mhurhangee/patent-ind-claim-en huggingface dataset:
An attachment device for attaching a patient sling to a spreader bar , the device including: a first attachment site attachable to an attachment element of the sling or the spreader bar ; a second attachment site attachable to the other of the sling or the spreader bar ; characterised in that a locking element locks the attachment element to the first attachment site automatically upon initial connection of the attachment element to the attachment site, wherein the locking element is configured in a first position to allow movement of the attachment element along an axis of movement into the first attachment site, and the locking element in a second position prevents removal of the attachment element from the first attachment site, wherein the attachment device further comprises a release mechanism operable to allow removal of the attachment element wherein the attachment device is configured to allow rotation of the attachment element about the axis of movement when the attachment element is locked in place in the first attachment site, wherein operation of the release mechanism removes a resilient bias to allow the locking element to move from the first position to the second positon and/or wherein operation of the release mechanism allows the attachment element to move out of the first attachment site in a direction substantially perpendicular to the axis of movement, thereby bypassing the locking element , wherein the attachment device further includes a channel in communication with the first attachment site along which the attachment element is able to move in order to bypass the locking element . a first attachment site attachable to an attachment element of the sling or the spreader bar ; a second attachment site attachable to the other of the sling or the spreader bar ; characterised in that a locking element locks the attachment element to the first attachment site automatically upon initial connection of the attachment element to the attachment site, wherein the locking element is configured in a first position to allow movement of the attachment element along an axis of movement into the first attachment site, and the locking element in a second position prevents removal of the attachment element from the first attachment site, wherein the attachment device further comprises a release mechanism operable to allow removal of the attachment element wherein the attachment device is configured to allow rotation of the attachment element about the axis of movement when the attachment element is locked in place in the first attachment site, wherein operation of the release mechanism removes a resilient bias to allow the locking element to move from the first position to the second positon and/or wherein operation of the release mechanism allows the attachment element to move out of the first attachment site in a direction substantially perpendicular to the axis of movement, thereby bypassing the locking element , wherein the attachment device further includes a channel in communication with the first attachment site along which the attachment element is able to move in order to bypass the locking element .
A method for transmitting and receiving data in a wireless network, the method comprising: at a high-throughput station , receiving first data via a bonded channel which is formed by channel bonding first and second adjacent channels; and at the high-throughput station, transmitting second data with a legacy format simultaneously and separately via each of the first and second adjacent channels, wherein the second data is a legacy Acknowledge, ACK, frame transmitted in response to the first data, wherein the wireless network is compliant with the IEEE 802.11n standard, and the legacy format is compliant with the IEEE 802.11a standard, IEEE 802.11b standard, or IEEE 802.11g standard, and wherein a plurality of stations receive the second data and participate in a backoff procedure. at a high-throughput station , receiving first data via a bonded channel which is formed by channel bonding first and second adjacent channels; and at the high-throughput station, transmitting second data with a legacy format simultaneously and separately via each of the first and second adjacent channels, wherein the second data is a legacy Acknowledge, ACK, frame transmitted in response to the first data, wherein the wireless network is compliant with the IEEE 802.11n standard, and the legacy format is compliant with the IEEE 802.11a standard, IEEE 802.11b standard, or IEEE 802.11g standard, and wherein a plurality of stations receive the second data and participate in a backoff procedure.
