mhurhangee/ep-ind-claims huggingface dataset:
A combination package, comprising: a beverage glass (12, 12', 12") having an upper shell-shaped body defining an upwardly narrowing tapered flume terminating in an upper rim thereof defining an open mouth, and a lower base opposite the open mouth; and a bottle (14', 14") defining a container for retaining a beverage and a pour spout for dispensing the beverage therefrom, the bottle (14', 14") having a size and shape for select slide-in reception through the open mouth of the beverage glass (12, 12', 12") in an inverted orientation such that the upwardly narrowing tapered flume selectively engages a sidewall of the container for friction-fit engagement therewith, wherein engagement of the bottle (14', 14") with the beverage glass (12, 12', 12") forms the combination package; characterized in that the bottle (14', 14") includes a detent protrusion (66, 74) at least partially disposed around the circumference of the bottle (14', 14") and a slant adjacent to and increasing in diameter away from the detent protrusion (66, 74) and toward a bottom of the bottle (14', 14"). a beverage glass (12, 12', 12") having an upper shell-shaped body defining an upwardly narrowing tapered flume terminating in an upper rim thereof defining an open mouth, and a lower base opposite the open mouth; and a bottle (14', 14") defining a container for retaining a beverage and a pour spout for dispensing the beverage therefrom, the bottle (14', 14") having a size and shape for select slide-in reception through the open mouth of the beverage glass (12, 12', 12") in an inverted orientation such that the upwardly narrowing tapered flume selectively engages a sidewall of the container for friction-fit engagement therewith, wherein engagement of the bottle (14', 14") with the beverage glass (12, 12', 12") forms the combination package; characterized in that the bottle (14', 14") includes a detent protrusion (66, 74) at least partially disposed around the circumference of the bottle (14', 14") and a slant adjacent to and increasing in diameter away from the detent protrusion (66, 74) and toward a bottom of the bottle (14', 14").
A power tool including: a motor; a gear mechanism that changes the speed of an output of the motor; a drive circuit including a switching element that controls power supplied to the motor; a housing that accommodates the motor; a fixture that fixes the motor to the housing; and a temperature sensor that measures a temperature of the switching element, characterized in that the drive circuit stops supplying power to the motor when the temperature measured by the temperature sensor reaches a predetermined temperature, and in that the fixture functions to radiate heat from the switching element. a motor; a gear mechanism that changes the speed of an output of the motor; a drive circuit including a switching element that controls power supplied to the motor; a housing that accommodates the motor; a fixture that fixes the motor to the housing; and a temperature sensor that measures a temperature of the switching element, characterized in that the drive circuit stops supplying power to the motor when the temperature measured by the temperature sensor reaches a predetermined temperature, and in that the fixture functions to radiate heat from the switching element.
A support device, preferably for a hand-held shower, comprising - a support slider, displaceable along a support bar, having a releasable clamping device for fixing the support slider on the support bar, wherein the clamping device comprises two clamping jaws (8a, 8b) capable of being expanded elastically from a clamping position reducing a clamping gap to a sliding position increasing the clamping gap, which jaws encompass the support bar at least partially and define a clamping gap between them, and - an operating unit which, in an operative position, retains the clamping jaws in the clamping gap increasing sliding position, while the clamping jaws assume their clamping position in an initial position of the operating unit, characterized in that - the operating unit includes a wedge element extending displaceably into the clamping gap, or - the operating unit includes an eccentric rotational element, with the eccentric motion of said element acting on the clamping jaws. - a support slider, displaceable along a support bar, having a releasable clamping device for fixing the support slider on the support bar, wherein the clamping device comprises two clamping jaws (8a, 8b) capable of being expanded elastically from a clamping position reducing a clamping gap to a sliding position increasing the clamping gap, which jaws encompass the support bar at least partially and define a clamping gap between them, and - an operating unit which, in an operative position, retains the clamping jaws in the clamping gap increasing sliding position, while the clamping jaws assume their clamping position in an initial position of the operating unit, - the operating unit includes a wedge element extending displaceably into the clamping gap, or - the operating unit includes an eccentric rotational element, with the eccentric motion of said element acting on the clamping jaws.
