mhurhangee/patent-ind-claim-en huggingface dataset:
A plasma emitting device comprising: a plasma ejecting device configured to eject plasma; a container arranged such that at least a plasma emission port of the plasma ejecting device is inside the container ; a container attachment frame to which the plasma ejecting device is attached; a processing gas supply device configured to supply an inactive gas and a mixed gas that is a mixture of an inactive and an active gas; an interval adjusting mechanism configured to adjust an interval between a target body and the plasma emission port arranged inside the container , and the interval adjusting mechanism is formed from a shape or material that enables the container to change shape, and adjusts the interval by changing the shape of the container , characterized by: the plasma ejecting device being movable with respect to the container attachment frame , a gas sensor configured to measure concentrations of the active gas inside the container , the interval adjusting mechanism including an application distance fixing attachment that is attached close to the plasma emission port of the plasma ejecting device. a plasma ejecting device configured to eject plasma; a container arranged such that at least a plasma emission port of the plasma ejecting device is inside the container ; a container attachment frame to which the plasma ejecting device is attached; a processing gas supply device configured to supply an inactive gas and a mixed gas that is a mixture of an inactive and an active gas; an interval adjusting mechanism configured to adjust an interval between a target body and the plasma emission port arranged inside the container , and the interval adjusting mechanism is formed from a shape or material that enables the container to change shape, and adjusts the interval by changing the shape of the container , characterized by: the plasma ejecting device being movable with respect to the container attachment frame , a gas sensor configured to measure concentrations of the active gas inside the container , the interval adjusting mechanism including an application distance fixing attachment that is attached close to the plasma emission port of the plasma ejecting device. the plasma ejecting device being movable with respect to the container attachment frame , a gas sensor configured to measure concentrations of the active gas inside the container , the interval adjusting mechanism including an application distance fixing attachment that is attached close to the plasma emission port of the plasma ejecting device.
A hand tool comprising a head connected to a handle , wherein the handle and/or the head are associated with illumination means for illuminating a workpiece and at least one energy store for electrically supplying the illumination means, wherein the head is a hammer head or an axe or hatchet blade, characterized in that the illumination means project an elongated light trace extending in one common plane with the handle and the head .
A print head carriage assembly in a printer, comprising: - a carriage arranged to move in a main scanning direction (x) relative to a recording medium ; - a plurality of ink-jet print heads mounted on the carriage and arranged to apply a curable marking material onto the recording medium ; and - a number of curing devices mounted on the carriage and disposed in positions relative to the print heads such that each print head is associated with at least one of the curing devices, said at least one of the curing devices being disposed to follow its associated print head in a distance (d ij ) in the main scanning direction so as to cure the ink that has been applied with that print head , - the print heads being arranged in at least two rows (i) which extend in the main scanning direction (x) and are staggered in a sub-scanning direction (y) normal to the main scanning direction (x), and the print heads being grouped such that each print head in each row (i) has, in each other row, a counterpart print head which belongs to the same group (j) and print with the same color, characterized in that the curing devices comprise at least one separate curing device (16, 18; 20, 22) for each row (i), each separate curing device is associated with print heads of at least two groups (j), and the distances (d ij ) between the curing devices and the associated print heads are different from group to group but are the same for all rows. - a carriage arranged to move in a main scanning direction (x) relative to a recording medium ; - a plurality of ink-jet print heads mounted on the carriage and arranged to apply a curable marking material onto the recording medium ; and - a number of curing devices mounted on the carriage and disposed in positions relative to the print heads such that each print head is associated with at least one of the curing devices, said at least one of the curing devices being disposed to follow its associated print head in a distance (d ij ) in the main scanning direction so as to cure the ink that has been applied with that print head , - the print heads being arranged in at least two rows (i) which extend in the main scanning direction (x) and are staggered in a sub-scanning direction (y) normal to the main scanning direction (x), and the print heads being grouped such that each print head in each row (i) has, in each other row, a counterpart print head which belongs to the same group (j) and print with the same color,
A method, executed by a controller, wherein the controller is a radio network controller (RNC) or a base station controller, comprising: performing adaptive filtering on a wireless network quality indicator to predict future values of the wireless network quality indicator; calculating residues between the predicted future values and measured values of the wireless network quality indicator; analyzing the residues over at least one selected frequency band to determine if a threshold has been exceeded for the at least one selected frequency band; and detecting an anomaly event of the wireless network in a frequency band in which a threshold has been exceeded using the residues and measured values of the wireless network quality indicator, wherein detecting the anomaly event includes completing a contour using a morphological filtering process. performing adaptive filtering on a wireless network quality indicator to predict future values of the wireless network quality indicator; calculating residues between the predicted future values and measured values of the wireless network quality indicator; analyzing the residues over at least one selected frequency band to determine if a threshold has been exceeded for the at least one selected frequency band; and detecting an anomaly event of the wireless network in a frequency band in which a threshold has been exceeded using the residues and measured values of the wireless network quality indicator, wherein detecting the anomaly event includes completing a contour using a morphological filtering process.
