mhurhangee/ep-ind-claims huggingface dataset:
Clamping device for clamping an object, having a spindle body (3; 61; 71; 91; 103) and a nut element (5; 65; 105) that can be screwed together with the spindle body (3; 61; 71; 91; 103), wherein a distance between a first and a second clamping element of the clamping device (1; 63) can be reduced by screw actuation of the spindle body (3; 61; 71; 91; 103) and/or the nut element (5; 65; 105), and thus an object arranged between the clamping elements can be clamped in by means of the clamping elements, wherein a plurality of engagement regions each having a spindle body engagement structure are formed on the spindle body (3; 61; 71; 91; 103), in particular distributed in the circumferential direction and/or spaced apart from one another, characterized in that the nut element (5, 65; 105) has a plurality of in particular cylindrical roller bodies (14; 69) with a defined roller engagement structure, wherein the roller bodies (14; 69) are axially rotatably secured on an in particular sleeve-like receiving body of the nut element (5; 65; 105) and distributed in the circumferential direction on the nut element (5; 65; 105), in that the roller bodies (14; 69) are or can be brought with their roller engagement structure into engagement with the spindle body engagement structures of the spindle body (3; 61; 71; 91; 103), in that the nut element (5; 65; 105) can be screwed together with the spindle body (3; 61; 71; 91; 103) by means of the engagement structures (35, 47) of the spindle body (3; 61; 71; 91; 103) and the roller body (14; 69) that are in engagement with one another, in particular with the roller bodies rolling on the spindle body. the nut element (5, 65; 105) has a plurality of in particular cylindrical roller bodies (14; 69) with a defined roller engagement structure, wherein the roller bodies (14; 69) are axially rotatably secured on an in particular sleeve-like receiving body of the nut element (5; 65; 105) and distributed in the circumferential direction on the nut element (5; 65; 105), in that the roller bodies (14; 69) are or can be brought with their roller engagement structure into engagement with the spindle body engagement structures of the spindle body (3; 61; 71; 91; 103), in that the nut element (5; 65; 105) can be screwed together with the spindle body (3; 61; 71; 91; 103) by means of the engagement structures (35, 47) of the spindle body (3; 61; 71; 91; 103) and the roller body (14; 69) that are in engagement with one another, in particular with the roller bodies rolling on the spindle body.
An agricultural piston bale press, comprising: - a pressing piston arranged in a bale chamber to form bales of crop material; - a main drive mechanism to drive the pressing piston; - an intake device to take in crop material, and - a stuffing device to stuff crop material taken in by the intake device and to load the stuffed crop material to the bale chamber, wherein the stuffing device comprises a feed passage and a stuffing mechanism, the stuffing mechanism comprising a tine arm supporting tines, which tines can be moved along at least one stuffing trajectory to stuff crop material in the feed passage, and a drive mechanism (18, 2a) to drive the tine arm, wherein the drive mechanism (18, 2a) is configured to move the tine arm in a cyclic movement along a constant trajectory, and wherein the tines are movably supported on the tine arm so that the tines can be arranged in different positions with respect to the tine arm to follow different trajectories. wherein the tines can be arranged in one or more positions to follow a stuffing trajectory and in one or more positions to follow a load trajectory to load stuffed crop material from the feed passage into the bale chamber. - a pressing piston arranged in a bale chamber to form bales of crop material; - a main drive mechanism to drive the pressing piston; - an intake device to take in crop material, and - a stuffing device to stuff crop material taken in by the intake device and to load the stuffed crop material to the bale chamber,
A method comprising: receiving, at a mobile device (104; 200), using close proximity wireless communication, a location identifier as the mobile device (104; 200) enters a gate of a particular portion of a premises, wherein the location identifier identifies the gated portion of the premises; sending, by the mobile device (104; 200), a request over a network to a policy server for policy information corresponding to the particular gated portion of the premises, wherein the request identifies the location identifier and includes additional attributes of the mobile device (104; 200); receiving, at the mobile device (104; 200), policy information from the policy server, wherein the policy information identifies, at least one policy based on the location identifier and the attributes and is to be used by a security agent installed on the mobile device (104; 200) to apply the at least one policy to the mobile device (104; 200); and causing the at least one policy to be applied to the mobile device (104; 200) while the mobile device (104; 200) is in the particular portion of the premises. receiving, at a mobile device (104; 200), using close proximity wireless communication, a location identifier as the mobile device (104; 200) enters a gate of a particular portion of a premises, wherein the location identifier identifies the gated portion of the premises; sending, by the mobile device (104; 200), a request over a network to a policy server for policy information corresponding to the particular gated portion of the premises, wherein the request identifies the location identifier and includes additional attributes of the mobile device (104; 200); receiving, at the mobile device (104; 200), policy information from the policy server, wherein the policy information identifies, at least one policy based on the location identifier and the attributes and is to be used by a security agent installed on the mobile device (104; 200) to apply the at least one policy to the mobile device (104; 200); and causing the at least one policy to be applied to the mobile device (104; 200) while the mobile device (104; 200) is in the particular portion of the premises.
A method for producing a long fiber-reinforced polyarylene sulfide resin molded article, the method being a method for producing a blow-molded hollow article containing polyarylene sulfide resins and a fiber reinforcing material having a fiber length of more than 5 mm, the method comprising subjecting a long fiber-reinforced polyarylene sulfide resin composition containing a polyarylene sulfide resin and a fiber reinforcing material having a fiber length of more than 5 mm and a polyarylene sulfide resin to dry blending, subsequently to heating at a temperature not lower than a melting point of the polyarylene sulfide resins and to melt the polyarylene sulfide resins and, and subsequently to molding, wherein the polyarylene sulfide resin and the polyarylene sulfide resin are different, wherein the molding is blow hollow molding, and the long fiber-reinforced polyarylene sulfide resin molded article is a blow-molded hollow article.
A substantially planar absorbent core comprising a core wrap (16, 17) enclosing an absorbent material, the absorbent core having a longitudinal axis and comprising a front region, a back region and a middle region, each region having an equal length (L/3) along the longitudinal axis, wherein the absorbent material is substantially free of cellulose fibers and forms a pattern of discrete absorbent material areas, characterized in that the pattern comprises on each side of the longitudinal axis: at least one longitudinally-extending curved area (601a, 601b) in the middle region of the core, and at least one longitudinally-extending straight area (602a, 602b) in the front region and/or the back region of the core. at least one longitudinally-extending curved area (601a, 601b) in the middle region of the core, and at least one longitudinally-extending straight area (602a, 602b) in the front region and/or the back region of the core.
A camera, comprising: a body, comprising a body-side mount; and two or more groups of body-side contacts arranged on the same surface of the body as the body-side mount, the two or more groups of body-side contacts comprising at least a first group of body-side contacts and a second group of body-side contacts; wherein the first group of body-side contacts comprises a contact that supplies electrical power from the body to a first lens and a contact that supplies a drive signal from the body to the first lens, the first group of body-side contacts being arranged to align with a first group of lens-side contacts on the first lens; the second group of body-side contacts comprises a contact that supplies electrical power from the body to a second lens and a contact that supplies a drive signal from the body to the second lens, the second group of body-side contacts being arranged to align with a second group of lens-side contacts on the second lens; wherein the first group of body-side contacts and the second group of body-side contacts do not share any contacts. a body, comprising a body-side mount; and two or more groups of body-side contacts arranged on the same surface of the body as the body-side mount, the two or more groups of body-side contacts comprising at least a first group of body-side contacts and a second group of body-side contacts; wherein the first group of body-side contacts comprises a contact that supplies electrical power from the body to a first lens and a contact that supplies a drive signal from the body to the first lens, the first group of body-side contacts being arranged to align with a first group of lens-side contacts on the first lens; the second group of body-side contacts comprises a contact that supplies electrical power from the body to a second lens and a contact that supplies a drive signal from the body to the second lens, the second group of body-side contacts being arranged to align with a second group of lens-side contacts on the second lens; wherein the first group of body-side contacts and the second group of body-side contacts do not share any contacts.
