mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing prepared shaped parts from wire, wherein: wire (W) is drawn in from a wire supply and fed to a wire-processing machine , the wire is straightened in the wire-processing machine , and shaped parts of predefinable wire length are separated off from the straightened wire, wherein, for separating a shaped part from the fed wire, firstly, at a separation position (TP) intended for separation, the wire (W) is notched in at least one notching operation from two mutually oppositely situated sides by means of notching tools (325-1, 325-2, 925-1, 925-2, 1330-1, 1330-2, 1425-1, 1425-2) in such a way that a narrowed wire cross section remains between oppositely situated notches (KB) at the separation position; and, subsequently, in a dividing operation, the notched wire is separated in the region of the narrowed wire cross section at the separation position (TP) in that two dividing tools (345-1, 345-2, 945-1, 945-2, 1330-1, 1330-2, 1435-1, 1435-2) act on oppositely situated sides of the wire and are advanced synchronously perpendicularly to the wire axis in opposite advancement directions until the wire material has been severed at the separation position (TP) . wire (W) is drawn in from a wire supply and fed to a wire-processing machine , the wire is straightened in the wire-processing machine , and shaped parts of predefinable wire length are separated off from the straightened wire, wherein, for separating a shaped part from the fed wire, firstly, at a separation position (TP) intended for separation, the wire (W) is notched in at least one notching operation from two mutually oppositely situated sides by means of notching tools (325-1, 325-2, 925-1, 925-2, 1330-1, 1330-2, 1425-1, 1425-2) in such a way that a narrowed wire cross section remains between oppositely situated notches (KB) at the separation position; and, subsequently, in a dividing operation, the notched wire is separated in the region of the narrowed wire cross section at the separation position (TP) in that two dividing tools (345-1, 345-2, 945-1, 945-2, 1330-1, 1330-2, 1435-1, 1435-2) act on oppositely situated sides of the wire and are advanced synchronously perpendicularly to the wire axis in opposite advancement directions until the wire material has been severed at the separation position (TP) .
A composition comprising (a) a molecule of Formula One (F1) Formula One also known as F1, and (b) a second active ingredient (" 2AI ") which is Abamectin. (a) a molecule of Formula One (F1) Formula One also known as F1, and (b) a second active ingredient (" 2AI ") which is Abamectin.
Method for constructing a contention device including at least the following steps: - a step of modelling a contention apparatus in the form of a tape; - a step of constructing the contention apparatus by machining a slab of composite polymer material or by 3D printing; - a step of constructing a positioning duct by thermoforming on a support assembly which includes the contention apparatus and a die , representing at least one dental arch , whereon the contention apparatus is positioned; - a step of obtaining the contention device on the die , the contention device including the positioning duct and the contention apparatus in the form of a tape positioned in the positioning duct ; and - a step of separating the contention device from the die . - a step of modelling a contention apparatus in the form of a tape; - a step of constructing the contention apparatus by machining a slab of composite polymer material or by 3D printing; - a step of constructing a positioning duct by thermoforming on a support assembly which includes the contention apparatus and a die , representing at least one dental arch , whereon the contention apparatus is positioned; - a step of obtaining the contention device on the die , the contention device including the positioning duct and the contention apparatus in the form of a tape positioned in the positioning duct ; and - a step of separating the contention device from the die .
An oral care composition comprising a compound selected from and and an orally acceptable carrier, for use in a method for inhibiting or preventing bacterial adhesion to an oral cavity surface comprising contacting an oral cavity surface of a mammal with the oral care composition. an orally acceptable carrier, for use in a method for inhibiting or preventing bacterial adhesion to an oral cavity surface comprising contacting an oral cavity surface of a mammal with the oral care composition.