A medical handle for pneumatically or hydraulically driven medical instruments comprising a handle-side clutch member for mechanical and pneumatic/hydraulic coupling of a corresponding instrument-side clutch member and a manually operable valve mechanism for selective pressurization of a medical instrument coupled thereto or the motor unit thereof, said handle being equipped with a safety function for preventing pressurization in the case of an uncoupled medical instrument or the motor unit thereof, wherein the handle-side clutch member is provided with a first valve device of the valve mechanism or interacts with the same and the handle-side clutch member interacts with a second manually-operated valve device of the valve mechanism , the handle-side clutch member interacts with the valve mechanism such that during or by the mechanical coupling operation the first valve device is automatically opened during pressure-tight locking of the handle-side clutch member and the second valve device is operative for manual opening and closing only in the coupled and preferably locked state of the handle-side clutch member , so that the handle-side clutch member interacts with the valve mechanism such that during or by the mechanical coupling operation the second valve device is enabled for manual opening, whereas in the uncoupled state, correspondingly, the first valve device of the valve mechanism is closed and the second valve device is functional and correspondingly enabling of the second valve device is cancelled.
A virtual delivery appliance comprising: a memory and a processor configured to cooperate with the memory to communicate with a client device over a network to provide the client device with a virtualized session for a user, communicate with the client device over the network to perform a registration operation with a registration and authentication function , an application within the virtualized session performing an authentication operation with the registration and authentication function to access a resource, forward an authentication challenge message to the client device in response to the application receiving the authentication challenge message from the registration and authentication function for the user to access the resource, and receive an authentication answer message in response to the authentication challenge message from the client device , the authentication answer message being based upon a biometric characteristic of the user accessible from a memory of the client device , the application to forward the authentication answer message to the registration and authentication function to complete the authentication operation . communicate with a client device over a network to provide the client device with a virtualized session for a user, communicate with the client device over the network to perform a registration operation with a registration and authentication function , an application within the virtualized session performing an authentication operation with the registration and authentication function to access a resource, forward an authentication challenge message to the client device in response to the application receiving the authentication challenge message from the registration and authentication function for the user to access the resource, and receive an authentication answer message in response to the authentication challenge message from the client device , the authentication answer message being based upon a biometric characteristic of the user accessible from a memory of the client device , the application to forward the authentication answer message to the registration and authentication function to complete the authentication operation .
A method of wireless communication performed by a base station, BS, comprising: configuring a physical downlink control channel, PDCCH, component of a message B, msgB, communication to include a first portion of physical uplink control channel, PUCCH, signaling information for hybrid automatic repeat request, HARQ, feedback and signaling information for medium access control, MAC, sub-, protocol data unit, PDU, combining associated with the msgB communication; configuring a physical downlink shared channel, PDSCH, component of the msgB communication to include a second portion of the PUCCH signaling information for HARQ feedback and signaling information for MAC sub-PDU combining associated with the msgB communication; and transmitting the msgB communication to one or more UEs. configuring a physical downlink control channel, PDCCH, component of a message B, msgB, communication to include a first portion of physical uplink control channel, PUCCH, signaling information for hybrid automatic repeat request, HARQ, feedback and signaling information for medium access control, MAC, sub-, protocol data unit, PDU, combining associated with the msgB communication; configuring a physical downlink shared channel, PDSCH, component of the msgB communication to include a second portion of the PUCCH signaling information for HARQ feedback and signaling information for MAC sub-PDU combining associated with the msgB communication; and transmitting the msgB communication to one or more UEs.
