mhurhangee/ep-ind-claims huggingface dataset:
A removable tip comprising: a substantially conical-shaped body (200, 300, 400, 500, 800, 1500) comprising a proximal body portion and a distal body portion, wherein the proximal body portion comprises a substantially hollow portion and is configured for receiving a distal portion of a medical retractor, and wherein the distal body portion is atraumatic; further comprising disengagement means for disengagement of the removable tip from a medical retractor, characterised in that the disengagement means comprises at least one of a snap point to break a supporting neck of the removable tip, a pull cord (302, 502) to break a perforation of the removable tip, or a pull tab to break a perforation of the removable tip. a substantially conical-shaped body (200, 300, 400, 500, 800, 1500) comprising a proximal body portion and a distal body portion, wherein the proximal body portion comprises a substantially hollow portion and is configured for receiving a distal portion of a medical retractor, and wherein the distal body portion is atraumatic; further comprising disengagement means for disengagement of the removable tip from a medical retractor, characterised in that the disengagement means comprises at least one of a snap point to break a supporting neck of the removable tip, a pull cord (302, 502) to break a perforation of the removable tip, or a pull tab to break a perforation of the removable tip.
Process for the preparation of a compound of formula, wherein n denotes 1 or 2, X denotes Cl or Br, characterized in that the process comprises reaction steps, and, wherein in step 4-aminobenzonitril is treated with H X in an alcoholic solvent, wherein alcoholic solvent is methanol, ethanol, propanol or butanol, or is a mixture of methanol/ethanol, or methanol/ethanol with toluene, or methanol/ethanol with dichloromethane, or methanol/ethanol with chloroform or methanol/ethanol with heptane, wherein alcoholic solvent contains up to 1% (weight%) water, at a pressure of 203 to 608 kPa (2 to 6 atm), to form an imidate salt; in step the imidate salt is treated with an alcoholic solution of ammonia, wherein R denotes methyl, ethyl, propyl or butyl, X denotes Cl or Br and in step compound is precipitated by acidification with aqueous H X,while the steps, and take place successively in the order specified. n denotes 1 or 2, X denotes Cl or Br, R denotes methyl, ethyl, propyl or butyl, X denotes Cl or Br
Clamping lever comprising - a single-piece gripping portion having a sleeve-like attachment and a handle, - and a securing portion, wherein the securing portion is guided in an axially movable manner in a receiving space of the sleeve-like attachment and can be displaced in the receiving space between a released position, in which the gripping portion can be freely rotated relative to the securing portion, and an engagement position, in which the securing portion is coupled to the gripping portion in order to rotate the securing portion by means of the gripping portion, wherein the securing portion is retained in a captive manner in the receiving space of the sleeve-like attachment, and wherein the sleeve-like attachment is constructed so as to be closed in the direction away from an introduction opening of the receiving space and engages around the securing portion at an upper end in a cap-like manner, characterised in that the gripping portion and the securing portion are produced from a metal material, in particular high-grade steel of the type A1, A2, A3, A4 or A5, in that the outer surface of the gripping portion and at least a portion of the outer surface of the securing portion have a mean roughness value Ra of 0.8 μ m or less, in particular 0.1 μ m or less, in that the handle is constructed in a closed manner, in that the receiving space of the sleeve-like attachment has a groove in which a clamping ring, in particular a round wire ring, is laid, wherein the clamping ring protrudes inwards with respect to the groove and the securing portion engages behind the clamping ring with a locking edge, and in that a seal of a resilient material, in particular EPDM, is retained in the sleeve-like attachment at the introduction opening, wherein the seal abuts the securing portion and seals the receiving space with respect to the environment. - a single-piece gripping portion having a sleeve-like attachment and a handle, - and a securing portion,
Method for increasing the first-hit probability of a ballistic weapon, in which the own movement of the weapon is taken into consideration in the determination of lead and elevation, characterized in that ammunition parameters are taken into consideration and in that the muzzle velocity of the projectile relative to the weapon is superposed with the own velocity of the weapon, wherein the vector ( v W) of the own velocity of the weapon is transformed into a coordinate system that is related to the barrel of the weapon.
