mhurhangee/patent-ind-claim-en huggingface dataset:
A shipping wedge for use with a surgical instrument having a body portion comprising: a base ; a blocking member depending from the base and engagable with a movable operative member of a surgical instrument; flexible arms projecting from the base and being shaped to cooperate with the body portion of the surgical instrument; and characterised by a locking member depending from the base and engageable with a lockout mechanism of the surgical instrument such that the shipping wedge is locked to the body portion when the lockout mechanism is in a first locked position and is unlocked for removal from the body portion when the lockout mechansim is in the second unlocked position. a base ; a blocking member depending from the base and engagable with a movable operative member of a surgical instrument; flexible arms projecting from the base and being shaped to cooperate with the body portion of the surgical instrument; and characterised by a locking member depending from the base and engageable with a lockout mechanism of the surgical instrument such that the shipping wedge is locked to the body portion when the lockout mechanism is in a first locked position and is unlocked for removal from the body portion when the lockout mechansim is in the second unlocked position.
An article, comprising: at least one microneedle , the at least one microneedle comprising: a base ; an elongated body having a central axis and a body diameter ; a tip portion comprising a tip, a first bevel face oriented diagonally with respect to the central axis and extending through about 75% to about 95% of the body diameter , a second bevel face oriented substantially perpendicular to the central axis and intersecting the first bevel face , a bevel opening defined by a first edge of the first bevel face and a second edge of the second bevel face ; and a hollow channel that extends axially into the body from the bevel opening ; wherein the second bevel face extends through no more than about 25% of the body diameter ; and wherein the first bevel face intersects the elongated body at the tip to form a sharp edge at the tip . at least one microneedle , the at least one microneedle comprising: a base ; an elongated body having a central axis and a body diameter ; a tip portion comprising a tip, a first bevel face oriented diagonally with respect to the central axis and extending through about 75% to about 95% of the body diameter , a second bevel face oriented substantially perpendicular to the central axis and intersecting the first bevel face , a bevel opening defined by a first edge of the first bevel face and a second edge of the second bevel face ; and a hollow channel that extends axially into the body from the bevel opening ; a base ; an elongated body having a central axis and a body diameter ; a tip portion comprising a tip, a first bevel face oriented diagonally with respect to the central axis and extending through about 75% to about 95% of the body diameter , a second bevel face oriented substantially perpendicular to the central axis and intersecting the first bevel face , a bevel opening defined by a first edge of the first bevel face and a second edge of the second bevel face ; and a hollow channel that extends axially into the body from the bevel opening ; wherein the second bevel face extends through no more than about 25% of the body diameter ; and wherein the first bevel face intersects the elongated body at the tip to form a sharp edge at the tip .
A tool system , comprising: a body to which a tool is attachable; a driver configured to drive the tool attached to the body ; and a tool sensing unit configured to perform identification of a type of the tool attached to the body , wherein the body is a grinder, the tool sensing unit is configured to at least determine whether the tool is a cutting blade having a side surface for cutting or a grinding blade having a surface for grinding, the body includes an attachment to which the tool is attachable, the attachment includes a pair of ring members and , the tool is configured to be sandwiched in a thickness direction between the pair of ring members and , characterized in that the tool sensing unit is configured to perform the identification of the type of the tool based on measuring a distance between the pair of ring members and in a state where the tool is attached to the attachment . a body to which a tool is attachable; a driver configured to drive the tool attached to the body ; and a tool sensing unit configured to perform identification of a type of the tool attached to the body , wherein the body is a grinder, the tool sensing unit is configured to at least determine whether the tool is a cutting blade having a side surface for cutting or a grinding blade having a surface for grinding, the body includes an attachment to which the tool is attachable, the attachment includes a pair of ring members and , the tool is configured to be sandwiched in a thickness direction between the pair of ring members and , characterized in that the tool sensing unit is configured to perform the identification of the type of the tool based on measuring a distance between the pair of ring members and in a state where the tool is attached to the attachment .