A deposition apparatus comprising: a chamber (CHM); a stage (STG) which is disposed within the chamber (CHM) and on which a target substrate (SUB) can be seated; a deposition source disposed within the chamber (CHM) and comprising a deposition material; a plurality of nozzles connected to the deposition source within the chamber (CHM) to inject the deposition material in a direction of the stage (STG); and an ionizer (IZ) disposed between the nozzles and the stage (STG) to charge the deposition material injected from the nozzles , wherein each of the ionizer (IZ) and the nozzles are configured to have a first electric field (EF 1 ) generated therein, wherein the stage (STG) and the ionizer (IZ) are configured to have a second electric field (EF 2 ) having an intensity less than that of the first electric field (EF 1 ) generated therebetween, and wherein the ionizer (IZ) comprises: a first electrode unit ; and a second electrode unit disposed between the first electrode unit and the stage (STG) and having a plate shape in which a plurality of mesh holes (MH) are defined, wherein the first electrode unit comprises: a first plate having a plate shape; and a plurality of pin electrodes disposed on the first plate to charge the deposition material injected from the nozzles . a chamber (CHM); a stage (STG) which is disposed within the chamber (CHM) and on which a target substrate (SUB) can be seated; a deposition source disposed within the chamber (CHM) and comprising a deposition material; a plurality of nozzles connected to the deposition source within the chamber (CHM) to inject the deposition material in a direction of the stage (STG); and an ionizer (IZ) disposed between the nozzles and the stage (STG) to charge the deposition material injected from the nozzles , wherein each of the ionizer (IZ) and the nozzles are configured to have a first electric field (EF 1 ) generated therein, wherein the stage (STG) and the ionizer (IZ) are configured to have a second electric field (EF 2 ) having an intensity less than that of the first electric field (EF 1 ) generated therebetween, and wherein the ionizer (IZ) comprises: a first electrode unit ; and a second electrode unit disposed between the first electrode unit and the stage (STG) and having a plate shape in which a plurality of mesh holes (MH) are defined, wherein the first electrode unit comprises: a first plate having a plate shape; and a plurality of pin electrodes disposed on the first plate to charge the deposition material injected from the nozzles . a first electrode unit ; and a second electrode unit disposed between the first electrode unit and the stage (STG) and having a plate shape in which a plurality of mesh holes (MH) are defined, wherein the first electrode unit comprises: a first plate having a plate shape; and a plurality of pin electrodes disposed on the first plate to charge the deposition material injected from the nozzles . a first plate having a plate shape; and a plurality of pin electrodes disposed on the first plate to charge the deposition material injected from the nozzles .
A compound with generic Formula I: wherein ∗ indicates a chiral C that can be either an R configuration or an S configuration in terms of chirality; and salts thereof; with the caveat that R is not:
A combination of a CDK 4/6 inhibitor and a KRAS G12C inhibitor for use in a method of treating cancer in a subject in need thereof, comprising administering to the subject a therapeutically effective amount of the combination of a CDK 4/6 inhibitor and a KRAS G12C inhibitor, wherein the CDK 4/6 inhibitor is abemaciclib or palbociclib, and wherein the KRas G12C inhibitor is selected from the group consisting of: and or pharmaceutically acceptable salts thereof. wherein the CDK 4/6 inhibitor is abemaciclib or palbociclib, and wherein the KRas G12C inhibitor is selected from the group consisting of: and or pharmaceutically acceptable salts thereof.
A device for modulating a nerve within a body of a patient, the device comprising: a handheld device comprising an enclosure with an interior, an electrode positioned within the interior, and an electrically conductive interface configured for a contact with an outer skin surface of the patient; a source of energy housed within the interior of the enclosure; a signal generator housed within the enclosure and coupled to the source of energy and the electrode, wherein the signal generator is configured to apply an electrical impulse through the electrode and the electrically conductive interface of the enclosure transcutaneously through the outer skin surface of the patient to the nerve at a target region below the outer skin surface; and an electronic filter (R, R 1 , R 2 , C) housed within the enclosure and electrically coupling the electrode with the signal generator, wherein the electronic filter is configured to filter out a high frequency component from the electrical impulse. a handheld device comprising an enclosure with an interior, an electrode positioned within the interior, and an electrically conductive interface configured for a contact with an outer skin surface of the patient; a source of energy housed within the interior of the enclosure; a signal generator housed within the enclosure and coupled to the source of energy and the electrode, wherein the signal generator is configured to apply an electrical impulse through the electrode and the electrically conductive interface of the enclosure transcutaneously through the outer skin surface of the patient to the nerve at a target region below the outer skin surface; and an electronic filter (R, R 1 , R 2 , C) housed within the enclosure and electrically coupling the electrode with the signal generator, wherein the electronic filter is configured to filter out a high frequency component from the electrical impulse.
Fluid product dispenser comprising: - a fluid product reservoir (R; R') comprising a neck (R3), and - an assembly (E; E') comprising a dispensing member (P), such as a pump or a valve, the dispenser comprising at least one cam track (22; 22') and at least one lug (41; 311) designed to follow the cam track (22; 22') and a spring for urging the lug (41; 311) out of the cam track (22; 22'), the cam track (22; 22') being integral with one of the fluid product reservoir (R; R') and the assembly (E; E') and the lug being integral with the other of the fluid product reservoir (R; R') and the assembly (E; E'), characterized in that one of the cam track (22; 22') and the lug (41; 311) is formed by a rotary member (4; 2'). - a fluid product reservoir (R; R') comprising a neck (R3), and - an assembly (E; E') comprising a dispensing member (P), such as a pump or a valve, the dispenser comprising at least one cam track (22; 22') and at least one lug (41; 311) designed to follow the cam track (22; 22') and a spring for urging the lug (41; 311) out of the cam track (22; 22'), the cam track (22; 22') being integral with one of the fluid product reservoir (R; R') and the assembly (E; E') and the lug being integral with the other of the fluid product reservoir (R; R') and the assembly (E; E'),
Control method for a borehole flushing module for a drilling and chiselling tool , comprising the steps of: providing fine particles in a dispenser , determining a material (M) at a point which is worked by the tool using a material detector ; introducing the fine particles at the point which is worked by the tool when the material detector determines an iron-containing material (M2) and drawing in an air stream (Q1) from the point which is worked using the tool by means of a fan of the borehole flushing module when the material detector determines a mainly mineral material (M1). providing fine particles in a dispenser , determining a material (M) at a point which is worked by the tool using a material detector ; introducing the fine particles at the point which is worked by the tool when the material detector determines an iron-containing material (M2) and drawing in an air stream (Q1) from the point which is worked using the tool by means of a fan of the borehole flushing module when the material detector determines a mainly mineral material (M1).