A system comprising: a gravity-feed spray coating device comprising: a body having an inlet fitting with a liquid inlet; a handle coupled to the body; a spray head coupled to the body; a liquid passage extending from the liquid inlet to the spray head; and the inlet fitting having a gravity-feed container fastener disposed adjacent the liquid inlet, wherein the inlet fitting comprises an outer portion having a non-compression container fastening mechanism for connecting to a gravity feed liquid supply container; and a first gravity feed liquid supply container comprising a liquid outlet; characterised in that the first gravity feed liquid supply container has a compression fitting adapter configured to fit with the inlet fitting without using the non-compression container fastening mechanism, wherein a compression interface of the compression fitting adapter is compression fit with an inner portion of the inlet fitting. a gravity-feed spray coating device comprising: a body having an inlet fitting with a liquid inlet; a handle coupled to the body; a spray head coupled to the body; a liquid passage extending from the liquid inlet to the spray head; and the inlet fitting having a gravity-feed container fastener disposed adjacent the liquid inlet, wherein the inlet fitting comprises an outer portion having a non-compression container fastening mechanism for connecting to a gravity feed liquid supply container; and a first gravity feed liquid supply container comprising a liquid outlet; a body having an inlet fitting with a liquid inlet; a handle coupled to the body; a spray head coupled to the body; a liquid passage extending from the liquid inlet to the spray head; and the inlet fitting having a gravity-feed container fastener disposed adjacent the liquid inlet, wherein the inlet fitting comprises an outer portion having a non-compression container fastening mechanism for connecting to a gravity feed liquid supply container; and a first gravity feed liquid supply container comprising a liquid outlet; characterised in that the first gravity feed liquid supply container has a compression fitting adapter configured to fit with the inlet fitting without using the non-compression container fastening mechanism, wherein a compression interface of the compression fitting adapter is compression fit with an inner portion of the inlet fitting.
Device for determining a fill level of a dust collector for a vacuum cleaner with a centrifugal force separator, characterised by - at least one resonator element, which is held on an external wall of the dust collector, - an exciter element (6; 6') which excites the resonator element to vibrate mechanically, and - a detection unit (9; 9') which detects a variable which characterises a damping of the mechanical vibration and which determines the fill level of the dust collector as a function of the determined variable, and wherein - the exciter element (6; 6') comprises a magnet (7, 7') which is coupled to the resonator element and can be moved with the aid of an exciter coil (8, 8'), by means of which an exciter current can be conducted. - at least one resonator element, which is held on an external wall of the dust collector, - an exciter element (6; 6') which excites the resonator element to vibrate mechanically, and - a detection unit (9; 9') which detects a variable which characterises a damping of the mechanical vibration and which determines the fill level of the dust collector as a function of the determined variable, and wherein - the exciter element (6; 6') comprises a magnet (7, 7') which is coupled to the resonator element and can be moved with the aid of an exciter coil (8, 8'), by means of which an exciter current can be conducted.
Apparatus (1, 15) for changing an operating state of at least one shifting element (24, 11, 12) with two shifting element halves which can be brought into operative connection with one another in order to connect at least two components, or can be disengaged in order to disconnect the connection between the components, and a device being provided, via which a force can be introduced into an actuating chain (10, 25) between a drive device (2, 16), by means of which an actuating force for the shifting element (24, 11, 12) can be provided, and the shifting element (24, 11, 12), and the force of the device can be introduced into the actuating chain (10, 25) between the drive device and the shifting element (24, 11, 12) in the region of a coupling region of the device, which coupling region is operatively connected to a control cam, the coupling region being operatively connected to the control cam in a manner which is dependent on a rotational drive of the drive device along a course of the control cam, and the force which can be introduced via the device varying in a manner which is dependent on the operating state, and in a manner which is at least dependent on the course of the control cam, and in that the rotational drive of the drive device can be converted in the region of a drive converter device into a translational actuating movement of the shifting element, characterized in that the drive converter device has two assemblies which are operatively connected to one another, one of the assemblies being configured so as to be rotatable and adjustable in the axial direction and being connected to the drive device, whereas the other assembly is fixed in the axial direction and rotationally locked, and it being possible for the axial actuating movement for the shifting element in the region of the rotatable assembly to be provided in a manner which is dependent on the rotation of the rotatable assembly.