A dental unit comprising a support and a display unit with a touch screen , the display unit being connected to the support in such a manner that the display unit is rotatable between a first orientation and a second orientation, wherein the first orientation is suitable for enabling a dental care professional to view content displayed on the touch screen during work on a patient situated in a chair of the dental unit , and thus is for displaying content on the touch screen , wherein the second orientation is suitable for enabling a dental care professional to input information by touching the touch screen , and thus is for receiving input by means of the touch screen, and wherein the support is adapted to support the display unit in the second orientation, and wherein the second orientation is horizontal or arranged in an acute angle with respect to a horizontal plane wherein the support comprises an abutment surface , the abutment surface being adapted for abutting a rear surface of the display unit in the second orientation. the display unit being connected to the support in such a manner that the display unit is rotatable between a first orientation and a second orientation, wherein the first orientation is suitable for enabling a dental care professional to view content displayed on the touch screen during work on a patient situated in a chair of the dental unit , and thus is for displaying content on the touch screen , wherein the second orientation is suitable for enabling a dental care professional to input information by touching the touch screen , and thus is for receiving input by means of the touch screen, and wherein the support is adapted to support the display unit in the second orientation, and wherein the second orientation is horizontal or arranged in an acute angle with respect to a horizontal plane wherein the support comprises an abutment surface , the abutment surface being adapted for abutting a rear surface of the display unit in the second orientation.
A compound of formula (I), or a pharmaceutically acceptable salt thereof: wherein X represents N or C-F; R 1 represents hydrogen or methyl; R 2 represents hydrogen, methyl or trifluoromethyl; and R 3 represents hydrogen, cyano, hydroxy or hydroxymethyl. X represents N or C-F; R 1 represents hydrogen or methyl; R 2 represents hydrogen, methyl or trifluoromethyl; and R 3 represents hydrogen, cyano, hydroxy or hydroxymethyl.
A drivetrain module for a motor vehicle, comprising: - a flywheel which is connected or connectable to a crankshaft and which has a multiplicity of fastening points and is rotatable about an axis of rotation ; and - a crankshaft starter-generator which has a rotor , wherein, in a region of magnetically soft action of the rotor , a multiplicity of passage openings is arranged in each case so as to be spatially assigned to the fastening points of the flywheel , through which passage openings pin-like fastening elements interact with the respectively assigned fastening points for the purposes of rotationally conjointly connecting the rotor and flywheel ; and - a closure element which is arranged between the rotor and an end , which is averted from the respective fastening point, of the fastening element , wherein the closure element bears areally against a side surface , averted from the flywheel , of the region of magnetically soft action of the rotor , characterized in that a profile of the closure element in a view in the direction of the axis of rotation is congruent with the side surface , and the closure element comprises mutually separate segments which are assigned to in each case one fastening point . - a flywheel which is connected or connectable to a crankshaft and which has a multiplicity of fastening points and is rotatable about an axis of rotation ; and - a crankshaft starter-generator which has a rotor , wherein, in a region of magnetically soft action of the rotor , a multiplicity of passage openings is arranged in each case so as to be spatially assigned to the fastening points of the flywheel , through which passage openings pin-like fastening elements interact with the respectively assigned fastening points for the purposes of rotationally conjointly connecting the rotor and flywheel ; and - a closure element which is arranged between the rotor and an end , which is averted from the respective fastening point, of the fastening element , wherein the closure element bears areally against a side surface , averted from the flywheel , of the region of magnetically soft action of the rotor ,
Clutch bearing device comprising a bearing including an inner ring and an outer ring , and an operating element mounted into a bore of the bearing and secured to one of the rings, said operating element comprising a rear plate provided with a flange and with at least one centring lug (26c; 26d) extending axially from said flange on the side opposite to the bearing, said operating element further comprising a spring provided with a main body disposed axially on the side of a front abutment surface of the flange of the rear plate, and with at least one centring part extending from said body, located partly above an outer abutment surface (42; 44) of the centring lug (26c; 26d) and having an end portion axially facing a rear abutment surface of said flange , the rear plate further comprises at least one protrusion (56; 58; 60; 62; 64; 66) provided on said centring lug (26c; 26d), protruding relative to the outer abutment surface , and adapted to cooperate by contact with the centring part of the spring so as to prevent angular movement of said spring relative to the rear plate at least in one direction, charaterized in that the outer abutment surface extends axially.
