mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for determination of the position of an insert in rod-like articles of the tobacco industry, provided with a conveyor for rod-like articles adapted for transporting rod-like articles in a direction of transporting (T) perpendicular to the lengthwise axis (Z) of the rod-like article in a predetermined plane of transporting (A), a radiation source , at least one detector , characterised in that the apparatus is provided with a set of at least two sections (F1, F2) of a detector and/or two detectors , where the sections (F1, F2) of the detector or two detectors are placed one behind the other in the direction of transporting (T) on the conveyor of rod-like articles in a predetermined spatial orientation in which the radiation (R) hitting on the sections (F1, F2) of the detector or the detectors passes through the rod-like article at different angles (α1, α2); the apparatus is further provided with a controller adapted to receive from the sections (F1, F2) of the detector and/or the detectors a sequence of signals (S), where each sequence of signals (S) corresponds to the same rod-like article transported on the conveyor , and moreover the controller is adapted so that it determines the position of the insert in the rod-like article on the basis of the sequence of signals (S) and the parameters of the predetermined spatial orientation of placement of the detectors . a conveyor for rod-like articles adapted for transporting rod-like articles in a direction of transporting (T) perpendicular to the lengthwise axis (Z) of the rod-like article in a predetermined plane of transporting (A), a radiation source , at least one detector ,
Hydraulic pressurizing medium supply assembly for an open hydraulic circuit, having a hydro machine , having an adjusting mechanism which has an actuating cylinder having a set piston for adjusting a delivery volume of the hydro machine and which has a pilot valve which is electrically actuatable in a proportional manner, wherein an inflow to and/or an outflow from a control chamber of the actuating cylinder that is limited by the set piston is able to be controlled via the pilot valve in order for the set piston for actuation to be impinged with pressurizing medium, and wherein an electronic control which as input variables has at least a nominal outlet pressure of the hydro machine and/or a nominal delivery volume or a nominal swivel angle of the hydro machine , and which as an output variable has a control variable for the pilot valve is provided, wherein the control has a first closed-loop control circuit for an actual outlet pressure of the hydro machine and/or for an actual delivery volume or an actual swivel angle of the hydro machine , characterized in that the control so as to underlie the first closed-loop control circuit has a second closed-loop control circuit for a delivery-volume adjustment rate or a swivel-angle adjustment rate of the hydro machine , said second closed-loop control circuit as an input variable having an actual delivery-volume adjustment rate or an actual swivel-angle adjustment rate of the hydro machine, and as an output variable having the control variable for the pilot valve , wherein the second closed-loop control circuit is supplied a control value from the first closed-loop control circuit in the form of a nominal delivery-volume adjustment rate or a nominal swivel-angle adjustment rate .
A pigmented aqueous inkjet ink set for manufacturing decorative panels comprising: a) a cyan aqueous inkjet ink containing a copper phthalocyanine pigment; b) a red aqueous inkjet ink containing a red pigment selected from the group consisting of C.I. Pigment Red 122, C.I. Pigment Red 176, C.I. Pigment Red 188, C.I. Pigment Red 207, C.I. Pigment Red 242, C.I. Pigment Red 254, C.I. Pigment Red 272 and mixed crystals thereof. c) a yellow aqueous inkjet ink; and d) a black aqueous inkjet ink containing a carbon black pigment, wherein the yellow aqueous inkjet ink contains a yellow pigment selected from the group consisting of C.I. Pigment Yellow 83, C.I. Pigment Yellow 97, C.I. Pigment Yellow 110, C.I. Pigment Yellow 120, C.I. Pigment Yellow 150, C.I. Pigment Yellow 151, C.I. Pigment Yellow 154, C.I. Pigment Yellow 155, C.I. Pigment Yellow 175, C.I. Pigment Yellow 180, C.I. Pigment Yellow 181, C.I. Pigment Yellow 194, C.I. Pigment Yellow 213, C.I. Pigment Yellow 214 and mixed crystals thereof; a non-ionic polymeric dispersant NID; and an anionic polymeric dispersant ID; wherein the weight ratio R of the anionic polymeric dispersant ID to the non-ionic polymeric dispersant NID is between 0.1 and 1.5. a) a cyan aqueous inkjet ink containing a copper phthalocyanine pigment; b) a red aqueous inkjet ink containing a red pigment selected from the group consisting of C.I. Pigment Red 122, C.I. Pigment Red 176, C.I. Pigment Red 188, C.I. Pigment Red 207, C.I. Pigment Red 242, C.I. Pigment Red 254, C.I. Pigment Red 272 and mixed crystals thereof. c) a yellow aqueous inkjet ink; and d) a black aqueous inkjet ink containing a carbon black pigment,