Presentation form (1, 101) for the purpose of removing at least one adhesive-means arrangement which is effective on two sides, comprising: (a) at least one backing sheet with a front side having an anti-adhesion coating, (b) at least one adhesive-means arrangement arranged on the backing sheet and (c) a folding sheet (10, 110) which has 4n sides and the front face and back face of which in the unfolded form are each subdivided into 2n sides by n fold lines, wherein n is a natural number ≥ 1, wherein the back side, which is opposite to the coated front side, of the backing sheet is connected permanently to a front-side face region of the unfolded folding sheet (10, 110) by a connecting means and the projection of each backing sheet lies within one side of the folding sheet (10, 110) having 4n sides, wherein the adhesive-means arrangement comprises an adhesive means over its surface area which is tacky on its two main faces and a protective film which largely entirely covers its first main face, and the adhesive-means arrangement adheres detachably to the coated front side of the backing sheet via the second main face of the adhesive means, characterized in that a first fold line (15, 111) of the n fold lines divides the unfolded folding sheet (10, 110) in the form of a bisecting fold into two half-faces on the front side and is in the form of a continuous valley fold from the perspective of the unfolded front side of the folding sheet (10, 110), and the further (n-1) fold lines intersect the first fold line (15, 111) at a right angle and the (n-1) further fold lines are designed in certain regions as valley folds and in certain regions as mountain folds, wherein the fold direction of the further (n-1) fold lines respectively changes at the intersection point. (a) at least one backing sheet with a front side having an anti-adhesion coating, (b) at least one adhesive-means arrangement arranged on the backing sheet and (c) a folding sheet (10, 110) which has 4n sides and the front face and back face of which in the unfolded form are each subdivided into 2n sides by n fold lines, wherein n is a natural number ≥ 1, characterized in that a first fold line (15, 111) of the n fold lines divides the unfolded folding sheet (10, 110) in the form of a bisecting fold into two half-faces on the front side and is in the form of a continuous valley fold from the perspective of the unfolded front side of the folding sheet (10, 110), and the further (n-1) fold lines intersect the first fold line (15, 111) at a right angle and the (n-1) further fold lines are designed in certain regions as valley folds and in certain regions as mountain folds, wherein the fold direction of the further (n-1) fold lines respectively changes at the intersection point.
A preparation comprising (i) a live Lactobacillus reuteri bacteria which has the ability to utilize citrate as an external electron acceptor, and (ii) citrate, for use in the therapeutic treatment of a subject with a condition which will benefit from administration of a faster activated live Lactobacillus reuteri bacteria or a Lactobacillus reuteri bacteria with an improved growth rate; wherein the bacteria in the preparation are frozen, lyophilized or freeze dried, wherein said frozen, lyophilized or freeze dried preparation is reconstituted in an appropriate aqueous solution for administration to the subject before administration to said subject; wherein said subject is a human subject and is a neonate, or an infant up to one year old, or is a subject which has been born prematurely; wherein said condition is a condition in which the neonate, infant or premature subject has difficulty feeding orally, is incapable of breast feeding or oral feeding, or requires parenteral or intravenous nutrition, or in which the amount of nutrients in the intestine has been deliberately restricted for medical reasons; and wherein said use does not significantly alter the nutritional status of the neonate, infant or premature subject. wherein the bacteria in the preparation are frozen, lyophilized or freeze dried, wherein said frozen, lyophilized or freeze dried preparation is reconstituted in an appropriate aqueous solution for administration to the subject before administration to said subject; wherein said subject is a human subject and is a neonate, or an infant up to one year old, or is a subject which has been born prematurely; wherein said condition is a condition in which the neonate, infant or premature subject has difficulty feeding orally, is incapable of breast feeding or oral feeding, or requires parenteral or intravenous nutrition, or in which the amount of nutrients in the intestine has been deliberately restricted for medical reasons; and wherein said use does not significantly alter the nutritional status of the neonate, infant or premature subject.