Ionization method for ionizing an analyte to be examined by means of ion mobility spectrometry by means of pulses of an ionizing radiation, characterised in that a pulse sequence is modulated with a known chronologically variable quasi-random application pattern or with a known chronologically variable application pattern, wherein the known chronologically variable application pattern is formed with continuously changing frequency for Fourier coding and when using the known chronologically variable application pattern, signals in the frequency range are measured by means of using periodically generated pulses and at least one receiving gate opening accordingly.
A baseband processing assembly (100, 200, 300) for processing signals of at least one remote radio head, the at least one remote radio head serving a radio cell of a cellular communication system, the baseband processing assembly (100, 200, 300) comprising a set of user packet schedulers (107A-M), a cell packet scheduler and a set of user data processors (111A-M) adapted to perform dedicated control plane protocol stack processing of respective user specific data, wherein the cell packet scheduler is assigned to the radio cell, wherein the set of user packet schedulers are assigned to a group of users (101A-N) associated to the radio cell, wherein the cell packet scheduler and a first user packet scheduler of the set of user packet schedulers (107A-M) are operable to mutually exchange data for providing resource assignment information and establishing a channel with a first user (101A-N) of the group of users using the resource assignment information.
An electrical junction box including: a frame and a cassette block (23, 25) from which a plurality of electric wires are drawn out, wherein the frame has a side wall defining a shape of the frame, the frame having a first opening and a second opening provided at two ends of the side wall, wherein the cassette block (23, 25) is configured to be attached to the frame from the first opening along a first direction and the plurality of electric wires are drawn out along a second direction when the cassette block (23, 25) is attached to the frame, the first direction being a direction oriented toward the second opening from the first opening, the second direction being another direction oriented toward the first opening from the second opening, and wherein the cassette block (23, 25) has a jig engagement portion, characterized in that the jig engagement portion is configured such that a jig or device (44, 45) which has been inserted into the frame and the cassette block (23, 25) from a side of the second opening along the second direction can engage with the jig engagement portion (38, 51) and the cassette block (23, 25) can be drawn into the frame by the jig or device (44, 45) inserted into the cassette block (23, 25) moving in the first direction. a frame and a cassette block (23, 25) from which a plurality of electric wires are drawn out, wherein the frame has a side wall defining a shape of the frame, the frame having a first opening and a second opening provided at two ends of the side wall, wherein the cassette block (23, 25) is configured to be attached to the frame from the first opening along a first direction and the plurality of electric wires are drawn out along a second direction when the cassette block (23, 25) is attached to the frame, the first direction being a direction oriented toward the second opening from the first opening, the second direction being another direction oriented toward the first opening from the second opening, and wherein the cassette block (23, 25) has a jig engagement portion, characterized in that the jig engagement portion is configured such that a jig or device (44, 45) which has been inserted into the frame and the cassette block (23, 25) from a side of the second opening along the second direction can engage with the jig engagement portion (38, 51) and the cassette block (23, 25) can be drawn into the frame by the jig or device (44, 45) inserted into the cassette block (23, 25) moving in the first direction.
A method performed by a restoration proxy host, RPH, for restoring virtual machines, comprising: receiving, from an administrator client, a restoration request comprising a virtual machine identifier, ID, and a target host ID; in response to receiving the restoration request: obtaining stored primary connection information, PCI; establishing a first connection to a central management service, CMS, using the PCI; maintaining a keep-alive status, KAS, describing a validity state of the first connection; and restoring a virtual machine associated with the virtual machine ID, on a target virtual machine host, VMH, (108A... 108N) associated with the target host ID, based on the KAS, wherein restoring comprises: establishing a second connection to the target VMH (108A... 108N), wherein the second connection is an indirect connection in that it is established through the CMS; and in a case where the CMS is unreachable, establishing a third connection to the target VMH (108A... 108N), wherein the third connection is a direct connection in that it bypasses the CMS, and continuing to restore the virtual machine via the third connection. receiving, from an administrator client, a restoration request comprising a virtual machine identifier, ID, and a target host ID; in response to receiving the restoration request: obtaining stored primary connection information, PCI; establishing a first connection to a central management service, CMS, using the PCI; maintaining a keep-alive status, KAS, describing a validity state of the first connection; and restoring a virtual machine associated with the virtual machine ID, on a target virtual machine host, VMH, (108A... 108N) associated with the target host ID, based on the KAS, obtaining stored primary connection information, PCI; establishing a first connection to a central management service, CMS, using the PCI; maintaining a keep-alive status, KAS, describing a validity state of the first connection; and restoring a virtual machine associated with the virtual machine ID, on a target virtual machine host, VMH, (108A... 108N) associated with the target host ID, based on the KAS, wherein restoring comprises: establishing a second connection to the target VMH (108A... 108N), wherein the second connection is an indirect connection in that it is established through the CMS; and in a case where the CMS is unreachable, establishing a third connection to the target VMH (108A... 108N), wherein the third connection is a direct connection in that it bypasses the CMS, and continuing to restore the virtual machine via the third connection. establishing a second connection to the target VMH (108A... 108N), wherein the second connection is an indirect connection in that it is established through the CMS; and in a case where the CMS is unreachable, establishing a third connection to the target VMH (108A... 108N), wherein the third connection is a direct connection in that it bypasses the CMS, and continuing to restore the virtual machine via the third connection.