A test system comprising a device under test and a testing device , said testing device comprising a first initiation unit , wherein said first initiation unit is configured to generate a first wireless initiation signal, wherein said initiation signal consists of at least one of electromagnetic waves and sound waves, and wherein said initiation signal comprises a first test command, wherein the first initiation unit is configured as a radar signal generator being configured to generate a radar signal that emulates the radar signature of a gesture, wherein the first test command is comprised in the emulated gesture, said device under test comprising a first sensor unit , wherein said first sensor unit is configured to receive said initiation signal, wherein the first sensor unit is configured to detect gestures via radar, and said device under test being configured to generate a first electromagnetic test signal based on said first test command. said testing device comprising a first initiation unit , wherein said first initiation unit is configured to generate a first wireless initiation signal, wherein said initiation signal consists of at least one of electromagnetic waves and sound waves, and wherein said initiation signal comprises a first test command, wherein the first initiation unit is configured as a radar signal generator being configured to generate a radar signal that emulates the radar signature of a gesture, wherein the first test command is comprised in the emulated gesture, said device under test comprising a first sensor unit , wherein said first sensor unit is configured to receive said initiation signal, wherein the first sensor unit is configured to detect gestures via radar, and said device under test being configured to generate a first electromagnetic test signal based on said first test command.
An elongated nondestructive sensor inspection probe having a central axis running along the elongated dimension of the probe, for nondestructively examining the walls of tubing comprising: a nose section having at least three sets of rollers substantially equidistantly spaced around a circumference of the nose section, the sets of rollers being biased in a radially outward direction to contact an interior wall of the tubing, wherein the nose section includes a plunger reciprocally moveable in the axial direction, a plurality of cams , with at least one of the cams coupled between a corresponding one of the sets of rollers and the plunger, with each cam respectively rotatable about a corresponding pin and means for biasing the plunger in one direction that rotates each cam in a direction to bias the rollers radially outward with substantially equal force; a nondestructive sensor section suspended at one axial end from the nose section and coupled to the nose section with a pivot coupling that enables the nondestructive sensor section a limited degree of rotation relative to the nose section; and a tail section coupled to the nondestructive sensor section at another axial end with a pivot coupling that enables the nondestructive sensor section a limited degree of rotation relative to the tail section, the tail section having a centering device biased radially outward from a central body of the tail section, the centering device having a plurality of contact points with the interior wall of the tubing with each of the contact points being biased outward around a circumference of the tail section, with substantially equal pressure. a nose section having at least three sets of rollers substantially equidistantly spaced around a circumference of the nose section, the sets of rollers being biased in a radially outward direction to contact an interior wall of the tubing, wherein the nose section includes a plunger reciprocally moveable in the axial direction, a plurality of cams , with at least one of the cams coupled between a corresponding one of the sets of rollers and the plunger, with each cam respectively rotatable about a corresponding pin and means for biasing the plunger in one direction that rotates each cam in a direction to bias the rollers radially outward with substantially equal force; a nondestructive sensor section suspended at one axial end from the nose section and coupled to the nose section with a pivot coupling that enables the nondestructive sensor section a limited degree of rotation relative to the nose section; and a tail section coupled to the nondestructive sensor section at another axial end with a pivot coupling that enables the nondestructive sensor section a limited degree of rotation relative to the tail section, the tail section having a centering device biased radially outward from a central body of the tail section, the centering device having a plurality of contact points with the interior wall of the tubing with each of the contact points being biased outward around a circumference of the tail section, with substantially equal pressure.
Plate separator for separating a substance from a substance mixture, having - a separator apparatus and an electric motor for rotationally driving the separator apparatus , wherein - the separator apparatus is coupled for conjoint rotation with the electric motor , wherein - the electric motor is designed as an external rotor and has an inner stator and an outer rotor in the radial direction with respect to an axis of rotation of the electric motor , wherein - the separator apparatus is fastened to the rotor and extends outwards from the rotor in the radial direction, and wherein - the stator is arranged, as viewed in the axial direction with respect to the axis of rotation , at least partially overlapping with the separator apparatus , characterised in that - the rotor is mounted rotatably means of a bearing shaft which engages through the stator at least partially in the axial direction, wherein the rotor is fixedly connected to the bearing shaft via a connecting section . - a separator apparatus and an electric motor for rotationally driving the separator apparatus , wherein - the separator apparatus is coupled for conjoint rotation with the electric motor , wherein - the electric motor is designed as an external rotor and has an inner stator and an outer rotor in the radial direction with respect to an axis of rotation of the electric motor , wherein - the separator apparatus is fastened to the rotor and extends outwards from the rotor in the radial direction, and wherein - the stator is arranged, as viewed in the axial direction with respect to the axis of rotation , at least partially overlapping with the separator apparatus , characterised in that - the rotor is mounted rotatably means of a bearing shaft which engages through the stator at least partially in the axial direction, wherein the rotor is fixedly connected to the bearing shaft via a connecting section .
