mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid treatment apparatus for treating an inlet fluid, comprising: a separation container connected to an inlet pipe and to an outlet pipe wherein said outlet pipe is at a position lower in said container than said inlet pipe ; a wall within said container between said inlet pipe and said outlet pipe ; said wall defining a top space between a top of said wall and a top interior surface of said container; said wall defining a bottom space between a bottom of said wall and a bottom interior surface of said container; a drain pipe extending downward from said outlet pipe ; and a vent pipe extending upward from said outlet pipe , characterized by a first grooved collector within said container and located under said inlet pipe ; and by a second grooved collector within said container and located at a lower level than said first collector , the collectors slowing the rush of the inlet water a separation container connected to an inlet pipe and to an outlet pipe wherein said outlet pipe is at a position lower in said container than said inlet pipe ; a wall within said container between said inlet pipe and said outlet pipe ; said wall defining a top space between a top of said wall and a top interior surface of said container; said wall defining a bottom space between a bottom of said wall and a bottom interior surface of said container; a drain pipe extending downward from said outlet pipe ; and a vent pipe extending upward from said outlet pipe , characterized by a first grooved collector within said container and located under said inlet pipe ; and by a second grooved collector within said container and located at a lower level than said first collector , the collectors slowing the rush of the inlet water
A compressor comprising: a shell assembly defining a chamber ; a compression mechanism disposed within the chamber of the shell assembly and including a first scroll member and a second scroll member in meshing engagement with each other, the second scroll member including an externally located slot and a suction inlet ; and a conduit including a first end defining an inlet opening and a second end defining an outlet opening , the conduit directing working fluid into the suction inlet, the second end includes a connecting arm having a first boss extending therefrom, the second end snaps into engagement with the second scroll member such that the first boss is received within the slot of the second scroll member , characterized in that : the conduit includes a resiliently flexible tab extending from the connecting arm , the second scroll member includes an externally located groove formed therein, and wherein the resiliently flexible tab snaps into engagement with the groove to prevent axial movement of the conduit relative to the second scroll member , and the second scroll member includes a wall , and wherein the groove is formed in a lateral surface of the wall and the slot is formed in a top surface of the wall . a shell assembly defining a chamber ; a compression mechanism disposed within the chamber of the shell assembly and including a first scroll member and a second scroll member in meshing engagement with each other, the second scroll member including an externally located slot and a suction inlet ; and a conduit including a first end defining an inlet opening and a second end defining an outlet opening , the conduit directing working fluid into the suction inlet, the second end includes a connecting arm having a first boss extending therefrom, the second end snaps into engagement with the second scroll member such that the first boss is received within the slot of the second scroll member , characterized in that : the conduit includes a resiliently flexible tab extending from the connecting arm , the second scroll member includes an externally located groove formed therein, and wherein the resiliently flexible tab snaps into engagement with the groove to prevent axial movement of the conduit relative to the second scroll member , and the second scroll member includes a wall , and wherein the groove is formed in a lateral surface of the wall and the slot is formed in a top surface of the wall . the conduit includes a resiliently flexible tab extending from the connecting arm , the second scroll member includes an externally located groove formed therein, and wherein the resiliently flexible tab snaps into engagement with the groove to prevent axial movement of the conduit relative to the second scroll member , and the second scroll member includes a wall , and wherein the groove is formed in a lateral surface of the wall and the slot is formed in a top surface of the wall .
