mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus (10, 10.2) for processing an assembly, such as in particular a hose portion , - having a first linear motor circuit (12, 12.2) -- having at least one linear motor carriage unit , which can be moved on the first linear motor circuit (12, 12.2), -- having a feeding device for feeding assemblies to be processed and for fastening them to a linear motor carriage unit , -- having an unloading device for unloading the processed assembly from the linear motor carrier unit , - having a second linear motor circuit (14, 14.2) -- having at least one linear motor carriage , which can be moved on the second linear motor circuit (14, 14.2), -- having at least one processing unit, which is positioned on the at least one linear motor carriage , - wherein the first linear motor circuit (12, 12.2) and the second linear motor circuit (14, 14.2) extend parallel to one another in certain regions, with the result that the assemblies present on the linear motor carriage units of the first linear motor circuit (12, 12.2) can be processed by the processing units present on the linear motor carriages of the second linear motor circuit (14, 14.2). - having a first linear motor circuit (12, 12.2) -- having at least one linear motor carriage unit , which can be moved on the first linear motor circuit (12, 12.2), -- having a feeding device for feeding assemblies to be processed and for fastening them to a linear motor carriage unit , -- having an unloading device for unloading the processed assembly from the linear motor carrier unit , -- having at least one linear motor carriage unit , which can be moved on the first linear motor circuit (12, 12.2), -- having a feeding device for feeding assemblies to be processed and for fastening them to a linear motor carriage unit , -- having an unloading device for unloading the processed assembly from the linear motor carrier unit , - having a second linear motor circuit (14, 14.2) -- having at least one linear motor carriage , which can be moved on the second linear motor circuit (14, 14.2), -- having at least one processing unit, which is positioned on the at least one linear motor carriage , -- having at least one linear motor carriage , which can be moved on the second linear motor circuit (14, 14.2), -- having at least one processing unit, which is positioned on the at least one linear motor carriage , - wherein the first linear motor circuit (12, 12.2) and the second linear motor circuit (14, 14.2) extend parallel to one another in certain regions, with the result that the assemblies present on the linear motor carriage units of the first linear motor circuit (12, 12.2) can be processed by the processing units present on the linear motor carriages of the second linear motor circuit (14, 14.2).
- Tread for the driven axle of an agricultural vehicle, said tread comprising tread pattern elements extending radially towards the outside from a bearing surface , said tread pattern elements comprising, in the central part of the tread, a series of blocks that are juxtaposed with one another in the longitudinal direction, said tread pattern blocks being separated from one another by transverse cuts , said blocks having, in the rolling direction , a leading face, a contact face and a trailing face, characterized in that said leading face has, from the bearing surface , a radial height HRA greater than the radial height HRF of the trailing face, in that the contact face is oriented at an angle α with respect to the radial direction Z, α being between 93 and 105 degrees, in that the radial depth PR of the transverse cuts is at least equal to 50% of the radial height HRA of the leading face, in that the width of said blocks represents at least 15% of the width of the tread, in that the transverse cuts are transverse sipes , in that the transverse sipes are inclined towards the front in the rolling direction of the tread, the transverse sipes being oriented at an angle β with respect to the radial direction Z, β being between 5 and 35 degrees, in that β is at least equal to 20 degrees and in that the tread also comprises lateral tread pattern elements , said lateral tread pattern elements comprising a contact face , a leading face and a trailing face , said leading face being inclined at an angle γ towards the rear with respect to the radial direction Z in the rolling direction of the tread, the angle γ being between 50 degrees and 75 degrees.
Applicator member for applying a cosmetic product to human keratin materials, comprising an applicator head having two opposite faces , the applicator head comprising: - a first part having at least one housing , and - a second part that is connected to the first part by a hinge , preferably a film hinge or two flexible strands , is at least partially engaged in the housing of the first part , and contains the product (P) to be applied, the second part comprising, on at least one of said faces , a cavity containing the cosmetic product and/or a porous material, the cavity being different from spaces formed between adjacent bristles or teeth. - a first part having at least one housing , and - a second part that is connected to the first part by a hinge , preferably a film hinge or two flexible strands , is at least partially engaged in the housing of the first part , and contains the product (P) to be applied, the second part comprising, on at least one of said faces , a cavity containing the cosmetic product and/or a porous material, the cavity being different from spaces formed between adjacent bristles or teeth.