A sliding door arrangement comprising a sliding door which is movably suspended in a rail system (23, 24) of the sliding door arrangement in order to be moved horizontally between two outer positions wherein it respectively opens and closes a door opening, the sliding door being mounted in a cassette of the sliding door arrangement arranged for insertion in a wall of a building on a building site, wherein the cassette comprises two vertical long walls (2, 3), two vertical short walls (4, 5), one top wall and one bottom wall, wherein the long walls (2, 3) have openings (8, 9) which form the door opening, the rail system (23, 24) comprising a rail which is supported in the top wall of the cassette and casters which run in the rail and in which the sliding door is suspended, the sliding door arrangement being deliverable to a building site with the sliding door fully installed and adjusted in the cassette enclosing it, characterised in that the cassette is made substantially of metal plate material, at least some edges of the openings (8, 9) being folded to form grooves that can receive parts of the wall structure, wherein the cassette, along vertical edges and the upper edge of at least one of the openings (8, 9), is provided with sealing means (12,25) which seal against the sliding door in the closed position thereof, and wherein the sliding door on its bottom side is provided with sealing means which seal against the bottom wall of the housing.
An apparatus comprising a cross-dipole antenna, the cross-dipole antenna comprising a coaxial structure having a center conductor and an outer shield, the outer shield having an outer diameter and a corresponding radius R; a first dipole comprising a first pair of arms (612/616); and a second dipole comprising a second pair of arms (614/618); characterized in that the arms of at least one pair of the first pair or the second pair have fixed asymmetric effective electrical lengths such that an arm (616/618) coupled to the outer shield is longer than an arm (612/614) coupled to the center conductor, as measured from a center of the coaxial structure, by 0.15 to 1.5 times the radius R of the outer shield, wherein at least one arm of the antenna has a physical length shorter than its effective electrical length. a coaxial structure having a center conductor and an outer shield, the outer shield having an outer diameter and a corresponding radius R; a first dipole comprising a first pair of arms (612/616); and a second dipole comprising a second pair of arms (614/618); characterized in that the arms of at least one pair of the first pair or the second pair have fixed asymmetric effective electrical lengths such that an arm (616/618) coupled to the outer shield is longer than an arm (612/614) coupled to the center conductor, as measured from a center of the coaxial structure, by 0.15 to 1.5 times the radius R of the outer shield, wherein at least one arm of the antenna has a physical length shorter than its effective electrical length.
An attenuated strain of porcine pseudorabies virus, wherein said attenuated strain of porcine pseudorabies virus is porcine pseudorabies virus HN1201 strain as deposited under accession number CCTCC NO. V 201311 with inactivation of gI, gE, 11K and 28K proteins only.
Method for actuating a bicycle electronic gearshift, comprising the steps of: (a) receiving a signal (detected_heart_rate) indicative of the heart rate of a cyclist using the bicycle, (b) receiving a signal (detected_power) indicative of the power delivered by the cyclist, (c) calculating a performance index (detected_performance_index) as a function of the value of the signal (detected_power) indicative of the power and of the value of the signal (detected_heart_rate) indicative of the heart rate, (d) obtaining a reference value for the performance index (performance_index_setpoint), (e) comparing (158, 354, 356) the calculated performance index (detected_performance_index) with the reference value of the performance index (performance_index_setpoint), (f) emitting (164, 362, 366) a control signal (control_signal, increase_ratio, decrease_ratio) of a gearshift as a function of the outcome of comparing step (e). (a) receiving a signal (detected_heart_rate) indicative of the heart rate of a cyclist using the bicycle, (b) receiving a signal (detected_power) indicative of the power delivered by the cyclist, (c) calculating a performance index (detected_performance_index) as a function of the value of the signal (detected_power) indicative of the power and of the value of the signal (detected_heart_rate) indicative of the heart rate, (d) obtaining a reference value for the performance index (performance_index_setpoint), (e) comparing (158, 354, 356) the calculated performance index (detected_performance_index) with the reference value of the performance index (performance_index_setpoint), (f) emitting (164, 362, 366) a control signal (control_signal, increase_ratio, decrease_ratio) of a gearshift as a function of the outcome of comparing step (e).