A computer-implemented method, comprising: connecting to an enterprise server with a first enterprise application (116-1) on a personal device ; receiving a policy from the enterprise server; applying, by a processor circuit, the policy to the first enterprise application; applying, by the processor circuit, the policy to a second enterprise application (116-2) automatically when the second enterprise application is used; generating a policy key on the personal device from the policy on the personal device ; providing the policy key to the enterprise server for comparison to the policy on the enterprise server ; and receiving a notification from the enterprise server that the policy on the personal device is up to date or the policy on the personal device needs to be updated. connecting to an enterprise server with a first enterprise application (116-1) on a personal device ; receiving a policy from the enterprise server; applying, by a processor circuit, the policy to the first enterprise application; applying, by the processor circuit, the policy to a second enterprise application (116-2) automatically when the second enterprise application is used; generating a policy key on the personal device from the policy on the personal device ; providing the policy key to the enterprise server for comparison to the policy on the enterprise server ; and receiving a notification from the enterprise server that the policy on the personal device is up to date or the policy on the personal device needs to be updated.
Support for a ball joint housing for a connecting rod of a wiper actuating linkage system , the support comprising a ball joint housing extending along a longitudinal axis (B) and configured to be received in a complementary orifice on the connecting rod , characterized in that the support is configured to be assembled by rotation with the connecting rod , and comprises: - at least one rotational-guidance element guiding the rotation of the connecting rod about the longitudinal axis (B) of the ball joint housing into a final assembly position, - at least one retaining element configured to collaborate with the connecting rod and keep it in the final assembly position in which it is assembled with the support of the ball joint housing , and - at least one rotation-blocking element configured to prevent the connecting rod from rotating out of the final assembly position, the support defining a receptacle configured to at least partially receive the connecting rod having an elongate overall shape, in the final assembly position, the receptacle comprising: a first part equipped with the ball joint housing , configured to receive a longitudinal end of the connecting rod exhibiting the orifice complementary to the ball joint housing , and a second part extending transversely with respect to the longitudinal axis (B) of the ball joint housing , configured to receive a longitudinal portion of the connecting rod in the axial continuation of the longitudinal end , and characterised in that the second part of the receptacle has at least two opposite rotation-blocking and retaining surfaces between which the longitudinal portion of the connecting rod is configured to be received in the final assembly position. - at least one rotational-guidance element guiding the rotation of the connecting rod about the longitudinal axis (B) of the ball joint housing into a final assembly position, - at least one retaining element configured to collaborate with the connecting rod and keep it in the final assembly position in which it is assembled with the support of the ball joint housing , and - at least one rotation-blocking element configured to prevent the connecting rod from rotating out of the final assembly position, a first part equipped with the ball joint housing , configured to receive a longitudinal end of the connecting rod exhibiting the orifice complementary to the ball joint housing , and a second part extending transversely with respect to the longitudinal axis (B) of the ball joint housing , configured to receive a longitudinal portion of the connecting rod in the axial continuation of the longitudinal end , and characterised in that the second part of the receptacle has at least two opposite rotation-blocking and retaining surfaces between which the longitudinal portion of the connecting rod is configured to be received in the final assembly position.
A method for producing a polysulfide cooking liquor, for use in a kraft pulp mill which comprises the steps of: (a) adding burnt lime to green liquor in a slaker and passing the liquor to a series of causticizing vessels; (b) passing the causticized liquor from the causticizing vessels to a first filtering or clarification process obtaining an accept flow of white liquor with a first order of suspended solids measured in ppm in the accept flow of white liquor and a reject flow of lime mud (c) passing the accept flow of white liquor through a second filtering process obtaining a filtered white liquor with a second order of suspended solids measured in ppm, said second order of suspended solids being at least half the order as of the first order of suspended solids and below 5 ppm, and (d) passing the filtered white liquor through a polysulfide reactor with addition of an oxygen containing gas for promoting conversion of sulfides to polysulfide, characterized in that the second filter process is performed in an essentially continuously operating cross flow filter, where a permeate passing through cross flow filter elements in the cross flow filter forms the filtered white liquor before sending the filtered white liquor to the polysulfide reactor and the discharged flow of retentate (V 1 ) is bled off and sent back to the causticizing vessels. (a) adding burnt lime to green liquor in a slaker and passing the liquor to a series of causticizing vessels; (b) passing the causticized liquor from the causticizing vessels to a first filtering or clarification process obtaining an accept flow of white liquor with a first order of suspended solids measured in ppm in the accept flow of white liquor and a reject flow of lime mud (c) passing the accept flow of white liquor through a second filtering process obtaining a filtered white liquor with a second order of suspended solids measured in ppm, said second order of suspended solids being at least half the order as of the first order of suspended solids and below 5 ppm, and (d) passing the filtered white liquor through a polysulfide reactor with addition of an oxygen containing gas for promoting conversion of sulfides to polysulfide, characterized in that the second filter process is performed in an essentially continuously operating cross flow filter, where a permeate passing through cross flow filter elements in the cross flow filter forms the filtered white liquor before sending the filtered white liquor to the polysulfide reactor and the discharged flow of retentate (V 1 ) is bled off and sent back to the causticizing vessels.