A system for monitoring or controlling desalting in a crude distillation unit, comprising: a mix valve for mixing crude oil and wash water by a pressure drop across the mix valve, thereby forming a crude oil/water phase stream; a desalter vessel for receiving the crude oil/water phase stream, whereupon an emulsion forms at an interface between the crude oil and the water phase, the desalter vessel configured to contact the crude oil with a dosage of an emulsion breaker in an applied electric field; an emulsion level indicator coupled to an outer surface of the desalter vessel, the emulsion level indicator capable of measuring at least one property associated with the emulsion at an interface between the crude oil and the water phase, wherein the at least one property associated with the emulsion is the width of the interface and a rate of change; a chlorine analyzer capable of measuring a total chlorine of the crude oil; a water analyzer capable of measuring a water percentage of the crude oil; and a controller operatively coupled to the mix valve, emulsion level indicator, and either the chlorine analyzer, the water analyzer, or the chlorine analyzer and the water analyzer, wherein the controller adjusts substantially in real time at least one of the pressure drop and the dosage of the emulsion breaker in response to at least one of the measured properties, total chlorine, and water percentage. a mix valve for mixing crude oil and wash water by a pressure drop across the mix valve, thereby forming a crude oil/water phase stream; a desalter vessel for receiving the crude oil/water phase stream, whereupon an emulsion forms at an interface between the crude oil and the water phase, the desalter vessel configured to contact the crude oil with a dosage of an emulsion breaker in an applied electric field; an emulsion level indicator coupled to an outer surface of the desalter vessel, the emulsion level indicator capable of measuring at least one property associated with the emulsion at an interface between the crude oil and the water phase, wherein the at least one property associated with the emulsion is the width of the interface and a rate of change; a chlorine analyzer capable of measuring a total chlorine of the crude oil; a water analyzer capable of measuring a water percentage of the crude oil; and a controller operatively coupled to the mix valve, emulsion level indicator, and either the chlorine analyzer, the water analyzer, or the chlorine analyzer and the water analyzer, wherein the controller adjusts substantially in real time at least one of the pressure drop and the dosage of the emulsion breaker in response to at least one of the measured properties, total chlorine, and water percentage.
Sport pants comprising a main part with a waistband and trouser legs , wherein a sweat towel is arranged in the buttlocks area of the main part , wherein the sweat towel is, in used condition, configured to be positioned on the inner side of the main part , in particular to be positioned between the user and the main part , wherein the sweat towel is coupled to the main part of the sport pants by use of detachable fastening means and wherein the sweat towel is removable from the main part of the sport pants if necessary, characterized in that the fastening means is a hook and loop fastener, wherein at least a first part with hooks is arranged on the sweat towel and a second part with loops is arranged on the inner side of the main part , wherein the width of the sweat towel on the upper end is in between 40% and 120% of the waist size of the main part .
A retractable bollard system for installation in a support surface that includes pavement , the retractable bollard system comprising: a shell that when installed in the support surface extends below an upper surface of the pavement ; a post to be telescopically coupled to the shell , the post being axially movable relative to the shell selectively to an upper area and a lower area , wherein in the upper area , a head of the post is above a top of the shell , and in the lower area , the head of the post is proximate the top of the shell , the post extending farther above the shell when the post is in the upper area than when the post is in the lower area ; and a shock absorber to encircle the shell ; characterized in that the retractable bollard system further comprises a spring to urge the post from the lower area toward the upper area , the shock absorber is made of a polymeric material; and the post is rotationally moveable relative to the shell , wherein the post being in the lower area is rotatable relative to the shell selectively between a stored position and a released position, the stored position is higher than the released position. a shell that when installed in the support surface extends below an upper surface of the pavement ; a post to be telescopically coupled to the shell , the post being axially movable relative to the shell selectively to an upper area and a lower area , wherein in the upper area , a head of the post is above a top of the shell , and in the lower area , the head of the post is proximate the top of the shell , the post extending farther above the shell when the post is in the upper area than when the post is in the lower area ; and a shock absorber to encircle the shell ; characterized in that the retractable bollard system further comprises a spring to urge the post from the lower area toward the upper area , the shock absorber is made of a polymeric material; and the post is rotationally moveable relative to the shell , wherein the post being in the lower area is rotatable relative to the shell selectively between a stored position and a released position, the stored position is higher than the released position.