A method for manufacturing a compact, comprising: a mixing step of mixing a fiber and a powder of a binder to obtain a mixture; an accumulating step of accumulating the mixture to form a web; a humidifying step of adding water to the web; and a forming step of heating and pressurizing the water-added web to obtain a compact, wherein the fiber is a natural fiber; the binder binds between fiber molecules by the addition of water; the binder is selected from starch and dextrin; and the powder has a volume-based average particle diameter of 20.0 or less. an accumulating step of accumulating the mixture to form a web; a humidifying step of adding water to the web; and a forming step of heating and pressurizing the water-added web to obtain a compact, wherein the fiber is a natural fiber; the binder binds between fiber molecules by the addition of water; the binder is selected from starch and dextrin; and the powder has a volume-based average particle diameter of 20.0 or less.
Pre-combustion chamber assembly for use in an internal combustion engine, comprising a pre-combustion chamber tip and a carrier which are releasably mounted to one another, wherein the assembly is suitable for being mounted to a cylinder head of the internal combustion engine such that the tip is force-fittingly connected to the carrier by being pressed against the carrier, characterized in that the tip and the carrier are designed such that, in an engaged state of the tip and the carrier, the tip is dis-engageable from the carrier upon being displaced relative to the carrier along a release direction which is transverse to a longitudinal axis of the assembly.
An actuator primarily activated by transversal acceleration arising from rotational acceleration of a rotatable object, wherein the object is rotatable in a plane of rotation about an object pivot point in the plane of rotation, the actuator comprising: at least two bodies adapted to be rotatably, in or parallel to the plane of rotation, coupled to the object at a body pivot point of each body, wherein the body pivot point and/or the body is arranged such that a mass distribution of the body is nonuniform about the body pivot point, and at least one coupling arrangement arranged to operatively couple at least two of said at least two bodies; wherein due to said nonuniform mass distribution about the body pivot point, the actuator is configured to transition to an activated state, in response to rotational acceleration of the object, by said at least two bodies rotating about their respective body pivot points in a direction opposite to a direction of said rotational acceleration of the object. at least two bodies adapted to be rotatably, in or parallel to the plane of rotation, coupled to the object at a body pivot point of each body, wherein the body pivot point and/or the body is arranged such that a mass distribution of the body is nonuniform about the body pivot point, and at least one coupling arrangement arranged to operatively couple at least two of said at least two bodies; wherein due to said nonuniform mass distribution about the body pivot point, the actuator is configured to transition to an activated state, in response to rotational acceleration of the object, by said at least two bodies rotating about their respective body pivot points in a direction opposite to a direction of said rotational acceleration of the object.
A master comprising: a base material; a pattern layer provided on one surface of the base material, a micro concave-convex structure being formed in the pattern layer; and an absorption layer provided to be sandwiched between the base material and the pattern layer, and having a light absorption coefficient larger than a light absorption coefficient of the pattern layer, characterised in that the absorption layer is formed of Si. a base material; a pattern layer provided on one surface of the base material, a micro concave-convex structure being formed in the pattern layer; and an absorption layer provided to be sandwiched between the base material and the pattern layer, and having a light absorption coefficient larger than a light absorption coefficient of the pattern layer, characterised in that the absorption layer is formed of Si.