An electrically conductive bearing system comprising: a support member having an inner surface; a bearing element provided at the inner surface of the support member , the bearing element being rotatable relative to the support member ; and an electrically conductive element provided in the bearing element forming an electrically conductive flow path to the support member , the electrically conductive element extending into the bearing element . a support member having an inner surface; a bearing element provided at the inner surface of the support member , the bearing element being rotatable relative to the support member ; and an electrically conductive element provided in the bearing element forming an electrically conductive flow path to the support member , the electrically conductive element extending into the bearing element .
An assisting apparatus that is configured to support an upper body of a care receiver (M) for assisting a care receiver (M) in standing up, comprising: a base , an elevator provided on the base in a vertically movable manner, a trunk support member formed in a planar shape, being provided to the elevator in a forward-rearward tiltable manner and configured to support a trunk of the care receiver (M) by coming into contact with a front surface of the trunk, and an underarm support member , being supported by the trunk support member , and configured to support an underarm of the care receiver (M), wherein the underarm support member includes an underarm insertion portion to be inserted into the underarm of the care receiver (M), wherein the underarm insertion portion is extended from the trunk support member toward a rear of the care receiver (M) so as to be in a boarding orientation when the trunk support member is positioned at a boarding position with respect to the care receiver (M) in a sitting posture, and wherein the underarm insertion portion is extended upward and rearward from the trunk support member toward the care receiver (M) so as to be in a standing-posture orientation when the trunk support member is tilted forward to shift the care receiver (M) to a standing posture wherein the underarm insertion portion forms a rear end of the underarm support member , and the underarm support member is located on a side of the trunk support member , and further includes a shoulder receiving portion for supporting a front of the shoulder of the care receiver (M). a base , an elevator provided on the base in a vertically movable manner, a trunk support member formed in a planar shape, being provided to the elevator in a forward-rearward tiltable manner and configured to support a trunk of the care receiver (M) by coming into contact with a front surface of the trunk, and an underarm support member , being supported by the trunk support member , and configured to support an underarm of the care receiver (M), wherein the underarm support member includes an underarm insertion portion to be inserted into the underarm of the care receiver (M), wherein the underarm insertion portion is extended from the trunk support member toward a rear of the care receiver (M) so as to be in a boarding orientation when the trunk support member is positioned at a boarding position with respect to the care receiver (M) in a sitting posture, and wherein the underarm insertion portion is extended upward and rearward from the trunk support member toward the care receiver (M) so as to be in a standing-posture orientation when the trunk support member is tilted forward to shift the care receiver (M) to a standing posture wherein the underarm insertion portion forms a rear end of the underarm support member , and the underarm support member is located on a side of the trunk support member , and further includes a shoulder receiving portion for supporting a front of the shoulder of the care receiver (M).