A method of fabricating a pipeline by butt welding at a circumferential interface between components comprising lengths of pipe disposed end-to-end or between a length of pipe and a pipeline accessory, at least one of which components comprises internal and external layers of different metal separated by a boundary , the method comprising: performing external friction stir welding (FSW) by effecting relative circumferential movement along the interface of an inwardly-facing external FSW tool positioned outside the pipe , which tool spins about a first axis that is substantially radial with respect to a cross-section of the pipe ; and characterised by performing internal friction stir welding (FSW) by effecting relative circumferential movement along the interface of the outwardly-facing internal FSW tool , which tool spins about a second axis that is substantially radial with respect to the cross-section of the pipe ; wherein the step of internal FSW and external FSW are performed such that: the thermo-mechanically affected zones (TMAZs) produced by the external FSW tool and the internal FSW tool each extend partially through a wall of the pipe ; the TMAZ produced by the external FSW tool contacts, intersects or overlaps the TMAZ produced by the internal FSW tool; and the TMAZs produced by the external FSW tool and the internal FSW tool have depths that extend to or overlap slightly beyond the boundary between the internal and external layers. performing external friction stir welding (FSW) by effecting relative circumferential movement along the interface of an inwardly-facing external FSW tool positioned outside the pipe , which tool spins about a first axis that is substantially radial with respect to a cross-section of the pipe ; and characterised by performing internal friction stir welding (FSW) by effecting relative circumferential movement along the interface of the outwardly-facing internal FSW tool , which tool spins about a second axis that is substantially radial with respect to the cross-section of the pipe ; wherein the step of internal FSW and external FSW are performed such that: the thermo-mechanically affected zones (TMAZs) produced by the external FSW tool and the internal FSW tool each extend partially through a wall of the pipe ; the TMAZ produced by the external FSW tool contacts, intersects or overlaps the TMAZ produced by the internal FSW tool; and the TMAZs produced by the external FSW tool and the internal FSW tool have depths that extend to or overlap slightly beyond the boundary between the internal and external layers. the thermo-mechanically affected zones (TMAZs) produced by the external FSW tool and the internal FSW tool each extend partially through a wall of the pipe ; the TMAZ produced by the external FSW tool contacts, intersects or overlaps the TMAZ produced by the internal FSW tool; and the TMAZs produced by the external FSW tool and the internal FSW tool have depths that extend to or overlap slightly beyond the boundary between the internal and external layers.
An overflow hygiene system for insertion into an overflow hole (2.1) of a wash basin with a body, formed by a pipe (1.1) having a pipe shaft (1.1d) and a cross-section base form Q with an inlet opening (1.1a) and an outlet opening (1.1b) staggered in the direction of the pipe shaft (1.1d), wherein a collar (1.2) is provided around the inlet opening (1.1a) with an abutment surface (1.2a) being directly or indirectly placeable against the wash basin , wherein a flap is provided via which the pipe (1.1) is closeable, wherein the flap has an edge (4.5) which delimits a geometric base form K having a diameter D4r, said base form corresponding to the cross-section base form Q of the pipe (1.1), wherein the flap is arranged above a pivot bearing having a pivot shaft (5.3) inside the pipe (1.1) between the collar (1.2) and the outlet opening (1.1b), wherein the pivot shaft (5.3) is arranged with a distance a to the pipe shaft (1.1d), wherein 3a <= D4r, characterized in that the flap has a back (4.3) and a flow channel (4.6) is provided on the back (4.3) through which water, which is conductible from the top (4.1) of the flap via the back (4.3), is guidable in a funnel or a forked manner.