Phenacene compounds of formula I wherein one of groups a, b and c is S and the other two groups are C-R 1 and C-R 2 , respectively, one of groups d, e and f is S and the other two groups are C-R 5 and C-R 6 , respectively, R 1 -R 10 are independently of each other H, halogene, -CN, -NO 2 or a linear or branched, saturated or unsaturated C 1 -C 40 hydrocarbon residue, which can be substituted 1- to 5-fold with halogen (F, Cl, Br, I), -OR a , -NR a 2 , -CN and/or -NO 2 , and wherein one or more CH 2 -groups can be replaced by -O-, -S-, -NR b -, - OC(O)- or -C(O)-, and wherein R a and R b are independently of each other H, C 1 -C 30 akyl, C 2 -C 30 alkenyl, C 2 -C 30 alkynyl, C 1 -C 30 haloalkyl, C 2 -C 30 haloalkenyl, C 2 -C 30 haloalkynyl or C 2 -C 30 acyl.
Apparatus for analysing phases of multiphase mixtures, including: - a measuring head having firstly a recess wherein a measuring cell is disposed for containing a mixture to be analysed, said measuring cell being placed in a housing , and secondly means for emitting an electromagnetic radiation and means for detecting an electromagnetic radiation coming from said emission means and having where applicable penetrated the measuring cell , and - means for driving and guiding in translation allowing the movement of the measuring head on a nominal travel in a direction referred to as a substantially vertical longitudinal direction, characterised in that said apparatus includes at least two housings each receiving a measuring cell and disposed one above the other in the longitudinal direction, and in that the housings and the driving means and guiding means are configured so that, during a translation of the measuring head on the nominal travel thereof, each housing fits inside the recess of the measuring head . - a measuring head having firstly a recess wherein a measuring cell is disposed for containing a mixture to be analysed, said measuring cell being placed in a housing , and secondly means for emitting an electromagnetic radiation and means for detecting an electromagnetic radiation coming from said emission means and having where applicable penetrated the measuring cell , and - means for driving and guiding in translation allowing the movement of the measuring head on a nominal travel in a direction referred to as a substantially vertical longitudinal direction, characterised in that said apparatus includes at least two housings each receiving a measuring cell and disposed one above the other in the longitudinal direction, and
A pig feeder of the type comprising a horizontally elongated hopper having an inverted trapezoid shape in which a supply of feed can be loaded to be then dosed or dispensed through a lower discharge outlet of such hopper, and further comprising a movable gate , with capacity to cover the free area of discharge of such lower outlet of such hopper , and with such movable gate being supported from its farthest ends by at least both supports , wherein such feeder comprises a synchronism bar coupled to a non-back drive power transmission mechanism as rotation actuating means of such synchronism bar , and comprising eccentric pivot means in proximity to each end of such synchronism bar , and a control unit comprising a knob and a threaded pin , in such a way that, in use, by turning the knob in one direction or the other, causes the threaded pin to rotate, thus producing the rotation of the synchronism bar , and wherein such eccentric pivot means are connected to such vertical supports in such a way that the rotation of such synchronism bar causes such movable gate to move at least upwardly and downwardly.