A liquid discharge apparatus comprising: a transport belt configured to transport a medium by adhering the medium to an adhesive layer which is on a surface of the transport belt; a liquid discharge section configured to discharge a liquid toward the surface of the transport belt and characterized by a sensor configured to detect a presence or absence of floating being generated in the medium on the transport belt; a flattening section configured to carry out an action of flattening with regard to the medium on the transport belt; and a control section configured to control an operation of the flattening section based on detecting information from the sensor, wherein the liquid discharge section is configured to be moved back and forth in a width direction which intersects with a transport direction of the medium, the control section is further configured to control execution of a process for flattening using the flattening section in a state where the liquid discharge section is moved to a retreat position so as to not impede an operation of the flattening section when the floating in the medium is detected by the sensor, and the control section is further configured to control the liquid discharge section to retreat to above a side edge in the width direction of the transport belt where no medium exists on the transport belt and control carrying out a flushing operation at the retreat position. a transport belt configured to transport a medium by adhering the medium to an adhesive layer which is on a surface of the transport belt; a liquid discharge section configured to discharge a liquid toward the surface of the transport belt and characterized by a sensor configured to detect a presence or absence of floating being generated in the medium on the transport belt; a flattening section configured to carry out an action of flattening with regard to the medium on the transport belt; and a control section configured to control an operation of the flattening section based on detecting information from the sensor, the liquid discharge section is configured to be moved back and forth in a width direction which intersects with a transport direction of the medium, the control section is further configured to control execution of a process for flattening using the flattening section in a state where the liquid discharge section is moved to a retreat position so as to not impede an operation of the flattening section when the floating in the medium is detected by the sensor, and the control section is further configured to control the liquid discharge section to retreat to above a side edge in the width direction of the transport belt where no medium exists on the transport belt and control carrying out a flushing operation at the retreat position.
A fluid dispensing container comprising: a container body formed from a first flexible material, the container body having an outer surface, an inner surface, a filling end and a dispensing end, the inner surface of the container body defining an interior cavity; a membrane formed from a second flexible material, the second flexible material being a contiguous, single monolayer of thermoplastic material; and a seal coupling the membrane to the inner surface of the container body at a position located between the filling end and the dispensing end such that the membrane divides the interior cavity into a contents chamber and a dispensing chamber, the membrane and the seal are configured to be fluid tight to maintain fluid within the contents chamber prior to rupture of the membrane; wherein the rupture stress of the second flexible material is less than the rupture stress of the first flexible material such that, as fluid pressure within the contents chamber increases, the membrane is configured to rupture without the container body rupturing. a container body formed from a first flexible material, the container body having an outer surface, an inner surface, a filling end and a dispensing end, the inner surface of the container body defining an interior cavity; a membrane formed from a second flexible material, the second flexible material being a contiguous, single monolayer of thermoplastic material; and a seal coupling the membrane to the inner surface of the container body at a position located between the filling end and the dispensing end such that the membrane divides the interior cavity into a contents chamber and a dispensing chamber, the membrane and the seal are configured to be fluid tight to maintain fluid within the contents chamber prior to rupture of the membrane; wherein the rupture stress of the second flexible material is less than the rupture stress of the first flexible material such that, as fluid pressure within the contents chamber increases, the membrane is configured to rupture without the container body rupturing.