A valve , in particular a throttle valve, for adjusting a cooling fluid flow from a fluid source to multiple injection nozzles for cooling multiple pistons of an internal combustion engine, having a fluid channel for connecting the fluid source to the multiple injection nozzles ; and a valve element which is arranged so as to be movable, in particular so as to be displaceable, for changing a flow cross section of the fluid channel , wherein the valve element can be moved into a first position, in which the flow cross section is not influenced by the valve element ; wherein: the valve element has a control surface , which preferably extends perpendicularly to a displacement axis of the valve element ; the cooling fluid acts on the control surface for displacing the valve element , so that the valve element is displaced in a manner dependent on the fluid pressure of the cooling fluid; the valve is a straight-way valve; the control surface is arranged in a control fluid chamber which is arranged outside the fluid channel , and a feed channel guides cooling fluid into the control fluid chamber from upstream of the valve element , the fluid channel has a valve element opening through which the valve element can be moved, in particular can be displaced; the valve element can be moved, in particular can be displaced, between the first position and a second position, in which the flow cross section is minimal or zero; and the second position is limited by a stop for the valve element , characterized in that the stop is a part of the valve element opening . a fluid channel for connecting the fluid source to the multiple injection nozzles ; and a valve element which is arranged so as to be movable, in particular so as to be displaceable, for changing a flow cross section of the fluid channel , wherein the valve element can be moved into a first position, in which the flow cross section is not influenced by the valve element ; wherein: the valve element has a control surface , which preferably extends perpendicularly to a displacement axis of the valve element ; the cooling fluid acts on the control surface for displacing the valve element , so that the valve element is displaced in a manner dependent on the fluid pressure of the cooling fluid; the valve is a straight-way valve; the control surface is arranged in a control fluid chamber which is arranged outside the fluid channel , and a feed channel guides cooling fluid into the control fluid chamber from upstream of the valve element , the fluid channel has a valve element opening through which the valve element can be moved, in particular can be displaced; the valve element can be moved, in particular can be displaced, between the first position and a second position, in which the flow cross section is minimal or zero; and the second position is limited by a stop for the valve element ,
A system for performing a phacoemulsification, comprising a tool holder having a tool formed by a hollow needle and a shell surface surrounding the hollow needle , wherein the hollow needle forms a first a channel and wherein there is formed between hollow needle and shell surface a second channel having a circular cross-section, an irrigation device , which is configured to discharge the fluid with a pressure, an aspiration device , which is configured to aspire the fluid, a distributor device , wherein the distributor device is connected to the first channel , to the second channel , to the irrigation device and the aspiration device for the exchange of fluids, and a control device , which is connected to the irrigation device , the aspiration device and the distributor device for the exchange of information, wherein the distributor device connects in a first operational mode the second channel and the irrigation device for the exchange of fluids and the first channel and the aspiration device for the exchange of fluids, characterized in that the distributor device connects in a second operational mode the first channel and the irrigation device for the exchange of fluids and that the pressure is controllable in the second operational mode in a linear way by means of the control device , at which pressure the irrigation device discharges the fluid to the distributor device .
An adapter assembly for connecting an endoscope to a robotic surgical system, the adapter assembly comprising: a proximal housing having a proximal portion and a distal portion , the proximal portion of the proximal housing configured to be coupled to an instrument drive unit of a robotic surgical system, the distal portion of the proximal housing defining an opening therein; a distal housing including a proximal portion and a distal portion , the proximal portion of the distal housing being rotatably received within the opening of the distal portion of the proximal housing, the distal portion of the distal housing defining a channel longitudinally therethrough, the channel configured for non-rotatable receipt of an endoscope ; and a drive assembly including an input configured to be operably coupled to a motor of a motor assembly of an instrument drive unit of a robotic surgical system, and an output operably coupled to the proximal portion of the distal housing to rotate the distal housing relative to the proximal housing, wherein the proximal housing is configured to be non-rotatably coupled to the motor assembly of the instrument drive unit such that rotation of the motor assembly causes a rotation of each of the proximal and distal housings of the adapter assembly and the endoscope . a proximal housing having a proximal portion and a distal portion , the proximal portion of the proximal housing configured to be coupled to an instrument drive unit of a robotic surgical system, the distal portion of the proximal housing defining an opening therein; a distal housing including a proximal portion and a distal portion , the proximal portion of the distal housing being rotatably received within the opening of the distal portion of the proximal housing, the distal portion of the distal housing defining a channel longitudinally therethrough, the channel configured for non-rotatable receipt of an endoscope ; and a drive assembly including an input configured to be operably coupled to a motor of a motor assembly of an instrument drive unit of a robotic surgical system, and an output operably coupled to the proximal portion of the distal housing to rotate the distal housing relative to the proximal housing, wherein the proximal housing is configured to be non-rotatably coupled to the motor assembly of the instrument drive unit such that rotation of the motor assembly causes a rotation of each of the proximal and distal housings of the adapter assembly and the endoscope .