Needle shut-off nozzle for an injection moulding tool, having - a two-part material pipe with an upper material pipe portion , which extends from an upper end of the needle shut-off nozzle in a longitudinal direction (L) in the direction of a lower end , and - with a lower material pipe portion , which extends in longitudinal direction (L) between the upper material pipe portion and the lower end of the needle shut-off nozzle , - wherein the lower material pipe portion is connected releasably by means of fastening means with the upper material pipe portion and the lower material pipe portion can be removed from their upper material pipe portion via the lower end , - wherein in the material pipe a needle channel runs in longitudinal direction (L), in which needle channel a shut-off needle is arranged so as to be longitudinally displaceable, and wherein in the material pipe a melt channel runs in longitudinal direction (L) and at least in some portions separately from the needle channel , characterised in - that in the lower material pipe portion is arranged a guide insert for the shut-off needle which continues the needle channel in longitudinal direction (L), - that the guide insert is flow-connected in the lower material pipe portion with the melt channel , and - that the guide insert has on its free end a sealing portion forming a pouring opening , which sealing portion can be sealed in a form-fitting manner by the shut-off needle . - a two-part material pipe with an upper material pipe portion , which extends from an upper end of the needle shut-off nozzle in a longitudinal direction (L) in the direction of a lower end , and - with a lower material pipe portion , which extends in longitudinal direction (L) between the upper material pipe portion and the lower end of the needle shut-off nozzle , - wherein the lower material pipe portion is connected releasably by means of fastening means with the upper material pipe portion and the lower material pipe portion can be removed from their upper material pipe portion via the lower end , - wherein in the material pipe a needle channel runs in longitudinal direction (L), in which needle channel a shut-off needle is arranged so as to be longitudinally displaceable, and wherein in the material pipe a melt channel runs in longitudinal direction (L) and at least in some portions separately from the needle channel , - that in the lower material pipe portion is arranged a guide insert for the shut-off needle which continues the needle channel in longitudinal direction (L), - that the guide insert is flow-connected in the lower material pipe portion with the melt channel , and - that the guide insert has on its free end a sealing portion forming a pouring opening , which sealing portion can be sealed in a form-fitting manner by the shut-off needle .
A sound transmission apparatus comprising: an ear tip comprising a sound transmission path , a first segment comprising a first elastic material, and a second retaining segment comprising a second elastic material coupled to the first segment, wherein the first segment comprises an elongated hollow tube having an end integrally joined to an ear dome comprised of the first elastic material and configured for holding the ear tip in place within a user's ear canal during use, the second retaining segment configured to attach the ear tip to a nozzle of a sound generating device, the_sound transmission path comprising a central channel passing through the first segment , the second segment and the ear dome ; wherein the first elastic material is a flexible, biocompatible material exhibiting greater vibration and sound dampening properties than the second elastic material, and wherein the second elastic material is different from the first elastic material, the second elastic material having a higher elasticity memory and residual retention force than the first elastic material, and wherein the first elastic material dampens mechanical energy imparted to the sound transmission apparatus by acoustic pressure contained within said air path, whereby unintentional and undesired acousto-mechanical sound coupling is reduced. an ear tip comprising a sound transmission path , a first segment comprising a first elastic material, and a second retaining segment comprising a second elastic material coupled to the first segment, wherein the first segment comprises an elongated hollow tube having an end integrally joined to an ear dome comprised of the first elastic material and configured for holding the ear tip in place within a user's ear canal during use, the second retaining segment configured to attach the ear tip to a nozzle of a sound generating device, the_sound transmission path comprising a central channel passing through the first segment , the second segment and the ear dome ; wherein the first elastic material is a flexible, biocompatible material exhibiting greater vibration and sound dampening properties than the second elastic material, and wherein the second elastic material is different from the first elastic material, the second elastic material having a higher elasticity memory and residual retention force than the first elastic material, and wherein the first elastic material dampens mechanical energy imparted to the sound transmission apparatus by acoustic pressure contained within said air path, whereby unintentional and undesired acousto-mechanical sound coupling is reduced.
An artificial turf infill comprising: - an olive pit material ; characterized in that the infill further comprises - microporous zeolite particles , wherein - the olive pit material comprises rounded olive pit fragments obtained by tumbling together with the microporous zeolite particles fractured olive pits obtained from an olive oil extraction process. - an olive pit material ; characterized in that the infill further comprises - microporous zeolite particles , wherein - the olive pit material comprises rounded olive pit fragments obtained by tumbling together with the microporous zeolite particles fractured olive pits obtained from an olive oil extraction process.