A conformal heat shield for a gas turbine engine , the conformal heat shield being configured to be uniformly spaced over an exterior compressor case of the gas turbine engine and comprising: a first section including a first arcuate segment and a second arcuate segment circumferentially adjacent to the first arcuate segment , wherein the first arcuate segment of the first section and the second arcuate segment of the first section each comprises: a first distal metal layer ; a first proximal metal layer located radially inward of the first distal metal layer; and an insulating material located between the first distal metal layer and the first proximal metal layer ; and characterised in that the first distal metal layer of the first arcuate segment and of the second arcuate segment includes a plurality of loops extending radially outward from the first distal metal layer ; and in that the conformal heat shield further comprises a first strap located through the plurality of loops of the first arcuate segment and through the plurality of loops of the second arcuate segment . a first section including a first arcuate segment and a second arcuate segment circumferentially adjacent to the first arcuate segment , wherein the first arcuate segment of the first section and the second arcuate segment of the first section each comprises: a first distal metal layer ; a first proximal metal layer located radially inward of the first distal metal layer; and an insulating material located between the first distal metal layer and the first proximal metal layer ; and characterised in that a first distal metal layer ; a first proximal metal layer located radially inward of the first distal metal layer; and an insulating material located between the first distal metal layer and the first proximal metal layer ; and characterised in that the first distal metal layer of the first arcuate segment and of the second arcuate segment includes a plurality of loops extending radially outward from the first distal metal layer ; and in that the conformal heat shield further comprises a first strap located through the plurality of loops of the first arcuate segment and through the plurality of loops of the second arcuate segment .
An anchor assembly for anchoring a tendon (T) to bone (B), comprising: a substantially cylindrical sheath having bone-engaging surface features formed on an external surface thereof, and having an inner lumen formed therein and extending from an open proximal end to a substantially closed distal end , the substantially closed distal end including at least one tendon anchoring feature extending distally therefrom and configured to facilitate anchoring of a tendon to bone; and an expander having a generally elongate cylindrical configuration and being sized and shaped to be received within the inner lumen of the sheath , the expander having a lumen extending therethrough for receiving a guidewire; wherein the at least one tendon anchoring feature comprises first and second prongs spaced apart from one another and extending distally from a distal-facing surface of the sheath ; characterized in that at least one prong has a distal pointed tip configured to penetrate through tissue (T). a substantially cylindrical sheath having bone-engaging surface features formed on an external surface thereof, and having an inner lumen formed therein and extending from an open proximal end to a substantially closed distal end , the substantially closed distal end including at least one tendon anchoring feature extending distally therefrom and configured to facilitate anchoring of a tendon to bone; and an expander having a generally elongate cylindrical configuration and being sized and shaped to be received within the inner lumen of the sheath , the expander having a lumen extending therethrough for receiving a guidewire; wherein the at least one tendon anchoring feature comprises first and second prongs spaced apart from one another and extending distally from a distal-facing surface of the sheath ; characterized in that at least one prong has a distal pointed tip configured to penetrate through tissue (T).
A nanoparticle comprising an RNA hexameric nanoring with one to six functionalities attached by way of toehold interactions, wherein each toehold interaction comprises a single strand nucleation site on the nanoring that hybridizes to a complementary single strand nucleic acid on one of the functionalities, wherein (i) the one or more functionalities is an arm extension comprising double stranded RNA (dsRNA) or RNA/DNA hybrids or (ii) the one or more functionalities comprises one or more agents attached indirectly to the nanoring by attachment to said dsRNA or RNA-DNA arm extension.