first and second sides (8, 9) extending from the top surface, wherein the first and second sides (8, 9) are parallel to each other; and first and second lateral elements (10, 11) for creating first and second incisions through the trabecular meshwork, the first and second lateral elements (10, 11) extending from the proximal side of the platform, characterized by a bottom surface, opposite the top surface and defined by: a first protrusion below the first side; and a second protrusion below the second side, wherein the first and second protrusions (38, 39) are separated by a gap. a platform for elevating a portion of the trabecular meshwork away from an outer wall of a Schlemm's canal, the platform comprising a tip at a distal side of the platform and a top surface extending from the distal side to a proximal side of the platform, opposite the distal side of the platform; first and second sides (8, 9) extending from the top surface, wherein the first and second sides (8, 9) are parallel to each other; and first and second lateral elements (10, 11) for creating first and second incisions through the trabecular meshwork, the first and second lateral elements (10, 11) extending from the proximal side of the platform, characterized by a bottom surface, opposite the top surface and defined by: a first protrusion below the first side; and a second protrusion below the second side, wherein the first and second protrusions (38, 39) are separated by a gap. a first protrusion below the first side; and a second protrusion below the second side, wherein the first and second protrusions (38, 39) are separated by a gap.