A composition comprising: a polyolefin polymer; and a core-shell acrylic polymer comprising a crosslinked core and a shell comprising a branched polymer which is a reaction product of reactants comprising one or more monoethylenically unsaturated ester monomers, a chain transfer agent in an amount of 0.1 to 15 weight percent, and a crosslinker in an amount of 0.1 to 15 weight percent of a crosslinker, wherein weight percent is based on total amount of reactants, provided the amount of crosslinker is within +/- 5 weight percent of the amount of chain transfer agent, wherein the crosslinker comprises at least two carbon-carbon double bonds having different reactivity. a polyolefin polymer; and a core-shell acrylic polymer comprising a crosslinked core and a shell comprising a branched polymer which is a reaction product of reactants comprising one or more monoethylenically unsaturated ester monomers, a chain transfer agent in an amount of 0.1 to 15 weight percent, and a crosslinker in an amount of 0.1 to 15 weight percent of a crosslinker, wherein weight percent is based on total amount of reactants, provided the amount of crosslinker is within +/- 5 weight percent of the amount of chain transfer agent, wherein the crosslinker comprises at least two carbon-carbon double bonds having different reactivity.
A printing device , comprising: an internal reservoir ; an input port to receive printing fluid into the internal reservoir, wherein the input port is further to interface with a supply simulator to simulate the presence of a fluid supply being coupled to the input port; and a drain fluidic interface to fluidly couple the internal reservoir with a removable extraction reservoir, wherein the drain fluidic interface is further to interface with the removable extraction reservoir simultaneously with the coupling of the supply simulator with the input port; a fluid level detector to determine a level of fluid within the internal reservoir; a controller to initiate a drain process in the printing device to drain the internal reservoir via the drain fluidic interface; wherein the fluid level detector is to detect the level of fluid within the internal reservoir during the drain process; wherein the controller is further to send data related to an amount of fluid transferred from the printing device to the removable extraction reservoir during the drain process, to a memory device associated with the supply simulator. an internal reservoir ; an input port to receive printing fluid into the internal reservoir, wherein the input port is further to interface with a supply simulator to simulate the presence of a fluid supply being coupled to the input port; and a drain fluidic interface to fluidly couple the internal reservoir with a removable extraction reservoir, wherein the drain fluidic interface is further to interface with the removable extraction reservoir simultaneously with the coupling of the supply simulator with the input port; an input port to receive printing fluid into the internal reservoir, wherein the input port is further to interface with a supply simulator to simulate the presence of a fluid supply being coupled to the input port; and a drain fluidic interface to fluidly couple the internal reservoir with a removable extraction reservoir, wherein the drain fluidic interface is further to interface with the removable extraction reservoir simultaneously with the coupling of the supply simulator with the input port; a fluid level detector to determine a level of fluid within the internal reservoir; a controller to initiate a drain process in the printing device to drain the internal reservoir via the drain fluidic interface; wherein the fluid level detector is to detect the level of fluid within the internal reservoir during the drain process; wherein the controller is further to send data related to an amount of fluid transferred from the printing device to the removable extraction reservoir during the drain process, to a memory device associated with the supply simulator.
Method for assembling an electric tool having an electric motor which has an armature shaft with an armature core which has a plurality of teeth which are each separated from one another by grooves , wherein an eccentric for driving an oscillating drive is received on the armature shaft, having the following steps: - angular alignment of the armature shaft with respect to the armature core such that a straight line connecting a central axis of the eccentric to a central axis of the armature shaft runs through a central axis of a tooth of the armature core ; and - connecting the armature shaft to the armature core in the aligned position. - angular alignment of the armature shaft with respect to the armature core such that a straight line connecting a central axis of the eccentric to a central axis of the armature shaft runs through a central axis of a tooth of the armature core ; and - connecting the armature shaft to the armature core in the aligned position.
A pharmaceutical composition comprising (i) a dietary fiber composition comprising from about 48% to about 90% (w/w) glucomannan, from about 5% to about 20% (w/w) xanthan gum, and from about 5% to about 30% (w/w) alginate; and (ii) at least one of metformin, sitagliptin, or a combination thereof.
Hinge for a window or door with a hinge leaf with associated accessory intended to be mounted between the hinge leaf and a profile of the window or door on which the hinge leaf is fastened, whereby the thickness (D) of the accessory is adjustable for the lateral adjustment of the window or the door, said accessory being composed of two essentially plate-shaped parts (11a and 11b), respectively a first part which in mounted condition is in contact with the hinge leaf and a second part , said parts in use being affixed against one another by one side and said sides being provided with interlocking complementary toothings which are such that when both parts (11a and 11b) are slid in a sliding direction longitudinally (X-X') along the toothings in one or another direction relative to each other, the thickness (D) of the accessory increases or decreases in a direction perpendicular to the hinge leaf , characterised in that in the mounted condition of the hinge with the accessory between the hinge leaf and the profile , the hinge leaf and the plate-shaped first part of the accessory in contact therewith are provided on the facing sides with protrusions and complementary recesses with which they interlock, wherein the recesses in the first part of the accessory are provided within the thickness of the teeth of the toothing of the first part .