A clocked electronic device comprising: a wireless receiver or transceiver configured to receive a propagation-delayed wireless clock synchronization signal comprising first and second propagation-delayed carrier signals at respective first and second carrier frequencies separated by a frequency difference; a clock comprising a local oscillator and a digital counter, the local oscillator being configured to drive the digital counter; and at least one electronic signal processing component configured to perform clock synchronization including: determining a wrap count ( k) from a phase difference ( φ 1) between phases of the first and second propagation-delayed carrier signals; unwrapping a wrapped phase ( φ 2, wrapped) of the propagation-delayed wireless clock synchronization signal using the wrap count to generate an unwrapped phase ( φ 2, unwrapped); and synchronizing the clock using the unwrapped phase. a wireless receiver or transceiver configured to receive a propagation-delayed wireless clock synchronization signal comprising first and second propagation-delayed carrier signals at respective first and second carrier frequencies separated by a frequency difference; a clock comprising a local oscillator and a digital counter, the local oscillator being configured to drive the digital counter; and at least one electronic signal processing component configured to perform clock synchronization including: determining a wrap count ( k) from a phase difference ( φ 1) between phases of the first and second propagation-delayed carrier signals; unwrapping a wrapped phase ( φ 2, wrapped) of the propagation-delayed wireless clock synchronization signal using the wrap count to generate an unwrapped phase ( φ 2, unwrapped); and synchronizing the clock using the unwrapped phase. determining a wrap count ( k) from a phase difference ( φ 1) between phases of the first and second propagation-delayed carrier signals; unwrapping a wrapped phase ( φ 2, wrapped) of the propagation-delayed wireless clock synchronization signal using the wrap count to generate an unwrapped phase ( φ 2, unwrapped); and synchronizing the clock using the unwrapped phase.
A coreless roll of an absorbent sheet product made of a spirally wound continuous web of absorbent material having a first end and a second end, the web of absorbent material being wound such as to define an axial hollow passageway centrally positioned relative to the coreless roll and extending from one edge to another edge of the coreless roll and such that the first end is located on the outer side of the roll and the second end is located at the axial hollow passageway; wherein the second end of the continuous web of absorbent material comprises a coating composition comprising a nonionic cellulose ether.
A method of preparing (1R,2S,3R)-1-(2-(isoxazol-3-yl)-1H-imidazol-5-yl)butane-1,2,3,4-tetraol: which comprises: stirring a first mixture comprised of isoxazole-3-carbonitrile, a solvent, and a first base for less than 24 hours; stirring a second mixture formed by combining the first reaction mixture with fructosamine acetic acid salt for less than 24 hours; and isolating (1R,2S,3R)-1-(2-(isoxazol-3-yl)-1H-imidazol-5-yl)butane-1,2,3,4-tetraol from the second reaction mixture. stirring a first mixture comprised of isoxazole-3-carbonitrile, a solvent, and a first base for less than 24 hours; stirring a second mixture formed by combining the first reaction mixture with fructosamine acetic acid salt for less than 24 hours; and isolating (1R,2S,3R)-1-(2-(isoxazol-3-yl)-1H-imidazol-5-yl)butane-1,2,3,4-tetraol from the second reaction mixture.
A method of continuous controlled cooling of a high-carbon steel filament, said method comprising the step of contacting said steel filament with bismuth and not with lead wherein said contacting is done by conducting said steel filament through a bath of bismuth without lead.
Lifting device, comprising: - a lifting cylinder having a piston, - a vertically movable claw, which is fixedly connected to the piston of the lifting cylinder and can be positioned below an object to be lifted, - characterized by - a guide, which is connected to the piston of the lifting cylinder and is arranged obliquely with respect to the direction of movement of the piston, for a supporting element which can be placed with a contact surface laterally against the object to be lifted, and - an actuating element to displace the support element along the guide. - a lifting cylinder having a piston, - a vertically movable claw, which is fixedly connected to the piston of the lifting cylinder and can be positioned below an object to be lifted, - characterized by - a guide, which is connected to the piston of the lifting cylinder and is arranged obliquely with respect to the direction of movement of the piston, for a supporting element which can be placed with a contact surface laterally against the object to be lifted, and - an actuating element to displace the support element along the guide.