A cartridge holder assembly comprising: - an enclosed cartridge defining a longitudinal axis and comprising a generally cylindrical main portion , a distal outlet portion having a neck portion with a circumferential shoulder portion, and a proximal portion having an opening surrounded by a circumferential rim , - a distal portion comprising a distal support structure engaging the cartridge neck portion and being adapted to support the cartridge against movement in the distal direction, and - a proximal portion comprising a proximal support structure engaging the cartridge circumferential rim and being adapted to support the cartridge against movement in the proximal direction, characterized in that - the proximal support structure is elastically deformed only, and - the distal support structure is plastically deformed. - an enclosed cartridge defining a longitudinal axis and comprising a generally cylindrical main portion , a distal outlet portion having a neck portion with a circumferential shoulder portion, and a proximal portion having an opening surrounded by a circumferential rim , - a distal portion comprising a distal support structure engaging the cartridge neck portion and being adapted to support the cartridge against movement in the distal direction, and - a proximal portion comprising a proximal support structure engaging the cartridge circumferential rim and being adapted to support the cartridge against movement in the proximal direction, - the proximal support structure is elastically deformed only, and - the distal support structure is plastically deformed.
A staple cartridge assembly for use with a surgical stapler, comprising: a cartridge body having a plurality of staple cavities on a tissue-facing surface thereof, each staple cavity having a staple disposed therein that is configured to be deployed into tissue, and the cartridge body having a plurality of connection cavities on the tissue-facing surface ; an adjunct disposed on the tissue-facing surface of the cartridge body ; and a plurality of drivers (200; 300) disposed within the cartridge body , each driver (200; 300) having at least one adjunct releasing mechanism (203; 304) located thereon such that the plurality of drivers (200; 300) are configured to cause the adjunct to detach from the cartridge body when the plurality of drivers (200; 300) are advanced into the staple cavities staples to deploy the staples, wherein each connection cavity is configured to receive a portion of the adjunct therein, and characterized in that the at least one adjunct releasing mechanism (203; 304) comprises a post (206; 306) configured to extend into one of the plurality of connection cavities . a cartridge body having a plurality of staple cavities on a tissue-facing surface thereof, each staple cavity having a staple disposed therein that is configured to be deployed into tissue, and the cartridge body having a plurality of connection cavities on the tissue-facing surface ; an adjunct disposed on the tissue-facing surface of the cartridge body ; and a plurality of drivers (200; 300) disposed within the cartridge body , each driver (200; 300) having at least one adjunct releasing mechanism (203; 304) located thereon such that the plurality of drivers (200; 300) are configured to cause the adjunct to detach from the cartridge body when the plurality of drivers (200; 300) are advanced into the staple cavities staples to deploy the staples, wherein each connection cavity is configured to receive a portion of the adjunct therein, and characterized in that the at least one adjunct releasing mechanism (203; 304) comprises a post (206; 306) configured to extend into one of the plurality of connection cavities .
A socket contact comprising: a rear tail ; a ferrule having an opening configured to receive a pin, the opening having an opening diameter; a tubular barrel having a central axis; a plurality of conductive bands connecting the rear tail to the ferrule and defining a throat opening extending from the opening and tapering to a throat portion having a throat diameter , the throat diameter being smaller than the opening diameter; and a plurality of slots extending between the rear tail portion and the ferrule portion and defining the plurality of bands , wherein the plurality of conductive bands are formed by cutting the plurality of slots at an angle with respect to the central axis into the tubular barrel , and wherein the plurality of conductive bands are rolled to form the tapering to the throat portion. a rear tail ; a ferrule having an opening configured to receive a pin, the opening having an opening diameter; a tubular barrel having a central axis; a plurality of conductive bands connecting the rear tail to the ferrule and defining a throat opening extending from the opening and tapering to a throat portion having a throat diameter , the throat diameter being smaller than the opening diameter; and a plurality of slots extending between the rear tail portion and the ferrule portion and defining the plurality of bands , wherein the plurality of conductive bands are formed by cutting the plurality of slots at an angle with respect to the central axis into the tubular barrel , and wherein the plurality of conductive bands are rolled to form the tapering to the throat portion.
A selvedge forming device comprising a tucking device for tucking a thread end of a weft thread into a subsequent shed , which thread end extends outside a shed , and a moveable arm , wherein the moveable arm is controllable to move thread ends of a fraction of inserted weft threads out of the working area of the tucking device , characterized in that the selvedge forming device further comprises a separator element , wherein the moveable arm is controllable to move the thread end beyond the separator element out of the working area of the tucking device , such that the thread end moved beyond the separator element is separated by the separator element from the working area of the tucking device .