A method (1200, 1300, 1400) of wireless communication at a user equipment, comprising: transmitting an indication of its dual link handover capability to a source base station, wherein the dual link handover capability is associated with a low latency capability; receiving (1205, 1310, 1405) a connection reconfiguration message associated with a handover from the source base station to a target base station, wherein the connection reconfiguration message comprises radio resource control, RRC, configuration information of the target base station; applying the RRC configuration based at least in part on the received connection reconfiguration message; receiving (1210, 1315, 1410) a data transmission from the source base station after receiving the connection reconfiguration message, wherein the data transmission is received based at least in part on the indication; performing (1215, 1320, 1415) an access procedure with the target base station based at least in part on receiving the connection reconfiguration message; determining (1220, 1325, 1420) whether the access procedure was successful; and resetting (1225, 1330, 1425) a medium access control, MAC, configuration, resetting a radio link control, RLC, configuration, or reestablishing a packet data convergence protocol, PDCP, configuration, or any combination thereof, based at least in part on a successful access procedure. transmitting an indication of its dual link handover capability to a source base station, wherein the dual link handover capability is associated with a low latency capability; receiving (1205, 1310, 1405) a connection reconfiguration message associated with a handover from the source base station to a target base station, wherein the connection reconfiguration message comprises radio resource control, RRC, configuration information of the target base station; applying the RRC configuration based at least in part on the received connection reconfiguration message; receiving (1210, 1315, 1410) a data transmission from the source base station after receiving the connection reconfiguration message, wherein the data transmission is received based at least in part on the indication; performing (1215, 1320, 1415) an access procedure with the target base station based at least in part on receiving the connection reconfiguration message; determining (1220, 1325, 1420) whether the access procedure was successful; and resetting (1225, 1330, 1425) a medium access control, MAC, configuration, resetting a radio link control, RLC, configuration, or reestablishing a packet data convergence protocol, PDCP, configuration, or any combination thereof, based at least in part on a successful access procedure.
A fibre of plastic material having an electrical conductivity, the fibre material being formed by a base material of PET or aramid in which elements are embedded, characterized in that the elements have an atomic size and are provided with a spacing such that electron clouds overlap at least in regions, and the induced elements having current-conducting properties such that the fibre is at least partially electrically conductive, the fibre generating heat energy when electric tension is applied, the induced elements being formed by MnFe phosphorus compounds, or the induced elements being formed by MnFe(As,P w Ge x Si z) s, wherein x = 0.3-0.7 and w less than or equal to 1 - x and z = 1-x-w, or the induced elements being formed by FeMn phosphorus compounds with As, Si-phosphorus substitution and possibly combined with La(FeMnP)AlCo, or the induced elements being formed by compounds comprising Mn-Zn, or the induced elements being formed by an alloy comprising FeMnP 0,7 Ge 0,3 or FeMnP 0,5 Ge 0,5 or Fe 0,86 Mn 1,14 P 0,5 Si 0,35 Ge 0,15.
Sealing device for a well plug, comprising: - a mandrel device; - a sealing element provided circumferentially around the mandrel device; - a first supporting device provided on a first side of the sealing element; - a second supporting device provided on a second side of the sealing element; where each supporting device (20, 22) comprises proximal supporting elements provided proximal to the sealing element and distal supporting elements, where first ends (31, 51) of the respective proximal and distal supporting elements (30, 50) are pivotably connected to each other; where second ends of the proximal supporting elements are pivotably connected to a connector of a proximal supporting ring; where second ends of the distal supporting elements are connected to a distal supporting ring; where the sealing device is configured to be brought from a run state to a first set state by relative axial movement of the distal supporting rings towards each other and relative axial movement of the proximal supporting rings towards each other; characterized in that the connector comprises an expansion section in the radial direction of the proximal supporting ring, the expansion section allowing the proximal supporting element to be displaced at a radial distance (d) from the first set state to a second set state. - a mandrel device; - a sealing element provided circumferentially around the mandrel device; - a first supporting device provided on a first side of the sealing element; - a second supporting device provided on a second side of the sealing element;
A ceiling system comprising: a longitudinally-extending grid support member mountable from an overhead structure; a ceiling tile including a first mounting channel and a second mounting channel each extending at least partially between first and second opposing peripheral sides (306, 308, 310, 312) of the ceiling tile, the second mounting channel arranged parallel to the first mounting channel; a retaining clip slideably disposed in each of the first and second of the mounting channels of the ceiling tile, the retaining clip including a pair of opposing and resiliently deformable mounting elements, the mounting elements being spaced apart to define a cavity configured to receive the grid support member at least partially therein; a resiliently movable locking tab formed on each mounting element, the locking tabs projecting inwardly into the cavity and engaging an upward facing bearing surface of the grid support member which locks the ceiling tile to the support grid; the mounting elements being laterally spreadable in response to inserting the grid support member into the cavity of the retaining clip; wherein the retaining clip is configured to lockingly engage the grid support member when in a locked position fully inserted into the cavity of the retaining clip for securing the ceiling tile to the grid support member. a longitudinally-extending grid support member mountable from an overhead structure; a ceiling tile including a first mounting channel and a second mounting channel each extending at least partially between first and second opposing peripheral sides (306, 308, 310, 312) of the ceiling tile, the second mounting channel arranged parallel to the first mounting channel; a retaining clip slideably disposed in each of the first and second of the mounting channels of the ceiling tile, the retaining clip including a pair of opposing and resiliently deformable mounting elements, the mounting elements being spaced apart to define a cavity configured to receive the grid support member at least partially therein; a resiliently movable locking tab formed on each mounting element, the locking tabs projecting inwardly into the cavity and engaging an upward facing bearing surface of the grid support member which locks the ceiling tile to the support grid; the mounting elements being laterally spreadable in response to inserting the grid support member into the cavity of the retaining clip; wherein the retaining clip is configured to lockingly engage the grid support member when in a locked position fully inserted into the cavity of the retaining clip for securing the ceiling tile to the grid support member.