A magnesium fertilizer product comprising: from 30% to 50% w/w fast uptake form of magnesium, said fast uptake form being selected from the group consisting of magnesium sulphate and magnesium chloride; from 30% to 60% w/w slow uptake form of magnesium, said slow uptake form of magnesium being selected from the group consisting of magnesium carbonate and magnesium oxide; and from 3% to 15% w/w formulating agent, wherein the formulating agent is a sulfonate condensate, said fertilizer product being ground so as to pass through at least a 149 micron sieve (100 mesh, U.S. standard sieve). from 30% to 50% w/w fast uptake form of magnesium, said fast uptake form being selected from the group consisting of magnesium sulphate and magnesium chloride; from 30% to 60% w/w slow uptake form of magnesium, said slow uptake form of magnesium being selected from the group consisting of magnesium carbonate and magnesium oxide; and from 3% to 15% w/w formulating agent, wherein the formulating agent is a sulfonate condensate, said fertilizer product being ground so as to pass through at least a 149 micron sieve (100 mesh, U.S. standard sieve).
Method for producing a disk carrier having - a cylindrical circumferential wall which has a first circumferential section with a first diameter and an axially adjoining second circumferential section with a second diameter, wherein the second diameter is larger than the first diameter and the first circumferential section and the second circumferential section are connected to each other via a radial annular step , - rib-like axial disks which are formed on an internal side of the first circumferential section and/or the second circumferential section , and - an annular groove which is designed on an internal side of the annular step and between the second circumferential section and a radially internal, axially protruding groove wall which has radial apertures , characterized in that - through stretch-flow forming of the circumferential wall with the first circumferential section , the second circumferential section and the axial disks the disk carrier is formed integrally from a basic workpiece , and - in that prior to stretch-flow forming the annular step with the annular groove and the groove wall with the radial apertures is preformed or finish-formed. - a cylindrical circumferential wall which has a first circumferential section with a first diameter and an axially adjoining second circumferential section with a second diameter, wherein the second diameter is larger than the first diameter and the first circumferential section and the second circumferential section are connected to each other via a radial annular step , - rib-like axial disks which are formed on an internal side of the first circumferential section and/or the second circumferential section , and - an annular groove which is designed on an internal side of the annular step and between the second circumferential section and a radially internal, axially protruding groove wall which has radial apertures , - through stretch-flow forming of the circumferential wall with the first circumferential section , the second circumferential section and the axial disks the disk carrier is formed integrally from a basic workpiece , and - in that prior to stretch-flow forming the annular step with the annular groove and the groove wall with the radial apertures is preformed or finish-formed.
A surgical instrument comprising: a handle assembly ; and an end effector communicatively coupled to the handle assembly and comprising a first and second jaw , the handle assembly configured to manipulate the first and second jaws to define an open position and a closed position; and the end effector configured to: deliver therapeutic energy at a higher energy level for sealing or cutting tissue at a surgical site; and deliver nontherapeutic energy at a lower energy level for providing electrical stimulation to nerve tissue at the surgical site, wherein the end effector further comprises an electrical stimulation probe configured to deliver the nontherapeutic energy to stimulate the nerve tissue at the surgical site, wherein the electrical stimulation probe is positioned near one or both of the first and second jaws . a handle assembly ; and an end effector communicatively coupled to the handle assembly and comprising a first and second jaw , the handle assembly configured to manipulate the first and second jaws to define an open position and a closed position; and the end effector configured to: deliver therapeutic energy at a higher energy level for sealing or cutting tissue at a surgical site; and deliver nontherapeutic energy at a lower energy level for providing electrical stimulation to nerve tissue at the surgical site, wherein the end effector further comprises an electrical stimulation probe configured to deliver the nontherapeutic energy to stimulate the nerve tissue at the surgical site, wherein the electrical stimulation probe is positioned near one or both of the first and second jaws . deliver therapeutic energy at a higher energy level for sealing or cutting tissue at a surgical site; and deliver nontherapeutic energy at a lower energy level for providing electrical stimulation to nerve tissue at the surgical site, wherein the end effector further comprises an electrical stimulation probe configured to deliver the nontherapeutic energy to stimulate the nerve tissue at the surgical site, wherein the electrical stimulation probe is positioned near one or both of the first and second jaws .