A casting device for tilting-pour gravity casting, comprising - a first static frame , - a second rotatable frame adapted to be rotated with respect to said first static frame over a horizontal axis wherein said second rotatable frame is adapted to hold a mold having a mold cavity and at least one inlet through which molten metal can flow into said mold cavity, - a pouring container to contain molten metal having at least one pouring outlet through which said molten metal can flow by gravity from said pouring container to said mold inlet, and - a movable holding arm attached to said second rotatable frame adapted to hold said pouring container so that the pouring container outlet is positioned in correspondence with said mold inlet with a pressing force over the mold as to avoid spills of molten metal out of said pouring container through the contact area of said pouring container and said mold , wherein said movable holding arm comprises an adjusting mechanism device for adjusting the position of the pouring container with respect to the position of said mold inlet in the direction of three space axes X, Y and Z with respect to said mold inlet , characterized in that the adjusting mechanism device comprises three individual adjusting mechanisms the first adjusting mechanism being provided for moving the pouring container in the direction of the space axis X, the second adjusting mechanism being provided for moving the pouring container in the direction of the space axis Y, and the third adjusting mechanism provided for moving the pouring container in the direction of the space axis Z. - a first static frame , - a second rotatable frame adapted to be rotated with respect to said first static frame over a horizontal axis wherein said second rotatable frame is adapted to hold a mold having a mold cavity and at least one inlet through which molten metal can flow into said mold cavity, - a pouring container to contain molten metal having at least one pouring outlet through which said molten metal can flow by gravity from said pouring container to said mold inlet, and - a movable holding arm attached to said second rotatable frame adapted to hold said pouring container so that the pouring container outlet is positioned in correspondence with said mold inlet with a pressing force over the mold as to avoid spills of molten metal out of said pouring container through the contact area of said pouring container and said mold , wherein said movable holding arm comprises an adjusting mechanism device for adjusting the position of the pouring container with respect to the position of said mold inlet in the direction of three space axes X, Y and Z with respect to said mold inlet , characterized in that the adjusting mechanism device comprises three individual adjusting mechanisms the first adjusting mechanism being provided for moving the pouring container in the direction of the space axis X, the second adjusting mechanism being provided for moving the pouring container in the direction of the space axis Y, and the third adjusting mechanism provided for moving the pouring container in the direction of the space axis Z.
A tire comprising: a tire frame having an annular shape; a reinforcement layer located outward of the tire frame in a tire radial direction; and tread rubber located outward of the reinforcement layer in the tire radial direction, wherein the reinforcement layer includes a reinforcement member that is coated with a resin composition containing from 50 mass% to 100 mass% of a resin material, characterized in that a storage modulus (E' 0°C ) of the tread rubber during 1% strain at 0°C under conditions of an initial load of 160 mg and a frequency of 52 Hz is no greater than 30 MPa, a loss tangent (tan δ 0°C ) of the tread rubber during 1% strain at 0°C under conditions of an initial load of 160 mg and a frequency of 52 Hz is no greater than 0.5, and a value (tan δ 30°C - tan δ 60°C ) obtained by subtracting a loss tangent (tan δ 60°C ) of the tread rubber during 1% strain at 60°C under conditions of an initial load of 160 mg and a frequency of 52 Hz from a loss tangent (tan δ 30°C ) of the tread rubber during 1% strain at 30°C under conditions of an initial load of 160 mg and a frequency of 52 Hz is no greater than 0.08. a tire frame having an annular shape; a reinforcement layer located outward of the tire frame in a tire radial direction; and tread rubber located outward of the reinforcement layer in the tire radial direction, wherein the reinforcement layer includes a reinforcement member that is coated with a resin composition containing from 50 mass% to 100 mass% of a resin material, characterized in that a storage modulus (E' 0°C ) of the tread rubber during 1% strain at 0°C under conditions of an initial load of 160 mg and a frequency of 52 Hz is no greater than 30 MPa, a loss tangent (tan δ 0°C ) of the tread rubber during 1% strain at 0°C under conditions of an initial load of 160 mg and a frequency of 52 Hz is no greater than 0.5, and a value (tan δ 30°C - tan δ 60°C ) obtained by subtracting a loss tangent (tan δ 60°C ) of the tread rubber during 1% strain at 60°C under conditions of an initial load of 160 mg and a frequency of 52 Hz from a loss tangent (tan δ 30°C ) of the tread rubber during 1% strain at 30°C under conditions of an initial load of 160 mg and a frequency of 52 Hz is no greater than 0.08.
A method of manufacturing a modified article of apparel, the method comprising: providing a fabric having a first surface and an opposite second surface ; integrating a plurality of slits into the fabric through the first surface and the second surface , the plurality of slits forming columns in parallel configuration, wherein a spacing between two slits in linear alignment in a first column is less than a length of a slit positioned in an adjacent second column, wherein the spacing between the two slits in the first column is aligned at least partially with the slit positioned in the adjacent second column; providing an under layer; and forming the fabric and the under layer into at least part of the article of apparel wherein the under layer includes slits, wherein when the fabric is stretched in a direction perpendicular to a long-axis of the slits , the slits open to provide a direct path through the first and second surfaces of the fabric and through the under layer; the method further characterized in that the under layer is of a different colour from the fabric and in that the fabric and the under layer include aligned slits.
