mhurhangee/patent-ind-claim-en huggingface dataset:
An abuse resistant capsule comprising a hard shell liquid filled with a pharmaceutical medicament and at least one modifier selected to prevent abuse of the pharmaceutical medicament, wherein at least one modifier is a waxy substance having a melting point of greater than 50°C, wherein said modifier is present in an amount greater than 10% of the hard shell liquid filling.
A blood sampling device comprising: a housing having a forward end with an opening therein; a lancet comprising a lancet body having a radial projection , the lancet body supporting a lancet needle at a forward end thereof, the lancet being moveably mounted within said housing; an urging member for urging the lancet forwardly, in use, relative to the housing between a rearward primed position in which the lancet needle is within the housing and a forward lancing position in which the tip of the lancet needle projects forwardly from the opening at the forward end of the housing; wherein said housing defines cavity , the cavity including a passageway along which the lancet travels between the rearward primed position and the forward lancing position and the housing having an abutment member extending into the cavity defining a fixed abutment surface for holdingly engaging a front surface of the radial projection of the lancet in the rearward primed position; and the blood sampling device further comprising a trigger moveable from a rest position to a fire position to release the lancet for forward movement, wherein the trigger contacts the radial projection to deflect the lancet body in a direction generally transverse to the longitudinal axis of the housing such that the entire lancet body rotates so that the radial projection 62a is no longer engaged with the abutment surface allowing the lancet body to move forwardly past the fixed abutment surface. a housing having a forward end with an opening therein; a lancet comprising a lancet body having a radial projection , the lancet body supporting a lancet needle at a forward end thereof, the lancet being moveably mounted within said housing; an urging member for urging the lancet forwardly, in use, relative to the housing between a rearward primed position in which the lancet needle is within the housing and a forward lancing position in which the tip of the lancet needle projects forwardly from the opening at the forward end of the housing; wherein said housing defines cavity , the cavity including a passageway along which the lancet travels between the rearward primed position and the forward lancing position and the housing having an abutment member extending into the cavity defining a fixed abutment surface for holdingly engaging a front surface of the radial projection of the lancet in the rearward primed position; and the blood sampling device further comprising a trigger moveable from a rest position to a fire position to release the lancet for forward movement, wherein the trigger contacts the radial projection to deflect the lancet body in a direction generally transverse to the longitudinal axis of the housing such that the entire lancet body rotates so that the radial projection 62a is no longer engaged with the abutment surface allowing the lancet body to move forwardly past the fixed abutment surface.
Heating or domestic appliance having an apparatus for controlling and/or regulating the heating or domestic appliance in a heating or domestic installation, wherein the apparatus has an operator control device and an operator control panel , wherein the heating or domestic appliance has a housing with a flap , wherein the flap receives at least parts of a controller for the heating or domestic appliance and makes them accessible to the outside, wherein the operator control device and the operator control panel are separated from one another by the flap , wherein the operator control device and the operator control panel are connected or can be connected to one another, wherein an operator control panel is arranged on the exterior of the flap, characterized in that an operator control device is arranged on the interior of the flap , wherein - when the flap is closed, the operator control device is concealed by the flap and the operator control panel is visible and/or operable from the outside, wherein, when the flap is closing or closed, the operator control device is switched off or is in a power-saving mode, - when the flap is open, the operator control device is visible and/or operable from the outside. - when the flap is closed, the operator control device is concealed by the flap and the operator control panel is visible and/or operable from the outside, wherein, when the flap is closing or closed, the operator control device is switched off or is in a power-saving mode, - when the flap is open, the operator control device is visible and/or operable from the outside.
A baby changing mat comprising a restraint system for restraining movement of a baby wherein the restraint system comprises a knee controllable restraint system comprising at least one cross-body strap reversibly secured to the mat wherein the knee controllable restraint system is a knee operated restraint system to apply a brace-like restraining force to a baby wherein the at least one cross-body strap comprises a torso band for covering a baby's torso and a strap-like knee controllable brace contiguous with the torso band and wherein the knee controllable brace comprises a knee-pad .