A cleaning device with a housing , a cleaning accessory having a connection piece and an accessory connection , which is formed on the housing and serves for producing a separable connection with the connection piece of the cleaning accessory , wherein the accessory connection faces a surface to be cleaned referred to a normal usage position of the cleaning device , and wherein the cleaning device has a handle , which is separably arranged in the region of the accessory connection , characterized in that a handle base of the handle is arranged on the accessory connection and/or the connection piece of the cleaning accessory and clamped between the accessory connection and the connection piece .
A method for wireless communications, comprising: determining to use a first transmit power during a first portion of a transmission and second transmit power during a second portion of the transmission; mitigating a potential phase coherence loss associated with a changing from the first transmit power to the second transmit power, wherein mitigating the potential phase coherence loss comprises blanking an orthogonal frequency domain multiplexing, OFDM, symbol in the transmission; and transmitting the first portion of the transmission using the first transmit power and the second portion of the transmission using the second transmit power. determining to use a first transmit power during a first portion of a transmission and second transmit power during a second portion of the transmission; mitigating a potential phase coherence loss associated with a changing from the first transmit power to the second transmit power, wherein mitigating the potential phase coherence loss comprises blanking an orthogonal frequency domain multiplexing, OFDM, symbol in the transmission; and transmitting the first portion of the transmission using the first transmit power and the second portion of the transmission using the second transmit power.
A method of wireless communication by a station, comprising: transmitting a request message to a plurality of access points, the request message includes at least a receiver address field and a network address field, the request message comprising a media access control, MAC, address located in the receiver address field and the network address field, and wherein the request message being transmitted to the MAC address, wherein the MAC address is reserved for querying at least one of an access point feature, an access point service, or an access point vendor and each MAC address is mapped with a particular access point feature, an access point service, or an access point vendor and is different from a broadcast probe address to which all access points respond if a request is addressed to such an address; and receiving a response message from at least one access point of the plurality of access points, the response message indicating that the at least one access point has the access point feature, is associated with the access point service, or is associated with the access point vendor. transmitting a request message to a plurality of access points, the request message includes at least a receiver address field and a network address field, the request message comprising a media access control, MAC, address located in the receiver address field and the network address field, and wherein the request message being transmitted to the MAC address, wherein the MAC address is reserved for querying at least one of an access point feature, an access point service, or an access point vendor and each MAC address is mapped with a particular access point feature, an access point service, or an access point vendor and is different from a broadcast probe address to which all access points respond if a request is addressed to such an address; and receiving a response message from at least one access point of the plurality of access points, the response message indicating that the at least one access point has the access point feature, is associated with the access point service, or is associated with the access point vendor.
A fan cover for protection of an impeller , said impeller arranged to rotate about a rotation axis x producing a consequent fluid flow, said fan cover comprising: - a protection wall defining an inner volume arranged, in use, to house said impeller , said protection wall comprising a front face and a lateral face (110"); - an indicator comprising a planar portion having a first face and a second face ; said fan cover characterized in that said protection wall comprises at least one through hole located on said front face or on said lateral face (110"), and in that said indicator is arranged, in use, at said through hole with said planar portion at least partially within said inner volume , in such a way that, when said impeller rotates in a first direction, said fluid flow generates a pressure on said first face moving said indicator in a first position and, when said impeller rotates in a second direction, said fluid flow generates a pressure on said second face moving said indicator in a second position. - a protection wall defining an inner volume arranged, in use, to house said impeller , said protection wall comprising a front face and a lateral face (110"); - an indicator comprising a planar portion having a first face and a second face ; said fan cover characterized in that said protection wall comprises at least one through hole located on said front face or on said lateral face (110"), and in that said indicator is arranged, in use, at said through hole with said planar portion at least partially within said inner volume , in such a way that, when said impeller rotates in a first direction, said fluid flow generates a pressure on said first face moving said indicator in a first position and, when said impeller rotates in a second direction, said fluid flow generates a pressure on said second face moving said indicator in a second position.