An implantable mesh comprising a plurality of biodegradable mesh fibers; and a plurality of demineralized bone fibers mechanically entangled into the implantable mesh; wherein the plurality of demineralized bone fibers comprises from about 20% (w/w) to about 60% (w/w) of the implantable mesh; wherein the demineralized bone fibers are mechanically entangled into the implantable mesh by needle punching; and wherein, after entanglement, the implantable mesh comprises 1% (w/w) or less of a carrier or binding agent.
A method of switching-off a polyphase electric machine in a motor vehicle, the polyphase electric machine comprising a rotor having a rotor winding and a stator having a polyphase stator winding , - wherein in a block mode of the electric machine , a parameter influencing a pole wheel voltage vector (U p ) of a pole wheel voltage is changed such that the pole wheel voltage reaches a first threshold value (S 1 ), - wherein the block mode is deactivated when the first threshold value (S 1 ) is reached and a PWM mode for applying a phase voltage with a phase voltage vector (U s ) is activated, - wherein the phase voltage vector (U s ) and the pole wheel voltage vector (U p ) are changed in PWM mode until the parameter influencing the pole wheel voltage reaches a further threshold value (S 2 ), - wherein the phase voltage is switched off when the further threshold value (S 2 ) is reached. - wherein in a block mode of the electric machine , a parameter influencing a pole wheel voltage vector (U p ) of a pole wheel voltage is changed such that the pole wheel voltage reaches a first threshold value (S 1 ), - wherein the block mode is deactivated when the first threshold value (S 1 ) is reached and a PWM mode for applying a phase voltage with a phase voltage vector (U s ) is activated, - wherein the phase voltage vector (U s ) and the pole wheel voltage vector (U p ) are changed in PWM mode until the parameter influencing the pole wheel voltage reaches a further threshold value (S 2 ), - wherein the phase voltage is switched off when the further threshold value (S 2 ) is reached.
Food forming drum comprising a multitude of rows of product cavities, each row comprising one or a multitude of product cavities (2-I - V), wherein the product cavities are provided as one or more at least partially porous members made from a porous material with interconnecting pores, wherein the food forming drum comprises an inner member , comprising an inner cylinder and at least one rib between the cylinder and the porous members , characterized in, that the rib is connected to the cylinder by a form- and/or force-fit or by an adhesive bond.
A method for touch-based operation in a mobile device, the method comprising: displaying (S107), on a touch screen of the mobile device, a communication-related list comprising a plurality of items; detecting (S109), on the touch screen , a first touch input at a first touchdown location on a first item of the plurality of items; in response to detecting a drag input from the first touchdown location in a first direction towards a first side of the first item, moving (S113) the first item on the touch screen in the first direction corresponding to the drag input, and displaying an icon at a second side of the first item, wherein the icon represents a deletion of the first item assigned to the drag input in the first direction on the first item, and wherein the second side of the first item is opposite to the first side; and executing (S117) the deletion of the first item from the communication-related list in response to detecting at least the drag input in the first direction to a point beyond a critical point which changes depending on the first touchdown location. displaying (S107), on a touch screen of the mobile device, a communication-related list comprising a plurality of items; detecting (S109), on the touch screen , a first touch input at a first touchdown location on a first item of the plurality of items; in response to detecting a drag input from the first touchdown location in a first direction towards a first side of the first item, moving (S113) the first item on the touch screen in the first direction corresponding to the drag input, and displaying an icon at a second side of the first item, wherein the icon represents a deletion of the first item assigned to the drag input in the first direction on the first item, and wherein the second side of the first item is opposite to the first side; and executing (S117) the deletion of the first item from the communication-related list in response to detecting at least the drag input in the first direction to a point beyond a critical point which changes depending on the first touchdown location.
Glazing , and in particular vehicle glazing, comprising two contiguous windows , in particular with at least one, or even two, laminated window(s) comprising an exterior layer of glass , an interior layer of glass and a plastic material interlayer situated between said two layers of glass, each window having an exterior face , an edge surface and an interior face , said glazing including a profiled bead , that comprises on the one hand a single profiled body situated facing a part of the edge surface of said windows , without contact with said edge surfaces of said windows , characterized in that said profiled bead includes: - on the other hand, two curved exterior coverings carried by said profiled body and that each include a portion situated farther toward the exterior than said profiled body and that has an exterior face that is situated in continuity with said exterior face of said window and a portion against a part of the edge surface of said windows , - said exterior coverings being flexible, with a Shore A hardness between 45 and 90 inclusive, or even between 55 and 85 inclusive. - on the other hand, two curved exterior coverings carried by said profiled body and that each include a portion situated farther toward the exterior than said profiled body and that has an exterior face that is situated in continuity with said exterior face of said window and a portion against a part of the edge surface of said windows , - said exterior coverings being flexible, with a Shore A hardness between 45 and 90 inclusive, or even between 55 and 85 inclusive.