An air compressor comprising: - a centrifugal-type compression wheel defining an axial direction (DA) and a radial direction (DR), - an air intake opening extending circumferentially around the compression wheel and opening onto a compression part , - the compression part comprising a first portion forming a volute for the ejection of compressed air which is mounted facing the compression wheel in the radial direction (DR), and a second portion comprising an annular section extending around the first portion , the annular section extending radially inwardly and outwardly from the volute , the second portion further comprising an air deflection torus extending the annular section and delimiting a central orifice receiving at least part of the compression wheel , the air compressor being characterized in that the volute is made of a metallic material and the annular section of the second portion is made of thermoplastic material filled with non-metallic elements, and in that the thermoplastic material has a thermal expansion corresponding to that of the metallic material. - a centrifugal-type compression wheel defining an axial direction (DA) and a radial direction (DR), - an air intake opening extending circumferentially around the compression wheel and opening onto a compression part , - the compression part comprising a first portion forming a volute for the ejection of compressed air which is mounted facing the compression wheel in the radial direction (DR), and a second portion comprising an annular section extending around the first portion , the annular section extending radially inwardly and outwardly from the volute , the second portion further comprising an air deflection torus extending the annular section and delimiting a central orifice receiving at least part of the compression wheel ,
A resonance circuit for a measurement device, configured to receive a pulse density signal obtained by Δ∑-modulating an analog displacement signal by a Δ∑ modulator and a multi-bit signal obtained from the pulse density signal and to generate an excitation signal based on the pulse density signal and the multi-bit signal, the resonance circuit comprising: an amplification factor controller configured to set an amplification factor depending on a vibration signal obtained from the multi-bit signal; a multiplier configured to amplify a level of the pulse density signal by the amplification factor; and a circuit group configured to generate the excitation signal based on a pulse density signal obtained by further Δ∑-modulating an output of the multiplier ; wherein the amplification factor controller is configured to set the amplification factor using a proportional control and an integral control based on a difference between an amplitude signal obtained from the vibration signal and a target amplitude value, wherein the amplification factor controller comprises an amplifier and an integrator , the amplifier configured to amplify the difference between the amplitude signal obtained from the vibration signal and the target amplitude value, the integrator configured to integrate a value outputted from the amplifier , and wherein the amplification factor controller further comprises another amplifier and an adder , the other amplifier configured to amplify the difference between the amplitude signal obtained from the vibration signal and the target amplitude value, the adder configured to add a value of the proportional control outputted by the other amplifier and a value of the integral control outputted by the integrator . an amplification factor controller configured to set an amplification factor depending on a vibration signal obtained from the multi-bit signal; a multiplier configured to amplify a level of the pulse density signal by the amplification factor; and a circuit group configured to generate the excitation signal based on a pulse density signal obtained by further Δ∑-modulating an output of the multiplier ; wherein the amplification factor controller is configured to set the amplification factor using a proportional control and an integral control based on a difference between an amplitude signal obtained from the vibration signal and a target amplitude value, wherein the amplification factor controller comprises an amplifier and an integrator , the amplifier configured to amplify the difference between the amplitude signal obtained from the vibration signal and the target amplitude value, the integrator configured to integrate a value outputted from the amplifier , and wherein the amplification factor controller further comprises another amplifier and an adder , the other amplifier configured to amplify the difference between the amplitude signal obtained from the vibration signal and the target amplitude value, the adder configured to add a value of the proportional control outputted by the other amplifier and a value of the integral control outputted by the integrator .
Method for processing film webs , in particular IMD film webs , by means of a feed device having a feed direction, wherein the feed device has at least one alignment device, and wherein the alignment device has a stepping motor or one or more servomotors for aligning the two film webs perpendicularly to the feed direction, and an injection moulding tool having at least two cavities , wherein the method has the following steps: - providing at least two film webs , arranged one next to the other in the direction substantially perpendicular to the feed direction, with motifs , - supplying the at least two film webs arranged one next to the other into the injection moulding tool , - adjusting the at least two film webs arranged one next to the other in such a way that one motif is arranged to fit precisely in relation to one cavity in each case, and wherein the adjustment or supply of the at least two film webs arranged one next to the other is respectively carried out by means of at least one register mark , and wherein the at least two film webs arranged one next to the other are provided, supplied and/or adjusted independently of each other. - providing at least two film webs , arranged one next to the other in the direction substantially perpendicular to the feed direction, with motifs , - supplying the at least two film webs arranged one next to the other into the injection moulding tool , - adjusting the at least two film webs arranged one next to the other in such a way that one motif is arranged to fit precisely in relation to one cavity in each case,
Assembly of a hinge for connecting a leaf to a frame such that said connection can pivot about an articulation axis (S) in an articulated manner, comprising a mounting part which can be mounted on a mounting face of the leaf or of the frame, wherein the mounting part has a bore which extends approximately parallel to the articulation axis (S), has a central longitudinal axis (A) and comprises at least one lateral opening , comprising a hinge flap which comprises a fastening part , the fastening part of which hinge flap extends with clearance through the opening into the bore and comprises at least one thickened portion arranged in the bore , comprising at least one horizontal adjustment means by means of which the fastening part is pivotable about the central longitudinal axis (A), and comprising at least one vertical adjustment means by means of which the hinge flap can be moved parallel to the hinge axis (S) relative to the mounting part , the one vertical adjustment means comprises a vertical adjustment screw which is screwed into an internal thread in the bore and interacts with the thickened portion of the hinge flap or which is fixedly fitted on the mounting part in the direction of the central longitudinal axis (A) and interacts with a thread that is provided on the thickening.