A method for controlling a vehicle , wherein said vehicle comprises an internal combustion engine , wherein said vehicle is arranged for being driven in at least a first mode (M 1 ) and a second mode (M 2 ), wherein said vehicle can be selectively driven according to said first mode (M 1 ) and said second mode (M 2 ) at a torque (T req ) requested from said internal combustion engine, wherein, when the vehicle is driven according to said second mode (M 2 ), a reduced fuel consumption is prioritized to a larger extent at the cost of performance compared with when the vehicle is driven according to said first mode (M 1 ), wherein said vehicle comprises a gearbox that is settable to a plurality of transmission ratios, characterized in that the method includes, when setting said gearbox from a first transmission ratio to a second transmission ratio being lower than said first transmission ratio, wherein said lower transmission ratio is one of the three lowest settable transmission ratios for said gearbox : - comparing the torque (T req ) requested from said internal combustion engine after setting said gearbox to said second transmission ratio with a first torque (T lim1 ), and - driving said vehicle according to said second mode (M 2 ) if said torque (T req ) requested from said internal combustion engine is below said first torque (T lim1 ), wherein, in said first mode (M 1 ), an air/fuel ratio for combustion in said internal combustion engine is controlled such that it does not fall below a first limit value, and wherein said combustion is also controlled such that a first air/fuel ratio margin with respect to said first limit value is maintained such that an increase in a supplied amount of fuel can be effected without the air/fuel ratio falling below said first limit value, and wherein, in said second mode (M 2 ), an air/fuel ratio margin with respect to said first limit value is reduced to a second air/fuel ratio margin being smaller than said first air/fuel ratio margin. - comparing the torque (T req ) requested from said internal combustion engine after setting said gearbox to said second transmission ratio with a first torque (T lim1 ), and - driving said vehicle according to said second mode (M 2 ) if said torque (T req ) requested from said internal combustion engine is below said first torque (T lim1 ), wherein, in said first mode (M 1 ), an air/fuel ratio for combustion in said internal combustion engine is controlled such that it does not fall below a first limit value, and wherein said combustion is also controlled such that a first air/fuel ratio margin with respect to said first limit value is maintained such that an increase in a supplied amount of fuel can be effected without the air/fuel ratio falling below said first limit value, and wherein, in said second mode (M 2 ), an air/fuel ratio margin with respect to said first limit value is reduced to a second air/fuel ratio margin being smaller than said first air/fuel ratio margin.
A tracker for surgical navigation, the tracker comprising a patch being at least one of stretchable and compressible in at least one direction; a plurality of tracker elements selected from a light source or a coil , the tracker elements being supported by the patch ; and a plurality of electrical connections electrically coupled to the tracker elements and supported by the patch , the electrical connections having a meandering configuration along the direction in which the patch is at least one of stretchable and compressible characterised in that the patch comprises multiple fingers, wherein at least two of the fingers each support at least one tracker element and at least one electrical connection thereof. a patch being at least one of stretchable and compressible in at least one direction; a plurality of tracker elements selected from a light source or a coil , the tracker elements being supported by the patch ; and a plurality of electrical connections electrically coupled to the tracker elements and supported by the patch , the electrical connections having a meandering configuration along the direction in which the patch is at least one of stretchable and compressible characterised in that the patch comprises multiple fingers, wherein at least two of the fingers each support at least one tracker element and at least one electrical connection thereof.
A screw tensioning device (2; 102) for tensioning or loosing tensionable screw connections comprising: a fixation element (4; 104) to be connected to a screw (6; 106); a support element (8; 108) moveable relative to the fixation element (4; 104) and arranged to be moved relative to the fixation element (4; 104) to apply tension to or remove tension from the screw (6; 106); a piston (10; 110) positioned and movable within the fixation element (4; 104), the piston (10; 110) comprising a first end (12; 112), a second end (14; 114), and a shaft (16; 116) there between; a volume (20; 120) containing a fluid, wherein the volume (20; 120) is defined by the shaft (16; 116), the support element (8; 108) and the fixation element (4; 104); and wherein movement of the piston (10; 110) manipulates the volume (20; 120) and thereby moves the fixation element (4; 104) with respect to the support element (8; 108). a fixation element (4; 104) to be connected to a screw (6; 106); a support element (8; 108) moveable relative to the fixation element (4; 104) and arranged to be moved relative to the fixation element (4; 104) to apply tension to or remove tension from the screw (6; 106); a piston (10; 110) positioned and movable within the fixation element (4; 104), the piston (10; 110) comprising a first end (12; 112), a second end (14; 114), and a shaft (16; 116) there between; a volume (20; 120) containing a fluid, wherein the volume (20; 120) is defined by the shaft (16; 116), the support element (8; 108) and the fixation element (4; 104); and wherein movement of the piston (10; 110) manipulates the volume (20; 120) and thereby moves the fixation element (4; 104) with respect to the support element (8; 108).