An ion pump comprising: an anode tube sectioned into a first deflection plate, a second deflection plate, and a third deflection plate; a cathode plate (250; 650; 750;850); and wherein a mechanical axial center axis of the anode tube intersects the cathode plate, wherein the first deflection plate, the second deflection plate, and the third deflection plate are disposed around the mechanical axial center axis, wherein a control unit is configured to apply a time variant electric current to the first deflection plate to alter the trajectory of accelerated ions moving toward the cathode plate, wherein the cathode plate comprises a front surface and a back surface. an anode tube sectioned into a first deflection plate, a second deflection plate, and a third deflection plate; a cathode plate (250; 650; 750;850); and wherein a mechanical axial center axis of the anode tube intersects the cathode plate, wherein the first deflection plate, the second deflection plate, and the third deflection plate are disposed around the mechanical axial center axis, wherein a control unit is configured to apply a time variant electric current to the first deflection plate to alter the trajectory of accelerated ions moving toward the cathode plate, wherein the cathode plate comprises a front surface and a back surface.
Device for actuating a clutch in an actuating direction against a restoring force acting in a restoring direction, particularly in a motor vehicle, comprising an actuator (12, 12', 12'') with a pneumatic chamber (K P) which is bounded by a pneumatic effective area (A P) and can be selectably loaded with a pneumatic pressure from a compressed air source (Q P) so as to generate a force at the pneumatic effective area (Ap) in the actuating direction, a first hydraulic chamber (K H1) which is hydraulically connectible with a reservoir (Q H) for hydraulic fluid by way of an electromagnetically actuable first 2/2-way proportional valve (V H1; V H1 ') and which is bounded by a first hydraulic effective area (A H1) having the same orientation with respect to the pneumatic effective area (A P), a second hydraulic chamber (K H2) which is hydraulically connectible with the reservoir (Q H) by way of an electromagnetically actuable second 2/2-way proportional valve (V H2; V H2 ') and which is bounded by a second hydraulic effective area (A H2) opposite to the first hydraulic effective area (A H1), a setting element which can be in actuation-effective connection with the clutch and which can be loaded with force by way of the aforesaid effective areas (A P, A H1, A H2) and is movable in defined manner, and a sensor arrangement (PS, SE) for detecting a stroke of a piston (16, 16', 16") operatively connected to the setting element, in a cylinder housing (14, 14', 14") of the actuator (12, 12', 12"), wherein a control is provided, by means of which the pressure loading of the pneumatic chamber (K P) and valve settings of the first and second 2/2-way proportional valves (V H1, V H2; V H1 ', V H2 ') are controllable independently of one another, and wherein through closing of the first 2/2-way proportional valve (V H1; V H1 ') a movement of the setting element in the restoring direction can be braked in controlled manner by way of the first hydraulic effective area (A H1), whereas through closing of the second 2/2-way proportional valve (V H2; V H2 ') a movement of the setting element in the actuating direction can be braked in controlled manner by way of the second hydraulic effective area (A H2).
Industrial truck having a load-receiving device that can be raised and lowered by a lifting device, in particular a load fork, and having a control device for activating the lifting device, the control device being connected to sensor means (11, 12) for detecting an uppermost layer of a load loaded on the load-receiving means in at least one detection region (13, 16), and the control device being able to activate the lifting device such that, in a loading operating mode with a load detected at a levelling height in the detection region (13, 16), the lifting device is lowered or, in an unloading operating mode with a load not detected at the levelling height in the detection region (13, 16), the lifting device can be raised, the sensor means (11, 12) being arranged on a support vertically above the detection region (13, 16), characterized in that there are multiple detection regions (13, 16) each having sensor means (11, 12), in particular detection regions (13, 16) each corresponding to a standardized load carrier (14, 17).