A high-heeled shoe for a human foot which enables a human to assume and maintain anatomically suitable body posture for standing and walking, and which has an orthopedic inclination, the high-heeled shoe comprising a toe section and a heel section separated by and connected with a sole section, the high-heeled shoe being configured for the respective support of a toe, heel and sole of a human foot wherein a vertical distance between support of the toe and support of the heel is between 50.8 mm and 114.3 mm (2 and 4.5 inches) and wherein the sole section which directly supports a human sole and heel comprises a curved inclination, as superimposed on an x-y coordinate system having a point of origin at the point at which the sole section begins to rise from a base of the toe section, characterized in that the curved inclination configuration is determined according to values of x and y along the sole section according to the formula: y initial = 5 / arctan 10 k . arctan k . x wherein x is the x coordinate of a point on the sole section and k is an empirical value ranging between about 1 /4.5 and 1/ 2.75, and wherein the y initial value is multiplied by a human foot correction factor formula of: 1 / 1 + x − x j 2 / k 2 to give a y coordinate of a point on the sole section, the y value indicating the vertical distance from a plane extending from the base of the toe section, wherein k 2 is 300 and x j is a function of the vertical distance between toe section and heel section and ranges from about 20 to 60 for vertical distances ranging between about 50.8 mm and 114.3 mm (2 and 4.5 inches), wherein, for A 1 representing a vertical distance of 50.8 mm (2 inches), A 2 representing 63.5 mm (2.5 inches), A 3 representing 76.2mm (3 inches), A 4 representing 88.9 mm (3.5 inches), A 5 representing 101.6mm (4 inches), and A 6 representing 114.3 mm (4.5 inches), the values of x j are given in the following table, and for vertical distances different from the values of A 1 , A 2 , A 3 , A 4 , A 5 , and A 6 , the x j values of the table are used to provide the extrapolation of range values between the adjacent A 1 to A 6 values: x j A 1 60 A 2 50 A 3 40 A 4 35 A 5 25 A 6 20
Product for fluidic applications, with at least one surface segment (A) which is provided to come into contact with a fluid flowing in a flow direction (S), wherein in the segment (A) coming into contact with the fluid are formed ribs (1, 1', 1") of specific length (L1, L2) and shape, of which adjacent ribs (1, 1', 1") delimit between them in each case a valley , - wherein in each case at least two ribs (1, 1', 1") which are arranged adjacent to each other in the transverse direction (X), with the valley they respectively delimit, are combined into a group (G, G'), and - wherein at least two groups (G, G') are present, - wherein each group (G, G') is separated from each group (G, G') arranged adjacent to it, viewed in the transverse direction (X), by a valley , - wherein the height profile, with respect to the transverse direction (X), of the valley separating the respective groups (G, G') from each other differs in each case from the height profile, with respect to the transverse direction (X), of the valleys delimited by those ribs (1, 1', 1") of the groups (G, G') which at the same time are adjacent to the valley separating the groups (G, G') from each other - wherein groups (G, G') lying behind each other viewed in the flow direction (S) of the fluid are arranged at a distance (Z) from each other and - wherein, in groups (G, G') adjacent to each other in the transverse direction and in each case separated from each other by a valley , the valley of one group (G) has a concave-shaped height profile with respect to the transverse direction (X) and the valley of the respectively adjacent group (G') has a convex-shaped height profile with respect to the transverse direction (X). - wherein in each case at least two ribs (1, 1', 1") which are arranged adjacent to each other in the transverse direction (X), with the valley they respectively delimit, are combined into a group (G, G'), and - wherein at least two groups (G, G') are present, - wherein each group (G, G') is separated from each group (G, G') arranged adjacent to it, viewed in the transverse direction (X), by a valley , - wherein the height profile, with respect to the transverse direction (X), of the valley separating the respective groups (G, G') from each other differs in each case from the height profile, with respect to the transverse direction (X), of the valleys delimited by those ribs (1, 1', 1") of the groups (G, G') which at the same time are adjacent to the valley separating the groups (G, G') from each other - wherein groups (G, G') lying behind each other viewed in the flow direction (S) of the fluid are arranged at a distance (Z) from each other and - wherein, in groups (G, G') adjacent to each other in the transverse direction and in each case separated from each other by a valley , the valley of one group (G) has a concave-shaped height profile with respect to the transverse direction (X) and the valley of the respectively adjacent group (G') has a convex-shaped height profile with respect to the transverse direction (X).