A tool for creating an incision at a surgical site comprising: a body for use with a robotic end effector having a proximal end and a distal end; and a blade positioned at the distal end of the body , the blade having a proximal end and a distal end, the blade having a cutting edge defining a first portion extending outwardly from or adjacent to the proximal end to a maximum width and a second portion extending inwardly from the maximum width to a sharp distal tip, wherein a proximal portion of the body has an attachment assembly ) to detachably secure the tool to the end effector , characterized in that : the attachment assembly is a clip assembly including a spring-loaded leaf or a hinged assembly including a hinged leaf . a body for use with a robotic end effector having a proximal end and a distal end; and a blade positioned at the distal end of the body , the blade having a proximal end and a distal end, the blade having a cutting edge defining a first portion extending outwardly from or adjacent to the proximal end to a maximum width and a second portion extending inwardly from the maximum width to a sharp distal tip, wherein a proximal portion of the body has an attachment assembly ) to detachably secure the tool to the end effector , characterized in that : the attachment assembly is a clip assembly including a spring-loaded leaf or a hinged assembly including a hinged leaf .
A method of controlling compressor inlet guide vanes of a gas turbine engine in an aircraft, the method comprising the steps of: supplying, to a compressor inlet guide vane control algorithm that is implemented in and engine control unit that is coupled to the gas turbine engine, an inlet temperature value that is at least representative of sensed engine inlet total temperature ; sensing, with one or more sensors, one or more gas turbine engine parameters during operation of the gas turbine engine; processing the one or more gas turbine engine parameters, in the engine control unit, to determine an inlet temperature modifier value, the inlet temperature modifier value being an estimate of a difference between the sensed engine inlet total temperature and actual engine inlet total temperature ; adding, in the engine control unit, the inlet temperature modifier value to the inlet temperature value to derive a modified engine inlet total temperature; using the modified engine inlet total temperature in the compressor inlet guide vane control algorithm; and controlling the compressor inlet guide vanes using the compressor inlet guide vane control algorithm. supplying, to a compressor inlet guide vane control algorithm that is implemented in and engine control unit that is coupled to the gas turbine engine, an inlet temperature value that is at least representative of sensed engine inlet total temperature ; sensing, with one or more sensors, one or more gas turbine engine parameters during operation of the gas turbine engine; processing the one or more gas turbine engine parameters, in the engine control unit, to determine an inlet temperature modifier value, the inlet temperature modifier value being an estimate of a difference between the sensed engine inlet total temperature and actual engine inlet total temperature ; adding, in the engine control unit, the inlet temperature modifier value to the inlet temperature value to derive a modified engine inlet total temperature; using the modified engine inlet total temperature in the compressor inlet guide vane control algorithm; and controlling the compressor inlet guide vanes using the compressor inlet guide vane control algorithm.
An isolated polypeptide, the isolated polypeptide comprising an anti-KRAS single domain antibody (sdAb) comprising the amino acid sequence as set forth in SEQ ID NO:2.
A medicament comprising an antagonist of a Programmed Death 1 protein (PD-1) for use in combination with a IDOl inhibitor for treating a cancer in an individual, wherein the PD-1 antagonist is a monoclonal antibody with heavy chains each having the amino acid sequence of SEQ ID No: 21 and light chains each having the amino acid sequence of SEQ ID NO: 22; and the IDOl inhibitor is 4-({2-[(aminosulfonyl)amino]ethyl}amino)-N-(3-bromo-4-fluorophenyl)-N'-hydroxy-1,2,5-oxadiazole-3-carboximidamide or a pharmaceutically acceptable salt thereof.
A method for generating sound by an electronic device, comprising: obtaining at least one image including a plurality of objects corresponding to a plurality of musical instruments, respectively, the plurality of musical instruments including a first musical instrument and a second musical instrument, wherein the obtained at least one image comprises at least one of a hand drawn image, a printed image, an image template, a digital surface pattern, a digital format image or at least one text; mapping the plurality of objects to the plurality of musical instruments, respectively; displaying, on a display of the electronic device, the plurality of objects; identifying a user input associated with a first object related to the first musical instrument among the plurality of objects; and generating sound based on the user input, sound data of the first musical instrument and sound data of the second musical instrument. obtaining at least one image including a plurality of objects corresponding to a plurality of musical instruments, respectively, the plurality of musical instruments including a first musical instrument and a second musical instrument, wherein the obtained at least one image comprises at least one of a hand drawn image, a printed image, an image template, a digital surface pattern, a digital format image or at least one text; mapping the plurality of objects to the plurality of musical instruments, respectively; displaying, on a display of the electronic device, the plurality of objects; identifying a user input associated with a first object related to the first musical instrument among the plurality of objects; and generating sound based on the user input, sound data of the first musical instrument and sound data of the second musical instrument.
A continuous method for preparing polyamide by condensation comprising the following consecutive steps: a)melting a mixture comprising polyamide monomers in an extruder or co-kneader, the monomers being delivered to the extruder or co-kneader without the addition of water, and b)carrying out a polycondensation reaction of the mixture obtained after step a) in a horizontal mixer-reactor, steps a) and b) of the method being carried out at a pressure between atmospheric pressure and atmospheric pressure +100 mbar, advantageously a pressure between atmospheric pressure and atmospheric pressure +50 mbar, even more advantageously a pressure between atmospheric pressure and atmospheric pressure +10 mbar. a)melting a mixture comprising polyamide monomers in an extruder or co-kneader, the monomers being delivered to the extruder or co-kneader without the addition of water, and b)carrying out a polycondensation reaction of the mixture obtained after step a) in a horizontal mixer-reactor, steps a) and b) of the method being carried out at a pressure between atmospheric pressure and atmospheric pressure +100 mbar, advantageously a pressure between atmospheric pressure and atmospheric pressure +50 mbar, even more advantageously a pressure between atmospheric pressure and atmospheric pressure +10 mbar.
A rail assembly for a zipline trolley , comprising a set of rail sections, including a first rail section and a second rail section , and a releasable rail coupling for releasably coupling said first rail section providing a first portion (P1) of a running surface (RS) for a wheel of the zipline trolley and said second rail section providing a second portion (P2) of the running surface (RS); characterised in that : the rail coupling comprises: a first part having a first end comprising a first male coupling member and a second end arranged for joining to said first rail section ; and a second part having a first end comprising a corresponding first female coupling member , arranged to receive the first male coupling member therein, and a second end arranged for joining to said second rail section ; wherein the rail coupling is arrangeable in: a first configuration wherein the first male coupling member and the first female coupling member are uncoupled; and a second configuration wherein the first male coupling member and the first female coupling member are coupled by receiving the first male coupling member in the first female coupling member ; wherein the rail coupling provides a third portion (P3) of the running surface (RS) in the second configuration. a first part having a first end comprising a first male coupling member and a second end arranged for joining to said first rail section ; and a second part having a first end comprising a corresponding first female coupling member , arranged to receive the first male coupling member therein, and a second end arranged for joining to said second rail section ; wherein the rail coupling is arrangeable in: a first configuration wherein the first male coupling member and the first female coupling member are uncoupled; and a second configuration wherein the first male coupling member and the first female coupling member are coupled by receiving the first male coupling member in the first female coupling member ; wherein the rail coupling provides a third portion (P3) of the running surface (RS) in the second configuration. a first configuration wherein the first male coupling member and the first female coupling member are uncoupled; and a second configuration wherein the first male coupling member and the first female coupling member are coupled by receiving the first male coupling member in the first female coupling member ; wherein the rail coupling provides a third portion (P3) of the running surface (RS) in the second configuration.
A dielectric resonator antenna DRA, : comprising: an electrically conductive ground structure ; a plurality of volumes of dielectric materials disposed on the ground structure comprising N volumes, N being an integer equal to or greater than 3, disposed to form successive and sequential layered volumes V i , i being an integer from 1 to N, wherein volume V 1 forms an innermost first volume (3504.1, 3604.1, 3704.1, 3804.1,) wherein a successive volume V i+1 forms a layered shell disposed over and at least partially embedding volume V i , wherein volume V N at least partially embeds all volumes V 1 to V N-1 ; wherein a portion of the dielectric material of volume V N bifurcates at least a portion of volumes V 1 to V N-1 in a plane that is perpendicular to the ground structure; and a signal feed electromagnetically coupled to one or more of the plurality of volumes of dielectric materials. an electrically conductive ground structure ; a plurality of volumes of dielectric materials disposed on the ground structure comprising N volumes, N being an integer equal to or greater than 3, disposed to form successive and sequential layered volumes V i , i being an integer from 1 to N, wherein volume V 1 forms an innermost first volume (3504.1, 3604.1, 3704.1, 3804.1,) wherein a successive volume V i+1 forms a layered shell disposed over and at least partially embedding volume V i , wherein volume V N at least partially embeds all volumes V 1 to V N-1 ; wherein a portion of the dielectric material of volume V N bifurcates at least a portion of volumes V 1 to V N-1 in a plane that is perpendicular to the ground structure; and a signal feed electromagnetically coupled to one or more of the plurality of volumes of dielectric materials.
Driving device , in particular screw foundation driving device, having an anchor with a rotational axis for receiving a driving tool, an outer rotor , which is arranged concentrically to the rotational axis of the anchor and can be rotationally driven by a motor , an impact device from which an impact energy can be introduced into the anchor , characterized in that , by means of rolling bodies arranged circumferentially on the anchor , the anchor is mounted in the outer rotor in such a way that a relative movement between the anchor and the outer rotor can be executed in the direction of the rotational axis and a torque about the rotational axis can be introduced from the outer rotor to the anchor via the rolling bearings .