A control arm for receiving input from a user, the control arm comprising: a swivel member rotatable about a first axis in a first base direction to a first rotational limit and in a second base direction opposite the first direction to a second rotational limit; a first member pivotally coupled to the swivel member; a second member pivotally coupled to the first member; a gimbal rotatably supported about a fourth axis by the second member, rotation of the gimbal about the fourth axis operably associated with rotation of the swivel member about the first axis such that rotation of the gimbal in a first gimbal direction rotates the swivel member relative to the base about the first axis in the first base direction; characterised by a limit extending mechanism configured to allow the gimbal to rotate about the fourth axis in the first gimbal direction when the swivel member is at the first rotational limit when an input torque in the first gimbal direction exceeds a threshold torque of the limit extending mechanism about the first axis. a swivel member rotatable about a first axis in a first base direction to a first rotational limit and in a second base direction opposite the first direction to a second rotational limit; a first member pivotally coupled to the swivel member; a second member pivotally coupled to the first member; a gimbal rotatably supported about a fourth axis by the second member, rotation of the gimbal about the fourth axis operably associated with rotation of the swivel member about the first axis such that rotation of the gimbal in a first gimbal direction rotates the swivel member relative to the base about the first axis in the first base direction; characterised by a limit extending mechanism configured to allow the gimbal to rotate about the fourth axis in the first gimbal direction when the swivel member is at the first rotational limit when an input torque in the first gimbal direction exceeds a threshold torque of the limit extending mechanism about the first axis.
A data communication method performed by a user equipment in a wireless communication system including a Radio Link Control RLC entity and a Packet Data Convergence Protocol PDCP entity, the method comprising: receiving a handover command; assembling at least one PDCP packet from at least one RLC packet; delivering the assembled at least one PDCP packet from the RLC entity to the PDCP entity; storing the delivered at least one PDCP packet in a PDCP buffer; generating PDCP status information and transmitting a handover complete message containing the PDCP status information to a target eNB; further comprising: re-establishing the RLC entity for the target eNB; receiving, from the RLC entity, a new PDCP packet having a Sequence Number SN; checking at least one PDCP packet with an associated SN lower than the SN associated with the received new PDCP packet, and at least one PDCP packet with a consecutively associated SN starting from the SN associated with the received new PDCP packet; and delivering, to an upper layer, the received new PDCP packet, and the at least one PDCP packet with the consecutively associated SN starting from the SN associated with the received new PDCP packet. receiving a handover command; assembling at least one PDCP packet from at least one RLC packet; delivering the assembled at least one PDCP packet from the RLC entity to the PDCP entity; storing the delivered at least one PDCP packet in a PDCP buffer; generating PDCP status information and transmitting a handover complete message containing the PDCP status re-establishing the RLC entity for the target eNB; receiving, from the RLC entity, a new PDCP packet having a Sequence Number SN; checking at least one PDCP packet with an associated SN lower than the SN associated with the received new PDCP packet, and at least one PDCP packet with a consecutively associated SN starting from the SN associated with the received new PDCP packet; and delivering, to an upper layer, the received new PDCP packet, and the at least one PDCP packet with the consecutively associated SN starting from the SN associated with the received new PDCP packet.
Electrical connection comprising an electrical energy transmission cable and an electrical connector intended for connecting said electrical energy transmission cable and a said second conductor , the connector being angled and comprising two perpendicular branches consisting of an elastomer material with an internal longitudinal cavity, a first branch of which is intended for receiving said cable with, at its end, an end part that is capable of being inserted in a part of the cavity of said first branch having a corresponding shape, and a second branch that is capable of receiving said second conductor , the end of which is capable of being screwed into said end part of the cable, said cavity of said first branch comprising a means for longitudinally locking the cable that is fitted in said cavity, said locking means is a flange arranged on the inner surface of the internal longitudinal cavity and capable of receiving said cable , said cable comprising a first conductor surrounded by a dielectric layer , such that the end of said first conductor is stripped of said dielectric layer and is connected to said end part of the cable consisting of an eccentric conductive adapter and said locking flange being arranged against a surface of said adapter , characterised in that said adapter has a longitudinal flat portion having a threaded hole in which the end of said second conductor is screwed, and has an eccentric longitudinal cavity that receives the end of said first conductor , which is secured by means of a screwed radial pin , and said radial pin being screwed into a radial bore that opens out onto said flat portion .